Medical information acquisition auxiliary device

Abstract

The invention relates to the technical field of medical auxiliary equipment, in particular to a medical information acquisition auxiliary device which comprises a shell, and a clinical data acquisition module used for inputting and storing historical literature data and clinical diagnosis data is arranged in the shell; a display module for displaying data is arranged at the center of the shell; the clinical data acquisition module is used for a physician to verify and log in the clinical data acquisition module, correcting clinical diagnosis data based on a pre-established physician behavior mode, and sending a supplementary prompt to the display module based on the missing of key information; and the central processing module is used for performing timestamp encryption processing, establishing a physician behavior mode, and identifying and labeling ambiguous description in the data based on the physician behavior mode. The system is used for realizing integration of multi-modal traditional Chinese medicine data, realizing intelligent quality control and standardized management, and solving the risk problems of data splitting, low efficiency and compliance in current traditional Chinese medicine clinical research.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of medical auxiliary equipment, in particular to a medical information collection auxiliary device. BACKGROUND

[0002] In the field of traditional Chinese medicine clinical research, efficient data collection, standardized processing and intelligent analysis are the key to promoting the modernization of traditional Chinese medicine. However, the existing technology has significant defects in multi-modal data integration, quality control and standardized management, which seriously restricts the effective use of traditional Chinese medicine research data.

[0003] Firstly, traditional Chinese medicine clinical data has high heterogeneity, covering ancient literature, famous doctor experience, tongue diagnosis / pulse diagnosis image, and multi-source unstructured data such as biology. The existing medical information collection system is mostly designed based on international standards (such as HL7, ICD, DICOM), which cannot be compatible with the unique diagnosis and treatment elements of traditional Chinese medicine (such as "syndrome-treatment method-herbal medicine" association), resulting in the separation of text medical records, image data and physiological parameters. For example, tongue image and pulse text cannot be analyzed in the same system, and manual secondary processing is required, which is low in efficiency.

[0004] Secondly, the data collection process lacks intelligent quality control means. The traditional method relies on manual input and classification, which is not only low in efficiency, but also easy to cause data loss or abnormality due to operation errors. The existing system generally lacks real-time verification and completion function based on artificial intelligence, such as the inability to automatically identify the logical contradiction of "yang deficiency syndrome" patients using hot drugs, or to repair missing fields through algorithms. In addition, different medical institutions have different standards for recording data such as disease name and test unit (such as the coding difference rate of "palpitation" and "zengtong"), which further hinders the data sharing of multi-center research.

[0005] Finally, the data security and process monitoring system is not perfect. Traditional Chinese medicine clinical data involves patient privacy and intellectual property rights, but the existing technology does not strictly follow the "GB-T 22239-2019" information security protection requirements, and lacks real-time alarm mechanism when data transmission is interrupted or lost, affecting the continuity and reliability of research data.

[0006] In summary, there is an urgent need for a medical information collection auxiliary device that can integrate multi-modal traditional Chinese medicine data, realize intelligent quality control and standardized management, to solve the risk problems of data fragmentation, low efficiency and compliance in current traditional Chinese medicine clinical research. SUMMARY

[0007] To solve the above problems, the present application provides a medical information collection auxiliary device for integrating multi-modal traditional Chinese medicine data, realizing intelligent quality control and standardized management, and solving the risk problems of data fragmentation, low efficiency and compliance in current traditional Chinese medicine clinical research.

[0008] In order to achieve the above-mentioned purpose, the technical scheme of the present application is as follows: a medical information collection auxiliary device, comprising a shell, a clinical data collection module for entering and storing historical literature data and clinical diagnosis data is arranged in the shell, and a central processing module for encrypting and saving the historical literature data and the clinical diagnosis data uploaded by each clinical data collection module is in communication connection with the clinical data collection module; a display module for displaying the historical literature data and the clinical diagnosis data is arranged at the center of the shell, and the display module is electrically connected with the clinical data collection module;

[0009] The clinical data collection module comprises a case record unit, a physician login unit, a record reminding unit and an integrated uploading unit.

[0010] The case record unit is used to establish a case file based on the patient personal information uploaded by the hospital medical system, to enter the clinical diagnosis data of the patient based on the case file, and to enter the uploaded historical literature data.

[0011] The physician login unit is used for physician verification and login of the clinical data collection module, and for correction processing of the clinical diagnosis data based on a pre-established physician behavior mode.

