Medical information processing method, computer device, and program

Abstract

The medical information interaction method includes the steps of a medical information processing device displaying at least one navigation tab, and in response to a first operation by a user, displaying management information related to the patient's disease that matches the target navigation tab and transmitting the management information related to the patient's disease to a server; a medical information acquisition device acquiring management information related to the patient's disease from the server; a medical information acquisition device displaying a plurality of character selection items, and in response to a user's selection operation for one character selection item, displaying a login information box corresponding to the user's character; and in response to login information entered in the login information box, displaying at least one function tab corresponding to the user's character, wherein the login information boxes corresponding to non-identical characters are different, and at least one function tab corresponding to a medical staff member is configured to instruct the display of management information related to the disease of a plurality of patients, and at least one function tab corresponding to a patient is configured to instruct the display of management information related to the patient's disease.

Description

[Technical Field]

[0001] (Related Applications) This application claims priority to the following Chinese patent applications: No. 201911169008.X filed on November 25, 2019; No. 202011063268.1 filed on September 30, 2020; and No. 202011331863.9 filed on November 24, 2020, all of which are incorporated herein by reference in their entireties.

[0002] The present disclosure relates to the field of medical information technology, and more particularly to methods for processing, obtaining, and interacting with medical information. [Background technology]

[0003] Chronic diseases mainly refer to a range of diseases including cardiovascular and cerebrovascular diseases, diabetes, and malignant tumors, and are characterized by long disease duration, high mortality and disability rates, and heavy economic burdens.

[0004] Currently, there are hundreds of millions of patients with chronic diseases in our country, and as the aging population increases year by year, the number of people with potential diseases continues to expand. Therefore, disease management has not only become an important hotspot of concern in the medical and health field, but also a social issue that should be given great attention. Summary of the Invention [Means for solving the problem]

[0005] In one aspect, a method for processing medical information is provided, the method comprising: displaying at least one navigation tab; and, in response to a first user operation, determining a target navigation tab and displaying management information related to a patient's disease matching the target navigation tab, the target navigation tab being one of the at least one navigation tab.

[0006] In some embodiments, the at least one navigation tab includes a patient management tab, and the step of determining a target navigation tab in response to a first user operation and displaying management information related to a patient's disease matching the target navigation tab includes at least displaying a patient list including consultation information for each of at least one patient and at least one medical operation index item corresponding to each patient in response to the first user operation on the patient management tab, wherein the at least one medical operation index item includes an index item created related to a treatment method for the patient's disease.

[0007] In some embodiments, the at least one medical operation index item comprises a health prescription creation index item. The method further comprises the steps of: in response to a user's operation on the health prescription creation index item corresponding to a target patient, displaying a health prescription text box that is at least a blank box; and in response to a second user operation, presenting a medical plan that matches the disease of the target patient in the health prescription text box, wherein the medical plan comprises at least one of a drug plan, a diet plan, or an exercise plan.

[0008] In some embodiments, the medical information processing method further includes displaying a heading subtab. The step of presenting a medical plan matching the target patient's disease in the health prescription text box in response to a second user operation includes presenting a first classification list including a plurality of primary items and at least one disease type under each primary item in response to a user operation on the heading subtab, where the plurality of primary items include a medication plan item, a diet plan item, and an exercise plan item; presenting at least one heading text template corresponding to the disease type under one primary item in the first classification list in response to a user operation on a disease type corresponding to the target patient's disease under the primary item; and presenting content of the heading text template in the health prescription text box in response to a user operation on one heading text template.

[0009] In some embodiments, the method for processing medical information further includes displaying at least one headword template setting item, wherein the at least one headword template setting item includes at least one of an add item, an edit item, and a delete item, wherein the add item is configured to instruct addition of a new headword text template, the edit item is configured to instruct editing of at least one headword text template, and the delete item is configured to instruct deletion of at least one headword text template.

[0010] In some embodiments, the medical information processing method further includes a step of displaying a health prescription template subtab, and the step of presenting a medical plan matching the disease of the target patient in the health prescription text box in response to a second user operation includes presenting a second classification list including at least one disease type in response to a user operation on the health prescription template subtab, and presenting at least one medical plan template corresponding to the disease type in response to a user operation on a disease type corresponding to the disease of the target patient in the second classification list. of and presenting at least a portion of the content of a medical plan template in the health prescription text box in response to a user operation on the medical plan template.

[0011] In some embodiments, the medical information processing method further includes a step of editing at least one medical plan template and displaying a health prescription template setting item configured to instruct the user to add the content of the edited medical plan template as a new medical plan template or to update the content of the pre-edited medical plan template to the content of the edited medical plan template.

[0012] In some embodiments, the method for processing medical information further includes displaying a Past Prescriptions subtab. The step of presenting a medical plan matching the disease of the target patient in the Health Prescription text box in response to a second user operation includes presenting a list of past prescriptions related to the disease of the target patient in response to a user operation on the Past Prescriptions subtab, presenting content of one past prescription in the past prescription list in response to a user operation on the Past Prescriptions list, and presenting content of the past prescription in the Health Prescription text box in response to a user operation on the past prescription.

[0013] In some embodiments, the method for processing medical information further comprises displaying a "Save as Template" item configured to save the medical plan presented in the health prescription text box as a new medical plan template.

[0014] In some embodiments, the at least one medical operation index item includes a follow-up creation index item, and the medical information processing method includes: Corresponding disease type The method further includes determining a matching follow-up task, wherein the follow-up task includes a follow-up content matching the disease of the target patient and a follow-up time corresponding to the follow-up content.

[0015] In some embodiments, the follow-up content is a follow-up form. The method further includes the steps of: displaying a scale creation tool screen in response to an operation to open a scale creation tool screen, the scale creation tool screen including a field display area including a plurality of fields and an editing area for creating a follow-up form, the follow-up form to be created including a plurality of target elements, each target element being generated from one field; and creating a follow-up form in the editing area in response to the operation to create a follow-up form.

[0016] In some embodiments, the step of creating a follow-up form in the editing area in response to a follow-up form creation operation includes displaying selected fields in the editing area in response to a user's field selection operation on the scale creation tool screen, and repeatedly generating a follow-up form in response to the field selection operation until all fields corresponding to multiple target elements required for the follow-up form are displayed in the editing area.

[0017] In some embodiments, the plurality of fields includes at least one basic field having at least one edited attribute.

[0018] If the field selected by the field selection operation is a basic field, after displaying the selected field in the editing area, the method further comprises:

[0019] displaying an attribute menu including at least one attribute edit box for the basic field in the edit area in response to the field selection operation;

[0020] and in response to an attribute editing operation of a basic field input by a user in at least one attribute editing box, displaying the edited attributes in each of the attribute editing boxes to generate a target element.

[0021] In some embodiments, the attribute menu further includes a "Save as Favorite Field" button, and the method further includes, in response to a user operation of selecting the "Save as Favorite Field" button, displaying the generated target element as a favorite field in the field display area.

[0022] In some embodiments, the plurality of fields includes at least two basic fields including a first basic field configured to generate a first target element and a second basic field configured to generate a second target element, wherein there is a correspondence between the first target element and the second target element, and at least one attribute edit box of the first basic field includes a data source attribute edit box. In response to a basic field attribute edit operation input by a user into at least one attribute edit box, displaying the edited attribute in each of the attribute edit boxes includes displaying a data source attribute characterizing the correspondence in the data source attribute edit box of the first basic field in response to the basic field attribute edit operation. The method further includes a step of displaying a follow-up task execution screen in response to an operation command to open a follow-up execution task, the follow-up task execution screen including a follow-up form included in the follow-up task created for the target patient, the follow-up form including the first target element and the second target element, each of the first target element and the second target element having an edit box; and a step of accepting a thirteenth operation input into the edit box of the second target element, the thirteenth operation displaying the target content in the edit box of the second target element in response to an operation in which a user inputs target content into the edit box of the second target element, and automatically displaying content obtained from the correspondence characterized by the data source attribute in the edit box of the first target element.

[0023] In some embodiments, the plurality of fields includes a third basic field configured to generate a third target element, and at least one attribute edit box of the third basic field includes a data source attribute edit box. The step of displaying the edited attribute in each of the attribute edit boxes in response to a basic field attribute edit operation input by a user into at least one attribute edit box includes displaying a data source attribute linked to a background database in the data source attribute edit box of the third basic field in response to the basic field attribute edit operation. The method further includes the steps of: displaying a follow-up task execution screen in response to an operation command to execute a follow-up task, the follow-up task execution screen including a follow-up form included in a follow-up task created for a target patient, the follow-up form including the third target element having an edit box; and automatically displaying content in the background database linked by the data source attribute of the third target element in the edit box of the third target element in response to a user selection operation on the edit box of the third target element.

[0024] In some embodiments, the plurality of fields includes at least one commonly used field, and the commonly used field includes at least one edited attribute. If the field selected by the field selection operation is a commonly used field, after displaying the selected field in the editing area, the method further includes the step of setting the commonly used field displayed in the editing area as a target element in response to the field selection operation by a user.

[0025] In some embodiments, the plurality of fields includes a plurality of common fields including at least one public common field and at least one private common field, wherein the public common field is usable as a target element of at least two types of follow-up forms to be created, and the private common field is usable as a target element of one type of follow-up form to be created.

[0026] In some embodiments, the scale creation tool screen further includes a form region and a submission field, the form region configured to display names of previously created follow-up forms, and the submission field includes a create form button, and the method further includes displaying names of previously saved follow-up forms in the form region in response to a user selecting the create form button.

[0027] In some embodiments, the submit field further includes a preview button. Prior to the step of displaying a name of a previously saved follow-up form in the form area in response to a user selecting the generate form button, the method further includes displaying a generated form in the edit area in response to a user selecting the preview button.

[0028] In some embodiments, selecting the preview button further selects a form preview effect, including a paper effect and a display effect on a terminal screen. The step of displaying the generated form in the editing area in response to the user selecting the preview button includes displaying the generated follow-up form in the editing area with the paper effect or the display effect on a mobile terminal screen in response to the user selecting the preview button.

[0029] The form region includes a list subregion and an operation subregion, the list subregion including a name of at least one previously saved follow-up form including a plurality of predefined elements, the operation subregion including at least one citation introduction option, each of the previously saved follow-up forms corresponding to one of the citation introduction options, the method further comprising: in response to a selection operation of one of the citation introduction options, displaying the previously saved follow-up form corresponding to the selected citation introduction option in the editing region as a base form; in response to a user's modification operation, setting the modified at least one predefined element to generate the target element, the modification operation being configured to modify at least one predefined element of the plurality of predefined elements in the base form, where the at least one predefined element does not match the target element in the follow-up form to be created; and repeatedly generating a new follow-up form in response to the modification operation until the plurality of predefined elements in the base form match the plurality of target elements in the follow-up form to be created.

[0030] In some embodiments, the method for processing medical information further comprises displaying at least one follow-up task template, A user operation on the follow-up creation index item corresponding to the target patient; and The step of determining a follow-up task matching the disease type in response to a third operation by the user includes: A user operation on the follow-up creation index item corresponding to the target patient; and In response to a user's operation on one follow-up task template, the follow-up task template is determined as the follow-up task matching the disease type.

[0031] In some embodiments, the method further comprises creating a follow-up template, the follow-up template including the at least one follow-up task template.

[0032] In some embodiments, the step of creating a follow-up template described above includes:

[0033] displaying a follow-up template screen including a template selection box including a plurality of disease options; displaying a disease option menu in response to an operation to create a follow-up template; and determining a target disease and creating a follow-up template matching the target disease in response to a user selection operation for one disease option, wherein the follow-up template includes a plurality of follow-up forms and a time interval corresponding to each follow-up form, each of the plurality of follow-up forms being a follow-up form corresponding to the target disease, and the time interval being the time interval between a follow-up date set for the target disease and a creation date of the follow-up task.

[0034] In some embodiments, the follow-up template screen further includes a template content field including a New button, and the template content field is configured to display previously created follow-up templates. Creating a follow-up template matching the target disease includes displaying a follow-up template creation dialog box on the follow-up template screen in response to a selection operation of the New button, the follow-up template creation dialog box including a follow-up form edit box, a time interval edit box, a Confirm button, and a Cancel button, the follow-up form edit box having at least one form option related to the target disease, and each of the form options corresponding to one previously set follow-up form; displaying the name of the follow-up form corresponding to the selected form option in the follow-up form edit box in response to a user's selection operation for one form option; displaying the set time interval in the time interval edit box in response to a user's input operation for a time interval; and displaying the follow-up template in the template content field in response to a user's selection operation for the Confirm button. In some embodiments, the method for processing medical information further comprises displaying at least one preset time option and a follow-up content selector corresponding to each preset time option, A user operation on the follow-up creation index item corresponding to the target patient; and The step of determining a follow-up task matching the disease type in response to a third operation by the user includes: A user operation on the follow-up creation index item corresponding to the target patient; and In response to a user's selection of one preset time option and a selection of a follow-up content selector corresponding to the preset time option, determining the follow-up content selected in the follow-up content selector and the follow-up time of the preset time option as the follow-up task matching the disease type.

[0035] In some embodiments, the method for processing medical information further comprises displaying a time selector and a follow-up content selector corresponding to the time selector, and A user operation on the follow-up creation index item corresponding to the target patient; and The step of determining a follow-up task matching the disease type in response to a third operation by the user includes: A user operation on the follow-up creation index item corresponding to the target patient; and In response to a user's selection of the time selector and a follow-up content selector corresponding to the time selector, the selected follow-up content in the follow-up content selector and the follow-up time in the time selector are determined as the follow-up task matching the disease type.

[0036] In some embodiments, the method for processing medical information further includes the steps of displaying a disease type selector and determining a disease type corresponding to the disease of the target patient in response to a user operation of the disease type selector.

[0037] In some embodiments, the method for processing medical information further includes displaying a follow-up person selector and associating a follow-up person with the follow-up task in response to a user operation on the follow-up person selector.

[0038] In some embodiments, the medical information processing method further includes the steps of: displaying a registration card creation index item; in response to a user operation on the registration card creation index item, displaying at least a basic information blank text box configured to present basic information of the new patient and a definitive diagnosis information blank text box configured to present definitive diagnosis information of the new patient; and in response to a user save operation on the information presented in the basic information blank text box and the definitive diagnosis information blank text box, adding at least a portion of the information presented in the basic information blank text box and the definitive diagnosis information blank text box to the patient list as diagnosis information.

[0039] In some embodiments, the at least one navigation tab includes a health prescription management tab, and the step of determining a target navigation tab in response to a first user operation and displaying management information related to the patient's disease matching the target navigation tab includes: displaying a health prescription list in response to the user's first operation on the health prescription management tab, the health prescription list including at least one row of prescription information, each row of prescription information including patient consultation information and at least one first medical information operation item, and the at least one first medical information operation item including a second detailed index item; the method further includes: displaying a health prescription text box in response to the user's operation on the second detailed index item, the health prescription text box presenting a medical plan corresponding to the one row of prescription information, the medical plan including at least one of a drug plan, a meal plan, or an exercise plan.

[0040] In some embodiments, each row of prescription information includes status information including one of valid, suspended, or discontinued, and when the status information of a row of prescription information is valid, the at least one first medical information operation item in the row of prescription information further includes a suspended item and a discontinued item, and the method further includes, in response to a user operation on the suspended item or the discontinued item, changing the status information of the row of prescription information from valid to suspended or discontinued, and hiding the discontinued item and the discontinued item.

[0041] In some embodiments, the medical information processing method further includes the steps of: displaying a new health prescription index item; displaying a patient search box and a blank health prescription text box in response to a user's operation on the new health prescription index item; determining a target patient and displaying the medical treatment information of the target patient in response to a query operation on the information entered in the patient search box; presenting a medical treatment plan matching the disease of the target patient in the health prescription text box in response to a second user operation; and adding the medical treatment information of the target patient to the health prescription list as part of a new line of prescription information in response to a user's save operation on the medical treatment plan, and associating the medical treatment plan of the target patient with a second detailed index item in the new line of prescription information.

[0042] In some embodiments, the medical information processing method further includes the steps of displaying a registration card creation index item, displaying a basic information blank text box presenting basic information of the new patient and a definitive diagnosis information blank text box presenting definitive diagnosis information of the new patient in response to a user operation on the registration card creation index item, and adding a portion of the information presented in the basic information blank text box and the definitive diagnosis information blank text box to the patient list as consultation information in response to a user save operation on the information presented in the basic information blank text box and the definitive diagnosis information blank text box.

[0043] In some embodiments, the at least one navigation tab includes a follow-up management tab; and the step of determining a target navigation tab in response to a first user operation and displaying management information related to a patient's disease matching the target navigation tab includes displaying a follow-up task list in response to the first user operation on the follow-up management tab, the follow-up task list including at least one row of follow-up information, each row of follow-up information including patient consultation information, follow-up time, follow-up content, and at least one second medical information operation item. and the at least one second medical information operation item includes at least one of a follow-up execution index item, a follow-up comparison index item, and a follow-up creation item.

[0044] In some embodiments, the follow-up information of each row includes a follow-up status including one of: a follow-up not yet performed or a follow-up already performed; and if the follow-up status in a row of follow-up information is not yet performed, the at least one second medical information operation item in the row of follow-up information is The aforementioned Follow-up Execution Index Items of The method further includes the steps of: displaying a follow-up form corresponding to the follow-up content in response to a user's operation on the follow-up execution index item; and changing the follow-up status in the one line of follow-up information from not yet executed to executed in response to a save operation on the content entered in the follow-up form, and changing the follow-up execution index item to a third detailed index item.

[0045] In some embodiments, the at least one second medical information operation item comprises: The aforementioned Follow-up Comparison Index Items of The method further includes a step of acquiring and displaying a comparison result of at least two follow-up contents matching the same disease corresponding to a patient in the one row of follow-up information in response to a user's operation on the follow-up comparison index item.

[0046] In some embodiments, the at least one second medical information operation item comprises: The aforementioned Follow-up creation items of The method further includes the steps of: determining a new follow-up task matching a disease type corresponding to the disease of the target patient in response to a user operation on the follow-up creation item and a third user operation, the new follow-up task including follow-up content matching the patient's disease and a follow-up time corresponding to the follow-up content; and adding the new follow-up task to the follow-up task list in response to a user save operation on the new follow-up task.

[0047] In some embodiments, the medical information processing method further includes the steps of: displaying a new follow-up index item; displaying a patient search box in response to a user operation on the new follow-up index item; determining a target patient and displaying visit information of the target patient in response to a query operation on the information entered in the patient search box; determining a new follow-up task matching the disease of the target patient in response to a third user operation, wherein the new follow-up task includes follow-up content matching the disease of the target patient and a follow-up time corresponding to the follow-up content; and adding the visit information of the target patient and the new follow-up task to the follow-up task list in response to a user save operation on the new follow-up task.

[0048] In some embodiments, the medical information processing method further includes the steps of displaying a registration card creation index item, displaying a basic information blank text box presenting basic information of the new patient and a definitive diagnosis information blank text box presenting definitive diagnosis information of the new patient in response to a user operation on the registration card creation index item, and adding a portion of the information presented in the basic information blank text box and the definitive diagnosis information blank text box to the patient list as consultation information in response to a user save operation on the information presented in the basic information blank text box and the definitive diagnosis information blank text box.

[0049] In some embodiments, the method for processing medical information comprises the steps of: displaying a login information box;

[0050] The method further includes a step of displaying the work content and work amount of the user on the current work day in response to a login operation using the login information entered in the login information box.

[0051] In some embodiments, the at least one navigation tab includes a disease assessment tab; and the step of determining a target navigation tab in response to a first user operation and displaying management information related to a patient's disease matching the target navigation tab includes displaying a disease assessment information text box in response to a user operation on the disease assessment tab, and displaying a disease assessment report corresponding to the disease assessment information in response to a save operation on the information entered in the disease assessment information text box.

[0052] In some embodiments, the at least one navigation tab includes an intelligent question and answer tab, and the step of determining a target navigation tab in response to a first user operation and displaying management information related to a patient's disease matching the target navigation tab includes: displaying a problem search box in response to a user operation on the intelligent question and answer tab; and displaying at least one solution proposal related to the problem in response to a query operation for a problem entered in the problem search box.

[0053] In some embodiments, the at least one navigation tab includes a consult tab of The step of determining a target navigation tab in response to a first user operation and displaying management information related to the patient's disease matching the target navigation tab includes displaying a consultation list including at least one row of consultation information from a server in response to a user operation on the consultation tab, where each row of consultation information includes patient examination information, problem summary, consultation type, and a fourth detailed index item, and displaying a consultation problem corresponding to at least the one row of consultation information in response to a user operation on the fourth detailed index item.

[0054] In some embodiments, each row of consultation information includes an answer status including one of answered or unanswered, and when the answer status in a row of consultation information is unanswered, the method further includes the steps of: displaying an answer text box matching the consultation type in the one row of consultation information in response to a user's operation on the fourth detailed index item; presenting an answer result matching the consultation problem in response to a user's operation on the answer text box; and changing the answer status in the one row of consultation information from unanswered to answered in response to a user's save operation on the answer result.

[0055] In some embodiments, the consultation type includes report interpretation, and the answer text box includes an abnormality problem set text box and a health advice text box, and the method further includes a step of further displaying at least one test report in response to a user operation on the fourth detailed index item, and the step of presenting an answer result matching the consultation question in response to a user operation on the answer text box includes presenting an abnormality problem corresponding to the at least one test report and a decoded text of the abnormality problem in response to a user operation on the abnormality problem set text box, and presenting a medical plan matching the abnormality problem in response to a user operation on the health advice text box, wherein the medical plan includes at least one of a drug plan, a diet plan, or an exercise plan.

[0056] In some embodiments, the medical information processing method further includes a step of displaying an abnormality question template tab, and the step of presenting an abnormality question corresponding to the at least one test report and a decryption text for the abnormality question in response to a user operation on the abnormality question set text box includes: displaying a third classification list including at least one question type in response to a user operation on the abnormality question template tab; displaying an abnormality question corresponding to the question type and at least one decryption text template corresponding to the abnormality question in response to a user operation on one decryption text template; and presenting the content in the decryption text template and the abnormality question in the abnormality question set text box in response to a user operation on one decryption text template.

[0057] In some embodiments, the method for processing medical information further includes a step of displaying a health advice template tab, and the step of presenting a medical plan matching the abnormal problem in response to a user operation on the health advice text box includes displaying a headword subtab in response to the user operation on the health advice template tab, and displaying a first classification list including a plurality of primary items and at least one disease type under each primary item in response to the user operation on the headword subtab, the plurality of primary items including a medication plan item, a diet plan item, and an exercise plan item, and displaying at least one headword text template corresponding to the disease type under the primary item in response to a user operation on a disease type matching the abnormal problem under one primary item in the first classification list, and presenting the content of the entry word text template in the health advice text box in response to a user operation; and / or the step of presenting a medical plan matching the abnormal problem in response to a user operation on the health advice text box includes displaying a health prescription template subtab in response to a user operation on the health advice template tab, displaying a second classification list including at least one disease type in response to a user operation on the health prescription template subtab, displaying at least one medical plan template corresponding to the disease type in response to a user operation on a disease type in the second classification list that corresponds to the abnormal problem, and presenting at least a portion of the content of the medical plan template in the health advice text box in response to a user operation on one medical plan template.

[0058] In some embodiments, the at least one navigation tab includes a statistics tab, and the step of determining a target navigation tab in response to a first user operation and displaying management information related to a patient's disease matching the target navigation tab includes displaying statistical information in response to a user operation on the statistics tab, the statistical information being information that classifies and compiles statistics of management information related to the patient and the patient's disease.

[0059] In some embodiments, the method for processing medical information includes the steps of: displaying a knowledge base management tab; displaying an abnormality question template tab and a health advice template tab in response to a user operation on the knowledge base management tab; and displaying a question node setting item and a deciphered text template setting item in response to the user operation on the abnormality question template tab, wherein the question node setting item is configured to instruct setting of a question type, and the deciphered text template setting item is configured to instruct adding a new deciphered text template, instructing editing of the deciphered text template, and / or instructing deletion of the deciphered text template; displaying a headword sub-tab in response to a user operation on the health advice template tab; and displaying a first node setting item and a headword text template setting item in response to a user operation on the headword sub-tab, wherein the first node setting item is configured to instruct setting of a health advice item type, and a step of instructing the setting of a disease type matching each item type, wherein the health advice item types include a medication plan item, a meal plan item, and an exercise plan item, and the entry word text template setting item is configured to instruct the addition of a new entry word text template, to instruct the editing of the entry word text template, and / or to instruct the deletion of the entry word text template; and / or a step of displaying a health prescription template subtab in response to a user's operation on the health advice template tab, and a step of displaying a second node setting item and a health prescription template setting item in response to a user's operation on the health prescription template subtab, wherein the second node setting item is configured to instruct the setting of a disease type, and the health prescription template setting item is configured to instruct the addition of a new medical plan template, to instruct the editing of the medical plan template, and / or to instruct the deletion of the medical plan template.

