A method and system for controlling ophthalmology guidance based on voice prompts

Abstract

The present application relates to the field of medical management technology, and in particular to an ophthalmology guidance control method and system based on voice prompts. The method is summarized as follows: by judging whether there is historical information, it is selected whether to generate an ophthalmology diagnosis plan based on character information or historical information, thereby generating project voice prompts corresponding to the diagnosis items according to the diagnosis order, and playing the corresponding project voice prompts in the current diagnosis order. According to the judgment result of whether the acquired diagnosis data meets the corresponding project requirements, it is selected whether to obtain the next diagnosis order or re-acquire the diagnosis data of the current diagnosis order, so as to cycle until the preset termination condition, integrate the character information and all diagnosis data to generate an ophthalmology diagnosis report. In this way, the target person can get the voice prompt according to the diagnosis order, improve the experience of the target person in ophthalmology diagnosis, and reduce labor costs.

Description

Technical Field

[0001] The present application relates to the field of medical management technology, and in particular to an ophthalmology guidance control method and system based on voice prompts. Background Art

[0002] With the rapid development of economy and technology, as well as the general improvement of people's living standards, people's attention to health has also increased, and the demand for physical examination diagnosis has developed rapidly. In the entire physical examination diagnosis, ophthalmology diagnosis is an inevitable and important part, whether it is comprehensive diagnosis or related diagnosis, it will include ophthalmology diagnosis.

[0003] However, currently when users seek ophthalmological diagnosis, especially those with eye diseases that cause vision difficulties, they often need to obtain information based on the guidance or instructions of the guide and select items for diagnosis on their own. The efficiency of diagnosis depends on the manual judgment of the guide, and the objective efficiency of ophthalmological diagnosis cannot be effectively guaranteed. The user experience is poor and the labor cost is high.

[0004] Therefore, in order to solve the above problems, it is an urgent problem to be solved by technical personnel in this field to provide an ophthalmic guidance control method and system based on voice prompts that can improve the user experience during ophthalmic diagnosis and reduce labor costs. Summary of the invention

[0005] In order to improve the user experience during ophthalmic diagnosis and reduce labor costs, the present application provides an ophthalmic guidance control method and system based on voice prompts.

[0006] In a first aspect, the present application provides an ophthalmology guidance control method based on voice prompts, comprising the following steps:

[0007] Get the target person's personal information;

[0008] If there is no corresponding historical information for the character information, generating an ophthalmological diagnosis plan according to the character information;

[0009] If the character information has corresponding historical information, generating the ophthalmological diagnosis plan according to the historical information that meets the time interval requirement;

[0010] generating diagnostic items and corresponding diagnostic sequences according to the ophthalmological diagnostic scheme;

[0011] Generating a voice prompt corresponding to the diagnostic item according to the diagnostic order;

[0012] Acquire the current diagnosis order as the current diagnosis order;

[0013] Playing the corresponding item voice prompt according to the current diagnostic order, and acquiring the diagnostic data of the diagnostic item corresponding to the current diagnostic order;

[0014] Determining whether the diagnostic data meets the project requirements of the corresponding diagnostic project;

[0015] If it is in accordance with the above, the next diagnostic order is used as the current diagnostic order, and the corresponding diagnostic data is returned;

[0016] If not, returning to reacquire the diagnostic data according to the current diagnostic order;

[0017] When a preset termination condition is reached, the person information and all the diagnostic data are integrated to generate an ophthalmological diagnosis report.

[0018] Preferably, if the character information has corresponding historical information, generating the ophthalmological diagnosis scheme according to the historical information that meets the time interval requirement includes:

[0019] If the corresponding historical information exists, obtaining the historical information closest to the current time as reference historical information;

[0020] Determine whether the reference historical information meets the time interval requirement, where the time interval requirement is that the interval between the information time of the reference historical information and the current time meets a preset time interval;

[0021] If the time interval requirement is met, determining whether there is a review item in the reference history information;

[0022] If there is no review item, generating the ophthalmological diagnosis plan according to the reference history information and the person information;

[0023] If there are the review items, determining whether there are review results corresponding to the review items;

[0024] If there is no review result, generating the ophthalmological diagnosis plan according to the review items and the person information;

[0025] If there is a review result, determining whether the review result meets the preset review result;

[0026] If the preset review result is met, generating the ophthalmological diagnosis plan excluding the review items according to the person information;

[0027] If the preset review result is not met, the diagnosis plan list is generated according to the review items and the person information.