[0012] The record reminding unit is used to enter and store key information, to compare the key information with the clinical diagnosis data after correction processing based on modular information, and to send a supplementary reminder to the display module based on the lack of key information in the clinical diagnosis data.

[0013] The integrated uploading unit is used to enter and store format documents, to adjust the clinical diagnosis data and the historical literature data according to the format documents, and to upload them to the central processing module after adjustment.

[0014] The central processing module is used to perform timestamp encryption processing based on the historical literature data and the clinical diagnosis data, to establish a physician behavior mode according to the clinical diagnosis data, and to identify and label the ambiguous description in the historical literature data and the clinical diagnosis data based on the physician behavior mode.

[0015] Further, the clinical diagnosis data comprises symptoms, treatment plans and prescription information; the historical literature data comprises ancient literature, experience of famous doctors and historical inquiry records.

[0016] Further, the case record unit comprises a handwriting tracking recognition subunit and a data exchange port.

[0017] The handwriting tracking recognition subunit comprises a handwriting sensing platform and a camera, and a plurality of pressure sensing areas for detecting pressure data during the handwriting process of the physician are arranged on the handwriting sensing platform.

[0018] The camera is used to obtain image data of paper text on the handwriting sensing platform, and send the image data to the central processing module. The central processing module is used to recognize corresponding text information based on the image data, and then convert the text information into current input clinical diagnosis data or historical literature data;

[0019] The data exchange port is used to establish a data connection with the outside world, and directly obtain electronic version of historical literature data and clinical diagnosis data based on external transmission;

[0020] The display module includes a handwriting capture unit for handwriting on the display module and a manual input unit for typing input based on the virtual keyboard displayed on the display module;

[0021] The case record unit is also used to verify the doctor based on the doctor login unit and log in the clinical data collection module, establish a case file based on the patient's personal information uploaded by the hospital medical system, and then send the case file to the record reminding unit, and send standby instructions to the handwriting sensing platform and the camera;

[0022] The record reminding unit is also used to compare the pressure data with the starting value. If the pressure data is greater than the starting value, the camera is sent a start instruction, and the clinical diagnosis data converted based on the image data is saved in the case file. If the pressure data is less than the starting value, the camera is sent a standby instruction.

[0023] Further, the record reminding unit is also used to record the distribution position of each pressure sensing area, and based on the historical consultation record of the current doctor, the habit position corresponding to the key information in the doctor's record is obtained, and the habit position is marked on the distribution position. Process; Then, based on the distribution position corresponding to the current time pressure data, the key information in the format document is obtained based on the distribution position, and the clinical diagnosis data of the current time is recorded according to the typing position;

[0024] Based on the missing position of the key information in the clinical diagnosis data in the format document, the display module is sent a supplementary reminder in the order before and after the missing position in the format document.

[0025] Further, the record reminding unit is also used to take the key information corresponding to the habit position in the format document as the first reference relationship, and take the key information corresponding to the missing position in the format document as the second reference relationship;

[0026] Based on the relationship between the first reference relationship and the second reference relationship, the order before and after the missing position in the format document is adjusted, and the key information of the missing position after the adjustment is displayed up and down. The guide link of the handwriting capture unit and the manual input unit in the display module is established based on the order before and after the missing position after the adjustment.

[0027] Further, the key information of the processed missing position is displayed in a separate pop-up window.

[0028] Further, the physician login unit is further configured to acquire image data of the physician based on the camera when the physician verifies and logs in the clinical data collection module.

[0029] Further, the central processing module comprises an encryption unit, a physician behavior pattern establishing unit and a data correction unit.

[0030] The encryption unit is configured to encrypt the clinical diagnosis data and the historical literature data in a time-stamped manner based on the clinical diagnosis data and the historical literature data.

[0031] The physician behavior pattern establishing unit is configured to identify ambiguous descriptions in the clinical diagnosis data that are inconsistent with pre-recorded standard language and disease explanations based on the encrypted clinical diagnosis data, send the ambiguous descriptions to the display module for display, and establish a physician behavior pattern after the physician determines or corrects the ambiguous descriptions through the handwriting capture unit and the manual input unit.