[0060] In another aspect, a method for acquiring medical information is provided, comprising the steps of: displaying a plurality of character selection items including medical staff and patients; determining the user's character in response to a user's selection operation for one of the character selection items and displaying login information boxes corresponding to the user's characters, wherein login information boxes corresponding to non-identical characters are different; and displaying at least one function tab corresponding to the user's character in response to the user's login information entered in the login information boxes, wherein the at least one function tab corresponding to the medical staff is configured to display management information related to diseases of a plurality of patients, and the at least one function tab corresponding to the patient is configured to display management information related to the disease of the patient.

[0061] In some embodiments, the user's character is a medical staff member, the at least one function tab includes a work schedule tab, and the method further includes a step of displaying at least one work item index item of the user in response to a user operation on the work schedule tab, the work item index item including at least one of a problem consultation index item, a report interpretation index item, and a follow-up plan index item, and a step of retrieving and displaying work content corresponding to the user's work item index item from a server in response to a user operation on one work item index item.

[0062] In some embodiments, the method for acquiring medical information further includes a step of acquiring from a server the amount of work for the user's work content corresponding to the work item index item on the target work day, and displaying the amount of work for the user's work content corresponding to the work item index item on the work item index item.

[0063] In some embodiments, the method for obtaining medical information further comprises displaying a work day option and determining the target work day in response to a user operation on the work day option.

[0064] In some embodiments, the at least one function tab further includes a statistical query tab, and the method further includes, in response to a user operation on the statistical query tab, acquiring and displaying at least follow-up status statistical information of a plurality of patients from a server, wherein the follow-up status statistical information of the plurality of patients is statistical information about the health status of the patients after at least one follow-up for the patients.

[0065] In some embodiments, the user's character is a patient, the at least one function tab includes a disease assessment tab, and the method further includes the steps of displaying at least one disease assessment question in response to a user's operation on the disease assessment tab, and retrieving and displaying disease assessment results for the user from a server in response to the user's answers to each of the disease assessment questions.

[0066] In some embodiments, the user character is a patient, and the at least one function tab includes an intelligent question and answer tab, and the method further includes the steps of: displaying a problem search box in response to a user's operation on the intelligent question and answer tab; and retrieving and displaying at least one solution proposal related to the problem from a server in response to a user's query operation on the problem entered in the problem search box.

[0067] In some embodiments, the user's character is a patient, and the at least one function tab includes a consultation tab, and the method further includes the steps of: displaying a basic information text box and a symptom description text box in response to a user's operation on the consultation tab; sending the patient information entered in the basic information text box and the consultation question entered in the symptom description text box to a server in response to a user's submission operation for the patient information entered in the basic information text box and the consultation question entered in the symptom description text box; and obtaining and displaying answer results matching the consultation question from the server.

[0068] In some embodiments, the method further includes the steps of displaying an add attachment item and adding at least one attachment in response to a user operation on the add attachment item, and the step of sending the information in the basic information text box and the consultation problem entered in the condition description text box to a server in response to a user's submission operation on the information of the patient entered in the basic information text box and the consultation problem entered in the condition description text box includes sending the information in the basic information text box, the consultation problem entered in the condition description text box, and the at least one attachment to a server in response to a user's submission operation on the information of the patient entered in the basic information text box, the consultation problem entered in the condition description text box, and the at least one attachment.

[0069] In some embodiments, the method further includes the steps of displaying a doctor selector and determining a doctor to consult in response to a user operation on the doctor selector, and the step of sending the information in the basic information text box and the consultation problem entered in the condition description text box to a server in response to a user's submission operation for the patient information entered in the basic information text box and the consultation problem entered in the condition description text box includes sending the information in the basic information text box, the consultation problem entered in the condition description text box, and the doctor to consult corresponding to the consultation problem to a server in response to a user's submission operation for the patient information entered in the basic information text box and the consultation problem entered in the condition description text box.

[0070] In some embodiments, the user character is a patient, the at least one function tab includes a health data statistics tab, and the method further includes a step of retrieving and displaying classification statistics results of management information related to the patient's disease from a server in response to a user operation on the health data statistics tab.

[0071] In some embodiments, the plurality of character selection items further includes an administrator, and the at least one function tab includes a statistics query tab, and the method further includes: administrator The method further comprises a step of displaying a query term in response to the operation of step a, wherein the query term is configured to instruct a query of classification statistics results obtained from classification statistics of data related to patients and doctors stored in the server.

[0072] In a third aspect, a medical information interaction method is provided, the method comprising the steps of: a medical information processing device displays at least one navigation tab, and in response to a first user operation, confirms a target navigation tab and displays management information related to a patient's disease matching the target navigation tab; a medical information processing device transmits the management information related to the patient's disease to a server; a medical information acquisition device acquires the management information related to the patient's disease from the server; the medical information acquisition device displays a plurality of character selection items including a medical staff and a patient; in response to a user selection operation for one character selection item, confirms the user's character and displays login information boxes corresponding to the user's character, where login information boxes corresponding to non-identical characters are different; and in response to the user's login information input into the login information box, displaying at least one function tab corresponding to the user's character, where the at least one function tab corresponding to the medical staff is configured to instruct display of management information related to a plurality of patients' diseases, and the at least one function tab corresponding to the patient is configured to instruct display of management information related to the patient's disease.

[0073] In a fourth aspect, a medical information processing device is provided, comprising: a first display; and a first processor connected to the first display, wherein the first processor is configured to control the first display to display at least one navigation tab, and in response to a first user operation, to determine a target navigation tab and control the first display to display management information related to a patient's disease matching the target navigation tab, the target navigation tab being one of the at least one navigation tab.

[0074] In some embodiments, the medical information processing device further comprises a first input means connected to the first processor and configured to input a first operation of the user.

[0075] In a fifth aspect, a medical information acquisition device is provided, the device comprising: a second display; and a second processor connected to the second display, wherein the second processor controls the second display to display a plurality of character selection items including medical staff and patients, and in response to a user's selection operation for one of the character selection items, determines the user's character and controls the second display to display a login information box corresponding to the user's character, wherein login information boxes corresponding to non-identical characters are different, and controls the second display to display at least one function tab corresponding to the user's character in response to the user's login information entered in the login information box, wherein the at least one function tab corresponding to the medical staff is configured to display management information related to diseases of a plurality of patients, and the at least one function tab corresponding to the patient is configured to display management information of the patient's disease.

[0076] In some embodiments, the medical information acquisition device further includes a second input device connected to the second processor, and the second input means is configured to input a user's selection operation for one character selection item and to input the user's login information.

[0077] In a sixth aspect, a computer is provided that includes a memory, a processor, the memory storing a computer program executable on the processor. directive and the processor executes the computer program directive When the above is executed, the above-mentioned medical information processing method, medical information acquisition method, and / or medical information interaction method is realized.

[0078] A seventh aspect provides a non-transitory computer-readable storage medium having stored thereon a computer program that, when executed on a processor, causes the processor to perform one or more steps of the medical information processing method of any of the above-mentioned embodiments, one or more steps of the medical information acquisition method of any of the above-mentioned embodiments, and / or one or more steps of the medical information interaction method of any of the above-mentioned embodiments. [Brief explanation of the drawings]

[0079] In order to more clearly describe the technical solutions of the present disclosure, drawings required in some embodiments of the present disclosure are briefly introduced below. The drawings in the following description are drawings related to some embodiments of the present disclosure, and it is obvious that those skilled in the art can obtain other drawings from these drawings. In addition, the drawings in the following description are schematic and do not limit the actual dimensions of products, actual flow of methods, actual timing of signals, etc., according to the embodiments of the present disclosure. [Figure 1] FIG. 1 is a flowchart of a method for processing medical information according to some embodiments. [Figure 2] FIG. 2 is a diagram of a patient list screen according to some embodiments. [Figure 3] FIG. 3 is a diagram of a health prescription creation screen according to some embodiments. [Figure 4] FIG. 4 is another diagram of a health prescription creation screen according to some embodiments. [Figure 5] FIG. 5 is yet another diagrammatic view of a health prescription creation screen according to some embodiments. [Figure 6] FIG. 6 is a diagram of a create follow-up screen according to some embodiments. [Figure 7] FIG. 7 is a diagram of another follow-up creation screen according to some embodiments. [Figure 8] FIG. 8 is a diagram of a chart creation screen according to some embodiments. [Figure 9]FIG. 9 is a diagram of a health prescription management screen according to some embodiments. [Figure 10] FIG. 10 is a further exemplary view of a health prescription creation screen according to some embodiments. [Figure 11] FIG. 11 is a diagram of a follow-up management screen, according to some embodiments. [Figure 12] FIG. 12 is a diagram of a follow-up task execution screen according to some embodiments. [Figure 13] FIG. 13 is a schematic diagram of follow-up comparison results according to some embodiments. [Figure 14] FIG. 14 is a schematic diagram of another follow-up comparison result according to some embodiments. [Figure 15] FIG. 15 is yet another follow-up creation screen according to some embodiments. [Figure 16] FIG. 16 is a schematic diagram of a home page screen, according to some embodiments. [Figure 17] FIG. 17 is a schematic illustration of a first disease assessment screen according to some embodiments. [Figure 18] FIG. 18 is a schematic diagram of a disease assessment report according to some embodiments. [Figure 19] FIG. 19 is a schematic diagram of an intelligent question and answer screen according to some embodiments. [Figure 20] FIG. 20 is a diagram of a consultation management screen according to some embodiments. [Figure 21] FIG. 21 is a diagram of a consultation details screen with pictorial text according to some embodiments. [Figure 22] FIG. 22 is a diagram of a report interpretation screen according to some embodiments. [Figure 23] FIG. 23 is a diagram of a knowledge base management screen according to some embodiments. [Figure 24] FIG. 24 is a diagram of a statistics management screen according to some embodiments. [Figure 25] FIG. 25 is a diagram of another statistics management screen according to some embodiments. [Figure 26] FIG. 26 is a diagram of yet another statistics management screen according to some embodiments. [Figure 27] FIG. 27 is a diagram of yet another statistics management screen, according to some embodiments. [Figure 28] FIG. 28 is a diagram of yet another statistics management screen according to some embodiments. [Figure 29] FIG. 29 is a flowchart of a method for obtaining medical information according to some embodiments. [Figure 30] FIG. 30 is a top page screen according to some embodiments. [Figure 31A] FIG. 31A is a schematic illustration of a function navigation screen when the user is a medical staff member, according to some embodiments. [Figure 31B] FIG. 31B is a schematic illustration of a function navigation screen when the user is a patient, according to some embodiments. [Figure 32] FIG. 32 is a diagram of a schedule screen according to some embodiments. [Figure 33] FIG. 33 is a diagram of another schedule screen according to some embodiments. [Figure 34] FIG. 34 is a diagram of a statistics screen according to some embodiments. [Figure 35] FIG. 35 is a schematic illustration of a second disease assessment screen according to some embodiments. [Figure 36] FIG. 36 is a schematic diagram of an evaluation results screen according to some embodiments. [Figure 37] FIG. 37 is a diagram of an FAQ intelligent question and answer screen according to some embodiments. [Figure 38] FIG. 38 is a schematic diagram of a consultation screen according to some embodiments. [Figure 39] FIG. 39 is a schematic diagram of a problem details screen according to some embodiments. [Figure 40] FIG. 40 is a structural diagram of a medical information processing device according to some embodiments. [Figure 41]FIG. 41 is a diagram illustrating the structure of a medical information acquisition device according to some embodiments. [Figure 42A] FIG. 42A is a schematic diagram of a follow-up form to be created, according to some embodiments. [Figure 42B] FIG. 42B is another schematic diagram of a follow-up form to be created, according to some embodiments. [Figure 42C] FIG. 42C is yet another schematic illustration of a follow-up form to be created, according to some embodiments. [Figure 43A] FIG. 43A is a schematic illustration of a scale creation tool screen, according to some embodiments. [Figure 43B] FIG. 43B is another schematic illustration of a scale creation tool screen, according to some embodiments. [Figure 43C] FIG. 43C is yet another schematic illustration of a scale creation tool screen, according to some embodiments. [Figure 43D] FIG. 43D is yet another schematic illustration of a scale creation tool screen, according to some embodiments. [Figure 43E] FIG. 43E is yet another schematic illustration of a scale creation tool screen, according to some embodiments. [Figure 43F] FIG. 43F is yet another schematic illustration of a scale creation tool screen, according to some embodiments. [Figure 43G] FIG. 43G is yet another schematic illustration of a scale creation tool screen, according to some embodiments. [Figure 44A] FIG. 44A is a schematic illustration of a follow-up template screen according to some embodiments. [Figure 44B] FIG. 44B is yet another schematic illustration of a follow-up template screen according to some embodiments. [Figure 45] FIG. 45 is an illustration of a preview display of a follow-up form on a mobile phone, according to some embodiments. DETAILED DESCRIPTION OF THE INVENTION

[0080] The technical solutions in some embodiments of the present disclosure are clearly and completely described with reference to the following drawings, but obviously, the described embodiments are not all embodiments but some embodiments of the present disclosure, and those skilled in the art will recognize that all other embodiments obtained based on the embodiments provided by the present disclosure belong to the protection scope of the present disclosure.

[0081] In this specification and claims, the term "comprise" and other forms thereof, such as the third-person singular "comprises" and its present participle "comprising," should be construed in an open, inclusive sense, i.e., "including, but not limited to," unless the context otherwise requires. In the description herein, the terms "one embodiment," "some embodiments," "exemplary embodiment," "example," "specific example," or "some examples" and the like are intended to mean that a particular feature, structure, material, or characteristic associated with that embodiment or example is included in at least one embodiment or example of the present disclosure. General references to the above terms do not necessarily refer to the same embodiment or example. Furthermore, a described particular feature, structure, material, or characteristic may be included in any one or more embodiments or examples in any appropriate manner.

[0082] In the following, terms such as "first," "second," or "third" are for descriptive purposes only and should not be understood to denote or imply relative importance or the number of technical features that are presented. Thus, a feature defined by "first," "second," or "third," etc., may explicitly or implicitly include one or more of that feature. In describing embodiments of the present disclosure, "plurality" means two or more, unless otherwise specified.

[0083] In describing some embodiments, the term "connected" and its derivatives may be used. For example, in describing some embodiments, the term "connected" may be used to indicate that two or more components are in direct physical or electrical contact with each other. However, the term "connected" may also mean that two or more components are not in direct contact with each other, but still cooperate or interact with each other. The embodiments disclosed herein are not necessarily limited to the present specification.

[0084] Use of the terms "adapted" or "configured" is intended to be open and inclusive language that does not preclude devices being adapted or configured to perform additional tasks or steps.

[0085] Furthermore, the use of "based on" herein is meant to be open and inclusive, as the process, step, calculation, or other operation "based on" one or more of the conditions or values ​​may, in fact, be based on additional conditions or beyond the stated values.

[0086] Some embodiments of the present disclosure provide a medical information processing method, the method being performed by a first electronic device. The first electronic device may be a product or component having a display and a processor, such as a mobile phone, a tablet, a handheld computer, a notebook computer, or a personal computer (PC), and the embodiments of the present disclosure do not particularly limit the type of the first electronic device.

[0087] Hereinafter, this medical information processing method will be described using an example in which the execution entity is a PC. As shown in Figure 1, the medical information processing method includes S1 and S2.

[0088] S1: The PC displays at least one navigation tab 11.

[0089] S2: In response to a first operation by the user, the PC determines a target navigation tab and displays management information related to the patient's disease matching the target navigation tab, the target navigation tab being one of the at least one navigation tab.

[0090] 2 to 12 and 15 to 19, the PC displays a navigation bar 1 configured to present at least one navigation tab 11. Of course, the at least one navigation tab 11 may be displayed at other positions within a screen displayed on the PC, and the embodiments of the present disclosure do not limit the display position of the at least one navigation tab 11.

[0091] Illustratively, the at least one navigation tab 11 is presented in the form of a primary tab, such as at least one icon in the navigation bar 1 shown in FIG. 2 , where one icon represents one navigation tab 11. As yet another example, the at least one navigation tab 11 is presented in the form of a secondary tab or a lower-level subtab, for example, when a user clicks on an icon presented on the navigation bar 1, the icon is expanded, and then a secondary tab or a lower-level subtab is also presented to represent the at least one navigation tab 11. Of course, the at least one navigation tab 11 may be displayed in other ways, and the embodiments of the present disclosure do not particularly limit the display manner of the at least one navigation tab 11.

[0092] Illustratively, when there are multiple navigation tabs 11, the multiple navigation tabs 11 can be displayed simultaneously, for example, as shown in Fig. 2, multiple navigation tabs 11 can be displayed simultaneously in the navigation bar 1. Also illustratively, the multiple navigation tabs 11 are not displayed simultaneously, for example, some navigation tabs 11 are displayed in the navigation bar 1 as shown in Fig. 2, and the remaining navigation tabs 11 are displayed sequentially according to the user's needs while processing medical information. The embodiment of the present disclosure does not particularly limit the display order of the multiple navigation tabs 11.

[0093] Further, for example, when multiple navigation tabs 11 are not displayed simultaneously, the multiple navigation tabs 11 may be displayed on the same screen or on different screens. In the embodiment of the present invention, the display positions of the multiple guidance tabs 11 are not particularly limited.

[0094] In S2 above, the PC confirms the target navigation tab 11 in response to the user's first operation. That is, in response to the user's first operation on the navigation bar 1, which can be understood as clicking one of the at least one navigation tab 11, the target navigation tab 11 is set as the clicked navigation bar 1. In response to the confirmed target navigation tab, a functional screen matching the target navigation tab is displayed, and the functional screen is configured to present management information related to the patient's disease.

[0095] In addition, a navigation bar 1 may be displayed on each functional screen matching a target navigation tab (described later), which allows the user to conveniently select different target navigation tabs through the navigation bar and display the corresponding functional screen. The functional screens may be the same screen or different screens, and the embodiments of the present disclosure are not particularly limited. For ease of understanding, an example in which the functional screens are different screens will be described below.

[0096] In the medical information processing method according to an embodiment of the present disclosure, the medical information refers to medical data related to the patient's medical care, such as basic patient information, diagnosis information, evaluation information, prescription information prepared by medical staff for the patient, follow-up information, etc. The user refers to a doctor, nurse, or other medical staff. The management information related to the patient's disease includes the patient's medical record information, health prescription information, follow-up task information, disease evaluation information matching the patient's disease, questions, solutions, consultation information, and statistical information obtained by statistically analyzing each of these information, as described below.

[0097] As a result, the medical information processing method according to an embodiment of the present disclosure can effectively solve the problem of storing paper documents, reduce the risk of data loss, greatly improve the work efficiency of medical staff, and improve the efficiency of patient examinations.

[0098] In some embodiments, at least one navigation tab 11 includes a patient management tab, and said S2 includes S2A.

[0099] In response to a first user operation on the patient management tab, the S2A:PC displays at least a patient list including consultation information for each of at least one patient and at least one medical operation index item corresponding to each patient, wherein the at least one medical operation index item includes an index item created regarding a treatment method for the patient's disease.

[0100] In some examples, as shown in Figure 2, in response to a first user operation on the patient management tab, the PC displays a patient list screen 100 presenting a patient list 101 including consultation information for multiple patients and at least one medical operation index item 102 corresponding to each patient. Here, the first operation may be considered to be the user clicking an icon representing the patient management tab in the navigation bar 1.

[0101] In some embodiments, as shown in Figure 2, at least one medical operation index item 102 includes a health prescription creation index item. Here, the health prescription creation index item is configured as an index item that instructs a user to create a health prescription for a patient. Based on this, after the above S2A, the medical information processing method further includes S22 and S26.

[0102] S22: In response to the user's operation on the health prescription creation index item corresponding to the target patient, the PC displays a health prescription text box, which is a blank box.

[0103] S26: In response to the user's second operation, the PC presents a medical plan matching the disease of the target patient in the health prescription text box, wherein the medical plan includes at least one of a drug plan, a diet plan, or an exercise plan.

[0104] 3, in S22 above, the PC displays a health prescription creation screen 200 in response to a user's operation on a health prescription creation index item corresponding to a target patient. The health prescription creation screen 200 includes a blank health prescription text box 201. Here, the user's operation on a health prescription creation index item corresponding to a target patient may be considered as the user clicking on the health prescription index item corresponding to the target patient in the patient list 101.

[0105] For example, the user may 3 103 in the patient list 101 shown in FIG. 10B, and clicks on the health prescription creation index item corresponding to the patient. The health prescription creation index item is configured to instruct the user to create a health prescription for the patient with the health record card number CD10000103.

[0106] In S26 above, in response to the user's second operation, the PC presents a medical plan matching the disease of the target patient in the blank health prescription text box 201. Here, the user's second operation may be considered as the user entering a medical plan in the blank health prescription text box 201, or the user presenting a medical plan matching the disease of the target patient in the blank health prescription text box 201 using a headword citation text template, a medical plan citation template, or a method of reusing a past prescription (i.e., S261-S263, S264-S266, or S267-S269, described below).

[0107] Of course, the user can also present a medical plan matching the target patient's disease in the blank medical plan text box 201 by other methods, for example, by filling in part of the content in the medical plan text box 201, and part of the content is presented by quoting a headword text template, etc. Here, "entering" may be a method of inputting characters using a keyboard, a touch panel, etc., or a method of voice input, etc. The embodiment of the present disclosure is not particularly limited to the user's second operation, as long as it is possible to present a treatment plan matching the target patient's disease in the blank health prescription text box 201.

[0108] In some examples, after S22, the method for processing medical information further includes S23.

[0109] S23: The PC displays the entry subtab 202. As an example, as shown in Fig. 3, the health prescription creation screen 200 displays the entry subtab 202 in the form of characters (for example, entry words).

[0110] In addition, the above S26 includes S261 to S263.

[0111] S261: As shown in FIG. 3, in response to a user's operation on the entry subtab 202, the PC presents a first classification list 203 including a plurality of primary items 204 and at least one disease type included under each primary item 204, and the plurality of primary items 204 include a medication plan item, a diet plan item, and an exercise plan item.

[0112] S262: As shown in FIG. 3, in response to a user's operation on a disease type corresponding to the target patient's disease under one primary item 204 in the first classification list 203, the PC presents at least one entry word text template 205 corresponding to the disease type under the primary item 204.

[0113] S263: In response to a user's operation on one of the entry word text templates 205, the PC presents the content of the entry word text template 205 in the health prescription text box 201.

[0114] In some examples, as shown in FIG. 3, the PC presents a first classification list 203 on the health prescription creation screen 200 in response to a user's operation on the headword subtab 202, such as clicking the character "Headword." If the target patient's disease is hypertension, the PC presents a plurality of headword text templates 205 corresponding to hypertension on the health prescription creation screen 200 in response to a user's operation on the disease hypertension, for example, by clicking hypertension disease under the drug plan item in the first classification list 203. In response to a user's operation on one headword text template 205, the PC, for example, clicks a quote button (shown in FIG. 3) corresponding to the headword text template 205, or drags the headword text template 205 to the health prescription text box 201, causing the content of the headword text template 205 to be presented in a sub-text box corresponding to the drug plan in the health prescription text box 201.

[0115] In other examples, dietary plans, exercise plans, or other plans within a medical plan may be created in a manner similar to the drug plans described above.

[0116] Here, the contents of the entry word text template 205 are stored in advance. This allows the user to directly quote the contents of the already saved entry word text template 205 when creating a health prescription, thereby improving the work efficiency of the doctor.

[0117] Additionally, in some embodiments, the method for processing medical information further includes S60.

[0118] S60: The PC displays a first node setting item and a headword text template setting item, and the headword text template setting item includes at least one of an add item, an edit item, and a delete item, and the add item is configured to instruct the addition of a new headword text template 205, the edit item is configured to instruct the editing of at least one headword text template 205, and the delete item is configured to instruct the deletion of at least one headword text template.

[0119] In some examples, as shown in FIG. 3, when the headword text template 205 is presented, the health prescription creation screen 200 also presents add items, edit items, and delete items. 0 includes S601 to S603.

[0120] S601: In response to a user's click operation on an added item, the PC presents a headword text input box on the health prescription creation screen 200, and in response to a save operation of the content added to the headword text input box, the PC adds the content in the headword text input box as a new headword text template 205. Here, the save operation of the content attached to the headword text input box may be considered as the user inputting the content into the headword text input box and clicking the first save button 212 presented above the headword text input box.

[0121] S602: In response to a user's click operation on an edit item, the PC changes one of at least one headword text template 205 to an edit state. For example, if the user first clicks the third headword text template corresponding to high blood pressure in the medication section shown in FIG. 3 and then clicks the edit item, the third headword text template changes from a non-edit state to an edit state. In response to a save operation on the content of the edited headword text template 205, the PC adds the content of the edited headword text template 205 as a new headword text template 205. Here, the save operation on the content of the edited headword text template 205 may be considered as a user modifying the third headword text template in the edit state and, after completing the modification, clicking the first save button 212 presented above the headword text input box.

[0122] S603: In response to the user's click operation on the deletion item, the PC changes one of at least one headword text template 205 to an editing state. For example, if the user first clicks the third headword text template corresponding to high blood pressure in the medication section shown in FIG. 3 and then clicks the deletion item, the third headword text template 205 changes from a non-editing state to an editing state. In response to the user's delete and save operation on the content of one headword text template 205, the PC deletes the one headword text template 205. Here, the delete and save operation on the content of one headword text template 205 may be considered as the user deleting the content of the third headword text template in the editing state and clicking the first save button 212 presented above the headword text input box.