[0028] Furthermore, generating the diagnosis scheme list according to the review items and the person information includes:

[0029] Determine whether the review item has a corresponding associated item list;

[0030] If the associated item table exists, determining whether the associated item table contains the associated item that does not match the character information;

[0031] If there is no inconsistent associated item, generating the diagnosis scheme list according to the review items, the associated item table and the person information;

[0032] If there are any related items that do not match, the items are removed from the related item table and then the diagnosis plan list is generated by combining the review items and the person information;

[0033] If the associated item table does not exist, the diagnosis scheme list is generated according to the review items and the person information.

[0034] Preferably, generating diagnostic items and corresponding diagnostic order according to the ophthalmic diagnostic scheme includes:

[0035] Parsing the ophthalmological diagnosis plan to obtain each of the diagnostic items therein;

[0036] Determining whether there is a necessary order between the diagnostic items;

[0037] If the necessary order exists, obtaining the item priority corresponding to each of the diagnostic items;

[0038] Raising the project priority of the preceding project corresponding to the necessary order;

[0039] Generating the diagnosis order according to the priority of each item;

[0040] If the necessary order does not exist, the diagnosis order is generated according to the estimated waiting time of each of the diagnosis items.

[0041] Furthermore, if the necessary order does not exist, generating the diagnostic order according to the estimated waiting time of each diagnostic item includes:

[0042] If the necessary order does not exist, then the preset diagnosis time and the current number of people waiting for each diagnosis item are obtained;

[0043] Generate the estimated waiting time for each of the diagnostic items according to the current number of waiting people and the preset diagnosis time;

[0044] If there is the same estimated waiting time, the corresponding diagnostic item is used as a comparison item;

[0045] Forming a first sequence group of items for comparison according to the preset diagnosis time of the items for comparison from small to large;

[0046] The other diagnostic items are grouped into a second order according to the estimated waiting time from small to large;

[0047] Inserting the first sequence group as a whole into the second sequence group according to the estimated waiting time to generate the diagnosis sequence;

[0048] If the same estimated waiting time does not exist, the diagnostic order is generated according to the estimated waiting time of each diagnostic item.

[0049] Preferably, generating voice prompts corresponding to the diagnostic items according to the diagnostic order includes:

[0050] Playing language prompts to the target person in sequence according to the language list;

[0051] Determining whether the prompt feedback of the target person in response to the language prompt includes a confirmation voice corresponding to the language list;

[0052] If the corresponding confirmation voice is included, generating the project voice prompt corresponding to the diagnosis project based on the preset language corresponding to the confirmation voice and according to the diagnosis order;

[0053] If the corresponding confirmation voice is not included, generating the item voice prompt corresponding to the diagnostic item based on the default language and according to the diagnostic order;

[0054] The target person is recorded as a person of interest, and the corresponding diagnosis items and the corresponding diagnosis order are sent to the guide.

[0055] Furthermore, the playing of language prompts to the target person in sequence according to the language list includes:

[0056] Determining whether the target person has the historical information;

[0057] If there is the historical information, determining whether there is a voice prompt for the item in the historical information;

[0058] If yes, obtaining the language corresponding to the voice prompt of the item in the historical information as the selected language;

[0059] If not, obtaining the native place information of the target person, and obtaining the corresponding language as the selected language according to the native place information;

[0060] The language list is updated sequentially using the selected language as the first language, and the project voice prompts are played sequentially to the target person according to the updated language list;

[0061] If there is no historical information, the project voice prompts are played to the target person in sequence according to the language list with the largest proportion in all the historical information.

[0062] Preferably, the determining whether the diagnostic data meets the project requirements of the corresponding diagnostic project includes:

[0063] Parsing the diagnostic data to obtain the project name and project data therein;

[0064] Determine whether the project name meets the name requirements in the project requirements;

[0065] If the name requirement is not met, returning to reacquire the diagnostic data according to the current diagnostic order;

[0066] If the name requirement is met, determining whether the project data meets the data requirement in the project requirements;

[0067] If the data requirement is met, determining that the diagnostic data meets the project requirement of the corresponding diagnostic project;

[0068] If the data requirement is not met, determining whether the difference between the project data and the data requirement is greater than a difference threshold;

[0069] If it is greater than the difference threshold, returning to reacquire the diagnostic data according to the current diagnostic order;

[0070] If it is less than or equal to the difference threshold, it is determined that the diagnostic data does not meet the project requirement of the corresponding diagnostic project.