[0032] The data correction unit is configured to supplement and process the historical literature data and the clinical diagnosis data based on the physician behavior pattern, and supplement and process the standard language, the disease explanation and the ambiguous description in the historical literature data and the clinical diagnosis data through connection words for simultaneous display, and send the rule of simultaneous display of the standard language, the disease explanation and the ambiguous description through the connection words to the physician login unit.

[0033] Further, the record reminding unit is further configured to extract repeated words of the key information corresponding to the missing position and the key information corresponding to the distribution position in the format document based on the repeated words when the supplementary reminder is sent to the display module in the order of the missing position in the format document, and add a connection label to the key information based on the repeated words.

[0034] The data correction unit is further configured to acquire corresponding historical literature data based on the connection label, compare the current clinical diagnosis data with the symptoms in the historical literature data for consistency, and send a verification pass instruction to the display module if the consistency is met, or send a corresponding symptom reminder instruction to the display module if the consistency is not met.

[0035] Further, the data correction unit is further configured to acquire a time stamp when the supplementary reminder is sent to the display module in the order of the missing position in the format document, calculate an interval value between adjacent time stamps, compare the interval value with a set standard value, and send a content determination instruction to the display module if the interval value is greater than the standard value, or send a standby instruction to the display module if the interval value is less than the standard value.

[0036] The above scheme has the following beneficial effects:

[0037] 1、This scheme, through handwriting recognition (pressure sensing + image acquisition), electronic data exchange port and manual input three ways, realize the flexible collection of traditional Chinese medicine multi-source heterogeneous data. Through the pressure sensing area to detect the writing habits of doctors, combined with the camera to collect paper document images, and automatically convert to structured data (such as symptoms, prescription information), solve the problem that traditional system cannot directly input handwritten medical records; Support docking with hospital information system, directly import electronic version of ancient literature, historical data of famous doctor experience; Provide virtual keyboard and handwriting screen input, adapt to the operation preference of different doctors. Can effectively integrate tongue diagnosis / pulse diagnosis image, syndrome-prescription association and other unstructured data, overcome the defects of traditional system relying on manual secondary processing, improve the data entry efficiency and accuracy.

[0038] 2、This scheme, according to the format document requirements, automatically detects the missing key information (such as not filling in the pulse result), and prompts the doctor to supplement through an independent pop-up window to avoid omission; Based on the writing habits of doctors, dynamically adjust the display order of missing information, so that the associated content (such as "symptoms-syndrome-treatment method") is concentrated and presented, which is convenient for doctors to refer to historical records for correction, so as to improve the completeness and efficiency of data entry.

[0039] 3、This scheme, based on the analysis of the use habits of the physician's terms in the historical inquiry records, automatically identifies the ambiguous descriptions inconsistent with the standard language, and prompts the physician to correct through the display module; The clinical data and historical literature are associated by using connection tags, and the consistency of the symptom description is automatically compared. For ambiguous terms in historical literature, use conjunction words (such as " / " and "()") to display the standard explanation synchronously, to assist the physician in understanding; In order to reduce the misuse rate of terms, ensure the standardization and comparability of multi-center research data.

[0040] Additional aspects and advantages of the application will be in part apparent and in part pointed out hereinafter. BRIEF DESCRIPTION OF DRAWINGS

[0041] Figure 1 It is an installation schematic view of the medical information collection auxiliary device embodiment of the application;

[0042] Figure 2 It is a system framework schematic view of the medical information collection auxiliary device embodiment of the application;

[0043] Figure 3 It is Figure 2 The framework schematic view of the center processing module.

[0044] The reference signs in the drawings of the specification include: 1, display module; 2, handwriting sensing platform; 3, camera. DETAILED DESCRIPTION

[0045] The technical solution of the present invention will now be clearly and completely described with reference to the accompanying drawings. Obviously, the described embodiments are only some, not all, of the embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of the present invention.

[0046] In the description of this invention, it should be noted that the terms "center," "upper," "lower," "left," "right," "vertical," "horizontal," "inner," and "outer," etc., indicate the orientation or positional relationship based on the orientation or positional relationship shown in the accompanying drawings. They are used only for the convenience of describing the invention and for simplifying the description, and do not indicate or imply that the device or element referred to must have a specific orientation, or be constructed and operated in a specific orientation. Therefore, they should not be construed as limitations on the invention. Furthermore, the terms "first," "second," and "third" are used for descriptive purposes only and should not be construed as indicating or implying relative importance.