[0123] The above steps S601 to S603 allow the user to add, modify, and delete entries to the entry text template 205, thereby updating the entry text template 205 stored in advance.

[0124] In another example, after S22, the method for processing medical information further includes S24.

[0125] S24: The PC displays the health prescription template subtab. For example, as shown in Figure 4, the health prescription template subtab 206 is presented in the health prescription creation screen 200 in the form of text (e.g., My Template).

[0126] In addition, the above S26 includes S264 to S266.

[0127] S264: As shown in FIG. 4, in response to a user's operation on the health prescription template subtab 206, the PC presents a second classification list 207 including a plurality of disease types.

[0128] S265: As shown in FIG. 4, in response to a user's operation on a disease type corresponding to the disease of the target patient in the second classification list 207, the PC creates at least one medical care plan template 208 corresponding to the disease type. of Present.

[0129] S266: In response to a user's operation on one of the medical plan templates 208, the PC presents at least a part of the content in the medical plan template 208 in the health prescription text box 201.

[0130] In some examples, as shown in FIG. 4, in response to a user operation on the health prescription template subtab 206, such as clicking the text “My Template,” the PC displays a list of health prescription templates for hypertension, diabetes, hyperlipidemia, osteoarthritis, coronary heart disease, and other conditions on the health prescription creation screen 200. Diseases, etc.In this case, the primary disease type hypertension also includes the secondary disease types stage 1 hypertension, stage 2 hypertension, and stage 3 hypertension. If the target patient's disease is stage 1 hypertension, the PC responds to a user's operation for the disease type stage 1 hypertension by, for example, clicking hypertension in the second classification list 207 and then clicking stage 1 hypertension in the secondary menu corresponding to hypertension, and one medical plan template 208 corresponding to stage 1 hypertension is also presented on one side of the second classification list 207.

[0131] As shown in Figure 4, the medical plan template 208 may include a medication plan, a diet plan, an exercise plan, or other plans. Of course, the medical plan template is not limited thereto, and Figure 4 is merely an example, and embodiments of the present disclosure are not limited thereto.

[0132] Illustratively, the health prescription creation screen 200 also presents an all quote button corresponding to the medical plan template 208. In response to a user's operation on the medical plan template 208, for example, when the user clicks the all quote button corresponding to the medical plan template 208, the PC presents the entire content of the medical plan template 208 in the health prescription text box 201.

[0133] As another example, the health prescription creation screen 200 also presents quote buttons corresponding to a medication plan, a meal plan, an exercise plan, and other items. In S703 above, in response to a user's operation on one medical plan template 208, for example, when the user clicks a quote button corresponding to a meal plan in the medical plan template 208, the PC presents the content of the meal plan in a sub-text box corresponding to the meal plan in the health prescription text box 201. Of course, the user can also submit a medication plan, an exercise plan, or other content in the corresponding sub-text box in the health prescription text box 201 in a similar manner.

[0134] Here, the medical plan template 208 is also stored in advance, similar to the above-mentioned entry word text template 205. In this way, when creating a health prescription, the user can directly refer to the contents of the pre-stored medical plan template 208, thereby improving the work efficiency of the doctor.

[0135] Additionally, in some embodiments, the method for processing medical information further includes S8.

[0136] S8: The PC displays a health prescription template setting item configured to instruct the user to edit at least one medical plan template 208 and add the content of the edited medical plan template 208 as a new medical plan template 208, or update the content of the pre-edited medical plan template 208 to the content of the edited medical plan template 208.

[0137] In some examples, as shown in Fig. 4, when the medical plan template 208 is presented on the health prescription creation screen 200, the health prescription creation screen 200 also presents edit items. S8 includes S801.

[0138] S801: In response to a user's click operation on an edit term, the PC changes one of at least one medical plan template to an edit state. For example, if the user first clicks on the medical plan template 208 corresponding to stage 1 hypertension shown in FIG. 4 and then clicks on an edit item, the medical plan template 208 changes from a non-edit state to an edit state. In response to a save operation on the content of the edited medical plan template 208, the PC adds the edited content of the medical plan template 208 as a new medical plan template 208. Here, the save operation on the edited content of the medical plan template 208 may be considered as the user modifying the medical plan template 208 in the edit state and clicking the first save button 212 presented above the medical plan template 208 after completing the modification.

[0139] In the above S801, the user's modifications to the medical plan template 208 can be implemented to update the pre-stored medical plan template 208.

[0140] In yet another example, after S22, the method for processing medical information further includes S25.

[0141] S25: The PC displays the Past Prescription subtab. Illustratively, as shown in Fig. 5, the health prescription creation screen 200 presents the Past Prescription subtab 209 in text form (e.g., Past Prescription).

[0142] In addition, the above S26 includes S267 to S269.

[0143] S267: As shown in Figure 5, in response to a user's operation on the Past Prescriptions subtab 209, such as clicking on the words "Past Prescriptions," the PC presents a list of past prescriptions 210 related to the target patient's illness. The past prescription list 210 includes information about three past prescriptions. For example, the information includes the prescription date and the prescribing doctor.

[0144] S268: As shown in FIG. 5, in response to a user operation on the past prescription list 210, for example, when the information on the third past prescription in the past prescription list 210 is clicked, the contents of the third past prescription are presented on the health prescription creation screen 200.

[0145] S269: In response to a user operation on this past prescription, such as clicking a reuse button corresponding to this past prescription, the PC presents the contents of the past prescription in the health prescription text box 201.

[0146] Here, the contents of the past prescriptions in the past prescription list 210 related to the target patient's disease are medical plans that the doctor has created based on the target patient's health condition up until the current consultation date. In this way, the doctor can reuse one of the past prescriptions depending on the target patient's health condition, thereby improving the doctor's work efficiency.

[0147] In some embodiments, when the health prescription creation screen 200 presents the health prescription text box 201, the health prescription creation screen 200 further presents a health prescription save item 211 such as a second save button located on the side of the health prescription text box 201 in Figures 3 to 5. After S26, the method further includes S27.

[0148] S27: In response to the user's save operation on the contents of the health prescription text box 201, for example, when the health prescription save item 211 is clicked, the PC adds the user's name and the click time to the past prescription list 210 of the target patient as information on a new past prescription, and associates the content presented in the health prescription text box 201 with the information on the new past prescription.

[0149] 3 to 5, when the health prescription creation screen 200 presents the health prescription text box 201, the health prescription creation screen 200 presents a "Save as template" item 213. Here, the "Save as template" item 213 is configured to instruct the addition of a new medical plan template.

[0150] In some embodiments, when presenting part or all of the contents of the lemma text template 205, the medical plan template 208, or the past prescription in the health prescription text box 201, the medical staff can also modify the contents presented in the health prescription text box 201 according to the actual health condition of the target patient so that the medical plan is more suitable for the target patient. In addition, S8 further includes S802.

[0151] S802: In response to the user's modification of the content presented in the health prescription text box 201 and the operation to save the modified content, the PC saves the modified content as a new medical plan template 208. Here, the operation to save the modified content may be considered as the user clicking the "Save as template" item 213 after completing the changes.

[0152] In another example, if the user fills in a medical plan in the blank health prescription text box 201, the above-mentioned S8 further includes S803.

[0153] S803: In response to the user's input operation into the blank health prescription text box 201 and the operation to save the input content, the PC saves the input content as a new medical plan template 208. Here, the operation to save the input content may be considered as the user clicking the "Save as template" item 213 after completing the input into the blank health prescription text box 201.

[0154] The above-mentioned entry subtab 202, health prescription subtab 206, and past prescription subtab 209 may be presented in a different form on another screen, for example, they may be presented in the navigation bar 1 in the form of icons.

[0155] The headword subtab 202, the health prescription template subtab 206, and the past prescription subtab 209 may or may not be displayed simultaneously (as shown in FIGS. 3 to 5). The embodiment of the present disclosure is not limited to this.

[0156] In some embodiments, the health prescription creation screen 200 further presents the target patient's medical examination information, such as the target patient's confirmed disease type, name, age, gender, etc., so that when a doctor creates a health prescription, the doctor can confirm the target patient's basic information and disease type, and create a health prescription that is more suitable for the target patient based on information such as the target patient's age and gender. For example, the symptoms and treatment methods for chronic diseases such as hypertension, hyperlipidemia, and hyperglycemia are related to the patient's age, gender, etc., and the dietary patterns, lifestyle habits, etc. vary greatly depending on the age and gender of patients, so factors such as dietary patterns and lifestyle habits are important for the treatment of the above diseases.

[0157] In some embodiments, as shown in Figure 2, at least one medical operation index item 102 includes a follow-up creation index item, where the follow-up creation index item is configured as an index item that instructs a user to create a follow-up task for a patient. After S2A above, the medical information processing method further includes S31 and S36.

[0158] S31: As shown in Figures 6 and 7, the PC displays the follow-up creation screen 300 in response to a user's operation on a follow-up creation item corresponding to a target patient. Here, the user's operation on a follow-up creation item corresponding to a target patient may be considered as the user clicking on a health prescription creation index item corresponding to the target patient in the patient list 101 on the patient management screen 100.

[0159] S36: In response to the user's third operation, the PC determines follow-up tasks corresponding to the disease type. Each follow-up task includes follow-up content corresponding to the disease of the target patient and a follow-up time corresponding to the follow-up content.

[0160] Here, the user's third operation is the user selecting a preset follow-up task template 311 (S361 described below) in the follow-up task template area 303 of the follow-up creation screen 300 described below, or customizing a follow-up creation task in the custom area 310 of the follow-up creation screen 300 (S362, S363 described below).

[0161] In some examples, after S31, the method for processing medical information further includes S33.

[0162] S33: PC, Display at least one follow-up task template.

[0163] 7, the follow-up creation screen 300 includes a follow-up task template area 303 in which a plurality of follow-up task templates 311 are presented, each including follow-up content matching a follow-up time and a disease type, where the plurality of follow-up task templates 311 are a plurality of follow-up tasks 311 matching a plurality of disease types.

[0164] For example, the follow-up content in each follow-up task template 311 is a follow-up form matching a preset disease type, which allows medical staff to understand the patient's health status through the content of the follow-up form when following up with the patient. The follow-up content in each follow-up task template 311 shown in FIG. 7 is only the name of the follow-up form. Of course, the follow-up content may be other content as long as it can achieve the purpose of allowing medical staff to understand the patient's health status when following up with the patient, and the embodiment of the present disclosure is not limited thereto.

[0165] For example, the follow-up time displayed in each follow-up task template 311 may be considered as the execution date of the follow-up content determined by the PC from the time interval and the creation date of the follow-up task in the preset follow-up task template 311. For example, if the preset time interval in the preset follow-up task template 311 is 7 days and the date on which the follow-up task was created is November 19, 2019, the follow-up time displayed in the follow-up task template in the follow-up creation screen 300 is November 26, 2019.

[0166] In addition, the above S36 includes S361.

[0167] S361: In response to a user's operation on the follow-up task template 311, the PC determines the follow-up task template 311 as a follow-up task matching the disease type.

[0168] 7, the user's operation on the follow-up task template 311 may be considered to be selecting the option box 309 on the side of the follow-up task template 311 and clicking the add button 308 presented at the bottom right of the follow-up creation screen 300. In response to the operation, the PC confirms the follow-up task template 311 as the follow-up task created for the target patient.

[0169] Of course, the user may simultaneously select the option boxes 309 on the side of the multiple follow-up task templates 311 and then click the add button 308. In response to this operation, the PC then determines the multiple follow-up task templates 311 as multiple follow-up tasks already created for the target patient.

[0170] In some cases, the preset follow-up forms mentioned above can be quickly created by using the editor's visualization operations, for example, by using grid form layouts and nesting to support Flex, allowing you to cover virtually any complex form layout scenario.By providing custom regions and custom style extensions, you can easily customize your own follow-up forms.

[0171] For example, you can enter the designer page and layout the encapsulated field controller in the editing area by clicking or dragging it in the component field area. You can drag and change the controller position within the editing area, and you can also add and copy deleted controllers along with their traffic attributes to reuse them freely. Field attributes and form attributes are set autonomously in the settings area. "Field identifiers" are set to bind data. Form layout can be done with the basic 1 / 24 field and can be used nested to support Flex. If the form style is insufficient, you can modify the style by configuring a "Custom Class."

[0172] Due to the importance and diversity of follow-up forms, traditional follow-up forms lack a standard development interface and are loosely structured; require a large amount of code, complex business logic, and are time-consuming; have rigid form functions that cannot adapt to more service scenarios; are difficult to maintain and upgrade; have a single form operation that does not allow interaction with processes, etc.; service changes occur quickly, and form updates are delayed and cannot keep up; and require manual code, making them difficult to use. The embodiments of the present disclosure enable the rapid creation of follow-up form pages through the visualization operation of an editor. Form layout is based on a grid, allowing nesting and supporting Flex, which can basically cover complex form layout scenarios. Custom areas and custom style extensions are provided, making follow-up forms easy to customize.

[0173] As yet another example, adding form elements is accomplished by dragging and clicking, field attributes add custom tab widths, whether to hide tabs, custom classes, and interaction attributes including data binding, hiding, time selection with arrows, showing password, showing score. IncludingFields include upload file, subform, tab page, etc. Toolbar includes undo, redo, etc. Form generation includes logo upload function. Preview includes print function.

[0174] In another example, after S31, the method for processing medical information further includes S34.

[0175] S34: Display at least one preset time option and a follow-up content selector corresponding to each preset time option.

[0176] 7, the follow-up creation screen 300 includes a customization area 310. The customization area 310 presents a number of preset time options 306 and a follow-up content selector 304 corresponding to each preset time option.

[0177] For example, the preset time option 306 is a time interval from the date the follow-up task is created, such as one day later, one month later, or two months later. The follow-up time corresponding to the time interval is also presented after the time interval, making it easier for medical staff to grasp the follow-up time. The follow-up time is synonymous with the follow-up time in each follow-up task template displayed in S33 above. It can be considered that the PC determines the execution date of the follow-up content based on the preset time interval in the preset follow-up task template 311 and the date the follow-up task was created.

[0178] For example, the follow-up content selector 304 is configured to prompt the user to select follow-up content that matches the disease of the target patient. The follow-up content is similar to the follow-up content of each follow-up task template displayed in S33 above, and may be considered as a preset follow-up form corresponding to the disease type.

[0179] In addition, the above S36 includes S362.

[0180] S362: In response to a user's selection of one preset time option 306 and selection of a follow-up content selector 304 corresponding to the preset time option 306, the PC determines the follow-up content of the selected follow-up content selector 304 and the follow-up time in the preset time option 306 as the follow-up task matching the disease type.

[0181] 7 , the PC's response to the user's selection of a preset time option 306 and the selection of the follow-up content selector 304 corresponding to the preset time option 306 may be understood as selecting the option box 309 beside one preset time option 306, clicking the expansion item 3011 in the follow-up content selector 304 corresponding to the preset time option 306, selecting one follow-up content that matches the disease of the target patient from the follow-up content list displayed below the follow-up content selector 304, and clicking the add button 308. In response to this operation, the PC then confirms the follow-up time corresponding to the selected preset time option 306 and the selected follow-up content as a follow-up task created for the target patient.

[0182] Of course, the user may simultaneously select the option boxes 309 beside multiple preset time selection items 306, select the corresponding follow-up content from the follow-up content selector 304 corresponding to each preset time selection item 306, and then click the add button 308. In response to this operation, the PC then determines the follow-up times and follow-up content corresponding to each of the selected preset time options 306 as multiple follow-up tasks created for the target patient.

[0183] In yet another example, after S31, the method for processing medical information further includes S35.

[0184] S35: A time selector and a follow-up content selector corresponding to the time selector are displayed.

[0185] 7, a time selector 305 and a follow-up content selector 304 corresponding to the time selector are presented in a custom area 310 on the follow-up creation screen 300. Here, the follow-up content selector 304 is the same as the follow-up content selector 304 in S34 above, and therefore a description thereof will be omitted.

[0186] Illustratively, time selector 305 is configured to prompt the user to select any date.

[0187] In addition, the above S36 includes S363.

[0188] S363: In response to the user's selection on the time selector 305 and the follow-up content selector 304 corresponding to the time selector 305, the PC determines the follow-up content selected in the follow-up content selector 304 and the follow-up time in the time selector 305 as the follow-up task matching the disease type. For example, in response to the user clicking the time selector 305, the PC displays a date table. The user can select any date from the date table as the follow-up time.

[0189] In yet another example, the follow-up creation screen 300 simultaneously presents multiple follow-up task templates 311, multiple preset time options and follow-up content selectors corresponding to each preset time option, as well as a time selector and a follow-up content selector corresponding to the time selector. Depending on the patient's health condition, the user can determine an appropriate follow-up time through the follow-up task template 311 in S33 and the preset time options 306 in S34. If there is no appropriate follow-up time in either the follow-up task template 311 or the preset time options 306, the user can also determine an appropriate follow-up time through the time selector 305 in S35. Obviously, the user can determine the follow-up time in other ways, and the embodiments of the present disclosure are not limited thereto.

[0190] 6, in the above S31, the PC displays a follow-up creation screen 300 in response to a user operation on a follow-up creation index item corresponding to the target patient, and presents a disease type selector 301 on the follow-up creation screen 300. In addition, after S31 and before S36, the medical information processing method further includes S32.

[0191] S32: As shown in Fig. 6, in response to a user's operation on the disease type selector 301, the PC displays the disease type list 302 and determines the disease type corresponding to the lesion of the target patient. Here, the user's operation on the disease type selector 301 may be considered to be clicking on the expanded item 3011 of the disease type selector 301. Determining the disease type corresponding to the target patient's disease may be considered to be clicking on one disease type in the disease type list 302 that corresponds to the target patient's disease. For example, if the target patient's disease is hypertension and the severity is stage 1, the user clicks on hypertension in the disease type list 302 to display a secondary list 3021 corresponding to hypertension, and then clicks on stage 1 hypertension in the secondary list 3021. Here, the disease type list 302 and the secondary list 3021 to is a set of multiple disease types is written .

[0192] In some examples, in response to the determined disease type corresponding to the target patient's disease, the PC displays only the follow-up task templates 311 that match the disease type from among the multiple follow-up task templates 311 of S33 above.

[0193] Illustratively, the target patient's disease type is hypertension, and in response to the confirmed disease type corresponding to the target patient's disease being stage 1 hypertension, the PC displays only one or more follow-up task templates 311 matching stage 1 hypertension in the follow-up task template area 303.

[0194] In another example, in response to the determined disease type corresponding to the disease of the target patient, the PC displays only follow-up contents matching the disease type in the follow-up content selector of S34 and S35 above.

[0195] For example, if the target patient's disease type is hypertension, and the PC determines that the disease type corresponding to the target patient's disease is stage 1 hypertension, it displays only follow-up content that matches the disease type in the follow-up content list displayed below the follow-up content selector 304.

[0196] In some embodiments, after S36, the method for processing medical information further includes S37 and S38.

[0197] S37: The PC displays the follow-up person selector 307 as shown in Figures 6 and 7. Here, the follow-up person selector 307 is configured to prompt the user to associate, for each follow-up task, a medical staff member who will perform the follow-up task, and this can avoid the problem of a follow-up task not being performed due to an unclear specification of the performer.

[0198] S38: The PC associates a follow-up person with the follow-up task in response to a user's operation on the follow-up person selector 307. For example, the PC displays a list of follow-up people in response to the user's click on the expanded item 3011 in the follow-up hour selector 307. The PC associates the follow-up person with the follow-up task in response to the user's click on a person in the follow-up person list. For example, when the user confirms one follow-up task in the above steps S361, S362, and S363, the user clicks the follow-up person selector 307 to confirm one follow-up person before clicking the Add button 308, and then clicks the Add button 308 to associate the follow-up person with the follow-up task.

[0199] In some embodiments, the follow-up creation screen 300 also presents the target patient's medical examination information, such as the type of confirmed disease, name, age, and gender, as in the health prescription creation screen 200. When creating a follow-up task, a doctor can check the patient's basic information and type of disease, and easily create a follow-up task that is more suitable for the patient based on the patient's age, gender, and other information.

[0200] In some embodiments, the follow-up content is a preset follow-up form. In addition, the medical information processing method further includes steps S1-1 to S1- 2 Includes.

[0201] S1-1: As shown in Fig. 43, in response to an operation to open the scale creation tool screen, the scale creation tool screen B200 is displayed. The operation to open the scale creation tool screen B200 is, for example, to select one icon B91 corresponding to the scale creation tool screen B200 in the main menu field B9 on the left side.

[0202] S1-2: In response to the operation to create a follow-up form, a follow-up form B100 is created on the scale creation tool screen B200, and the created follow-up form B100 is saved. The follow-up form B100 is, for example, a hypertension patient follow-up service form as shown in FIG.

[0203] Below, we will mainly explain the procedure for creating the follow-up form for S1-2.

[0204] As shown in Figures 43A to 43E, the scale creation tool screen B200 includes a field display area B3 and an editing area B4. The field display area B3 includes a plurality of fields B31, and the editing area B4 is configured to create a follow-up form B100. Here, the follow-up form to be created B100 includes a plurality of target elements, and each target element is generated from one field.

[0205] The follow-up form B100 includes multiple "elements," and an "element" refers to a basic component of the follow-up form B100, which essentially serves as a carrier of various information or data in the follow-up form B100, and through which information on the follow-up subject (patient) can be collected. A "target element" refers to an "element" to be generated, i.e., a carrier of information or data to be generated, in the follow-up form B100 to be created. The fields included in the field display B3 are basic components for generating a "target element," and can be considered to be the initial state of the "target element" before editing.

[0206] For example, the follow-up form B100 shown in FIG. 42(A) includes a header B1, which is the title of the follow-up form B100, and multiple elements B2. Elements such as a "follow-up date," a "follow-up method," a "symptoms," and a "constitution index" included in the follow-up form B100 are basic components of the follow-up form B100. For example, the "constitution index" element is a carrier of the constitution index data of the follow-up subject. Each element has set attributes, which represent the nature or characteristics of the element and are configured to define the characteristics of the target element, such as the name, entry settings, and data source. If the follow-up form to be created is the follow-up form B100 shown in FIG. 1(A), the target elements are the elements to be generated in the follow-up form to be created B100, i.e., the "follow-up date," "follow-up method," "symptoms," and "constitution index" elements to be generated.

[0207] For example, as shown in Figures 43A and 43, the field B31 includes a basic field B31a, or includes a basic field B31a and a common field B31b. The basic field B31a and the common field B31b will be explained later.

[0208] The follow-up form B100 in FIG. 42(A) may be considered to be a follow-up form created by the method for creating a follow-up form B100 in S1-2. The follow-up form includes multiple elements B2, and each element B2 in the follow-up form B100 shown in FIG. 42(A) includes a blank edit box, indicating that the element is unfilled. For example, the edit box for the "Follow-up Date" element does not contain a specific date, the edit box for the "Follow-up Method" element does not contain a specific method, the edit box for the "Symptoms" element does not contain any symptoms, and the edit box for the "Constitution Index" element is blank. In other words, after the follow-up form B100 is created, the contents of each element B2 are waiting to be filled in, and the user must fill in the edit boxes for each element B2 in the follow-up form B100 to create a collection of medical information.

[0209] Figure 42(B) shows a state in which the edit boxes of each element B2 of the created follow-up form have been completed, for example, "outpatient" has been entered in the edit box of the "follow-up method" element, the "headache and dizziness" and "nausea and vomiting" options have been checked in the edit box of the "symptoms" element, and 28.9 has been entered in the edit box of the "constitution index" element, and so on, and the state in which data collection has been completed. For example, the follow-up form B100 shown in Figure 42B can be considered as a follow-up form B100 in which the contents of each element have been entered according to the follow-up results after a doctor has performed follow-up services for a hypertension patient, i.e., after performing a follow-up task.

[0210] In this disclosure, the user who created the follow-up form B100 is referred to as the first user, and each element of the follow-up form B100 BThe user who fills in the content of 2, i.e., the user who performs the follow-up task, is referred to as the second user. For example, if the follow-up form B100 is a follow-up service form for a hypertension patient, the first user may be, for example, a doctor, a nurse, an operation manager, etc., and the second user may be, for example, a doctor, a nurse, or a patient, etc. For example, the first user and the second user may be the same person, or may not be the same person.

[0211] In S1-1, first, the scale creation tool screen B200 is displayed, and the first user creates a form on the scale creation tool screen B200. On this scale creation tool screen B200, a plurality of fields B31 are configured to generate target elements, and an editing area B4 is configured to generate a follow-up form, and the content of the editing area B4 is, for example, empty when starting to generate a new follow-up form.

[0212] S1-21: As shown in Figures 43B and 43C, a field selection operation input on the scale creation tool screen B200 is accepted. The field selection operation is configured to select one field B31 from the plurality of fields B31.

[0213] In this disclosure, "operation" refers to an operation performed by a user, such as clicking, double-clicking, or dragging with a mouse, or using a touch screen, gestures, or voice.