[0071] Preferably, if the corresponding historical information does not exist, generating an ophthalmological diagnosis plan according to the character information includes:

[0072] If the corresponding historical information does not exist, generating an information voice prompt;

[0073] Obtain prompt feedback corresponding to the target person and the information voice prompt;

[0074] Analyze the prompt feedback to obtain feedback features corresponding to the information voice prompt;

[0075] Determining a corresponding selection item according to the feedback feature;

[0076] Determine the corresponding basic item according to the character information;

[0077] The ophthalmological diagnosis plan is generated according to the selected items and the basic items.

[0078] Furthermore, after parsing the prompt feedback and acquiring the feedback feature corresponding to the information voice prompt, the method further includes:

[0079] Parsing the feedback feature to obtain feature attributes and corresponding attribute types;

[0080] Obtaining character attributes corresponding to the attribute type in the character information;

[0081] Determine whether the characteristic attribute of the same attribute type matches the character attribute;

[0082] If there is no match, determine whether the attribute type is a key type;

[0083] If it belongs to the critical type, an information confirmation prompt is generated;

[0084] determining whether to update the feedback feature according to the information confirmation feedback of the medical guide in response to the information confirmation prompt;

[0085] If it does not belong to the key type, a prompt identifier bound to the feedback feature is generated.

[0086] In summary, the ophthalmology guidance control method and system based on voice prompts provided by the present application determines whether there is historical information and chooses whether to generate an ophthalmology diagnosis plan based on character information or historical information, thereby generating project voice prompts corresponding to the diagnosis items according to the diagnosis order, and playing the corresponding project voice prompts in the current diagnosis order. According to the judgment result of whether the acquired diagnosis data meets the requirements of the corresponding project, it is selected whether to obtain the next diagnosis order or re-acquire the diagnosis data of the current diagnosis order, so as to cycle until the preset termination condition, integrate the character information and all diagnosis data to generate an ophthalmology diagnosis report. In this way, the target person can get the voice prompts according to the diagnosis order, improve the experience of the target person in ophthalmology diagnosis, and reduce labor costs. BRIEF DESCRIPTION OF THE DRAWINGS

[0087] Figure 1 This is a flow chart of the ophthalmology guidance control method based on voice prompts according to an embodiment of the present application. Figure 1 ;

[0088] Figure 2 This is a flow chart of the ophthalmology guidance control method based on voice prompts according to an embodiment of the present application. Figure 2 ;

[0089] Figure 3 This is a flow chart of the ophthalmology guidance control method based on voice prompts according to an embodiment of the present application. Figure 3 ;

[0090] Figure 4 This is a flow chart of the ophthalmology guidance control method based on voice prompts according to an embodiment of the present application. Figure 4 ;

[0091] Figure 5 This is a flow chart of the ophthalmology guidance control method based on voice prompts according to an embodiment of the present application. Figure 5 ;

[0092] Figure 6 This is a flow chart of the ophthalmology guidance control method based on voice prompts according to an embodiment of the present application. Figure 6 ;

[0093] Figure 7 This is a flow chart of the ophthalmology guidance control method based on voice prompts according to an embodiment of the present application. Figure 7 ;

[0094] Figure 8 This is a flow chart of the ophthalmology guidance control method based on voice prompts according to an embodiment of the present application. Figure 8 ;

[0095] Fig. 9 This is a flow chart of the ophthalmology guidance control method based on voice prompts according to an embodiment of the present application. Figure 9 ;

[0096] Fig.10 This is a flow chart of the ophthalmology guidance control method based on voice prompts according to an embodiment of the present application. Figure 10 . DETAILED DESCRIPTION

[0097] In order to enable those skilled in the art to better understand the technical solutions in this application, the following will be combined with the drawings in the embodiments of this application to clearly and completely describe the technical solutions in the embodiments of this application. Obviously, the described embodiments are only part of the embodiments of this application, not all of them. Based on the embodiments in this application, all other embodiments obtained by ordinary technicians in this field without creative work should fall within the scope of protection of this application.