[0047] In the description of this invention, it should be noted that, unless otherwise explicitly specified and limited, the terms "installation," "connection," and "linking" should be interpreted broadly. For example, they can refer to a fixed connection, a detachable connection, or an integral connection; they can refer to a mechanical connection or an electrical connection; they can refer to a direct connection or an indirect connection through an intermediate medium; and they can refer to the internal connection of two components. Those skilled in the art can understand the specific meaning of the above terms in this invention based on the specific circumstances.

[0048] The following detailed description illustrates the specific implementation method:

[0049] As attached Figures 1 to 3 As shown: A medical information collection auxiliary device includes a housing, within which is a clinical data collection module for inputting and storing historical literature data and clinical diagnostic data. The clinical data collection module is communicatively connected to a central processing module for encrypting and storing historical literature data and clinical diagnostic data uploaded by each clinical data collection module. A display module 1 for displaying historical literature data and clinical diagnostic data is located at the center of the housing, and the display module 1 is electrically connected to the clinical data collection module. In this embodiment, the display module 1 includes, but is not limited to, a common tablet computer.

[0050] The clinical data acquisition module includes a case recording unit, a physician login unit, a record reminder unit, and an integration and upload unit.

[0051] The case record unit is used to establish a case file based on the patient personal information uploaded by the hospital medical system, to input the clinical diagnosis data of the patient based on the case file, and to input the uploaded historical literature data; the clinical diagnosis data includes symptoms, treatment plans and prescription information; the historical literature data includes ancient literature, experience of famous doctors and historical inquiry records.

[0052] The physician login unit is used for physician verification and login of the clinical data collection module, and for correction processing of the clinical diagnosis data based on the pre-established physician behavior mode; the record prompting unit is used to input and store key information, to compare the key information based on the clinical diagnosis data after the correction processing, and to send a supplementary prompt to the display module 1 based on the lack of key information in the clinical diagnosis data; the integration upload unit is used to input and store format documents, and to upload the adjusted format documents based on the clinical diagnosis data and the historical literature data to the central processing module. The physician login unit is also used to obtain image data of the physician based on the camera 3 when the physician verifies and logs in the clinical data collection module. The image data of the physician is collected and obtained to verify the safety and compliance in the data uploading process, so as to realize standardized management of multi-modal traditional Chinese medicine data.

[0053] The case record unit includes a handwriting tracking recognition subunit and a data exchange port; the handwriting tracking recognition subunit includes a handwriting sensing platform 2 and a camera 3, and the handwriting sensing platform 2 is provided with a plurality of pressure sensing areas for detecting pressure data during handwriting by the physician; the camera 3 is used to obtain image data of paper text on the handwriting sensing platform 2, and to send the image data to the central processing module; the central processing module is used to recognize corresponding text information based on the image data, and to convert the text information into current input clinical diagnosis data or historical literature data; in this embodiment, the recognition of text information based on image data belongs to the prior art, and will not be described here. The data exchange port is used to establish data connection with the outside world, and to directly obtain electronic version of historical literature data and clinical diagnosis data based on external transmission.

[0054] For example, the data exchange port is configured with USB-C and RJ45 dual interfaces, supporting simultaneous connection of the hospital HIS system and the ancient literature database. For example, when importing the electronic version of "Treatise on Febrile Diseases", the system automatically identifies the relevant provisions of "Taiyang disease", and establishes an association with the "chills and fever" symptoms of the current patient, and generates a comparison window on the right side of the display module 1, while the left side displays the real-time converted clinical record by the handwriting tracking recognition subunit. The physician login unit adopts double verification, first through physician login verification, and then verification of writing characteristics (such as a physician habit of increasing the "Q" character of "Huangqi" by 20% pressure at the end of the stroke), with an error rate controlled below 0.1%.