[0214] For example, in S1-21, the field selection operation is to select one of the multiple fields B31 by double-clicking the mouse, and to display the field B31 at the target position in the editing area B4 by clicking the mouse at the target position in the editing area B4. Alternatively, the field selection operation is to select one of the multiple fields B31 and drag the field B31 to the target position in the editing area B4. The selected field B31 is, for example, a one-line text box.

[0215] In S1-22, as shown in FIGS. 43(B) and (C), in response to the field selection operation, the selected field B31 is displayed in the edit area B4.

[0216] For example, in response to a field selection operation, the selected field B31 is displayed at the target position in the editing area B4, or a pull-down selection box is displayed at the target position in the editing area B4.

[0217] Each target element B2 in the follow-up form B100 to be created is generated from one field B31. Therefore, after the selected field B31 is displayed in the editing area B4, operations (e.g., S1-23' to S1-25) described later in this disclosure are performed on the field B31 to generate the field into a corresponding target element. For example, as shown in Figures 43(B) and (D), at the target position in the upper right corner of the editing area B4, the target element generated by the pull-down selection box is the "Follow-up Method" element.

[0218] S1-260: The follow-up form B100 is created by repeatedly receiving and responding to a field selection operation until fields B31 corresponding to a plurality of target elements required for the follow-up form B100 are displayed in the editing area B4.

[0219] Illustratively, the above-mentioned S1-260 includes S1-26 and S1-27.

[0220] S1-26: Determine whether all fields B31 corresponding to the multiple target elements required for the follow-up form B100 are displayed in the editing area B4. If not, return to S1-21 and continue to perform the operations of S1-21 and S1-22. If yes, perform S1-27.

[0221] S1-27: Create a follow-up form.

[0222] For example, the follow-up form to be created includes 20 target elements such as a "follow-up date" element, a "follow-up method" element, and a "symptoms" element. By repeating the operations of S1-21 and S1-22, 20 fields B31 are sequentially selected in the field display area B3, the fields B31 are sequentially displayed in the editing area B4, the corresponding target elements B2 are created, and finally the desired follow-up form B100 is created.

[0223] In this way, users can complete the design and creation of forms according to their own needs, and the content of the forms can be customized through corresponding operations, which is highly flexible, improves the efficiency of form creation, and reduces the cost of software operation and maintenance.

[0224] In some embodiments, as shown in FIGS. 43A to 43D, the plurality of fields B31 include at least one basic field B31A that includes at least one attribute to be edited.

[0225] Here, the "basic field" is a basic component for generating a target element without editing its attributes. The basic field is, for example, a basic component preset by a software engineer. After editing and saving the attributes of the basic field B31a, a target element is generated from the basic field B31a. The "attribute" represents the nature and characteristics of an element and is configured to define characteristics such as the name, entry setting, and data source of an element or field. The attribute to be edited refers to the item to be edited in the basic field.

[0226] For example, as shown in Figures 43B and 43C, the field display area B3 in the scale creation tool screen B200 includes multiple basic fields B31a. The multiple basic fields B31a include, for example, a single-line text box, a multi-line text box, a multi-select box group, a single-select box group, a drop-down select box, a multi-level drop-down box, a time selector, a date selector, and a color selector. Each basic field B31a includes at least one editable attribute, and different basic fields B31a include different attributes. For example, the attributes of a single-line text box include a header attribute, a description attribute, a default display text attribute, entry setting attributes (e.g., whether or not an entry is required, whether or not a character limit is applied, whether or not regular expression validation is applied, etc.), and a data source attribute. The attributes of a date and time field include a title attribute, a description attribute, a data type attribute (date, time, date + time), a default display title time attribute, entry setting attributes (e.g., whether or not entry is required, whether or not a selectable date range is limited, whether or not a selectable time range is limited, whether or not input is allowed, etc.), and a data source attribute. The attribute menu B5 corresponding to each basic field B31a is displayed in the editing area, and the attributes of the basic field are edited by entering content into the attribute edit box B51 in the attribute menu B5. Until the attribute of the basic field B31a is edited, the content of the attribute edit box in the attribute menu B5 of the basic field B31a is blank.

[0227] The above S1-21 becomes S1-21' when the field B31 selected by the field selection operation is the basic field B31a.

[0228] S1-21': Accept a field selection operation that is input to the scale creation tool screen B200 and is configured to select one basic field B31a from the plurality of fields B31. 。

[0229] In addition, the above S1-22 is S1-22'.

[0230] In response to the item selection operation, S1-22' displays the selected basic field B31 in the editing area B4. For example, as shown in Figure 43(C), the selected basic field B31a is a single-line text box, and the selected single-line text box is displayed in the editing area B4.

[0231] In the above case, S1-22' is followed by S1-23' to S1-25.

[0232] S1-23': In response to the item selection operation, an attribute menu B5 of the basic field B31a is displayed in the editing area B4. The attribute menu B5 includes at least one attribute editing box B51.

[0233] For example, as shown in FIG. 43(C), in response to a field selection operation, a single-line text box attribute menu B5 is displayed in editing area B4. This field selection operation is, for example, an operation of double-clicking a single-line text box displayed in editing area B4. That is, this field selection operation includes an operation of selecting a single-line text box with a mouse and dragging it to a target position in editing area B4, and an operation of double-clicking a single-line text box displayed in editing area B4. Alternatively, after a single-line text box is dragged to a target position in editing area B4, the attribute menu B5 for the single-line text box is automatically displayed without a double-click operation.

[0234] Here, the attribute menu B5 includes at least one attribute editing box B51. For example, if at least one attribute of a single-line text box includes a title attribute, a description attribute, a default suggested character attribute, an entry setting attribute (whether or not to enter data, whether or not to limit the number of characters, whether or not to validate using regular expressions, etc.), a data source attribute, etc., the attribute menu B5 includes a title attribute editing box B51, a description attribute editing box B51, a default suggested character attribute editing box B51, an entry setting attribute editing box B51, etc. In this case, the contents of the multiple attribute editing boxes B51 displayed in the attribute menu B5 are all empty and waiting to be edited.

[0235] S1-24: Receive a basic field attribute editing operation input in at least one attribute editing box B51, where the basic field attribute editing operation is configured to edit the attributes of the basic field in each of the attribute editing boxes B51.

[0236] For example, the basic field attribute editing operation may be an operation in which the first user clicks and selects the attribute editing box B51 using the mouse, and then inputs the relevant content into the attribute editing box B51 using the keyboard.

[0237] If the selected basic field B31a is a pull-down selection box, as shown in FIG. 43(B), entering "Follow-up Method" in the title attribute edit box B51 in the attribute menu B5 of the pull-down selection box will result in the pull-down selection box being created as the "Follow-up Method" element. Entering "Please Select" in the default display text attribute edit box B51 and "Outpatient, Telephone, Network, Message, Other" in the optional content attribute edit box B51 will result in the pull-down selection box being created as the target element. The description attribute is used to specify some additional explanation for this basic field B31a and is generally used to indicate to the second user what to fill in the follow-up form B100. However, it is also possible to omit the explanation, for example, by leaving the description attribute edit box B51 blank. The entry setting attributes include whether or not there are required fields, whether or not there is a character limit, whether or not there is regular expression validation, etc., and corresponding contents can be checked. For example, checking a checkbox corresponding to a required field indicates that the target element in the generated form requires content entry by the second user. "Data source attribute" refers to an attribute that is linked to a data source of the generated element, allowing the element's content to be automatically created when the element's content is filled in. The data source can be a mathematical formula, a mapping relation, a background database, etc. Here, for example, no data source binding is performed, i.e. the content of the data source attribute is not set.

[0238] If the selected base field B31a is a single-line text box, as shown in Figure 43(C), when "Constitution Index" is entered in the title attribute edit box B51 of the attribute menu B5 of the single-line text box, the target element that the single-line text box will generate is "Constitution Index." Enter "Please enter your constitution index" in the default presentation character attribute edit box B51, and do not enter any content in the description attribute edit box B51. Entry setting attributes include whether or not there are required entry items, whether or not there is a character limit, whether or not there is validation using regular expressions, etc., and the checkboxes corresponding to the required entry items are checked. The data source attribute indicates part of the relevant information linked to the target element generated from the common field B31b, and the content of the element can be directly obtained through the data source attribute. For example, if a formula for calculating the body mass index is entered in the data source attribute edit box B51, and the second user enters the content of the follow-up form B100 and knows the patient's height and weight, the system can automatically calculate the patient's body mass index according to the entered height, weight, and the bound body mass index formula, and display it in the edit box of the "Body Mass Index" element in the follow-up form B100.

[0239] S1-25: In response to the basic field attribute editing operation, the edited attributes are displayed in the respective attribute editing boxes B51 to generate the target element.

[0240] After the first user edits the attributes in each attribute edit box B51 of the basic field B31a through the basic field attribute editing operation, the edited attributes are displayed in each attribute edit box B51 in response to the basic field attribute editing operation. For example, in Figure 43(C), the title attribute edit box B51 in the attribute menu B5 of the single-line text box displays the text "Constitution Index," and the default suggested text attribute edit box B51 displays the text "Please enter your Constitution Index." Finally, a target element is generated from the basic field B31a whose attribute content has been set. For example, as shown in Figure 43(D), a "Follow-up Method" element is generated using the pull-down selection box, and a "Constitution Index" element is generated using the single-line text box.

[0241] In some embodiments, as shown in Figures 43B and 43C, the attribute menu B5 further includes a Save button. The basic field attribute editing operation is configured to edit the attributes of the basic field in each attribute edit box B51, and then select the Save button to save the edited attributes and create the target element.

[0242] In some embodiments, as shown in Figures 43B and 43C, the attribute menu B5 further includes a "Save as a favorite field" button. In addition, the medical information processing method further includes S1-251 and S1-252.

[0243] S1-251: An operation to select the "Save as common field" button input in the attribute menu is accepted.

[0244] For example, as shown in Figures 43(B) and 43(C), the attribute menu B5 of the basic field B31a includes a "Save" button and a "Save as Favorite Field" button, and the operation of selecting the "Save as Favorite Field" button is an operation of the first user. For example, in S1-25, after generating a target element from the basic field B31a, clicking the "Save as Favorite Field" button can save the generated target element as the favorite field B31b.

[0245] S1-252: In response to the operation of selecting the "Save as common field" button, the generated target element is displayed in the field display area B3 as a common field B31b.

[0246] 43(B) and (C), the field display area B3 includes a plurality of basic fields B31a and a plurality of common fields B31b, and the common field B31b includes at least one edited attribute. For example, after completing the setting of multiple attributes of a single-line text box, a "follow-up method" element is generated, i.e., a target element is generated from the basic field B31a. In response to the selection operation of the "Save as Common Field" button, the target element is saved as a common field B31b, and the common field of the "follow-up method" is displayed in the field display area B3.

[0247] In the present invention, the basic field B31a includes at least one attribute to be edited, the common field B31b includes at least one edited attribute, and the target element B2 includes at least one edited attribute. The attributes include, for example, a title attribute, a description attribute, a default text attribute, a fill-in setting attribute, and a data source attribute. Here, "data source" refers to the source of the element content or the source of the data collected by the element. For example, for the "body constitution index" element, its "data source" is obtained from the correspondence between the follow-up subject's height, weight, and body constitution index. A "data source attribute" refers to an attribute that links a previously created element to a data source, allowing the element content to be automatically created when the element content is entered. The data source can be a mathematical formula, a mapping relationship, a background database, etc. The following are examples of methods for setting the data source attribute included in the basic field B31a.

[0248] In some embodiments, the plurality of fields B31 includes at least two basic fields B31a, including a first basic field B31a for generating a first target element and a second basic field B31a for generating a second target element, where there is a correspondence between the first target element and the second target element. At least one attribute edit box of the first basic field includes a data source attribute edit box.

[0249] For example, the first basic field B31a is a single-line text box, the number of second basic fields B31a is two, and the first target element generated from the first basic field B31a is, for example, a "body constitution index" element. The second target element generated from one second basic field B31a is a "height" element, and the second target element generated from the other second basic field B31a is a "weight" element. The correspondence relationship between the body constitution index and the height and weight is as follows:

number

[0250] Alternatively, if the first basic field B31a is a single-line text box, the second basic field B31a is a single-line text box, the first target element generated from the first basic field B31a is, for example, an "age" element, and the second target element generated from the second basic field B31a is a "date of birth" element, then the correspondence between age and date of birth is T=T1-T2, where T is age, T1 is the current date, and T2 is date of birth. The "age" element and the "date of birth" element have the above-mentioned correspondence relationship.

[0251] Furthermore, if the first basic field B31a is a single-line text box, the second basic field B31a is a single-line text box, the first target element generated from the first basic field B31a is, for example, the "Due Date of Birth" element, and the second target element generated from the second basic field B31a is the "Last Menstrual Period" element, the correspondence between the due date of birth and the last menstrual period is that the due date of birth is 9 months plus or minus 3 months and 7 days from the month of the last menstrual period. The "Due Date of Birth" element and the "Last Menstrual Period" element have the correspondence relationship described above.

[0252] In S1-24, an eleventh operation is received, which is input into at least one attribute editing box B51. If the eleventh operation is used to edit the attributes of the basic fields in each attribute editing box B51, the eleventh operation is an operation of entering the above formula into the data source attribute editing box B51. For example, if the first target element generated from the first basic field B31a is, for example, "Constitution Index," the eleventh operation is an operation of entering the formula indicating the above correspondence into the data source attribute editing box B51.

[0253] In S1-25, in response to the selection of the "Save as Favorite Field" button, the edited attribute is displayed in the attribute edit box B51. S1-25 includes S1-251.

[0254] S1-251: In response to the selection operation of the "Save as common field" button, the data source attribute indicating the correspondence is displayed in the data source attribute edit box B51 of the first basic field.

[0255] For example, as shown in FIG. 43(C), in the menu attribute B5 of the single-line text box, the corresponding expression is entered in the edit box B51 of the data source attribute to set the content of the data source attribute of the single-line text box.

[0256] The method for processing medical information further includes S1-3.

[0257] S1-3: As shown in FIG. 12 , in response to an operation to open a follow-up execution task, a follow-up task execution screen 700 is displayed. The follow-up task execution screen 700 includes a follow-up form B100 included in the follow-up task created for the target patient, and the follow-up form B100 includes a first target element and a second target element, each having an edit box. Here, the operation to open the follow-up execution task is configured to display the follow-up task execution screen 700, similar to a user's operation on a follow-up execution index item described later. The operation to open the follow-up execution task is, for example, clicking on a follow-up execution index item in a follow-up task list 601 described later.

[0258] For example, as shown in FIG. 12, in the follow-up form B100, the first goal element B2 is a “body mass index” element, the second goal element B2 is a “weight” element, and both the first goal element B2 and the second goal element B2 are entered in an edit box B2. a It has.

[0259] In S1-3, follow-up tasks Open Run In response to the operation, a follow-up task is performed, including S1-31 to S1-32.

[0260] S1-31: Accept the user's operation to input the target content into the edit box of the second target element B2. For example, the edit boxes of the "height" element and the "weight" element B Enter the patient's height and weight in 2a.

[0261] S1-32: In response to a user's operation of inputting target content into the editing box of a second target element, the target content is displayed in the editing box of the second target element, and content obtained from the correspondence characterized by the data source attributes is automatically displayed in the editing box of the first target element.

[0262] Furthermore, when editing the attributes of the basic field that generates the first target element, the correspondence between height, weight, and constitutional index is edited in the edit box for the data source attribute, and the content of the data source attribute is preset. Therefore, when the second user fills out the follow-up form B100 during the execution of the follow-up task, they only need to enter the corresponding content in the edit box B2a where the "height" and "weight" elements should be entered, and the content of the "constitutional index" element is automatically calculated and displayed in the edit box, eliminating the need for manual calculation, improving efficiency and accuracy and saving time. For example, as shown in Figure 42(B), if the current value of the "height" attribute is 1.76 and the current value of the "weight" attribute is 90, the current value of the "constitutional index" attribute is automatically calculated to be 28.9.

[0263] In another embodiment, the plurality of fields includes a third basic field for generating a third target element, and at least one attribute edit box of the third basic field includes a data source attribute edit box.

[0264] S1-25 responds to a basic field attribute editing operation by displaying the edited attributes in each attribute editing box B51, and includes S1-251'.

[0265] S1-251': In response to the basic field attribute editing operation, display in the data source attribute editing box B51 of the third basic field a data source attribute linked to the background database in which the content of the target element corresponding to the basic field B31a is stored.

[0266] For example, the background database may be, for example, the database of an electronic medical record system or a health management system of each hospital. After the data source attribute of the basic field B31a is bound to the background database, when the second user fills in the content of the element generated from the basic field B31a, the corresponding content can be automatically retrieved from the background database, eliminating the need for manual entry and improving efficiency and accuracy.

[0267] The medical information processing method further includes S1-3'.

[0268] S1-3': Follow-up tasks, as shown in Figure 12 Open Run In response to the operation, a follow-up task execution screen 700 is displayed. The follow-up task execution screen 700 includes a follow-up form B100 in the follow-up task created for the target patient, and the follow-up form B100 includes a third target element having an edit box.

[0269] For example, as shown in FIG. 12, in the follow-up form B100, the third goal element B2 is a "follow-up date" element with an edit box B2a.

[0270] S1-3' includes S1-31' to S1-32' and is a follow-up task Open Run Respond to the action and perform follow-up tasks.

[0271] S1-31': The user's selection operation for the edit box B2a of the third target element is accepted.

[0272] For example, the selection operation of the edit box B2a of the third target element is performed by selecting the edit box B2b of the "Follow-up Date" element. B The answer is to select 2a.

[0273] In S1-32', in response to a user's selection operation on the editing box B2a of the third target element, the contents of the background database linked by the data source attribute of the third target element are automatically displayed in the editing box of the third target.

[0274] For example, if the third basic field B31a is set to date and time and the content of the title attribute is set to "Follow-up Date" in the attribute menu, the third target element generated from the basic field B31a will be the "Follow-up Date" element, and the content of the data source attribute is set to bind to the background database in the attribute menu. For example, if the background database stores the patient's first visit time, the set follow-up interval time, and the current date and time, the specific content of the follow-up date can be obtained from the first visit time, the set follow-up interval time, and the current date and time. For example, in Figure 42B, the content of "Follow-up Date" in the follow-up form B100 is automatically entered as 2018-12-04 11:34:25, eliminating the need for the second user to manually enter it.

[0275] Alternatively, in the example where the third basic field B31a is a single-line text box, if the content of the title attribute is set to "Name" in the attribute menu, the third element generated from the basic field B31a will be the "Name" element, and the content of the data source attribute is set to bind to a background database in the attribute menu. For example, the background database is a database of a medical data processing system, which stores information such as patient name, gender, age, height, and weight. When the second user fills out the form, the content of the "Name" element can be directly loaded without manual input.

[0276] In some embodiments, as shown in Figures 43B to 43D, within the field display area B3 of the scale creation tool screen B200, the plurality of fields B31 include at least one common field B31b, and the common field B31b includes at least one edited attribute.

[0277] For example, as shown in FIG. 43D, the common fields B31b include a "follow-up method" common field B31b, a "follow-up date" common field B31b, a "symptoms" common field B31b, etc. Each common field B31b includes at least one edited attribute. For example, the "follow-up method" common field B31b includes a title attribute, a default display text attribute, an optional content attribute, a description attribute, and a fill-in setting attribute, and the contents of multiple attributes are edited and saved. The common field B31b can be used as a target element as is.

[0278] If the field B31 selected by the field selection operation is a commonly used field B31b, the above S1-21 becomes S1-21''.

[0279] S1-21): Accepts a field selection operation input on the scale creation tool screen B200, and the field selection operation is configured to select one common field B31b from the plurality of fields B31.

[0280] In addition, the above S1-22 is S1-22''.

[0281] S22): In response to the field selection operation, the selected common field B31b is displayed in the editing area B4. For example, as shown in Fig. 43D, the selected common field B31b is the "blood pressure" common field B31b.

[0282] In the above case, S1-22'' is followed by S1-23''.

[0283] S1-23): In response to the field selection operation, the commonly used field B31b displayed in the edit area B4 is used as the target element B2.

[0284] For example, the field selection operation is an operation of selecting one commonly used field B31b and dragging it to a target position in the editing area B4, and in response to the field selection operation, the commonly used field B31b displayed in the editing area B4 is used as the target element B2. Since the commonly used field B31b includes at least one edited attribute, it can be used as the target element as is. For example, as shown in Figure 12, the commonly used field B31b for "blood pressure" is set in the editing area to generate a "blood pressure" element.

[0285] In some embodiments, as shown in FIG. 43B, the plurality of fields B31 includes a plurality of common fields B31b, and the plurality of common fields B31b includes at least one public common field B31b and at least one private common field B31b.

[0286] Here, the public frequent fields B31b can be used as target elements in at least two types of follow-up forms B100 to be created, while the private frequent fields B31b can be used as target elements in one type of follow-up form B100 to be created, i.e., the public frequent fields B31b can be reused in at least two different types of follow-up forms B100, while the private frequent fields B31b can only be used in one type of follow-up form B100 to be created and cannot be reused in other follow-up forms B100.

[0287] For example, taking the hypertension patient follow-up form shown in Figure 42(A) and the type 2 diabetes patient follow-up form shown in Figure 42(C) as examples, the two types of follow-up forms B100 include multiple common goal elements such as a "follow-up method" goal element and a "follow-up date" goal element, and each follow-up form B100 includes elements unique to itself. For example, the type 2 diabetes patient follow-up form shown in Figure 42(C) also includes a "heart rate" element and a "salt intake" element.

[0288] As shown in Figure 12, the "height" common field B31b, the "weight" common field B31b, the "follow-up method" common field B31b, the "follow-up date" common field B31b, etc. are all public common fields B31b, and the edited attribute contents have universal compatibility and can be reused in different forms as target elements in at least two types of follow-up forms B100 to be created. For example, the "follow-up method" common field B31b may be reused in the hypertension patient follow-up service form shown in Figure 42(A) and in the type 2 diabetes patient follow-up service form shown in Figure 42(C).

[0289] For example, as shown in FIG. 12, the "heart rate" common field B31b, which is a private common field B31b, can only be used in the Type 2 diabetes patient follow-up service form shown in FIG. 42(C), and cannot be used in the hypertension patient follow-up service form shown in FIG. 42(A).

[0290] By classifying the multiple common fields B31b into at least one public common field B31b and at least one private common field B31b according to the range of use, the multiple common fields B31b can be easily managed, and the first user can quickly select the common field B31b required when creating a follow-up form from the corresponding set of public common fields B31b and private common fields B31b, place it in the editing area B4, and generate the target element B2, thereby facilitating the rapid creation of a follow-up form and improving efficiency.

[0291] In some embodiments, as shown in FIGS. 43A-43E, the method further includes S1-23 to S1-25 after S1-22.

[0292] S1-23: In response to the field selection operation, an attribute menu B5 of the basic field B31a is displayed in the editing area B4, which includes at least one attribute editing box B51.

[0293] For example, as shown in FIG. 43(C), in response to a field selection operation, an attribute menu B5 for a single-line text box is displayed in the editing area B4.

[0294] S1-24: Accept a basic field attribute editing operation input in at least one attribute editing box B51, and the basic field attribute editing operation is configured to edit the attributes of the basic field in each attribute editing box B51.

[0295] For example, as shown in Figure 43C, the basic field attribute editing operation may be an operation in which the first user clicks and selects the attribute editing box B51 using a mouse, and then inputs the corresponding content into the attribute editing box B51 using a keyboard. For example, this is an operation to edit multiple attributes in the attribute menu B5 of a single-line text box, such as the title attribute, description attribute, default suggested text attribute, entry setting attribute, and data source attribute. For details, please refer to the above description, and the description will be omitted here.

[0296] S 1- 25: In response to a basic field attribute editing operation, the edited attributes are displayed in the respective attribute editing boxes B51, and the target element is generated.

[0297] For example, as shown in Figure 43(C), the edited attributes are displayed in each attribute edit box B51, and a "Constitution Index" element is generated from the single-line text box. At this time, proceed to S1-26, and determine whether all of the multiple target elements required for the follow-up form B100 have been set in the edit area B4. If NO, return to S1-21 and continue executing the operations of S1-21 to S1-25. If YES, proceed to S1-27, and create the follow-up form.

[0298] By performing the above steps S1-21 to S1-25, the corresponding target elements can be generated sequentially from the basic field B31a, and the target elements can be generated using the basic field B31a to form part of the content of the follow-up form to be created.

[0299] Furthermore, every time the operations of S1-21 to S1-25 are completed, the generated target element may be saved as a commonly used field for the next use through S1-251 and S1-252.

[0300] S1-251: The operation of selecting the "Save as a commonly used field" button input in the attribute menu is accepted.

[0301] 43(B) and 43(C), the attribute menu B5 of the basic field B31a includes a "Save" button and a "Save as commonly used field" button, and the operation of selecting the "Save as commonly used field" button is the operation of the first user. For example, in S1-25, after generating a target element of the "follow-up method" from the basic field B31a, the generated target element can be saved as the commonly used field B31b by single-clicking the "Save as commonly used field" button.

[0302] S1-252: In response to the selection operation of the Save as Common Field button, the generated target element is displayed in the field display area B3 as a common field B31b.