[0098] In the first aspect, the present application provides an ophthalmology guidance control method based on voice prompts, see Figure 1 , including the following steps:

[0099] S101. Obtaining the target person's character information;

[0100] S102. If there is no corresponding historical information for the person information, an ophthalmological diagnosis plan is generated based on the person information;

[0101] S103. If the character information has corresponding historical information, an ophthalmological diagnosis plan is generated according to the historical information that meets the time interval requirements;

[0102] S104. Generate diagnostic items and corresponding diagnostic order according to the ophthalmological diagnosis scheme;

[0103] S105. Generate voice prompts corresponding to the diagnostic items according to the diagnostic order;

[0104] S106. Obtain the current diagnostic order as the current diagnostic order;

[0105] S107. Play the corresponding item voice prompt according to the current diagnostic order, and obtain the diagnostic data of the diagnostic items corresponding to the current diagnostic order;

[0106] S108. Determine whether the diagnostic data meets the project requirements of the corresponding diagnostic project;

[0107] S109. If it is in compliance, the next diagnostic order is used as the current diagnostic order, and the corresponding diagnostic data is returned;

[0108] S110. If it does not meet the requirements, return to re-acquire the diagnostic data according to the current diagnostic order;

[0109] S111. When the preset termination condition is reached, the person information and all diagnostic data are integrated to generate an ophthalmological diagnosis report.

[0110] The target person in step S101 refers to the person who needs ophthalmological consultation, and the person information refers to the relevant information of the target person, such as age, name, gender, contact information, past medical history, etc., which is usually obtained by the guide or reception staff, and of course can also be entered by the target person himself.

[0111] After obtaining the person's information, since most medical institutions currently establish medical archives, we first query whether there is corresponding historical information in the target person's information, and select subsequent specific steps based on the results. Among them, historical information is the historical archives stored in the medical system, and when querying, it can be retrieved according to the corresponding information in the person's information.

[0112] If there is no corresponding historical information, it means that the corresponding person information has no corresponding medical file, and then only step S102 can be executed to generate an ophthalmological diagnosis plan according to the person information. The ophthalmological diagnosis plan is a plan for ophthalmological diagnosis generated according to the person information.

[0113] If there is corresponding historical information, it means that the corresponding person information has corresponding medical records, and then it is determined whether the historical information meets the time interval requirement, and step S103 is executed to select the historical information that meets the time interval requirement as the source for generating the ophthalmological diagnosis plan. Among them, meeting the time interval requirement means that the historical information is within a preset time interval from the current time.

[0114] As obtained in step S104, the ophthalmological diagnosis plan includes diagnostic items and the order of each diagnostic item, i.e., the diagnostic order. The target person generally checks the corresponding diagnostic items according to the diagnostic order. Since the people who come to the ophthalmology department for diagnosis generally need eye treatment, they are different from ordinary people and may find it difficult to know the precautions of the current diagnostic item and which diagnostic item is the next diagnostic order from road signs or other signs. Therefore, step S105 is executed to generate project voice prompts corresponding to the diagnostic items according to the diagnostic order, so as to provide voice prompts to the target person.

[0115] It should be noted that, in actual applications, the voice prompt corresponding to the method may be played through the mobile terminal of the target person, or may be played through broadcasting according to the current location of the target person, and this embodiment does not impose any specific limitation.

[0116] When the target person reaches the corresponding diagnostic item according to the item voice prompt, step S106 is executed to obtain the current diagnostic order as the current diagnostic order, and then step S107 is executed to play the corresponding item voice prompt according to the current diagnostic order, and obtain the diagnostic data of the diagnostic item corresponding to the current diagnostic order.

[0117] In actual applications, diagnostic data is generated by medical equipment and obtained by diagnostic personnel. The data generated by each diagnostic project is different, so step S108 needs to be executed to determine whether the diagnostic data meets the project requirements of the corresponding diagnostic project.

[0118] If it is true, step S109 is executed to set the next diagnostic order as the current diagnostic order, and return to obtain the corresponding diagnostic data, so as to obtain the diagnostic data of the next diagnostic item.

[0119] If not, step S110 is executed to return to reacquire the diagnostic data according to the current diagnostic order, so as to reacquire the diagnostic data of the current diagnostic item.

[0120] The above steps S106 to S110 are looped until the preset termination condition is reached, and then step S111 is executed to integrate the person information and all diagnostic data to generate an ophthalmological diagnosis report, thereby forming an ophthalmological diagnosis result for the target person. The preset termination condition can be selected according to actual needs, and can be that the current diagnostic order is the last diagnostic order, or that the number of times the diagnostic data of a certain diagnostic item does not meet the requirements reaches a preset number threshold, and this embodiment does not make specific restrictions.