[0055] The display module 1 comprises a handwriting capture unit for handwriting on the display module 1 and a manual input unit for typing input based on a generated virtual keyboard displayed by the display module 1; in the embodiment, the handwriting capture unit and the manual input unit both belong to the prior art, and the embodiment will not be described again. Through handwriting recognition (pressure sensing + image acquisition), electronic data exchange port and manual input, flexible collection of traditional Chinese medicine multi-source heterogeneous data is realized. Through the pressure sensing area to detect the writing habits of the physician, combined with the camera 3 to collect the image of the paper document, and automatically convert it into structured data (such as symptoms, prescription information), solve the problem that the traditional system cannot directly input handwritten medical records; support docking with the hospital information system, directly import electronic version of ancient literature, historical data of famous doctor experience, etc.; provide virtual keyboard and handwriting screen input, adapt to the operation preference of different physicians. It can effectively integrate non-structured data such as tongue diagnosis / pulse diagnosis image, symptom-prescription association, etc., overcome the defects of traditional systems relying on manual secondary processing, and improve the data entry efficiency and accuracy.

[0056] The case record unit is also used to verify the physician based on the physician login unit and log in the clinical data collection module, establish a case file based on the patient's personal information uploaded by the hospital medical system, and then send the case file to the record prompting unit, and send standby instructions to the handwriting sensing platform 2 and the camera 3; the record prompting unit is also used to compare the pressure data with the starting value, if the pressure data is greater than the starting value, send the starting instruction to the camera 3, and save the clinical diagnosis data converted based on the image data to the case file; if the pressure data is less than the starting value, send the standby instruction to the camera 3.

[0057] For example, through the image data conversion text information, data exchange port direct transmission mode and display module 1 manual input mode, to facilitate the physician to flexibly select the appropriate way to upload data to the system as needed, facilitate the entry processing of clinical diagnosis data and historical literature data, to improve the convenience of the physician in the use process.

[0058] At the same time, during the physician's inquiry or manual recording process, first of all, during the physician verification and login of the clinical data collection module, the security during the uploading of the clinical diagnosis data and the historical literature data is ensured, and the data transmission process is uploaded under the supervision of the physician, the reliability of the data is improved, and the handwriting sensing platform 2 and the camera 3 are awakened, and then the pressure of the physician's hand is sensed through the handwriting sensing platform 2, to start the working condition of the camera 3, and reduce the energy consumption of the camera 3 in the non-use process.

[0059] In another embodiment, the record reminding unit is also used to record the distribution position of each pressure sensing area, mark the habit position corresponding to the key information in the doctor's record based on the historical consultation record of the current doctor, mark the habit position to the distribution position; based on the distribution position corresponding to the current time pressure data, the key information in the format document is obtained based on the distribution position, and the clinical diagnosis data of the current time is recorded according to the typing position; based on the missing position of the key information in the clinical diagnosis data in the format document, the missing position is sent to the display module 1 according to the front and rear order in the format document.

[0060] For example, by the writing habit of the doctor in the historical consultation record and the paper document format during the consultation process, each pressure sensing area is marked, the habit position corresponding to the key information in the doctor's record is associated, so as to fill the clinical diagnosis data of the current time according to the format document, reduce the subsequent unified arrangement of different formats of clinical diagnosis data, improve the recording accuracy of the clinical diagnosis data, facilitate the quick filling of multi-source data, and further facilitate the supplementary reminding of the doctor according to the missing of the key information, improve the integrity and reliability of the clinical diagnosis data.

[0061] Among them, the key information template pre-stored by the record reminding unit contains 28 kinds of TCM syndrome elements (such as "pulse, tongue, sweating" and the like), when the pulse field is detected to be empty (for example, "dizziness and blurred vision" has been recorded, but the pulse has not been filled), the system pops up a 25mm×40mm floating window in the center of the display module 1, and dynamically arranges the associated field - if the historical record shows that 80% of the "dizziness and blurred vision" cases of this doctor are accompanied by "pulse string", the "pulse string" option is preferentially prompted. For ambiguous terms (such as the doctor's handwriting "heart palpitations", but the standard term is "palpitations"), the doctor's behavior pattern establishing unit will display a red wavy line below the term, and after clicking, an explanation box will be expanded: "heart palpitations (suggested to be standardized as palpitations, see GB / T 15657-2021)", while the original record is kept for reference.

[0062] In still another embodiment, the record reminding unit is also used to take the key information corresponding to the habit position in the format document as a first reference relationship, and take the key information corresponding to the missing position in the format document as a second reference relationship; based on the connection between the first reference relationship and the second reference relationship, the front and rear order of the missing position in the format document is adjusted, the key information of the missing position after the adjustment is displayed up and down, and the guide link between the handwriting capturing unit and the manual typing unit in the display module 1 is established based on the front and rear order of the missing position after the adjustment.