[0303] For example, as shown in FIGS. 43(B) and 43(C), a commonly used field B31b for "follow-up method" is displayed in the field display area B3 of the schedule creation tool screen B200.

[0304] By performing the above steps S1-251 and S1-252, the target element generated from the basic field B31a is saved as a common field B31b, and when creating the current follow-up form, the saved common field B31b can be directly used when generating a target element from the common field B31b in S1-21, or the saved common field B31b can be directly used when creating the next new follow-up form, thereby facilitating the creation of the follow-up form.

[0305] The S1-2 further includes S1-21'' to S1-23''.

[0306] S1-21: Accepts a field selection operation input to the scale creation tool screen B200, and the field selection operation is configured to select one common field B31b from the plurality of fields B31. For example, when a field selection operation is accepted, the common field B31b selected in the field selection operation is the "follow-up method" common field B31b.

[0307] For example, the common field B31b may be the common field B31b saved in the field display area B3 by steps S1-33 ​​and S1-34 after generating the target element from the basic field B31a during the creation of the follow-up form. For example, the common field B31b of "follow-up method" selected by the field selection operation is the common field B31b of "follow-up method" saved in the field display area B3 by steps S1-33 ​​and S1-34.

[0308] S 1- 22): In response to a field selection operation, the selected common field B31b is displayed in the edit area B4.

[0309] As shown in FIG. 43E, a field for the follow-up method "follow-up method" is displayed in the edit area B4.

[0310] S 1- 23): In response to the field selection operation, the commonly used field B31b displayed in the edit area B4 is set as the target element B2.

[0311] For example, the "Follow-up Method" commonly used field B31b is used as an element of the follow-up method. At this time, proceed to S1-26 to determine whether all of the multiple target elements required for the follow-up form B100 are set in the editing area B4. If NO, return to S1-21'' and continue executing the operations from S1-21'' to S1-23''. If YES, proceed to S1-27 to create the follow-up form.

[0312] By performing the above steps S1-21 to S1-23, target elements can be generated sequentially from the common field B31b, and the target elements can be generated from the common field B31b to form part of the content of the follow-up form to be created.

[0313] In the above embodiment, as shown in FIG. 42(A), some of the multiple target elements included in the follow-up form to be created can be generated from the commonly used field B31b, and the other parts can be generated from the basic field B31b. After generating the target elements from the basic field B31b, the target elements can be saved as commonly used fields to facilitate direct use next time.

[0314] The above steps S1-21 to S1-25 and S1-21'' to S1-23'' can be performed in any order, but based on the judgment result of S1-26, steps S1-21 to S1-25 and S1-21'' to S1-23'' may be performed multiple times until the multiple target elements required for the follow-up form are set in the editing area B4.

[0315] For example, if the follow-up form to be created is a hypertension patient follow-up service form as shown in FIG. 42(A), and the target elements included in the form are a "follow-up date", a "follow-up method", a "symptoms", a "constitution index", etc., the first user checks whether a corresponding common field B31b exists among the multiple common fields B31b in the field display area B3 while creating the follow-up form B100. For example, as shown in FIG. 43(E), if the multiple common fields B31b are a "follow-up date" common field B31b, a "follow-up method" common field B31b, and a "symptoms" common field B31b, the first user can generate the corresponding target element by sequentially setting the common fields B31b in the editing area B4 by steps S1-21 to S1-23. For the "constitution index" element, a single-line text box can be selected from the multiple basic fields B31a, and the corresponding target element can be generated by steps S1-21 to S1-23. 1-By performing the operation 25, the "Constitution Index" element is generated from the single-line text box and set in the editing area B4. When creating a form, the first user can make a highly flexible selection depending on the target element B2 required for the form and the type of field B31 included in the field display area.

[0316] In this way, by combining the generation of target element B2 using basic field B31a and the generation of target element B2 using common field B31bB31b, it becomes possible to quickly create a follow-up form according to the request of the first user, thereby reducing the time required to create a follow-up form, improving the work efficiency of the first user, and allowing different follow-up forms to be created without adjusting the internal program, thereby reducing maintenance costs.

[0317] In some embodiments, as shown in Figures 43D and 43E, the scale creation tool screen B200 further includes a form area B6 and a submission field B7. The pages displayed in Figures 43D and 43E are both the scale creation tool screen B200, and are selected and displayed using the scroll bar on the right. As shown in Figure 43D, the submission field B7 also includes a view button for viewing the contents of the elements in the editing area B4, a clear button for deleting all elements set in the editing area B4, a preview button for previewing the generated form, and a create form button for submitting and saving the generated form. As shown in Figure 43E, the form area B6 includes multiple pre-generated forms and displays the names of the pre-generated forms.

[0318] The above S1-2 further includes S1-28 and S1-29.

[0319] S1-28: The process accepts the selection operation of the form generation button entered by the user in the submission field B7.

[0320] Illustratively, after completing creation of the follow-up form B100, the first user clicks a form creation option in the submission field B7 to submit and save the created form.

[0321] S1-29: In response to the selection operation of the form generation button, the generated follow-up form B100 is saved, and the name of the saved follow-up form B100 is displayed in the form area.

[0322] In response to the selection operation of the form generation button, the generated follow-up form B100 is saved in the form area. For example, if the generated follow-up form B100 is the hypertension patient follow-up service form shown in Fig. 42(A), the follow-up form B100 is saved, and the saved follow-up form B100 is displayed in the form display area under the name "hypertension patient follow-up service form."

[0323] In some examples, S1-271 and S1-272 are further included before S1-28.

[0324] S1-271: The preview button selection operation input in the submission field B7 is accepted.

[0325] Illustratively, after completing creation of the follow-up form B100, the first user clicks on a preview option in the submission section B7 to preview the generated follow-up form B100.

[0326] S1-272: In response to the selection operation of the preview button, the already created follow-up form B100 is displayed in the edit area B4.

[0327] By displaying the generated follow-up form B100 in the editing area B4, the format of the follow-up form B100 can be confirmed, and it can be determined whether the generated follow-up form B100 matches the follow-up form B100 to be created.If they do not match, the position, format, content, etc. of each element of the follow-up form B100 to be edited can be modified in the editing area B4 until the user is satisfied.

[0328] In some embodiments, as shown in FIG. 43D, the field display area further includes a layout field B31D, such as a grid layout field B31D, after S1-272.

[0329] S1-273: In response to a selection operation of at least two target elements B2 in the editing area B4 and in response to a selection operation of the grid layout field B31d, a grid layout menu B5' including multiple layout editing boxes is displayed in the editing area, and in response to an operation of editing the multiple layout editing boxes, the editing contents are displayed in the multiple layout editing boxes, and the positions of the selected at least two target elements B2 are adjusted according to the editing contents.

[0330] For example, as shown in FIG. 43(D), the first user selects at least two target elements B2 in the editing area B4 by using the mouse and the ctrl button to select the target element "follow-up date" and the target element "follow-up method," and then the first user selects the grid layout field B31D, thereby displaying a grid layout menu B5' in the editing area, which includes multiple layout editing boxes, such as a grid spacing editing box and a column placement item editing box, and editing the multiple layout editing boxes to adjust the position, spacing, layout, etc. of the selected target elements B2 so that the layout of the follow-up form B100 has the desired effect.

[0331] In some embodiments, selecting the preview button is further configured to select a preview effect for the form, the preview effect including a paper effect and a display effect on the mobile device screen.

[0332] In S1-272, in response to the selection operation of the preview button, the generated follow-up form is presented in the editing area B4. S1-272 includes S1-2721.

[0333] S1-2721: In response to the selection operation of the preview button, the generated follow-up form is displayed in the editing area B4 with a paper effect or with a display effect on the terminal screen, where the terminal is the above-mentioned electronic device, such as a PC or a mobile phone.

[0334] Here, the paper effect refers to the effect of the entire follow-up form that can be displayed on, for example, A4 paper size or other paper sizes when displayed on a computer screen, and the effect of the form shown in Figures 42 to 42C is the paper effect. The display effect on the terminal screen is, for example, the effect of the follow-up form displayed on the screen of a mobile phone, and the effect of the follow-up form shown in Figure 45 is the effect displayed on the screen of a mobile terminal.

[0335] When the generated follow-up form is displayed in the editing area B4 with a display effect on the mobile terminal screen, if the mobile phone screen is small and all of the elements contained in the generated follow-up form cannot be displayed on one page, the multiple elements may be displayed in the numerical order generated by default when the elements are inserted, or the multiple elements may be assigned fixed numbers and displayed in the assigned numerical order.

[0336] In some embodiments, as shown in FIG. 43E, the form region B6 includes a list subregion B61 and an operation subregion B62. The list subregion B61 includes the name of at least one previously saved follow-up form, which includes multiple configured elements. The operation subregion B62 includes at least one citation introduction option B62a, each of which corresponds to one citation introduction option B62a. Here, a previously configured element refers to an element whose attributes are all previously configured.

[0337] For example, the follow-up form to be created is the type 2 diabetes patient follow-up service form shown in Figure 42C, and the above S1-2 is S1-291 from Further includes S1-295.

[0338] Step S1-291: A selection operation of one of the quotation introduction options input in the operation sub-area B62 is accepted.

[0339] For example, one of the operations for selecting a citation introduction option is to select, by mouse click, in the operation sub-area B62, the citation introduction option B62a corresponding to the first form, "Hypertension Patient Follow-Up Form."

[0340] S1-292: In response to the selection of one of the citation introduction options, a previously saved follow-up form corresponding to the selected citation introduction option is displayed in the editing area B4 as a basic form.

[0341] In response to the selection operation of one of the citation introduction items, a hypertension patient follow-up form is displayed as a basic form in the editing area B4. The follow-up forms shown in Figures 43(A) and 43(E) are, for example, hypertension patient follow-up forms.

[0342] S1-293: Accept a correction operation input to the scale creation tool screen B200. The correction operation is configured to correct at least one preset element among a plurality of preset elements in the basic form. At least one preset element among the preset elements does not match the target element of the follow-up form to be created.

[0343] For example, the "Follow-up Date" element of the hypertension patient follow-up form (basic form) shown in Figure 42(A) and the type 2 diabetes patient follow-up service form (target follow-up form) shown in Figure 42(C) match, and their "Follow-up Method" elements also match, but their "Symptom" elements do not. For example, the attributes of the "Symptom" element include a title attribute, a description attribute, an optional content attribute, a data source attribute, etc., and while the content of the title attribute in both follow-up forms is "Symptoms," the optional content attributes of the "Symptom" element in the hypertension patient follow-up form are "asymptomatic, headache, dizziness, nausea / vomiting," etc., and the optional content attributes of the "Symptom" element in the type 2 diabetes patient follow-up service form are "asymptomatic, polydipsia, polyphagia," etc. Changing at least one of the multiple pre-defined items in the basic form, for example, changing the optional content attribute of the "Symptom" element, requires a seventh operation.

[0344] S1-294: In response to the modification operation, set the at least one pre-defined element to be modified, and generate the target element.

[0345] Illustratively, in response to the modify operation, the "Symptoms" element of the Hypertension Patient Follow-up Form is modified to the "Symptoms" element in the Type 2 Diabetes Patient Follow-up Service Form.

[0346] S1-295: A new follow-up form is generated in response to the modification operation repeatedly until a plurality of preset elements in the basic form match a plurality of target elements in the follow-up form to be generated.

[0347] By performing the above operations, if the contents of an already saved follow-up form are similar to those of the follow-up form to be created, a new follow-up form can be quickly obtained by correcting the elements in the base form that do not match the follow-up form to be created. Therefore, by sequentially setting the basic field B31a and the commonly used field B31b and sequentially generating the target field, there is no need to create a new follow-up form from scratch, which improves the efficiency of creating follow-up forms and saves the user's time.

[0348] In some embodiments, S1-2 further includes, in response to the field selection operation, displaying the selected field B31 in the editing area B4, and after generating target elements from the field B31, numbering the generated target elements, wherein different target elements have different numbers.

[0349] For example, if the target elements in the follow-up form to be created include the elements "Whether or not there is a family history of hypertension", "Whether or not there is a family history of diabetes", "People with a family history of diabetes", and "People with a family history of hypertension", the elements "Whether or not there is a family history of hypertension" and "Whether or not there is a family history of diabetes" each have two options, "YES" and "NO", and the elements "People with a family history of diabetes" and "People with a family history of hypertension" each have six options, namely, grandfather option, grandmother option, maternal grandfather option, grandfather option, and mother option.

[0350] The above four elements are numbered, for example, 1, 2, 3, and 4 for the elements "whether or not there is a family history of hypertension," "person with a family history of diabetes," and "person with a family history of hypertension," respectively.

[0351] As shown in Figure 43F, the form region B6 includes a list subregion B61 and an operation subregion B62, where the list subregion B61 includes at least one previously saved follow-up form B100, and the previously saved follow-up form B100 includes multiple previously set elements. The operation subregion B62 includes at least one path setting option B62b, and each previously saved follow-up form B100 corresponds to one of the path setting options B62b.

[0352] S1-2 further includes S1-291' to S1-295'.

[0353] S1-291': Accepting a fourth operation on the scale creation tool screen B200, the fourth operation being configured to select one of the path setting options B62b in the operation sub-area B62.

[0354] For example, the fourth operation is an operation of selecting the path setting option B62b corresponding to the first follow-up form B100 in the operation sub-area B62.

[0355] S1-292': In response to the fourth operation, a previously saved follow-up form B100 corresponding to the selected path setting option is presented in the editing area B4, and the numbers of multiple previously set elements in the follow-up form B100 are displayed. The multiple previously set elements include a first element and a second element, and the first element has at least two options.

[0356] As shown in FIG. 43G, the first element is a "Whether there is a family history of diabetes" element, the second element is a "Whether there is a family history of hypertension" element and a "Person with a family history of diabetes" element, the above three elements are numbered 1, 2, and 3 respectively, and the first element has at least two options, such as a "YES" option and a "NO" option.

[0357] S1-292': A fifth operation input on the scale creation tool screen B200 for selecting the first element is accepted.

[0358] For example, the fifth operation is to double-click the element "Whether or not there is a family history of diabetes" with the mouse.

[0359] S1-293': In response to the fifth operation, an execution path menu of the first element is displayed, and the execution path menu includes an option list item including at least two option boxes that the first element has, and a next execution element list item including at least two path edit boxes, one edit box corresponding to one option box.

[0360] As shown in Figure 43(G), in response to the fifth operation, an execution path menu B5 is displayed in the editing area B4. The execution path menu B5 includes an option list item and a next execution element list item, and if the first element has at least two options, respectively a "YES" option and a "NO" option, the two option boxes included in the option list item are a "YES" option box and a "NO" option box, respectively, and each option box corresponds to one path edit box, and at this time the contents of the path edit box are empty.

[0361] S1-294': Accept a sixth operation input into the at least two path edit boxes, where the sixth operation is an operation of editing the number of the next execution element under a different option of the first element in each path edit box.

[0362] For example, as shown in FIG. 43G, the edit path edit box corresponding to the "YES" option box is "3", and the edit path edit box corresponding to the "NO" option box is "2". In other words, if the selection result of the "Whether or not there is a family history of diabetes" element is "YES", the "People with a family history of diabetes" element is executed, and if the selection result of the "Whether or not there is a family history of diabetes" element is "NO", the "People with a family history of hypertension" element is executed.

[0363] S1-295': In response to the sixth operation, the edited number is displayed in each path edit box.

[0364] Through S1-291' to S1-295', the setting of an element path between the first element and the second element is realized, so that when the second user performs a follow-up task, while filling out the follow-up form B100, if the second user selects the "YES" option for the first element, the system will automatically jump to the third element and then fill out the third element; on the other hand, if the second user selects the "NO" option for the first element, the system will automatically jump to the second element and then fill out the second element, thereby eliminating the need to manually determine the corresponding option and the need to determine which element is the next execution element, saving judgment time and allowing the completion of the follow-up form B100 to be completed quickly.

[0365] In some embodiments, taking a hospital as an example, different departments or teams within the organization may use different follow-up forms B100, and different people may also use different follow-up forms. To avoid confusion, the method further includes granting authorization to use the follow-up form B100 after the follow-up form B100 is created. The authorization may be granted on a departmental basis or on a person-by-person basis. After the authorization is granted, the follow-up form B100 is distributed, and when using the follow-up form B100, for example, when creating a follow-up task, different people can view the corresponding follow-up form B100. For example, a doctor who handles both hypertension and diabetes can view the corresponding follow-up form B100.

[0366] In some embodiments, the method further comprises S1-4.

[0367] S1-4: Create a follow-up template, which includes the above-mentioned multiple follow-up task templates.

[0368] In addition, S1-4 includes S1-41 to S1-44.

[0369] S1-41: In response to a user operation on the follow-up template tab, a follow-up template screen B500 is displayed. Here, the follow-up template tab is one of the navigation tabs 11, presented in the navigation bar 1, and displayed as an icon. Of course, the follow-up template tab may be presented on other screens of the PC. The embodiment of the present disclosure does not limit the display method or display position of the follow-up template tab as long as the purpose of displaying the follow-up template screen can be achieved.

[0370] Figure 4 4 A and Figure 4 4 As shown in B, the follow-up template screen B500 includes a template classification selection box B501 with a disease option menu B502 containing multiple disease options. Each disease option corresponds to at least one follow-up template, and each follow-up template can contain multiple follow-up templates. Form and each follow-up Form The interval time is the time interval between the current date and time when the follow-up task is created and the target follow-up date. Here, the disease options in the disease option menu B502 are the same as the disease types included in the disease type selector 301 on the follow-up creation screen described above.

[0371] Each disease option may correspond to only one disease, for example, the hypertension disease option corresponds to only hypertension, or each disease option may correspond to at least two diseases, for example, the stage 1 hypertension disease option corresponds to both hypertension and diabetes.

[0372] S1-42: In response to an operation to create a follow-up template, a disease option menu B502 including a plurality of disease options is displayed.

[0373] The operation for creating a follow-up template is, for example, to click on the template classification selection box B501 to pop up a disease option menu B302 including multiple disease options in the template classification selection box B501.

[0374] S1-43: In response to a user's selection operation for one disease option, determine a target disease and create a follow-up template matching the target disease, where the follow-up template includes a plurality of follow-up forms and a time interval corresponding to each follow-up form, each of the plurality of follow-up forms corresponding to the target disease, and the time interval is the time interval between a follow-up date set for the target disease and a creation date of the follow-up task.

[0375] Select the corresponding disease option according to the disease the target patient suffers from, as shown in Figure 44. For example, if the disease the target patient suffers from is hypertension and diabetes, select the disease option for stage 1 hypertension.

[0376] For example, FIG. 4 B is a follow-up template screen B500, and the template content in the follow-up template screen B500 is, for example, a follow-up template corresponding to a stage 1 hypertension disease option. The follow-up template includes a plurality of follow-up forms B100 and interval times corresponding to each follow-up form B100. For example, the interval time corresponding to one hypertension patient follow-up service form is 1, and the interval time corresponding to one hypertension patient quality of life table is 21, etc.

[0377] S1-44: Create multiple follow-up tasks based on the confirmed target diseases, each follow-up task including a follow-up form B100 and a corresponding follow-up time, where the follow-up form B100 is the follow-up form B100 in the follow-up template corresponding to the selected stage 1 hypertension disease option, and the follow-up time is derived from the date the follow-up task is created and the interval time corresponding to the follow-up form B100. 。 If the follow-up task creation date is 2020.7.13, the following will be displayed: 44 (B) Multiple follow-ups included in the follow-up template Form and each follow-up Form The follow-up time corresponding to each follow-up form B100 can be obtained from the interval time corresponding to each follow-up form B100. For example, if in a follow-up template, the interval times corresponding to two hypertension patient follow-up service forms are both 1 and the interval time corresponding to one diabetes patient follow-up service form is 1, the first three tasks among the multiple follow-up tasks displayed in the standard template area 10 are as follows: the follow-up form B100 is a hypertension patient follow-up service form and its corresponding follow-up time is 2020.7.14; the follow-up form B100 is a diabetes patient follow-up service form and its corresponding follow-up time is 2020.7.14; and the follow-up form B100 is a hypertension patient follow-up service form and its corresponding follow-up time is 2020.7.14. The same applies to other tasks, so description thereof will be omitted here.

[0378] In some embodiments, as shown in FIGS. 44A and 44B, the follow-up templates screen B500 further includes a template contents section B15 that includes a create new button configured to display previously created follow-up templates.

[0379] In addition, the S1-44 further includes S1-441 to S1-444.

[0380] S1-441: In response to the selection of the New button, a follow-up template creation dialog box B14 is displayed on the follow-up template screen B500. The follow-up template creation dialog box B14 includes a follow-up form edit box, a time interval edit box B14b, a Confirm button, and a Cancel button, and the follow-up form edit box B14a has at least one form option related to the target disease, and each of the form options corresponds to one of the pre-set follow-up forms B100.

[0381] Illustratively, the established target disease is stage 1 hypertension. option If yes, follow-up form edit box B14a should read Stage 1 Hypertension option , each form option corresponds to a pre-generated follow-up form B100, such as "High Blood Pressure Patient Quality of Life Form," "Diabetes Patient Quality of Life Form," etc.

[0382] S1-442: In response to a user's selection operation for one form option, the name of the follow-up form corresponding to the selected form option is displayed in the follow-up form edit box.

[0383] Illustratively, as shown in FIG. 44(A), the selection operation of one form option selects an option corresponding to “High Blood Pressure Patient Life Quality Form” from at least one form option, and displays the name of the follow-up form B100 corresponding to the selected form option, “High Blood Pressure Life Quality Form,” in the edit box B14a of the follow-up form B100.

[0384] S1-443: User inputs interval time into interval time edit box In response to The interval time that has been set is displayed in the interval time edit box B14B. Here, the operation for inputting the interval time is the same as that described above. disease The option is configured to set a corresponding interval time.

[0385] For example, as shown in FIG. 44(A), the interval time edit box B14B displays that the set interval time is 21 days.

[0386] S1-444: In response to the user's selection operation on the confirm button, the follow-up template is displayed in the template content field.

[0387] As shown in FIG. 44(B), the last column of the template content area B15 displays one description of the created follow-up template, i.e., a description in which the interval time is 21 days and the follow-up form name is "High Blood Pressure Patient Life Quality Form," and the multiple descriptions constitute a follow-up template corresponding to the disease option of Stage 1 hypertension. In some embodiments, as shown in FIG. 2, at least one medical operation index item 102 includes a first detailed index item 1021. Here, the first detailed index item 1021 is configured to instruct the user to view the patient's basic information and definitive diagnosis information. In addition, after S2A, the medical information processing method further includes S41.

[0388] S41: In response to a user's operation on the first detailed index item 1021 corresponding to the target patient, the PC clicks on the first detailed index item 1021, etc., and displays a medical record card screen that presents the medical record card information, such as the basic medical record card information, emergency contact information, and confirmed diagnosis information, that the target patient filled in when registering the medical record card, allowing medical staff to understand the patient's detailed information or to modify the target patient's medical record card information.

[0389] In some embodiments, as shown in FIG. 2 , the patient list screen 100 further includes a patient search box 103. The patient search box 103 is configured to instruct the user to search for the target patient or other patients. For example, as shown in FIG. 2 , the patient search box 103 includes a medical record card number input box, a name input box, a mobile phone number input box, and the like. The method further includes a step in which the PC confirms the target patient or other patients in response to a search operation on the input information in the patient search box 103. In this way, the user can confirm the target patient directly from the patient search box 103 without having to search the patient list 101 one by one, thereby improving the user's work efficiency.

[0390] In another embodiment, as shown in Figure 2, the patient list screen 100 further includes a disease options box 104. The disease options box 104 is configured to prompt the user to sort patients by disease type to improve the user's patient search efficiency.

[0391] In some embodiments, as shown in Figure 2, the patient list screen 100 also presents a registration card creation index item 105 configured to instruct the user to create a medical record card for a new patient. In addition, the medical information processing method further includes S41 and S42.

[0392] S41: The PC displays at least a basic information blank text box and a definitive diagnosis information blank text box in response to a user's operation on the registration card creation index item 105. The basic information blank text box is configured to present basic information of the new patient, and the definitive diagnosis information blank text box is configured to present definitive diagnosis information of the new patient.

[0393] 8, a user's operation on the registration card creation index item 105 may be considered as a user clicking on the registration card creation index item 105. In response to this operation, the PC displays a medical record card creation screen 400. The medical record card creation screen 400 has a plurality of blank text boxes 401 for basic information, a blank text box 403 for emergency contact information, and a blank text box 402 for definitive diagnosis information.

[0394] As shown in FIG. 8, a plurality of blank basic information text boxes 401 are configured to allow the medical staff to easily grasp the basic status of a new patient by inputting basic information of the new patient, such as name, type of ID, ID number, sex, mobile phone number, and other required information, as well as optional information such as home address, medical history, family history, and allergy history. The required information among the basic information is configured to be able to distinguish between different patients. For example, in the above embodiment, patient When a user searches for a new patient in the search box 103, the information in the search box may include only some of the required information that uniquely corresponds to the new patient, such as name, ID number, mobile phone number, etc.