[0121] The ophthalmology guidance control method provided in this embodiment determines whether there is historical information and chooses whether to generate an ophthalmology diagnosis plan based on the person information or the historical information, thereby generating a project voice prompt corresponding to the diagnosis project according to the diagnosis order, and playing the corresponding project voice prompt in the current diagnosis order. According to the judgment result of whether the acquired diagnosis data meets the requirements of the corresponding project, it is selected whether to obtain the next diagnosis order or re-acquire the diagnosis data of the current diagnosis order, so as to cycle until the preset termination condition, integrate the person information and all the diagnosis data to generate an ophthalmology diagnosis report. In this way, the target person can get the voice prompt according to the diagnosis order, improve the experience of the target person in ophthalmology diagnosis, and reduce labor costs.

[0122] In one optional embodiment, see Figure 2 If the character information has corresponding historical information, the ophthalmological diagnosis scheme generated according to the historical information that meets the time interval requirements includes:

[0123] S201. If there is corresponding historical information, obtain the historical information closest to the current time as reference historical information;

[0124] S202. Determine whether the reference historical information meets the time interval requirement, where the time interval requirement is that the interval between the information time of the reference historical information and the current time meets the preset time interval;

[0125] S203. If the time interval requirement is met, determine whether there is a review item in the reference history information;

[0126] S204. If there is no review item, an ophthalmological diagnosis plan is generated based on the reference history information and person information;

[0127] S205. If there is a review item, determine whether there is a review result corresponding to the review item;

[0128] S206. If there is no review result, an ophthalmological diagnosis plan is generated according to the review items and person information;

[0129] S207. If there is a review result, determine whether the review result meets the preset review result;

[0130] S208. If the preset review result is met, an ophthalmological diagnosis plan excluding the review items is generated according to the person information;

[0131] S209. If the preset review result is not met, a diagnosis plan list is generated according to the review items and person information.

[0132] In actual applications, when selecting historical information that meets the time interval requirement, the target person may have multiple historical information, and step S201 needs to be executed to obtain the historical information closest to the current time as the reference historical information. However, many diagnostic data in ophthalmology diagnosis cannot refer to historical information with a long time interval, so step S202 needs to be executed to determine whether the reference historical information meets the time interval requirement. The time interval requirement is that the interval between the information time of the reference historical information and the current time meets the preset time interval.

[0133] If the time interval requirement is not met, you can choose to generate an ophthalmic diagnosis plan based on personal information or reference historical information according to actual needs, or you can generate an ophthalmic diagnosis plan based on reference historical information and personal information, that is, take the collection of diagnostic items corresponding to the two. This embodiment does not limit the specific choice.

[0134] If the time interval requirement is met, since the historical information generally includes review items, and the review items are diagnostic items that require extra attention, step S203 is executed to determine whether there are review items in the reference historical information.

[0135] If there is no review item, execute step S204 to generate an ophthalmic diagnosis plan based on the reference historical information and character information; if there is a review item, and the review item requires effective review feedback, execute step S205 to determine whether there is a review result corresponding to the review item.

[0136] If there is no re-examination result, it means that the corresponding re-examination item needs to be re-examined, and then step S206 is executed to generate an ophthalmological diagnosis plan according to the re-examination item and the person information. In which, a preliminary diagnosis plan is first generated according to the person information. If there is a diagnosis item corresponding to the re-examination item in the preliminary diagnosis plan, the corresponding diagnosis item is replaced with the re-examination item and it is marked as a re-examination mark. If there is no such item, the combination of the preliminary diagnosis plan and the re-examination item is taken.

[0137] If there is a review result, it means that the corresponding review item has been reviewed, then step S207 is executed to determine whether the review result meets the preset review result, so as to determine whether the review result is valid and whether the review item needs to be reviewed again.

[0138] If the preset review result is met, it means that the corresponding review result does not need to be diagnosed again, then execute step S208 to generate an ophthalmic diagnosis plan that does not include the review items based on the person information; if the preset review result is not met, it means that the corresponding review result needs to be diagnosed again, then execute step S209 to generate a diagnosis plan list based on the review items and person information.

[0139] The ophthalmic guidance control method provided in this embodiment determines in turn whether the historical information meets the time interval requirements, whether there are review items, whether there are review results corresponding to the review items, and whether they meet the preset review results, and selects different component information for generating an ophthalmic diagnosis plan, thereby achieving the generation of corresponding ophthalmic diagnosis plans according to different situations, thereby improving the adaptability of the ophthalmic guidance control method.