[0063] For example, by associating the first reference relationship and the second reference relationship, the order of the missing position in the format document is adjusted to strengthen the display connection between the key information, that is, to facilitate the physician to check the previously recorded key information, to judge whether the text information recognized based on the image data is accurate, to facilitate the modification or supplement of the information in the handwriting process; it is also convenient for the physician to supplement the key information according to the displayed key information to strengthen the connection between different key information, thereby providing a standardized historical inquiry information, and providing a method for solving the data fragmentation in the current traditional Chinese clinical research.

[0064] In another embodiment, the key information of the missing position after the adjustment processing is displayed in a separate pop-up window. By displaying in a separate pop-up window, the illusion guidance in the original format document input process during the adjustment of the order before and after the missing position after the adjustment processing is reduced, so as to facilitate the physician to develop the habit of recording based on the recording order of the format document, thereby reducing the integration processing of the multi-modal traditional Chinese medicine data, and reducing the data fragmentation between the multi-source data.

[0065] According to the requirements of the format document, the missing key information (such as not filling in the pulse result) is automatically detected, and the physician is reminded to supplement through an independent pop-up window to avoid omission; based on the writing habit of the physician, the display order of the missing information is dynamically adjusted, the associated content (such as "symptoms-syndrome-treatment method") is concentrated and presented, and the physician is facilitated to refer to the historical record for correction, so as to improve the completeness and efficiency of data entry.

[0066] By dynamically detecting the missing key information and the term standardization processing, the data integrity is significantly improved. For example, when the physician does not fill in the "pulse" field, the system based on the historical record (such as 80% of "dizziness and blurred vision" cases are accompanied by "pulse string") preferentially prompts the associated options, and reminds to supplement through a pop-up window, so that the field completeness rate is improved. For term ambiguity (such as handwritten "heart palpitations" does not match the standard term "palpitations"), the system real-time labels and provides standardization suggestions, while retaining the original record for review, and the term standardization rate is improved. In addition, the system uses RDF triplets to store the "symptom-treatment method-herbal medicine" relationship, which can identify logical contradictions (such as "yang deficiency syndrome" patients misusing "huanglian" and other cold nature drugs), while the traditional system completely relies on manual inspection.

[0067] The center processing module comprises an encryption unit, a physician behavior pattern establishing unit and a data correction unit; the encryption unit is configured to encrypt the clinical diagnosis data and the historical literature data in a manner of adding a time stamp mark based on the clinical diagnosis data and the historical literature data. The physician behavior pattern establishing unit is configured to identify ambiguous descriptions in the clinical diagnosis data that are inconsistent with pre-recorded standard language and disease explanations based on the encrypted clinical diagnosis data, send the ambiguous descriptions to the display module 1 for display, and establish a physician behavior pattern after the physician determines or corrects the ambiguous descriptions through the handwriting capturing unit and the manual entering unit.

[0068] The data correction unit is configured to supplement and process the historical literature data and the clinical diagnosis data in parallel based on the physician behavior pattern. The supplement and parallel processing causes the standard language, the disease explanation and the ambiguous description in the historical literature data and the clinical diagnosis data to be displayed simultaneously through a conjunction word, and sends the rule of simultaneously displaying the standard language, the disease explanation and the ambiguous description through the conjunction word to the physician login unit. In this embodiment, the conjunction word includes words or symbols such as / , (), and notes, to form two different display annotation processes, which facilitate the physician to understand the historical literature and improve the accuracy of the physician's understanding of multi-source data.

[0069] For example, the encryption unit performs time stamp encryption processing on the data to ensure the security of the data transmission process, and performs display processing based on the time stamp to reduce the uploading processing in time when the data transmission process is interrupted; the physician behavior pattern is established to facilitate the identification and processing of ambiguous descriptions, to actively correct the clinical diagnosis data, ensure the standardization of the format document, and adjust the multi-source clinical diagnosis data; at the same time, the historical literature data is displayed between the ambiguous description and the standard language and the disease explanation to remind the physician to adjust in time, which is also convenient for the physician to read and understand the historical literature data, and realizes the quality control processing of the multi-modal traditional Chinese medicine data.