[0395] Emergency contact text box 403 is configured to enter emergency contact information for close contacts of the new patient, such as the new patient's parents, spouse, children, etc.

[0396] The blank text box for definitive diagnosis information 402 is configured to record the disease information of the new patient by inputting the definitive diagnosis information of the new patient, including the date of definitive diagnosis, the type of disease diagnosed, and comments on the definitive diagnosis. In this example, there is only one blank text box for definitive diagnosis information 402. Of course, if the new patient has two or more diseases, additional blank text boxes for definitive diagnosis information can be added to record other disease information of the patient.

[0397] S42: In response to the user's save operation on the information presented in the basic information blank text box 401 and the definitive diagnosis information blank text box 402, the PC adds at least a portion of the information presented in the basic information blank text box 401 and the definitive diagnosis information blank text box 402 to the patient list 101 as consultation information.

[0398] Here, the user's save operation for the information presented in the basic information blank text box 401 and the definitive diagnosis information blank text box 402 may be interpreted as the user clicking the save button on the medical record card creation screen 400 after completing entry of the patient's basic information, emergency contact information, and definitive diagnosis information. For example, as shown in FIG. 2 , if the patient's medical examination information in the patient list 101 includes the medical record card number, name, sex, age, mobile phone number, and disease type, the PC, in response to the save operation, adds the medical record card number, name, sex, age, and mobile phone number presented in the basic information blank text box 401 and the definitive diagnosis disease type presented in the definitive diagnosis information blank text box 402 as medical examination information to the patient list 101 (e.g., presented in the first row of the patient list 101), and associates all of the information presented on the medical record card creation screen 400 with the first detailed index item 1021 corresponding to the new patient in the patient list 101, thereby providing convenience to the user who views the patient's medical record card information through the first detailed index item 1021.

[0399] The medical record card number that uniquely corresponds to a patient may be manually input by the user when creating the medical record card, or may be automatically generated by the PC in response to the above-mentioned save operation.

[0400] In some embodiments, at least one navigation tab 11 includes a registration card tab, and the above-mentioned S2 further includes the PC displaying a medical record card creation screen 400 in response to a first user operation on the registration card tab (e.g., the user clicking an icon representing the registration card creation tab in the navigation bar 1). Here, the medical record card creation screen 400 is similar to the medical record card creation screen 400 displayed in the above-mentioned S41. In addition, the medical information processing method further includes the above-mentioned S41 and S42.

[0401] In some embodiments, at least one navigation tab 11 includes a health prescription management tab, and said S2 includes S2B.

[0402] S2B: As shown in Fig. 9, in response to a first user operation on the health prescription management tab, a health prescription management screen 500 is displayed, which displays a health prescription list 501 consisting of multiple lines of prescription information including patient consultation information, prescribing doctor, prescription date, and first medical information operation item 502. The first medical information operation item 502 includes a second detailed index item 5021.

[0403] Here, the user's first operation on the health prescription management tab may be considered to be the user clicking on an icon representing the health prescription management tab in the navigation bar 1. The patients in the multi-line prescription information may be the same patient. For example, as shown in FIG. 9, the multi-line prescription information includes six different prescription information for the same patient X3.

[0404] In addition, the medical information processing method further includes S51.

[0405] S51: In response to a user's operation on the second detailed index item 5021, the PC displays a health prescription text box 201 presenting a medical plan corresponding to the one line of prescription information, where the medical plan includes at least one of a drug plan, a diet plan, or an exercise plan.

[0406] In some examples, in response to the user's click operation on the second detailed index item 5021 in the health prescription list 501, the PC displays the health prescription creation screen 200. Unlike the health prescription creation screen 200 displayed in S26 (i.e., the creation of the health prescription creation screen 200 shown in FIGS. 3 to 5), here, a previously created medical plan is presented in the health prescription text box 201 in the health prescription creation screen 200. That is, the second detailed index item 5021 is configured to instruct the user to view the previously created medical plan corresponding to the prescription information of the row.

[0407] In some embodiments, as shown in FIG. 9 , each row of prescription information further includes status information, such as valid, suspended, or discontinued. Furthermore, when the status information in a row of prescription information is valid, the first medical information operation item 502 in that row of prescription information further includes a suspended item and a discontinued item. For example, as shown in FIG. 9 , when the first five rows of prescription information in the health prescription list 501 are valid, the first medical information operation items 502 corresponding to each of the five rows of prescription information all include a second detailed index item 5021, a suspended item, and a discontinued item. That is, when a certain prescription information is valid, it can be discarded or discontinued. Furthermore, in response to a user's click on the second detailed index item 5021 of any of the five rows of prescription information, the PC displays the medical plan corresponding to the prescription information in that row, and the medical plan becomes editable, allowing the user to modify it.

[0408] In addition, the medical information processing method further includes S52.

[0409] S52: In response to a user's operation on a suspended item or discontinued item, the PC changes the status information in the prescription information of that row from valid to suspended or discontinued, and hides the suspended and discontinued items. For example, for the prescription information in the last row of the health prescription list 501 shown in FIG. 9, in response to a user's click operation on a suspended item in the prescription information of that row, the PC changes the status information in the prescription information of that row from valid to suspended, and the suspended items and discontinued items are hidden in the first medical information operation item 502, and only the second detailed index item 5021 is displayed. In addition, in response to a user's operation of clicking the second detailed index item 5021 in the prescription information of that row, the PC displays the medical plan corresponding to the prescription information of that row, and the medical plan is in a non-edited state, so that the user can only view the medical plan.

[0410] In some embodiments, as shown in FIG. 9 , the health prescription management screen 500 further displays a prescription information search box 504 including a medical record number input box, a name input box, a prescribing physician selection item, a prescription date selection item, etc., and a query item 505. The prescription information search box 504 is configured to present search information such as the medical record card number, the name, the prescribing physician, and the prescription date. The query item 505 is configured to instruct a search for the search information presented in the prescription information search box 504. For example, if a user needs to search for a health prescription for patient X3, the user inputs the name and medical record card number of patient X3 into the prescription information search box 504. death The PC then searches the prescription information search box 504 for the name and medical record card number of patient X3. Query operations on Responding to and display only patient X3's health prescriptions .

[0411] 9 , the health prescription management screen 500 further includes a disease type box 104. The disease type box 104 is configured to prompt the user to select prescription information by disease type, thereby improving the efficiency of the user's prescription search. For example, if the user wants to search for health prescription information related to hypertension created by Dr. Zhang on November 19, 2019, the user selects Dr. Zhang in the prescribing physician selection field in the prescription information search box 504, selects November 19, 2019 in the prescription date selection field, and checks the option box corresponding to hypertension in the disease type option box 104. In response to the query operation for Dr. Zhang, November 19, 2019, and hypertension selected in the disease type option box 104, the PC displays only health prescription information matching hypertension created by Dr. Zhang on November 19, 2019, in the health prescription list 501.

[0412] In some embodiments, as shown in Fig. 9, the health prescription management screen 500 further presents a health prescription new index item 503. In addition, the medical information processing method further includes S53 to S56.

[0413] S53: As shown in Fig. 10, the PC displays the health prescription creation screen 200 in response to the user's operation on the health prescription new index item 503. Unlike the health prescription creation screen 200 displayed in S26 (i.e., the health prescription creation screen 200 shown in Figs. 3 to 5), the health prescription creation screen 200 here further includes a patient search box 103.

[0414] S54: The PC confirms the target patient and displays the examination information of the target patient in response to a query operation on the information entered in the patient search box 103. For example, the user enters the name X3 and the medical record card number CD10000103 in the patient search box 103, and the PC confirms the target patient as X3 in response to a query operation on the name X3 and the medical record card number CD10000103 entered in the patient search box 103, and displays the examination information of the target patient X3 on the health prescription creation screen 200 shown in FIG.

[0415] S55: In response to the second operation of the user, the PC presents in the health prescription text box 201 a medical plan that matches the disease of the target patient.

[0416] Here, S55 is the same as S26 described above, and the second operation of the user can be considered as the user filling in the medical plan in the blank health prescription text box 201, or the user using the above-mentioned heading text template, medical plan template, or reusing past prescription (i.e., the above-mentioned S261-S263, S264-S266 or S267-S269), and presenting the medical plan that matches the disease of the target patient in the blank health prescription text box 201, and detailed explanations are omitted here.

[0417] S56: In response to the user's save operation for the medical plan, the PC adds the target patient's medical examination information to the health prescription list 501 on the health prescription management screen 500 as part of a new line of prescription information, and associates the target patient's medical plan with the second detailed index item 5021 in the new line of prescription information.

[0418] In some embodiments, at least one navigation tab 11 includes a health prescription new tab, and S2 above includes S2C.

[0419] S2C: The PC displays the health prescription creation screen 200 in response to the user's first operation on the new health prescription tab (for example, the user clicking on the icon representing the new health prescription tab in the navigation bar 1). The health prescription creation screen 200 displayed here is the same as the health prescription creation screen 200 displayed in S53 above. In addition to this, the medical information processing method further includes S54 to S56 above.

[0420] In some embodiments, as shown in Figure 10, a registration card creation index item 105 is also presented on the health prescription creation screen 200. Here, the registration card creation index item 105 is configured to instruct the user to create a medical record card for a new patient, similar to the registration card creation index item 105 in the patient list screen 100 shown in Figure 2. In addition, the medical information processing method further includes S41 and S42, but their description will be omitted here.

[0421] In addition, the registration card creation index items may be displayed in the form of tabs, for example, in the form of navigation tabs 11 on the navigation bar 1, or in other forms, and the embodiments of the present disclosure are not limited thereto as long as they can achieve the purpose of registering the medical record card information of a new patient.

[0422] In some embodiments, in the above S54, if the PC cannot determine the target patient in response to a query operation on the information entered in the patient search box 103, the target patient is considered to be a new patient. Based on this, the PC first executes the above S41 and S42 to create a medical record card for the new patient, and then executes S54 to S56 again in response to an operation to return to the health prescription creation screen 200, or the PC first executes S2A, in which the first line in the patient list 101 is the information of the new patient, and the PC executes the above S22 and S26 again to create a health prescription for the new patient.

[0423] Here, the operation of returning to the health prescription creation screen 200 may be considered as the user clicking on the screen tab 81 of the navigation pane 8, for example, on the screen page 81 that appears on the navigation pane 8 when the PC executes S54, such as "health prescription creation" in the navigation pane 8 shown in FIG. 10, or the user clicking on an icon representing the health prescription page 81 on the navigation bar 1. Of course, other operations may be used as long as the operation displays the health prescription text box 201 and allows the user to create a health prescription for the patient in the health prescription text box 201, and the embodiments of the present disclosure will not be listed one by one.

[0424] Each of the above screens includes a navigation pane 8, and the navigation pane 8 includes at least one screen tab 81, with one screen tab 81 corresponding to one screen, and the display state of the screen tab 81 corresponding to the current screen differs from the display state of the screen tab 81 corresponding to the other screens. For example, as shown in FIG. 10, if the screen tab 81 corresponding to the screen currently displayed on the PC is health prescription creation, the display color of the screen tab 81 displaying health prescription creation is darker than the display colors of the other screen tabs 81, which allows the user to distinguish between different screens by the screen tab and conveniently switch between different screens.

[0425] In some embodiments, at least one navigation tab 11 includes a follow-up management tab, and the S2 includes an S2D.

[0426] S2D: As shown in Fig. 11 , in response to a first user operation on the follow-up management tab, a follow-up management screen 600 is displayed. The follow-up management screen 600 presents a follow-up task list 601. The follow-up task list 601 includes multiple rows of follow-up information, and each row of follow-up information includes patient consultation information, follow-up time, follow-up content, and at least a second medical information operation item 604.

[0427] Here, the user's first operation on the follow-up management tab may be considered to be the user clicking on the icon indicating the follow-up management tab in the navigation bar 1. The patients in the multiple rows of follow-up information may be the same patient. As an example, as shown in FIG. 11 , the multiple rows of follow-up information include four different follow-up information for the same patient X3.

[0428] In some embodiments, as shown in FIG. 11, the follow-up information for each row further includes a follow-up status, and the follow-up status can be either an unexecuted status or an executed status. situationIt includes. When the follow-up status in the one-line follow-up information is not executed, at least one second medical information operation item 604 in the follow-up information of this line includes a follow-up execution index item and a deletion item. As an example, when the follow-up information of the first line of the follow-up task list 601 shown in FIG. 11 has a follow-up status that is not executed, the second medical information operation item 604 in the follow-up information of this line includes a follow-up execution index item and a deletion item. In other words, when a certain follow-up task is not executed, the user can delete the follow-up task.

[0429] In addition to this, the medical information processing method further includes S61.

[0430] S61: The PC displays a follow-up form corresponding to the follow-up content in response to the user's operation on the follow-up execution index item.

[0431] For example, as shown in FIG. 12, the PC displays a follow-up task execution screen 700 on which a hypertension patient follow-up service form corresponding to the follow-up content in the follow-up information of this line is presented in response to the user's click operation on the follow-up execution index item in the follow-up information of the fourth line of the follow-up task list 601.

[0432] S62: As shown in FIG. 11, in response to a save operation for the content entered in the hypertension patient follow-up service form, the PC changes the follow-up status in the follow-up information for the corresponding row from not yet performed to performed, changes the follow-up execution index item to a third detailed index item 6041, and hides the deleted item. The third detailed index item 6041 is configured to instruct viewing of the follow-up form corresponding to the follow-up task. The content of the follow-up form was filled in by the medical staff during the follow-up and is in an unedited state. That is, after the follow-up task is executed, the user can only view the content of the follow-up form filled in during the follow-up process.

[0433] In some examples, as shown in Figure 12, the hypertension patient follow-up service form includes a "follow-up type" including options such as satisfactory control, unsatisfactory control, adverse reactions, or complications. In the process of performing follow-up on the patient, medical staff can select one or more of the options such as satisfactory control, unsatisfactory control, adverse reactions, or complications depending on the patient's health condition, and may select, for example, satisfactory control.

[0434] In some embodiments, the second medical information operation item 604 further includes a first follow-up comparison index item 6042. In addition, the method for processing medical information further includes S63.

[0435] S63: In response to a user's operation on the first follow-up comparison index item 6042, the PC acquires and displays the comparison results of at least two follow-up contents matching the same disease corresponding to the patient in the one line of follow-up information.

[0436] In some examples, as shown in FIG. 11 , the follow-up content of the fourth row of follow-up information in the follow-up task list 601 is a hypertension patient follow-up service form, and patient X3 in the row of follow-up information has completed the hypertension patient follow-up service form matching his / her hypertension condition at least twice as of the current date. As shown in FIG. 12 , the hypertension patient follow-up service log includes physical information such as blood pressure, weight, body mass index, and heart rate, as well as other information such as the amount of smoking and alcohol consumed per day. In this way, the PC retrieves and displays the blood pressure comparison results, heart rate comparison results, or other information comparison results from multiple hypertension patient follow-up service logs in response to a user's operation on the first follow-up comparison index item 6042, allowing medical staff to more clearly and intuitively grasp the patient's disease management status. For example, as shown in Fig. 13, in response to a user's operation on the first follow-up comparison index item 6042, the PC acquires and displays in table form the comparison results of the physical information, such as blood pressure, weight, body mass index, and heart rate, in the follow-up service form for hypertension patients, multiple times, with other information. Also, as shown in Fig. 14, in response to a user's operation on the first follow-up comparison index item 6042, the PC acquires and displays in trend graph form the comparison results of the blood pressure values ​​in the follow-up service form for hypertension patients multiple times. The embodiments of the present disclosure are not particularly limited to the manner of presenting the query results, which may be adjusted in response to actual needs.

[0437] In yet another embodiment, the second follow-up comparison index item 605 is also presented on the follow-up management screen 600. For example, the second follow-up comparison index item 605 is similar to the first follow-up comparison index item 6042, and is different from the first follow-up comparison index item 6042 in that it is configured to acquire and display a comparison result of at least two follow-up contents matching the same disease corresponding to the target patient. Here, the target patient may be any patient for whom medical record card information has been created. And,

[0438] In some embodiments, the second medical information operation item 604 includes a follow-up creation index item, where the follow-up creation index item is the same as a follow-up creation index item in the patient list 101 of the patient management screen 100 and is configured to instruct the user to create a follow-up task for the patient corresponding to the follow-up creation index item.

[0439] In addition, the medical information processing method further includes the above-mentioned steps S31 to S36. The third user operation in step S36 may involve the user selecting a preset follow-up task template 311 in the follow-up task template area 303 on the follow-up creation screen 300 (step S361) or customizing a follow-up creation task in the customization area 310 on the follow-up creation screen 300 (step S362 or S363).

[0440] In another embodiment, after S36, the method for processing medical information further includes S37.

[0441] S37: In response to the user's save operation for the newly created follow-up task, the PC adds the follow-up task and the corresponding patient consultation information to the follow-up task list 601.

[0442] 11 , the follow-up management screen 600 also presents a follow-up task search box 602 including a medical record card number input box, a name input box, a mobile phone number input box, a follow-up person selection item, a status selection item, etc., and a follow-up query item 607. The follow-up task search box 602 is configured to present follow-up search information including the medical record card number, the patient name, the mobile phone number, the follow-up person selection item, the follow-up status selection item, etc. The follow-up query item 607 is configured to direct a search of the follow-up search information presented in the follow-up task search box 602.

[0443] In yet another embodiment, as shown in FIG. 11 , the follow-up management interface 600 also presents a custom time option 606, which allows a user to select a follow-up date and obtain follow-up tasks within a certain period of time by the follow-up date.

[0444] In some embodiments, as shown in Figure 11, a follow-up new index entry 603 is also presented on the follow-up management screen 600. In addition, the method for processing medical information further includes S64 to S66.

[0445] S64: As shown in FIG. 15, in response to a user operation on the follow-up new index item 603, the PC displays a follow-up creation screen 300 that also includes a patient search box 103, unlike the follow-up creation screen 300 displayed in S31 (i.e., the follow-up creation screen 300 shown in FIGS. 6 and 7).

[0446] S65: The PC confirms the target patient and displays the examination information of the target patient in response to a query operation on the information entered in the patient search box 103. For example, when the user enters the name X3 and the medical record card number CD10000103 in the patient search box 103, the PC confirms the target patient as X3 in response to a query operation on the entered name X3 and the medical record card number CD10000103, and displays the examination information of the target patient X3 on the health prescription creation screen 200 shown in FIG.

[0447] S66: In response to the user's third operation, the PC determines a new follow-up task matching the disease of the target patient, and the new follow-up task includes follow-up content matching the disease of the target patient and a follow-up time corresponding to the follow-up content.

[0448] Here, S66 is the same as S36 above, and the user's third operation may be considered as the user selecting a preset follow-up task template 311 in the follow-up task template area 303 on the follow-up creation screen 300 (i.e., S361 above), or customizing the follow-up task creation in the custom area 310 on the follow-up creation screen 300 (i.e., S362 or S363 above). A description thereof will be omitted here.

[0449] S67: In response to the user's save operation for the new follow-up task, the PC adds the consultation information of the target patient and the new follow-up task to the follow-up task list 601.

[0450] Here, S67 is the same as S37 described above.

[0451] In some embodiments, at least one navigation tab 11 includes a follow-up new tab, and S2 includes S2E.

[0452] S2E: In response to a first user operation on the new follow-up tab (for example, the user clicking an icon representing the new follow-up tab in the navigation bar 1), the PC displays the follow-up creation screen 300. The follow-up creation screen 300 displayed here is the same as the follow-up creation screen 300 displayed in S64 above. In addition, the medical information processing method further includes S64 to S66 above.

[0453] In some embodiments, as shown in Figure 15, the follow-up creation screen 300 further presents a registration card creation index item 105. Here, the registration card creation index item 105 is configured to instruct the user to create a medical record card for a new patient, similar to the registration card creation index item 105 in the patient list screen 100 shown in Figure 2. In addition, the medical information processing method further includes S41 and S42, but their description will be omitted here.

[0454] In some embodiments, in S65 above, if the PC cannot determine the target patient in response to a query operation on the information entered in the patient search box 103, the target patient is considered to be a new patient. Based on this, the PC first executes S41 and S42 above to create a medical record card for the new patient, and then executes S65 to S67 again in response to an operation to return to the follow-up creation screen 300, or the PC first executes S2A, in which the first line of the patient list 101 is the information of the new patient, and the PC further executes S31 and S36 to create a follow-up task for the new patient.

[0455] Here, the operation of returning to the follow-up creation screen 300 may be considered as the user clicking on the screen tab 81 of the navigation pane 8 that appears in the navigation pane 8 when the PC executes S65, for example, the Create Follow-up screen in the navigation pane 8 shown in FIG. 10 , or the user clicking on an icon indicating the Create Follow-up tab on the navigation bar 1. Of course, other operations may also be used, and the embodiments of the present disclosure will not be listed one by one as long as the operation displays the follow-up creation screen 300 and allows a follow-up task for a patient to be created on the same screen.

[0456] In some embodiments, the method for processing medical information further includes S01-02.

[0457] S01: The PC displays a login information box.

[0458] S02: As shown in Fig. 16, in response to a login operation using the login information entered in the login information box, the PC displays the top page screen 001. The top page screen 001 presents the content and number of tasks performed by the user on the current work day.

[0459] In some examples, the user inputs login information for Dr. Zou in the login information box, and the PC responds to the login operation for Dr. Zou's login information by displaying the top page screen 001. The top page screen 001 displays a workload reminder information field 010 for Dr. Zou on the working day, reminding the user, Dr. Zou, of the workload on the working day.

[0460] The workload reminder information field 010 includes the workload that has not been performed today, such as the number of follow-up tasks that have not been performed. In addition, the home page screen 001 further presents a list of unperformed follow-up tasks 601, which makes it convenient for medical staff to view the confirmed follow-up task information.

[0461] The difference between the follow-up task list 601 presented on the follow-up management screen 600 and the follow-up task list 601 presented on the follow-up management screen 600 is that the follow-up task list 601 presented on the follow-up management screen 600 includes all follow-up tasks for all patients, and the follow-up person in charge may be the same doctor or different doctors. In contrast, the follow-up task list 601 presented on the top page screen 001 displays only follow-up tasks for which the follow-up person in charge is the logged-in user (i.e., Dr. Zou).

[0462] In another example, if the login information does not exist, the user is considered to be a new user, and the PC displays a login information box in response to the determination that the login information does not exist, and in response to a login operation for the login information entered in the login information box, transmits the login information to the server. Here, the login information includes the login information, i.e., a part of the login information is considered to be the login information of the user.

[0463] In some embodiments, at least one navigation tab 11 includes a disease assessment tab. S2, as described above, includes S2F.

[0464] S2F: As shown in Fig. 17 , in response to a first user operation on the disease assessment tab, the PC displays a first disease assessment screen 800 presenting a disease assessment information text box including an assessment type option 801, a basic information text box 802, and a laboratory test information text box 803. Here, the assessment type option 801 includes multiple disease types, and some information in the basic information text box 802 and the test items in the laboratory test information text box 803 match one type of disease in the assessment type options.

[0465] In addition, the medical information processing method further includes S71 to S72.

[0466] S71: In response to the determined evaluation type, the PC matches the information in the basic information text box 802 and the test items in the laboratory test information text box 803 with the disease corresponding to the determined evaluation type.

[0467] S72: In response to a save operation for the information entered in the disease evaluation information text box, the PC automatically acquires and displays a disease evaluation report corresponding to the disease evaluation information based on the knowledge base in the server.

[0468] For example, as shown in FIG. 17, the evaluation type options 801 presented on the first disease evaluation screen 800 include diabetes evaluation, hypertension evaluation, and hyperlipidemia evaluation. Of course, the evaluation type selection items 801 may also include other diseases; FIG. 17 only shows examples of diabetes evaluation, hypertension evaluation, and hyperlipidemia evaluation. When a user selects diabetes evaluation, the information in the basic information text box 802 includes information such as name, age, sex, height, weight, race, and education level, as well as information such as waist circumference, family history of diabetes, physical activity level, and smoking status. The test items in the laboratory test information text box 803 include fasting blood glucose, two-hour postprandial blood glucose, systolic blood pressure, cholesterol, low-density lipoprotein, high-density lipoprotein, and triglycerides, because diabetic patients may also have hypertension. This allows for more accurate evaluation reports.

[0469] As shown in Figure 18, the disease assessment report includes risk assessment results and health advice for the patient, and since the patient knows his or her health condition from the disease assessment results, if the risk assessment results indicate that the patient has a low probability of diabetes but there is still a risk, the patient can take self-treatment in accordance with the health advice in the risk assessment results. This can reduce the pressure to visit a medical institution and improve the efficiency of patient consultations.

[0470] In some embodiments, at least one navigation tab 11 includes an intelligent question and answer tab. The S2 includes S2G.

[0471] In S2G, the PC displays an intelligent question and answer screen 900 presenting a question search box 901 configured to present a search target question in response to a first user operation on the intelligent question and answer tab, as shown in FIG. 19 .

[0472] In addition, the medical information processing method further includes S81.

[0473] S81: In response to a query operation for a problem entered in the problem search box 901, the PC retrieves and displays the problem whose similarity satisfies the similarity threshold condition and the answer plan that matches the problem from the knowledge base preset in the server. This allows medical staff with little qualification to conveniently browse knowledge of related technologies. but can.