[0140] In one optional embodiment, see Figure 3 , a list of diagnostic solutions is generated based on the review items and person information, including:

[0141] S301. Determine whether the review project has a corresponding associated project table;

[0142] S302. If there is an associated project table, determine whether there are associated projects in the associated project table that do not match the character information;

[0143] S303. If there are no inconsistent related items, a diagnosis plan list is generated according to the review items, the related item table and the character information;

[0144] S304. If there are any inconsistent related items, remove the items from the related item table and generate a diagnosis plan list in combination with the review items and person information;

[0145] S305. If the associated item list does not exist, a diagnosis plan list is generated according to the review items and person information.

[0146] In actual application, the review item may have an associated item table, so step S301 needs to be executed to determine whether the review item has a corresponding associated item table. If the associated item table does not exist, step S305 is executed to generate a diagnosis plan list according to the review item and the person information.

[0147] If there is an associated item table, since the associated item table is a general table of associated items corresponding to the review items, it may include associated items that are not suitable for the character information. For example, there may be different associated items based on individual differences such as gender and age. Then, step S302 is executed to determine whether there are associated items in the associated item table that are inconsistent with the character information.

[0148] If there are no inconsistent associated items, it means that there are no associated items that are not suitable for the person information, and the largest set is selected as the diagnosis scheme list, that is, step S303 is executed to generate a diagnosis scheme list according to the review items, the associated item table and the person information;

[0149] If there are any inconsistent associated items, it means that there are associated items that are not suitable for the person information and need to be removed, then step S304 is executed to remove the items from the associated item table and then generate a diagnosis plan list in combination with the review items and the person information.

[0150] The ophthalmic guidance control method provided in this embodiment determines in turn whether there is a corresponding related item table and whether there are related items that do not match the character information, and selects different component information of the ophthalmic diagnosis plan generated according to the review items, thereby achieving the generation of corresponding ophthalmic diagnosis plans according to different situations of the review items, and further improving the adaptability of the ophthalmic guidance control method.

[0151] In one optional embodiment, see Figure 4 , according to the ophthalmology diagnosis scheme, the diagnostic items and corresponding diagnostic sequence are generated, including:

[0152] S401. Analyze the ophthalmic diagnosis plan to obtain each diagnostic item therein;

[0153] S402. Determine whether there is a necessary order between the various diagnostic items;

[0154] S403. If there is a necessary order, obtain the project priority corresponding to each diagnostic project;

[0155] S404. Raise the project priority of the preceding project corresponding to the necessary order;

[0156] S405. Generate a diagnostic order based on the priority of each project;

[0157] S406. If the necessary order does not exist, generate a diagnosis order according to the estimated waiting time of each diagnosis item.

[0158] In actual applications, the diagnostic order of different diagnostic items will affect each other, and some diagnostic items must be arranged before other items. Therefore, it is necessary to perform step S401 to parse the ophthalmic diagnostic scheme to obtain each diagnostic item therein, and then perform step S402 to determine whether there is a necessary order between each diagnostic item. The necessary order refers to the order that must be arranged before other items.

[0159] If a necessary order exists, step S403 is executed to obtain the project priority corresponding to each diagnostic item, and step S404 is executed to increase the project priority of the preceding item corresponding to the necessary order, and then step S405 is executed to generate a diagnostic order according to each item priority.

[0160] Among them, the project priority is the priority of each pre-set diagnostic project, the preceding project is the diagnostic project in the preceding order among the two projects with a necessary order, and increasing the project priority is to increase the priority of the corresponding project to the preset priority or to the preset value, that is, to adjust the project priority.

[0161] If there is no necessary sequence, it means that there is no necessary sequence between the diagnostic items, and then step S406 is executed to generate a diagnostic sequence according to the estimated waiting time of each diagnostic item.

[0162] The ophthalmic guidance control method provided in this embodiment chooses to generate a diagnostic order based on the adjusted item priorities, or chooses to generate a diagnostic order based on the expected waiting time, depending on whether there is a necessary order between the various diagnostic items. This allows the order between the diagnostic items to be affected to determine the specific diagnostic order, thereby improving the accuracy of the ophthalmic guidance control method.

[0163] In one optional embodiment, see Figure 5 If there is no necessary order, the diagnostic order generated according to the estimated waiting time of each diagnostic item includes:

[0164] S501. If there is no necessary order, obtain the preset diagnosis time and the current number of people waiting for each diagnosis item;

[0165] S502. Generate an estimated waiting time for each diagnostic item based on the current number of people waiting and the preset diagnosis time;

[0166] S503. If there is the same estimated waiting time, the corresponding diagnostic item is used as a comparison item;

[0167] S504. Forming a first sequence group for comparing the project according to the preset diagnosis time for the project from small to large;

[0168] S505. The other diagnostic items are grouped in a second order according to the expected waiting time from small to large;

[0169] S506. Insert the first sequence group as a whole into the second sequence group according to the expected waiting time to generate a diagnostic sequence;

[0170] S507. If there is no identical estimated waiting time, a diagnosis order is generated according to the estimated waiting time of each diagnosis item.