[0070] In another embodiment, the record reminding unit is further configured to extract repeated words of the key information corresponding to the missing position and the key information corresponding to the distribution position in the format document when sending the supplementary reminder to the display module 1 in the order of the front and back of the format document in the missing position, and add a connection label to the key information based on the repeated words; the data correction unit is further configured to obtain the corresponding historical literature data based on the connection label, compare the symptoms in the current clinical diagnosis data and the historical literature data for consistency, and send a verification pass instruction to the display module 1 if they are consistent; if they are inconsistent, send a corresponding symptom reminder instruction to the display module 1.

[0071] For example, by connecting the labels marked, it is convenient to process the historical literature data according to the context of the context, and it is convenient to mark the clinical diagnosis data by connecting the labels, so as to classify the multi-source data; and by comparing the symptoms for consistency, the doctor is reminded to further verify the symptoms, thereby ensuring the accuracy of the multi-modal traditional Chinese medicine data; at the same time, the connection of the labels is associated to strengthen the connection between different key information and reduce data fragmentation.

[0072] In still another embodiment, the data correction unit is also used to obtain the time stamp when the supplementary reminder in the missing position is sent to the display module 1 in the order of the front and back of the format document, calculate the interval value between the adjacent time stamps, compare the interval value with the set standard value, if the interval value is greater than the standard value, send the content determination instruction to the display module 1; if the interval value is less than the standard value, send the standby instruction to the display module 1.

[0073] For example, by comparing the adjacent time stamps, the continuity of the doctor in the process of entering the clinical diagnosis data is verified, so as to reduce the occurrence of data fragmentation in the process of data transmission due to time interval, realize intelligent quality control and standardized management, and improve the accuracy of the uploaded clinical diagnosis data.

[0074] Obviously, the above embodiments are only examples for clear illustration, and are not limited to the embodiments. For those skilled in the art, other different forms of changes or variations can be made on the basis of the above description. Here, all the embodiments need not and cannot be exhausted. The obvious changes or variations derived therefrom are still within the protection scope of the present application.

Claims

1. A medical information collection auxiliary device, comprising a shell, a clinical data collection module for entering and storing historical literature data and clinical diagnosis data is arranged in the shell, and a central processing module for encrypted storage based on each clinical data collection module uploading historical literature data and clinical diagnosis data is in communication connection with the clinical data collection module; characterized in that, The shell is provided with a display module (1) for displaying historical literature data and clinical diagnosis data at the center of the shell, and the display module (1) is electrically connected with the clinical data acquisition module; The clinical data acquisition module comprises a case record unit, a physician login unit, a record reminding unit and an integrated uploading unit; The case record unit is used for establishing a case file based on the patient personal information uploaded by the hospital medical system, entering the clinical diagnosis data of the patient based on the case file, and entering the uploaded historical literature data; The physician login unit is used for physician verification and login of the clinical data acquisition module, and correction processing of the clinical diagnosis data based on the pre-established physician behavior mode; The record reminding unit is used for entering and storing key information, comparing the modularized information based on the corrected clinical diagnosis data and the key information, and sending a supplementary reminder to the display module (1) based on the absence of key information in the clinical diagnosis data; The integrated uploading unit is used for entering and storing format documents, and uploading the adjusted format documents based on the clinical diagnosis data and the historical literature data to the central processing module; The central processing module is used for time stamp encryption processing based on the historical literature data and the clinical diagnosis data, establishing a physician behavior mode based on the clinical diagnosis data, and identifying and labeling the ambiguous descriptions in the historical literature data and the clinical diagnosis data based on the physician behavior mode.

2. The medical information collection assistance apparatus according to claim 1, characterized by, The clinical diagnosis data comprises symptoms, treatment plans and prescription information; and the historical literature data comprises ancient literature, famous doctor experience and historical inquiry records.