[0474] For example, there is one answer plan. Also, there are multiple answer methods.

[0475] In some embodiments, at least one navigation tab 11 includes a consult tab. The S2 includes S2H.

[0476] S2H: As shown in Fig. 20, the PC displays the consultation management screen 002 in response to the user's first operation on the consultation page. The consultation management screen 002 displays a consultation list including at least one line of consultation information from the server, which includes the patient's medical examination information, a problem summary, the type of consultation, whether or not there is an attachment, the answer status, and a fourth detailed index item. Here, the answer status includes whether or not the answer has been answered.

[0477] The medical information processing method further includes S90 and S94 to S95.

[0478] S90: If the answer status in the one line of consultation information is "unanswered," the PC responds to the user's operation on the fourth detailed index item 901 and displays the consultation question corresponding to the one line of consultation information and an answer text box matching the consultation type in the one line of consultation information.

[0479] S94: The PC presents an answer result matching the consultation problem in response to a user's operation on the answer text box. Here, the user's operation on the answer text box may be considered as inputting an answer result into the answer text box or applying a template of a cited knowledge base, which will be described later. Note that the input may be considered as character input, voice input, or other input methods, and the embodiments of the present disclosure are not limited thereto.

[0480] S95: In response to the user's save operation for the answer result, the PC changes the answer status in the one line of consultation information from "unanswered" to "answered."

[0481] In some embodiments, as shown in FIG. 21 , the consultation type of one line of consultation information is a pictorial / text consultation, and the PC displays a pictorial / text consultation detail screen 003 in response to a user's click operation on the fourth detailed index entry 901 corresponding to the consultation information of that line. The pictorial / text consultation detail screen 003 displays a question and an answer text box. If the answer status in the consultation information of that line is "unanswered," the PC presents an answer result corresponding to the consultation question in response to a user operation on the answer text box. Here, the user's operation on the answer text box may be considered as the user inputting an answer result into the answer text box.

[0482] In another embodiment, the consultation type in the one line of consultation information is report interpretation, and the answer text box includes an abnormal problem set text box and a health advice text box.

[0483] In addition, the medical information processing method further includes S91.

[0484] S91: As shown in FIG. 22, in response to a user's operation on the fourth detailed index item 901, the PC displays a report interpretation screen 004 presenting an examination report 0041, an abnormal problem set text box 0042, and a health advice text box 0043.

[0485] The above S94 includes S941 to S942.

[0486] S941: The PC presents an abnormality problem corresponding to the inspection report and a deciphered text of the abnormality problem in response to a user's operation on the abnormality problem set text box 0042. Here, the user's operation on the abnormality problem set text box 0042 may be understood as the user inputting an abnormality problem into the abnormality problem set text box 0042, or using an abnormality problem set template (S9411 to S9413 described later).

[0487] S942: The PC presents a medical plan matching the abnormal problem in response to a user's operation on the health advice text box. The medical plan includes a medication plan, a diet plan, and an exercise plan. Here, the user's operation on the health advice text box may be considered as the user inputting health advice into the health advice text box or using a health advice citation template as described below.

[0488] In some examples, as shown in FIG. 22, after S91, the method for processing medical information further includes S92.

[0489] S92: The PC displays the abnormality problem template tab. For example, as shown in Fig. 22, the report interpretation screen 004 displays the abnormality problem template tab in the form of text (e.g., abnormality problem).

[0490] In addition, S941 includes S9411-S9413.

[0491] S9411: In response to a user's operation on the abnormal problem template tab, the PC displays a third classification list including a plurality of problem types.

[0492] S9412: In response to a user's operation on a question type corresponding to the abnormal question in the third classification list, the PC displays the abnormal question corresponding to the question type and one interpretation text template corresponding to the abnormal question. For example, the abnormal question is sinus rhythm, and the third classification list includes an electrocardiogram question type corresponding to sinus rhythm, and the corresponding interpretation text template is "sinus rhythm, not much to worry about. Found in most physical examinations." In response to a user's click operation (e.g., quoting) on ​​electrocardiogram in the question type, the PC displays an interpretation text template with the expression "sinus rhythm, not much to worry about. Found in most physical examinations."

[0493] S9413: In response to a user's operation (for example, quoting) on ​​the deciphered text template, the PC presents the content of the deciphered text template and the abnormal questions in the abnormal question set text box.

[0494] The content of the deciphered text template is stored in advance, so that the user can directly refer to the content of the pre-stored deciphered text template when collecting abnormalities in the report, thereby improving the work efficiency of the doctor.

[0495] In another example, as shown in FIG. 22, after S91, the method for processing medical information further includes S93.

[0496] S93: The PC displays the health advice template tab. For example, as shown in Fig. 22, the report interpretation screen 004 displays the health advice template tab in text form (e.g., health advice).

[0497] In addition, S942 includes S9421-S9423.

[0498] S9421: The PC displays a headword subtab in response to a user's operation on the health advice template tab. As an example, as shown in Fig. 22, the headword subtab is presented in the form of characters (e.g., headwords) on the report interpretation screen 004. Here, the headword subtab is the same as the headword subtab 202 on the health prescription creation screen 200.

[0499] S9422: In response to a user's operation on the entry subtab (e.g., clicking the character "Entry"), the PC displays a first classification list including a plurality of primary items and at least one disease type under each primary item, where the plurality of primary items include a medication plan item, a diet plan item, and an exercise plan item. Note that S9422 is the same as S261 above. In other words, the primary items and the disease type under each primary item in the first classification list presented on the report interpretation screen 004 are the same as the primary items and the disease type under each primary item in the first classification list presented on the health prescription creation screen 200.

[0500] S9423: In response to a user operation on a disease type corresponding to the abnormal problem under one primary item in the first classification list, the PC displays at least one entry text template corresponding to the disease type under that primary item.

[0501] It is not necessary for medical staff to give health advice for all abnormal problems. For example, if the abnormal problem is sinus rhythm, medical staff do not need health recommendations. If the abnormal problem is high blood pressure, the disease type corresponding to the abnormal problem is high blood pressure, and the PC presents at least one entry word text template corresponding to high blood pressure on the report interpretation screen 004 in response to the user's click operation on high blood pressure in the first classification list. Here, the entry word text template corresponding to high blood pressure presented on the report interpretation screen 004 is a template stored in advance in the knowledge base, similar to the entry word text template corresponding to high blood pressure presented on the health prescription creation screen 200.

[0502] S9424: In response to a user's operation on one of the headword text templates, the PC presents the content of the headword text template in the health advice text box 0043. Here, the user's operation on one of the headword text templates may be considered to be clicking the quote button (shown in FIG. 22) corresponding to the headword text template or dragging the headword text template into the health advice text box 0043.

[0503] In yet another example, as shown in FIG. 22, the above-mentioned S942 includes S9425 to S9428.

[0504] S9425: PC, In response to a user's operation on the Health Advice Template tab, a Health Prescription Template subtab is displayed. For example, as shown in FIG. 22, the Report Interpretation screen 004 presents the Health Prescription Template subtab in text form (e.g., template). Here, the Health Prescription Template subtab is similar to the Create Health Prescription Template subtab 206 in the Health Prescription Creation screen 200.

[0505] S9426: In response to a user's operation on the Health Prescription Template subtab, the PC displays a second classification list including multiple disease types.

[0506] S9426 is the same as S264 above. In other words, the second category list presented on the report interpretation screen 004 is the same as the second category list 207 presented on the health prescription creation screen 200.

[0507] S9427: In response to a user's operation for a disease type corresponding to the abnormal problem in the second classification list, the PC displays at least one medical plan template corresponding to the disease type. Here, the medical plan template corresponding to one disease type (e.g., hypertension) presented on the report interpretation screen 004 is a template stored in advance in the knowledge base, similar to the medical plan template corresponding to hypertension presented on the health prescription creation screen 200.

[0508] S9 4 28: In response to a user's operation on one medical plan template, the PC presents at least a part of the content of the medical plan template in the health advice text box. Here, the user's operation on the medical plan template may be considered to be clicking all quote buttons corresponding to the medical plan template, or dragging the medical plan template into the health advice text box 0043, or clicking quote buttons corresponding to a drug plan, exercise plan, diet plan, or other plan in the medical plan template, as shown in Figure 22.

[0509] For example, the above-mentioned interpretation text templates, headword text templates, and medical plan templates presented on the report interpretation screen 004 are all in an unedited state. That is, on the report interpretation screen 004, the user can only reference the interpretation text templates, headword text templates, and medical plan templates, but cannot modify or delete them or add new templates.

[0510] Of course, this is just an example, and the user can also modify, delete, or add the interpretation text template, headword text template, and medical plan template presented on the report interpretation screen 004 on the report interpretation screen 004. The embodiments of the present disclosure are not limited thereto.

[0511] In some embodiments, the above-mentioned Abnormal Problem Templates tab and Health Advice Templates tab, as well as the Headwords subtab and Health Prescription Templates subtab in the Health Advice Templates tab, may be displayed in different forms on other screens, for example, in the form of icons in Navigation Bar 1.

[0512] In some embodiments, the method for processing medical information further includes steps S3 to S6.

[0513] S3: As shown in FIG. 23, in response to a user's operation on the knowledge base management tab, the PC displays a knowledge base management screen 005 presenting an abnormal problem template tab and a health advice template tab.

[0514] S4: In response to a user's operation on the abnormal question template tab, the PC displays a question node setting item and a deciphered text template setting item. The question node setting item is configured to instruct the user to set a question type, and the deciphered text template setting item is configured to instruct the user to add a new deciphered text template, edit the deciphered text template, and delete the deciphered text template.

[0515] Here, the deciphered text template is the deciphered text template presented on the report interpretation screen 004 in S9412 above. That is, the deciphered text template presented on the report interpretation screen 004 in S9412 above is from the deciphered text template stored by the user on the knowledge base management screen 005.

[0516] S5: In response to a user's operation on the health advice template tab, the PC displays a headword subtab.

[0517] S6: In response to a user's operation on the Headword subtab, the PC displays a first node setting item and a headword text template setting item. The first node setting item is configured to indicate settings of health advice item types and disease types matching each item type, the health advice item types include medication plan items, meal plan items, exercise plan items, and other items, and the headword text template setting item is configured to indicate adding a new headword text template, editing the headword text template, and deleting the headword text template.

[0518] Here, the entry word text template is the entry word text template presented on the report interpretation screen 004 in S9422 and the health prescription creation screen 200 in S262. That is, the entry word text template presented on the report interpretation screen 004 in S9422 and the entry word text template presented on the health prescription creation screen 200 in S262 are both derived from the entry word text template stored by the user in the knowledge base management screen 005.

[0519] In some examples, the above-mentioned step S6 may be performed by steps S601' to S603. ’ Includes.

[0520] The only difference between S601' to S603' and the above-mentioned S601 to S603 is that in S601 to S603, the headword text template 205 is presented on the health prescription creation screen 200, and in S601' to S603', the headword text template is presented on the knowledge base management screen 005.

[0521] In this way, the user can store the heading text template in advance and directly refer to it when creating a health prescription or when creating health advice during report interpretation. Alternatively, the user can add a new heading text template or modify or delete a pre-stored heading text template during the process of referencing the heading text template, thereby improving the user's work efficiency.

[0522] In another embodiment, S4 is followed by S7 and S8.

[0523] S7: The PC displays a health prescription template subtab in response to a user operation on the health advice template tab.

[0524] S8: As shown in Figure 23, the PC displays a second node setting item and a health prescription template setting item in response to a user's operation on the health prescription template subtab. The second node setting item 0051 is configured to instruct the setting of a disease type, and the health prescription template setting item is configured to instruct the addition of a new medical plan template, the editing of the medical plan template, and the deletion of the medical plan template. The health prescription template setting items are, for example, an add item, an edit item, a delete item, a save item, etc.

[0525] Here, the medical plan template is the medical plan template presented on the report interpretation screen 004 in S9427 above and the medical plan template presented on the health prescription creation screen 200 in S265. That is, the medical plan template presented on the report interpretation screen 004 in S9427 above and the medical plan template presented on the health prescription creation screen 200 in S265 are both from the medical plan template stored by the user on the knowledge base management screen 005.

[0526] In some examples, the above-mentioned S8 includes S801′ and S804 to S805.

[0527] S801' differs from S801 described above only in that the medical plan template 208 in S801 is presented on the health prescription creation screen 200, and the headword text template in S801' is presented on the knowledge base management screen 005.

[0528] S804: In response to the user's click operation on the added item, the PC presents a medical plan template input box on the knowledge base management screen 005, and in response to the user's save operation of the content added to the medical plan template input box, the PC adds the content of the medical plan template input box as a new medical plan template.

[0529] S805: The PC deletes one medical plan template in response to the user's click operation on the deletion item.

[0530] In some embodiments, at least one navigation tab 11 includes a statistics tab. The S2 includes S2J.

[0531] S2J: As shown in Figures 24 to 28, in response to a first user operation on the statistics tab (for example, clicking an icon representing the statistics tab on the navigation bar 1), the PC displays a statistics management screen 006 including statistics type options 0061, and in response to a user operation on one statistics type among the statistics type options 0061, the PC acquires and displays statistical information corresponding to the statistics type, the statistical information being information obtained by classifying and statistically analyzing management information related to multiple patients and the diseases of the multiple patients. Here, acquisition may be understood as the PC or server integrating and analyzing the data of the management information related to the multiple patients according to the numerical values ​​and field types in the data of the management information.

[0532] 24, the statistics type option 0061 includes a disease type statistics option, and the PC acquires and displays statistical information on the number of patients corresponding to different diseases in response to, for example, a user's click operation on the disease type statistics option. As an example, the statistics management screen 006 further presents a period option 0062, and the user can select the number of patients corresponding to different diseases from patients whose medical record card information was created within a certain period through the period option 0062.

[0533] In another example, as shown in FIG. 25, the statistics type option 0061 includes a health prescription statistics option, and the PC acquires and displays the number of health prescriptions already created in response to a user's click operation on the health prescription statistics option. As an example, the statistics management screen 006 further presents a period option 0062, and the user can select the number of health prescriptions already created within a certain period through the period option 0062. In another example, the statistics management screen 006 further presents a prescribing doctor selection item 0063, and the user can select the number of health prescriptions already created by a specific doctor or multiple doctors through the prescribing doctor selection item 0063. As yet another example, the statistics management screen 006 further presents a disease type option 10, and the user can select the number of health prescriptions matching a specific one or more diseases.

[0534] In yet another example, as shown in FIG. 26 , the statistics type option 0061 includes a follow-up execution statistics option, and the PC acquires and displays the number of follow-up tasks in different states (e.g., already executed, executed after the deadline, not executed after the deadline, not executed, etc.) in response to a user's click operation on the follow-up execution statistics option. As an example, the statistics management screen 006 further presents a period option 0062, through which the user can select the number of follow-up tasks with non-identical states within a certain period. As another example, the statistics management screen 006 further presents an executing doctor option 0064, through which the user can select the number of non-identical follow-up tasks for which the executing doctor is one or more specific doctors. As yet another example, the statistics management screen 006 further presents a disease type option 104, through which the user can select the number of non-identical follow-up tasks that match one or more specific disease types. Here, the executing doctor is the follow-up person described above.

[0535] 27, the statistics type option 0061 includes a gender and age distribution option, and the PC acquires and displays the gender distribution and age distribution results (e.g., gender ratio, age ratio, or number of genders and number of ages) of multiple patients in response to a user's clicking operation on the gender and age distribution option. For example, the statistics management screen 006 further presents a period option 0062, and the user can use the period option 0062 to select the gender distribution and age distribution results of multiple patients whose medical record cards were created within a certain period.

[0536] As another example, as shown in FIG. 28 , the statistics type option 0061 includes a user management option, and the PC acquires and displays statistical results for different management states of multiple patients in response to a user's click operation on the user management option. The management states include, for example, initial management, continuous management, and no management. Here, initial management may be understood to mean that a medical staff member has created a health prescription or follow-up task for the patient once from the date on which the patient's medical record card information was created until the date of statistics; continuous management may be understood to mean that a medical staff member has created a health prescription or follow-up task for the patient three times in a row from the date on which the patient's medical record card information was created until the date of statistics; and no management may be understood to mean that a medical staff member has not created a health prescription or follow-up task for the patient from the date on which the patient's medical record card information was created until the date of statistics. The above management status has been explained using the example of management items being the creation of health prescriptions and follow-up tasks, but of course, the management items may also be things like medical staff interpreting reports for patients or answering inquiries, etc. The embodiment of the present disclosure does not particularly limit the management items preset in the statistical process, and the management items may be considered to be items related to the storage of any information other than medical record card information from the day the patient's medical record card information is created to the day of statistics.

[0537] Of course, in the above embodiment, the statistics management screen 006 may present other selection items for selecting statistical information, and the embodiment of the present disclosure is not limited to this.

[0538] In some embodiments, the PC displays multiple navigation tabs, including a Patient Management tab, a Health Prescription Management tab, a Follow-Up Management tab, a Disease Assessment tab, an Intelligent Question and Answer tab, a Consultation tab, a Statistics tab, a Knowledge Base Management tab, a New Health Prescription tab, a New Follow-Up tab, a Register Card Creation tab, a Health Advice Template tab, an Abnormal Problem Template tab, a Headword subtab, a Health Prescription Template subtab, and a Past Prescription subtab. Of course, the multiple navigation tabs may include other tabs, and embodiments of the present disclosure are not limited thereto.

[0539] The above statistics types may be other types and can be set according to the needs of the user, and the embodiments of the present disclosure are not limited to these.

[0540] Some embodiments of the present disclosure further provide a method for acquiring medical information, wherein the method is performed by a second electronic device. The second electronic device may be a product or component having a display and a processor, such as a mobile phone, a tablet, a handheld computer, a notebook computer, or a personal computer (PC), and the embodiments of the present disclosure do not particularly limit the type of the second electronic device.

[0541] Below, we will introduce how to obtain this medical information using an example where the executing entity is a mobile phone.

[0542] As shown in FIG. 29, the method of acquiring medical information includes S001 to S003.

[0543] S001: As shown in FIG. 30, the mobile phone displays a top page screen P1, and a plurality of character selection items A1 are presented on the top page screen P1. The plurality of character selection items A1 include medical staff and patients. As an example, as shown in FIG. 29, the character selection items A1 are displayed in the form of letters. In another example, the character selection items A1 are displayed, for example, as pictures or icons. Of course, the selection items A1 may be displayed in other forms, and the embodiments of the present disclosure are not limited thereto.

[0544] S002: In response to a user's selection operation for one character selection item, the mobile phone confirms the user's character and displays a login information box corresponding to the user's character, and the login information boxes corresponding to non-identical characters are different.

[0545] For example, if a user selects a medical staff member, the mobile phone will identify the user's character as a medical staff member and display a first login information box corresponding to the medical staff member in response to the user's selection operation on one character selection item representing the medical staff member.

[0546] Also, for example, when a user selects a patient, the mobile phone identifies the user's character as a patient in response to the user's selection operation on one character selection item representing the patient, and displays a second login information box corresponding to the patient.

[0547] Here, the user's selection operation for one character selection item may be considered as a touch, a click, a voice prompt, etc. It is sufficient that the mobile phone can respond to the operation to confirm the user's character and display a login information box corresponding to the user's character, and the embodiment of the present disclosure is not limited thereto.

[0548] The types of login information presented in the first login information box and the second login information box are different. For example, an ID number and a password are presented in the first login information box, and a mobile phone number and an authentication code are displayed in the second login information box. Of course, the ID information presented in the first login information box may be other ID information as long as it matches the login information entered by the patient when logging in on the PC. The embodiment of the present disclosure is not limited thereto.

[0549] S003: The mobile phone displays at least one function tab corresponding to the user's character in response to the user's login information entered in the login information box.

[0550] For example, as shown in FIG. 31(A), the mobile phone displays a function navigation screen P2 corresponding to the medical staff, which includes a plurality of first function tabs A2, according to the ID number and password entered into the login information box, which is the first login information box.

[0551] Also, as shown in FIG. 31(B), the mobile phone displays a function navigation screen P3 corresponding to the medical staff, which includes multiple first function tabs A3, according to the ID number and password entered in the login information box, which is the second login information box.

[0552] The first function tab A2 and the second function tab A3 may be displayed in the form of icons as shown in Fig. 31(A) or 31(B), or in other formats. In the embodiment of the present disclosure, the display method of the first function tab A2 and the second function tab A3 is not limited.

[0553] When there are multiple first function tabs A2, the multiple first function tabs A2 may or may not be displayed simultaneously. Similarly, when there are multiple second function tab labels A3, the multiple second function tab labels A3 may or may not be displayed simultaneously. In the embodiment of the present disclosure, the display order of the first function tabs A2 and the second function tabs A3 is not particularly limited.

[0554] Note that when multiple first function tabs A2 are not displayed simultaneously, the multiple first function tabs A2 may be displayed on the same screen or on different screens. Similarly, when multiple second function tabs A3 are not displayed simultaneously, the multiple second function tabs A3 may be displayed on the same screen or on different screens. In the embodiment of the present disclosure, the display positions of the first function tabs A2 and the second function tabs A3 are not particularly limited.

[0555] The first function tab A2 corresponding to the medical staff is configured to instruct the display of management information related to diseases of multiple patients. Here, the management information related to diseases of multiple patients is the same as the management information related to diseases of multiple patients in the above-mentioned medical information processing method, and therefore its description will be omitted.

[0556] The second function tab A3 corresponding to a patient is configured to instruct the display of management information related to the patient's disease, which may be considered to be management information related to a disease of one of the plurality of patients.

[0557] In some examples, the first login information box includes an ID number input box and a password input box. S003 further includes S0034 to S0035.

[0558] S0034: The mobile phone transmits the ID number entered by the user in the ID number input box and the password entered in the password input box to the server.

[0559] S0035: In response to receiving confirmation information from the server that the ID number and password match the registration information, the mobile phone displays a plurality of first function tabs A2 corresponding to the medical staff.

[0560] In another example, the second login information box includes a mobile phone number input box and an authentication code input box. S003 further includes S0031 to S0033.

[0561] S0031: The mobile phone transmits the mobile phone number presented in the mobile phone number input box to the server.

[0562] S0032: The mobile phone obtains the authentication code from the server.

[0563] S0033: The mobile phone determines whether the authentication code entered by the user in the second login information box matches the authentication code from the server, and in response to a determination that the authentication code entered in the second login information box matches the authentication code from the server, displays multiple second function tabs A3 corresponding to the patient.

[0564] Of course, the above step S003 may be implemented in other ways, and the embodiments of the present disclosure are not limited thereto.

[0565] In some embodiments, the user's character is a medical staff member, and the first function tab A2 includes a work schedule tab. In addition, the method for obtaining medical information further includes S004 to S005.

[0566] In S004, as shown in FIG. 32, the mobile phone displays a schedule screen P4 presenting a plurality of work item index items A4 of the medical staff in response to an operation of the medical staff on the work schedule tab, and the plurality of work item index items A4 are problem The index items include a consultation index item, a report interpretation index item, and a follow-up plan index item. Here, a user operation on the work schedule tab may be considered as a medical staff member clicking the work schedule tab or calling up the work schedule tab by voice, and it is sufficient that the mobile phone responds by displaying the work item index item A4, and the embodiment of the present disclosure is not particularly limited thereto.

[0567] S005: As shown in Figures 32 and 33, in response to an operation by a medical staff member on a work item index item A4, the work content corresponding to the work item index item of the medical staff member is obtained from the server and displayed. Here, the user's operation on the work item index item A4 may be considered as the medical staff member clicking on the work item index item A4 or calling up the work item index item A4 by voice, and the embodiment of the present disclosure is not particularly limited.

[0568] For example, in response to an operation on a picture / text consultation index item by a medical staff member (for example, clicking on a picture / text consultation index item), the mobile phone retrieves from the server a work content list A5 corresponding to the picture / text consultation index item of the medical staff member, and displays it on the schedule screen P4. As shown in FIG. 32, each line of the work content list A5 displays an outline of the work content and the name of the patient corresponding to that work content. For example, as shown in FIG. 2 In the information in the first row of the task list A5, the summary of the task is abnormal test results, and the patient is Mr. Xie. That is, Mr. Xie consulted the medical staff about the abnormal test results. Then, the medical staff's task was to answer questions about the abnormal test results for Mr. Xie. Based on this, the medical staff also wrote pictograms and letters. consultation Through the index items, the medical staff can complete the tasks corresponding to the pictorial and text consultation index items, i.e., answer the consultation questions from the patients.

[0569] Furthermore, for example, in response to a medical staff member's operation on a follow-up plan index item (e.g., clicking on a follow-up plan index item), the mobile phone retrieves from the server a task list A5 corresponding to the medical staff member's follow-up plan index item and displays it on the schedule screen P4. As shown in FIG. 32, for example, the information in the second row of the task list A5 indicates that the task summary is a diabetes patient follow-up service form and the patient is X1. That is, the medical staff member's task is to perform a follow-up task for patient X1, whose follow-up content is a diabetes patient follow-up service form. Here, the follow-up task is one of the follow-up tasks in the follow-up task list 601 displayed by the PC, for which the medical staff member is the follow-up staff member.