[0171] In actual applications, since many people may undergo ophthalmic diagnosis at the same time in a medical institution, the estimated waiting time for the diagnostic item needs to be determined based on the current number of people waiting. Therefore, it is necessary to execute step S501 to obtain the preset diagnostic time and the current number of people waiting for each diagnostic item, and then execute step S502 to generate the estimated waiting time for each diagnostic item based on the current number of people waiting and the preset diagnostic time.

[0172] Among them, the estimated diagnosis time is the diagnosis time pre-set for each item, the current waiting number is the number of people in the current diagnosis order in this diagnosis item, and the estimated waiting time in this embodiment is the product of the estimated diagnosis time multiplied by the current waiting number.

[0173] If there is no identical estimated waiting time, step S507 is executed to generate a diagnosis order according to the estimated waiting time of each diagnosis item. In this embodiment, the diagnosis order is generated from small to large according to the estimated waiting time.

[0174] If there is the same estimated waiting time, step S503 is executed to use the corresponding diagnostic item as the comparison item, and step S504 is executed to form a first sequence group of the comparison items from small to large according to the preset diagnostic time of the comparison items. Among them, the diagnostic order between each diagnostic item in the first sequence group can be based on the name length of the diagnostic item, or the diagnostic time of the diagnostic item itself or the number of waiting people, which is not specifically limited in this embodiment.

[0175] Other estimated waiting times may be longer or shorter than the estimated waiting time in step S504, so it is necessary to execute S505 to form a second sequence group with other diagnostic items according to the estimated waiting time from small to large, and then execute step S506 to insert the first sequence group as a whole into the second sequence group according to the estimated waiting time to generate a diagnostic sequence. For example, the estimated waiting time of the first sequence group is 360 seconds, and the estimated waiting time of the second sequence group is less than 360 seconds and greater than 360 seconds, and then the second sequence group can be divided into a first sub-sequence group and a second sub-sequence group, and finally the first sequence group is inserted between the first sub-sequence group and the second sub-sequence group according to the estimated waiting time from small to large.

[0176] The ophthalmic diagnosis guidance control method provided in this embodiment obtains the estimated waiting time for each diagnostic item, inserts the same estimated waiting time as a whole into other estimated waiting times, and generates a diagnostic order, so that the same estimated waiting time can have its corresponding diagnostic order, thereby improving the accuracy of the ophthalmic diagnosis guidance control method.

[0177] In one optional embodiment, see Figure 6, generating voice prompts corresponding to the diagnostic items according to the diagnostic order, including:

[0178] S601. Play language prompts to the target person in sequence according to the language list;

[0179] S602. Determine whether the target person's prompt feedback for the language prompt includes a confirmation voice corresponding to the language list;

[0180] S603. If a corresponding confirmation voice is included, then based on the preset language corresponding to the confirmation voice, and according to the diagnostic order, a project voice prompt corresponding to the diagnostic item is generated;

[0181] S604. If the corresponding confirmation voice is not included, a project voice prompt corresponding to the diagnostic item is generated based on the default language and in accordance with the diagnostic order;

[0182] S605. Record the target person as a person of interest, and send the corresponding diagnosis items and the corresponding diagnosis order to the guide.

[0183] In actual applications, different target persons can understand different languages, so it is necessary to perform step S601 to play language prompts to the target person in sequence according to the language list, and then perform S602 to determine whether the prompt feedback of the target person for the language prompt includes a confirmation voice corresponding to the language list. The prompt feedback is feedback including voice and other actions.

[0184] If a corresponding confirmation voice is included, it means that the target person confirms the selection of one of the languages, and then step S603 is executed to generate a project voice prompt corresponding to the diagnosis project based on the preset language corresponding to the confirmation voice and according to the diagnosis order.

[0185] If the corresponding confirmation voice is not included, it means that the target person cannot confirm any language, then step S604 is executed to generate project voice prompts corresponding to the diagnostic items based on the default language and according to the diagnostic order. The default language is Mandarin in this embodiment.

[0186] For a target person whose language cannot be confirmed, step S605 is executed to record the target person as a person of interest, and the corresponding diagnosis items and the corresponding diagnosis order are sent to the guide so that the guide can provide corresponding guidance or help.