3. The medical information collection assistance apparatus according to claim 2, characterized by The case record unit comprises a handwriting tracking recognition subunit and a data exchange port; The handwriting tracking recognition subunit comprises a handwriting sensing platform (2) and a camera (3), and the handwriting sensing platform (2) is provided with a plurality of pressure sensing areas for detecting the pressure data during the handwriting of the physician; The camera (3) is used for acquiring image data of the paper text on the handwriting sensing platform (2), and sending the image data to the central processing module, and the central processing module is used for identifying corresponding text information based on the image data, and converting the text information into the currently entered clinical diagnosis data or historical literature data; The data exchange port is used for establishing data connection with the outside world, and directly acquiring the electronic version of the historical literature data and the clinical diagnosis data based on the outside world transmission; The display module (1) comprises a handwriting capture unit for handwriting on the display module (1) and a manual input unit for typing input based on the virtual keyboard displayed by the display module (1); The case record unit is also used for establishing a case file based on the patient personal information uploaded by the hospital medical system after the physician verification and login of the clinical data acquisition module based on the physician login unit, and sending the case file to the record reminding unit and sending standby instructions to the handwriting sensing platform (2) and the camera (3); The record reminding unit is also used for comparing the pressure data with the starting value, and if the pressure data is greater than the starting value, sending a starting instruction to the camera (3), and saving the converted clinical diagnosis data based on the image data into the case file; if the pressure data is less than the starting value, sending a standby instruction to the camera (3).

4. The medical information collection assisting apparatus according to claim 3, characterized by The record reminding unit is further configured to record the distribution position of each pressure sensing area, obtain the habitual position corresponding to the key information in the physician record based on the historical inquiry record of the current physician, and mark the habitual position to the distribution position; Then, based on the distribution position corresponding to the pressure data at the current time, the typing position of the key information in the format document is obtained based on the distribution position, and the clinical diagnosis data at the current time is recorded according to the typing position; Then, based on the missing position of the key information in the clinical diagnosis data, a supplementary reminder is sent to the display module (1) according to the order before and after the missing position in the format document.

5. The medical information collection aid of claim 4, wherein, The record reminding unit is further configured to take the key information corresponding to the habitual position in the format document as a first reference relationship, and take the key information corresponding to the missing position in the format document as a second reference relationship; Based on the connection between the first reference relationship and the second reference relationship, the order before and after the missing position in the format document is adjusted, the key information of the missing position after the adjustment is displayed up and down, and the guide link between the handwriting capturing unit and the manual typing unit in the display module (1) is established based on the order before and after the missing position after the adjustment.

6. The medical information collection assistance apparatus according to claim 5, wherein The key information of the missing position after the adjustment is displayed in a separate pop-up window.

7. The medical information collection assisting apparatus according to claim 3, wherein The physician login unit is further configured to obtain image data of the physician based on the camera (3) when the physician verifies and logs in the clinical data acquisition module.

8. The medical information collection aid of claim 1, wherein, The central processing module includes an encryption unit, a physician behavior pattern establishing unit, and a data correction unit; The encryption unit is configured to encrypt the clinical diagnosis data and the historical literature data according to the timestamp marking method based on the clinical diagnosis data and the historical literature data; The physician behavior pattern establishing unit is configured to identify the ambiguous description in the clinical diagnosis data that is inconsistent with the pre-recorded standard language and disease explanation based on the encrypted clinical diagnosis data, send the ambiguous description to the display module (1) for display, and establish the physician behavior pattern after the physician determines or corrects through the handwriting capturing unit and the manual typing unit; The data correction unit is configured to supplement and process the historical literature data and the clinical diagnosis data based on the physician behavior pattern, so that the standard language, the disease explanation, and the ambiguous description in the historical literature data and the clinical diagnosis data are displayed simultaneously through the connecting word, and then the rule of simultaneously displaying the standard language, the disease explanation, and the ambiguous description through the connecting word is sent to the physician login unit.

9. The medical information collection aid of any one of claims 4 or 8, wherein, The record reminding unit is further configured to extract repeated words of the key information corresponding to the missing position and the key information corresponding to the distribution position in the format document when the supplementary reminder is sent to the display module (1) according to the order before and after the missing position in the format document, and add a connection label to the key information based on the repeated words; The data correction unit is further configured to obtain the corresponding historical literature data based on the connection label, compare the symptoms in the current clinical diagnosis data and the historical literature data for consistency, and send a verification pass instruction to the display module (1) if they are consistent, or send a corresponding symptom reminder instruction to the display module (1) if they are inconsistent.

10. The medical information collection aid of claim 9, wherein, The data correction unit is also configured to acquire the time stamp when the supplementary prompt is sent to the display module (1) in the order of the front and the rear in the format document at the missing position, calculate the interval value between the adjacent time stamps, compare the interval value with a set standard value, send a content determination instruction to the display module (1) if the interval value is greater than the standard value, and send a standby instruction to the display module (1) if the interval value is less than the standard value.

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