[0570] For example, the task list A5 contains one task. item Only the information corresponding to number A4 is displayed.

[0571] Further, for example, the task content list A5 displays information corresponding to a plurality of task item index entries A4, as shown in FIGS.

[0572] In some examples, the method for obtaining medical information further includes S006.

[0573] S006: The mobile phone acquires from the server the workload of the work content of the medical staff corresponding to the work item index item A4 on the target work day, and displays the workload of the work content of the medical staff corresponding to the work item index item A4 on the work item index item. For example, as shown in Fig. 32, if the workload of the work content of the medical staff corresponding to the picture / text consultation index item on the work day acquired from the server is 1, the mobile phone displays the number 1 on the picture / text consultation index item, thereby clarifying the workload of the medical staff related to picture / text consultation on the work day.

[0574] Illustratively, S006 is executed synchronously with S004. Of course, S006 and S004 may be executed asynchronously, and the embodiment of the present disclosure is not limited thereto.

[0575] In another example, the method for obtaining medical information further includes S007 to S008.

[0576] S007: As shown in FIGS. 32 and 33, the mobile phone further displays a work day option A6 on the schedule screen P4 to allow the medical staff to easily view the work contents of different work days.

[0577] S008: The mobile phone determines the target work date in response to the operation of the medical staff on the work date option A6. For example, as shown in FIG. 2 The target work date shown in Figure 33 is the actual work date. The target work date shown in Figure 33 is March 25, 2020.

[0578] In addition, Corresponding to the work item index item A4 of the medical staffWhen displaying the amount of work for each work content, the mobile phone displays the amount of work for each work content of the medical staff member on the current day by default, thereby making it possible to inform the medical staff member of the work content for the current day.

[0579] In some embodiments, the user's character is a medical staff member, and the first function tab A2 includes a statistics query tab. The method for obtaining medical information further includes S009.

[0580] S009: In response to a medical staff member's operation on the statistical query tab, the mobile phone displays a statistical screen P5 and acquires and displays follow-up status statistical information for multiple patients from the server. Here, the follow-up status statistical information for multiple patients is statistical information on the health status of each patient after at least one follow-up has been performed for each patient, as shown in FIG. 34. That is, the statistical information is information on the "satisfactory control," "unsatisfactory control," "adverse reaction," or complications in the "current follow-up classification" in the hypertension patient follow-up service form shown in FIG. 12 for the multiple patients. For example, as shown in FIG. 34, the percentage of "satisfactory control" is 66.67% and the percentage of "unsatisfactory control" is 33.33%. This statistical information allows medical staff to know the treatment status of each patient's disease and adjust the treatment method appropriately.

[0581] If the user character is a medical staff member, the first function tab A2 may further include other tabs, such as a My Patient tab, a Plan Recommendation tab, and a Follow-Up Execution tab, as shown in FIG. 30 . The medical staff member may view information about the patient related to them through the My Patient tab, or view the medical plans or health advice corresponding to multiple patients stored in the server through the Plan Recommendation tab. The medical staff member may view multiple follow-up tasks stored in the server and the follow-up content corresponding to each follow-up task, i.e., the follow-up form, via the Follow-Up Execution tab. Of course, if the person in charge of following up on a follow-up task is a medical staff member, the follow-up person may also perform the follow-up task, i.e., fill out the follow-up form, using the Follow-Up Execution tab or the follow-up plan index item. The embodiment of the present disclosure is not limited thereto.

[0582] In some embodiments, the user's character is a patient, and the second function tab A3 includes a disease assessment tab.In addition, the medical information acquisition method further includes S010-S011.

[0583] S010: In response to the patient's operation on the disease evaluation tab, the mobile phone displays a second disease evaluation screen P6, and the second disease evaluation screen P6 presents at least one disease evaluation question.

[0584] S011: As shown in FIG. 35, in response to the user's answers to each of the disease evaluation questions, the mobile phone acquires the disease evaluation results for the patient from the server and displays them on the evaluation result screen P7.

[0585] Here, the disease assessment questions are questions corresponding to each disease stored in the server in advance. Based on the patient's answers, the server automatically matches them to one disease assessment question and continues to ask the patient questions until it can generate an assessment result for the patient's disease.

[0586] In some examples, as shown in Figure 35, in response to the patient's operation on the disease evaluation tab, the mobile phone first displays the first question, "Would you like us to evaluate you for yourself?" on the second disease evaluation screen P6, and the mobile phone automatically displays the second question, "What is your gender?" depending on the patient's answer to the first question, and the mobile phone automatically displays the third question depending on the patient's answer to the second question. In this way, by sequential inference, the evaluation result is automatically generated based on the final question and answer and displayed on the mobile phone (as shown in Figure 36), allowing the patient to know their disease.

[0587] For example, the disease assessment questions may match the selections in the disease assessment information text box presented on the first disease assessment screen 800 described above.

[0588] In some embodiments, the user's character is a patient, and the second function tab A3 includes an intelligence question tab.In addition, the medical information acquisition method further includes S012-S013.

[0589] S012: As shown in FIG. 37, the mobile phone displays an FAQ intelligent question and answer screen P8 in response to the patient's operation on the intelligent question and answer tab, and the FAQ intelligent question and answer screen P8 presents a problem search box.

[0590] S013: In response to a query operation by the patient for the problem entered in the problem search box, the mobile phone retrieves and displays one or more answer plans related to the problem from the server, where the answer method can be obtained by the server automatically matching based on a pre-stored knowledge base.

[0591] In some embodiments, the user's character is a patient, and the second function tab A3 includes a consultation tab.In addition, the method for obtaining medical information further includes S014-S016.

[0592] S014: As shown in FIG. 38, in response to the patient's operation on the consultation tab, the mobile phone displays a consultation screen P9 presenting a basic information text box and a symptom description text box. The basic information text box is configured to present basic information of the patient, such as name, age, occupation, etc. The symptom description text box is configured to present information about the patient's condition, i.e., the details of the patient's condition that the patient is considering consulting. and The system is configured to present problem information related to the problem.

[0593] S015: In response to the patient's submission operation regarding the patient information entered in the basic information text box and the consultation question entered in the symptom description text box, the mobile phone transmits the information in the basic information text box and the consultation question in the symptom description text box to the server.

[0594] S016: As shown in FIG. 39, the mobile phone acquires answer results that match the consultation question from the server, and displays them on the question details screen P10.

[0595] For example, the mobile phone transmits the consultation question to a server, the server transmits the consultation question to a PC, and presents the consultation question to the medical staff for answering. The PC transmits the medical staff's answer to the consultation question to the server, and the server returns the answer to the mobile phone screen corresponding to the patient, allowing the patient to view the answer.

[0596] 39, the problem details screen P10 presents the problem item, and the mobile phone displays a problem input box in response to an operation on the problem item by the patient, and sends the content entered in the problem input box to the server in response to a send operation on the content. This allows the patient to continue consulting with the medical staff about related problems based on the answers from the medical staff.

[0597] The contents presented in the basic information text box and the symptom description text box of the consultation screen P9 are the consultation information in the consultation list on the consultation management screen 002 of the PC.

[0598] In some examples, the method for obtaining medical information further includes S017 to S018.

[0599] S017: As shown in FIG. 38, the mobile phone further displays an attachment file addition item on the consultation screen P9.

[0600] S018: In response to the patient's operation on the attachment addition item, the mobile phone adds at least one attachment, for example, a medical checkup report or a test item list.

[0601] In addition, the above S015 includes S0151.

[0602] S0151: In response to a user's submission operation for the patient information about the patient entered in the basic information text box, the consultation question entered in the symptom description text box, and the at least one attached file, the mobile phone transmits the information in the basic information text box, the consultation question entered in the symptom description text box, and the at least one attached file to a server. This allows medical staff to view, for example, a medical checkup report, a test item list, etc., and more intuitively understand the patient's health condition.

[0603] In some examples, the method for obtaining medical information further includes S019 to S020.

[0604] S019: As shown in FIG. 38, the mobile phone further displays a doctor selector on the consultation screen P9.

[0605] S020: In response to the patient's operation on the doctor selector, the mobile phone determines the doctor to consult.

[0606] Based on this, the aforementioned S015 includes S0152.

[0607] S0152: In response to the user's submission operation for the patient information entered in the basic information text box and the consultation question entered in the symptom description text box, the mobile phone transmits the information in the basic information text box, the consultation question in the symptom description text box, and the doctor to consult who corresponds to the consultation question to the server.

[0608] This allows patients to select the appropriate doctor based on their condition, improving the patient experience and doctor work efficiency. For example, if a patient's consultation problem is related to digestion, they can select a doctor who specializes in digestive disorders.

[0609] In some embodiments, the plurality of character selection items A1 further includes an administrator, and the at least one function tab includes a statistics query tab. Additionally, the method further includes S021.

[0610] S021: The mobile phone performs a process for the statistical query tab. The administrator In response to the operation, a query item is displayed, the query item being configured to instruct a query for a classification statistical result, the classification statistical result being obtained from classification statistics of data related to patients and physicians stored in a server.

[0611] Here, the login method for the administrator is the same as the login method for the medical staff described above.

[0612] In some examples, the classification statistical results are the same as the statistical results (for example, FIGS. 24 to 28) displayed on the statistics management screen 006 on the PC side described above.

[0613] Some embodiments of the present disclosure provide a medical information interaction method, further including S1001 to S1004.

[0614] S1001: The medical information processing device displays at least one navigation tab 11, and in response to a first operation by the user, determines a target navigation tab 11 and displays management information related to the patient's disease corresponding to the target navigation tab 11.

[0615] S1002: The medical information processing device transmits management information relating to the patient's disease to the server.

[0616] S1003: The medical information acquisition device acquires management information related to the patient's disease from the server.

[0617] S1004: The medical information acquisition device displays a plurality of character selection items, the plurality of character selection items including medical staff and patients. In response to a user's selection operation for a character selection item, the user's character is confirmed and a login information box corresponding to the user's character is displayed, and login information boxes corresponding to non-identical characters are different. In addition, in response to the user's login information input into the login information box, at least one function tab corresponding to the user's character is displayed. The first function tab A2 corresponding to the medical staff is configured to instruct the display of management information related to diseases of a plurality of patients, and the second function tab A3 corresponding to the patient is configured to instruct the display of management information related to the patient's disease.

[0618] For example, if the management information regarding a patient's disease includes the patient's medical record card information, the medical information processing device transmits the medical record card information for each patient to a server, the medical information acquisition device acquires the medical record card information for each patient from the server, and if the user of the medical information acquisition device is a medical staff member, the medical information acquisition device acquires the medical record card information of multiple patients related to the medical staff member from the server and displays it on the screen of the medical information acquisition device whose user is the medical staff member.

[0619] Also, for example, when the management information regarding a patient's disease includes the patient's consultation information, and the patient's consultation information includes the patient's basic information, consultation question, and answer result, the medical information processing device transmits the answer result corresponding to the consultation information to the server in response to a submission operation by the medical staff for the answer result, and when the user of the medical information acquisition device is the patient, the medical information acquisition device acquires the answer result for the consultation information corresponding to the patient from the server and displays the answer result on the screen of the medical information acquisition device whose user is the patient.

[0620] According to the medical information interaction method of an embodiment of the present disclosure, by interacting with medical information on different terminal devices, medical information can be processed and displayed according to the needs of the user of each terminal device, thereby improving the work efficiency of medical staff and solving the problem of patients having difficulty receiving medical treatment.

[0621] In some embodiments, the medical information interaction method further includes S1005 to S1008.

[0622] S1005: The medical information acquisition device is configured to display a consultation tab corresponding to the patient in response to the patient's login information entered in the login information box, and the consultation tab is configured to instruct the patient to submit a consultation problem.

[0623] S1006: The medical information acquisition device transmits the consultation problem to the server.

[0624] S1007: The medical information processing device acquires the consultation problem from the server and displays it.

[0625] S1008: In response to the operation for submitting an answer result corresponding to the consultation problem, the medical information processing device transmits the answer result to the server.

[0626] 40, a medical information processing device according to an embodiment of the present invention includes a first display E1-1 and a first processor E1-2. The first processor E1-2 is connected to the first display E1-1. The first processor E1-2 is configured to control the first display E1-1 to display at least one navigation tab 11, and in response to a first operation by a user, to determine a target navigation tab 11 that is one of the at least one navigation tab 11, and to display management information related to a patient's disease that matches the target navigation tab 11 on the first display E1-1.

[0627] In some examples, as shown in Figure 40, the medical information processing device E1 further includes a first input means E1-3. The first input means E1-3 is connected to the first processor E1-2 and configured to input a first operation of the user.

[0628] Some embodiments of the present invention provide a medical information acquisition device E2 including a second display E2-1 and a second processor E2-2, as shown in Fig. 41. The second processor E2-2 is configured to: control the second display E2-1 to display a plurality of character selection items, the plurality of character selection items including medical staff and patients; determine the user's character in response to a user's selection operation on a character selection item and control the second display E2-1 to display a login information box corresponding to the user's character, where login information boxes corresponding to non-identical characters are different; and control the second display E2-1 to display at least one function tab corresponding to the user's character in response to the user's registration information input into the login information box, where the at least one function tab corresponding to the medical staff is configured to instruct the display of management information for diseases of a plurality of patients, and the at least one function tab corresponding to the patient is configured to instruct the display of management information related to the patient's disease.

[0629] In some examples, as shown in Figure 41, the medical information acquisition device E2 further includes a second input means E2-3 connected to the second processor E2-2. The second input means E2-3 is configured to input a user's selection operation for one character selection item and input login information of the user.

[0630] Some embodiments of the present disclosure provide a computer device including a memory and a processor, wherein the memory stores computer program instructions executable on the processor, and the processor executes the computer program instructions to realize the medical information processing method, medical information acquisition method, or medical information interaction method. The computer device may be the medical information processing device or medical information acquisition device described above.

[0631] Some embodiments of the present disclosure provide a computer-readable storage medium (e.g., a non-transitory computer-readable storage medium) having computer program instructions stored thereon, which, when executed on a processor, cause the processor to perform one or more steps in the method for processing medical information described in any of the above-mentioned embodiments, one or more steps in the method for obtaining medical information described in any of the above-mentioned embodiments, or the method for interacting with medical information described in any of the above-mentioned embodiments. One or more steps in Execute the following.

[0632] By way of example, the computer-readable storage medium mentioned above may include, but is not limited to, magnetic storage devices (e.g., hard disks, floppy disks, magnetic tapes, etc.), optical disks (e.g., compact disks (CDs), digital versatile disks (DVDs), etc.), smart cards, flash memory devices (e.g., erasable programmable read-only memories (EPROMs), cards, sticks, key drives, etc.), etc. The various computer-readable storage media described in this disclosure may represent one or more devices and / or other machine-readable storage media for storing information. The term "machine-readable storage medium" may include, but is not limited to, wireless channels and various other media capable of storing, storing, and / or conveying instructions and / or data.

[0633] The above description is merely a specific embodiment of the present disclosure, and the scope of protection of the present disclosure is not limited thereto. Any modifications or replacements made by those skilled in the art within the technical scope of the present disclosure shall be included in the scope of protection of the present disclosure. Therefore, the scope of protection of the present disclosure should be in accordance with the scope of protection of the claims.

Claims

1. 1. A method for processing medical information, the method being performed by an electronic device, comprising: displaying at least one navigation tab; in response to a first operation on a target navigation tab by a user, confirming the target navigation tab and displaying a function screen matching the target navigation tab, the function screen being configured to present management information related to a patient's disease; the target navigation tab is one of the at least one navigation tab; the at least one navigation tab includes a follow-up management tab; The step of determining a target navigation tab and displaying a function screen matching the target navigation tab in response to a first operation by a user includes: In response to the first user operation on the follow-up management tab, determine that the follow-up management tab is the target navigation tab and display a follow-up management screen, wherein the follow-up management screen presents a follow-up task list, the follow-up task list including at least one row of follow-up information, where a patient in each row of the follow-up information in the at least one row of follow-up information is the same patient or a different patient, and each row of follow-up information includes patient consultation information, follow-up time, follow-up content, and at least one second medical information operation item, where the at least one second medical information operation item includes at least one of a follow-up execution index item, a follow-up comparison index item, and a follow-up creation item, and the follow-up information in each row includes a follow-up status, where the follow-up status is one of: a follow-up not yet executed or a follow-up already executed; If the follow-up status in a row of follow-up information is not performed, the at least one second medical information operation item in the row of follow-up information includes the follow-up performance index item; The method further comprises: displaying a follow-up form corresponding to the follow-up content in response to a user's operation on the follow-up execution index item; and a step of changing the follow-up status in the one line of follow-up information from "not yet performed" to "performed" and changing the follow-up performed index item to a third detailed index item in response to a save operation for the content entered in the follow-up form, Or, the at least one second medical information operation item includes the follow-up comparison index item; The method further comprises: In response to a user's operation on the follow-up comparison index item, acquiring and displaying a comparison result of at least two follow-up contents matching the same disease corresponding to the patient in the one row of follow-up information; Or, the at least one second medical information operation item includes the follow-up creation item; The method further comprises: determining a new follow-up task matching a disease type corresponding to a disease of the target patient in response to the user's operation on the follow-up creation item and a third user operation, wherein the new follow-up task includes follow-up content matching the disease of the patient and a follow-up time corresponding to the follow-up content; adding the new follow-up task to the follow-up task list in response to a user's save operation on the new follow-up task. How we process your medical information.

2. 10. The method of claim 1, wherein the at least one navigation tab includes a patient management tab; The step of determining a target navigation tab and displaying a function screen matching the target navigation tab in response to a first operation by a user includes: and displaying, in response to the first user operation on the patient management tab, at least a patient list including consultation information for each of at least one patient and at least one medical operation index item corresponding to each patient, wherein the at least one medical operation index item includes an index item created regarding a treatment method for a disease of the patient. The method for processing medical information according to claim 1 .

3. 3. The medical information processing method according to claim 2, The at least one medical operation index item includes a health prescription creation index item; The method further comprises: Displaying a health prescription text box, which is at least a blank box, in response to a user's operation on the health prescription creation index item corresponding to the target patient; In response to a second operation by the user, presenting a medical plan matching the disease of the target patient in the health prescription text box, the medical plan including at least one of a drug plan, a diet plan, or an exercise plan; The method for processing medical information according to claim 2, comprising:

4. 4. The medical information processing method according to claim 3, The method comprises: further comprising the step of displaying a headword subtab; The step of presenting a medical plan matching a disease of the target patient in the health prescription text box in response to a second operation of the user includes: presenting a first classification list including a plurality of primary items and at least one disease type under each primary item in response to a user operation on the entry subtab, the plurality of primary items including a medication plan item, a diet plan item, and an exercise plan item; In response to a user's operation on a disease type corresponding to the disease of the target patient under one primary item in the first classification list, presenting at least one lemma text template corresponding to the disease type under the primary item; In response to a user's operation on one headword text template, presenting the content of the headword text template in the health prescription text box; Or, The method comprises: displaying a health prescription template subtab; The step of presenting a medical plan matching a disease of the target patient in the health prescription text box in response to a second operation of the user includes: presenting a second classification list including at least one disease type in response to a user interaction with the health prescription template subtab; In response to a user's operation on a disease type corresponding to a disease of the target patient in the second classification list, further presenting at least one medical plan template corresponding to the disease type; In response to a user's operation on a medical plan template, presenting at least a portion of the content of the medical plan template in the health prescription text box; Or, The method comprises: further comprising the step of displaying a Past Prescriptions subtab; The step of presenting a medical plan matching a disease of the target patient in the health prescription text box in response to a second operation of the user includes: In response to a user's operation on the Past Prescriptions subtab, presenting a list of past prescriptions related to the target patient's disease; In response to a user's operation on the past prescription list, presenting the contents of one past prescription in the past prescription list; In response to a user's operation on the past prescription, presenting the content of the past prescription in the health prescription text box, Or, The method comprises: and displaying a "Save as Template" item configured to save the medical plan presented in the health prescription text box as a new medical plan template. The method for processing medical information according to claim 3.

5. 5. The medical information processing method according to claim 2, wherein the at least one medical operation index item includes a follow-up creation index item; The processing method comprises: The method further includes a step of determining a follow-up task matching a disease type corresponding to a disease of the target patient in response to a user operation on the follow-up creation index item corresponding to the target patient and a third user operation; The follow-up task includes a follow-up content matching a disease of the target patient and a follow-up time corresponding to the follow-up content. The method for processing medical information according to any one of claims 2 to 4.

6. The method comprises: displaying at least one follow-up task template; The step of determining a follow-up task matching the disease type in response to a user operation on the follow-up creation index item corresponding to the target patient and a third user operation includes: determining a follow-up task template as the follow-up task matching the disease type in response to a user operation on the follow-up creation index item corresponding to the target patient and a user operation on one follow-up task template; Or, The method comprises: displaying at least one preset time option and a follow-up content selector corresponding to each preset time option; The step of determining a follow-up task matching the disease type in response to a user operation on the follow-up creation index item corresponding to the target patient and a third user operation includes: in response to a user's operation on the follow-up creation index item corresponding to the target patient, the user's selection of one preset time option, and a selection on a follow-up content selector corresponding to the preset time option, determining the follow-up content selected in the follow-up content selector and the follow-up time of the preset time option as the follow-up task matching the disease type; Or, The method comprises: displaying a time selector and a follow-up content selector corresponding to the time selector; The step of determining a follow-up task matching the disease type in response to a user operation on the follow-up creation index item corresponding to the target patient and a third user operation includes: determining, in response to a user's operation on the follow-up creation index item corresponding to the target patient and a user's selection on the time selector and a follow-up content selector corresponding to the time selector, the selected follow-up content in the follow-up content selector and the follow-up time in the time selector as the follow-up task matching the disease type; The method for processing medical information according to claim 5.

7. the at least one navigation tab includes a health prescription management tab; The step of determining a target navigation tab and displaying a function screen matching the target navigation tab in response to a first operation by a user includes: Displaying a health prescription list in response to the first user operation on the health prescription management tab, the health prescription list including at least one row of prescription information, each row of prescription information including patient consultation information and at least one first medical information operation item, and the at least one first medical information operation item including a second detailed index item; The method further comprises: displaying a health prescription text box in response to a user's operation on the second detailed index item, the health prescription text box presenting a medical plan corresponding to the one line of prescription information, the medical plan including at least one of a drug plan, a diet plan, or an exercise plan; The method for processing medical information according to claim 1 .

8. The prescription information for each row includes status information including one of: active, discontinued, or discontinued; When the status information of the one-line prescription information is valid, the at least one first medical information operation item in the one-line prescription information further includes a stop item and a discontinued item; The method further comprises: In response to a user's operation on the stopped item or discontinued item, changing status information of the one line of prescription information from valid to stopped or discontinued, and hiding the discontinued item and the discontinued item. The method for processing medical information according to claim 7.

9. displaying a new health prescription index item; In response to a user's operation on the health prescription new index item, displaying a patient search box and a health prescription text box which is a blank box; determining a target patient in response to a query operation on the information entered in the patient search box, and displaying the visit information of the target patient; In response to a second operation by the user, presenting a medical plan matching the disease of the target patient in the health prescription text box; In response to a user's save operation for the medical plan, adding the visit information of the target patient to the health prescription list as part of a new line of prescription information, and associating the medical plan of the target patient with a second detailed index item in the new line of prescription information. The medical information processing method according to claim 7 or 8.

10. The at least one navigation tab includes a disease assessment tab; The step of determining a target navigation tab and displaying a function screen matching the target navigation tab in response to a first operation by a user includes: displaying a disease evaluation information text box in response to a user operation on the disease evaluation tab; displaying a disease assessment report corresponding to the information in the disease assessment information text box in response to a save operation for the information entered in the disease assessment information text box; Or, the at least one navigation tab includes an intelligent question and answer tab; The step of determining a target navigation tab and displaying a function screen matching the target navigation tab in response to a first operation by a user includes: displaying a question search box in response to a user's operation on the intelligent question and answer tab; In response to a query operation for a problem entered in the problem search box, displaying at least one solution related to the problem; Or, the at least one navigation tab further includes a consult tab; The step of determining a target navigation tab and displaying a function screen matching the target navigation tab in response to a first operation by a user includes: In response to a user's operation on the consultation tab, displaying a consultation list including at least one row of consultation information from a server, each row of consultation information including patient consultation information, a problem summary, a consultation type, and a fourth detailed index item; and displaying a consultation question corresponding to at least the one line of consultation information in response to a user's operation on the fourth detailed index entry; Or, the at least one navigation tab includes a statistics tab; The step of determining a target navigation tab and displaying a function screen matching the target navigation tab in response to a first operation by a user includes: displaying statistical information in response to a user's operation on the statistics tab, the statistical information being information that classifies and compiles statistics of management information related to the patient and the patient's disease; The method for processing medical information according to any one of claims 1 to 9.

11. A computer device comprising a memory and a processor, A computer device, wherein the memory stores a computer program executable on a processor, and the processor, when executing the computer program, realizes the medical information processing method described in any one of claims 1 to 10.

12. A program that, when executed on a processor, causes the processor to execute the medical information processing method according to any one of claims 1 to 10.

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