[0187] The ophthalmological guidance control method provided in this embodiment selects a preset language based on the confirmation voice or a default language based on the prompt feedback of the target person regarding the language prompt, and generates project voice prompts corresponding to the diagnostic items according to the diagnostic order, so that the voice prompt can be set to the language required by the target person, otherwise it is set to the default language so as to be sent to the guidance personnel for guidance or assistance, thereby improving the applicability of the ophthalmological guidance control method.

[0188] In one optional embodiment, see Figure 7 , the language prompts played to the target person in sequence according to the language list include:

[0189] S701. Determine whether the target person has historical information;

[0190] S702. If there is historical information, determine whether there is a project voice prompt in the historical information;

[0191] S703. If yes, obtain the language corresponding to the project voice prompt in the historical information as the selected language;

[0192] S704. If not, obtain the target person's native place information, and obtain the corresponding language as the selected language according to the native place information;

[0193] S705. Update the language list in order by selecting the language as the first language, and play the project voice prompts to the target person in order according to the updated language list;

[0194] S706. If there is no historical information, play the project voice prompts to the target person in sequence according to the language list with the largest proportion in all historical information.

[0195] When generating a language list, in order to improve the efficiency of confirmation, step S701 is first executed to determine whether the target person has historical information. If there is no historical information, step S706 is executed to play the project voice prompts to the target person in sequence according to the language list with the largest proportion in all historical information, that is, the language list with the most selection in all historical information is selected.

[0196] If there is historical information, step S702 is executed to determine whether there is a project voice prompt in the historical information. In this embodiment, only the project voice prompts selected by the target person are recorded in the historical information.

[0197] If yes, execute step S703 to obtain the language corresponding to the project voice prompt in the historical information as the selected language; if not, execute step S704 to obtain the native place information of the target person, obtain the corresponding language as the selected language according to the native place information, and then execute step S705 to update the language list in sequence with the selected language as the first language, and play the project voice prompt to the target person in sequence according to the updated language list.

[0198] The ophthalmology guidance control method provided in this embodiment determines whether there is historical information and whether there is a voice prompt for the item in it, thereby determining different language lists according to various choices of the target person, thereby improving the accuracy of the ophthalmology guidance control method.

[0199] In one optional embodiment, see Figure 8 , to determine whether the diagnostic data meets the project requirements of the corresponding diagnostic project, including:

[0200] S801. Parse the diagnostic data to obtain the project name and project data;

[0201] S802. Determine whether the project name meets the name requirements in the project requirements;

[0202] S803. If the name requirement is not met, return to re-acquire the diagnostic data according to the current diagnostic order;

[0203] S804. If the name requirement is met, determine whether the project data meets the data requirements in the project requirements;

[0204] S805. If the data requirements are met, then the diagnostic data is determined to meet the project requirements of the corresponding diagnostic project;

[0205] S806. If the data requirements are not met, determine whether the difference between the project data and the data requirements is greater than the difference threshold;

[0206] S807. If the difference is greater than the threshold, return to reacquire the diagnostic data according to the current diagnostic order;

[0207] S808. If it is less than or equal to the difference threshold, it is determined that the diagnostic data does not meet the project requirements of the corresponding diagnostic project.

[0208] In actual applications, each diagnostic data includes a project name and project data. Obviously, the data volume of the project name is smaller than the data flow of the project name. Therefore, step S801 is first executed to parse the diagnostic data to obtain the project name and project data therein, and then step S802 is executed to determine whether the project name meets the name requirements in the project requirements.

[0209] If the name requirement is not met, it means that the project requirement is not met, and step S803 is executed to return to reacquire the diagnostic data according to the current diagnostic order.

[0210] If the name requirement is met, it means that the project data needs to be further judged, and step S804 is executed to judge whether the project data meets the data requirement in the project requirement. If the data requirement is met, step S805 is executed to judge whether the diagnosis data meets the project requirement of the corresponding diagnosis project.

[0211] If it does not meet the data requirements, it is necessary to determine whether the project data is obtained incorrectly, resulting in an abnormal judgment, or whether the obtained value is normal but does not meet the normal value, then execute step S806 to determine whether the difference between the project data and the data requirements is greater than the difference threshold.

[0212] If it is greater than the difference threshold, it means that an acquisition error has caused an abnormal judgment, and step S807 is executed to return to re-acquire the diagnostic data according to the current diagnostic order; if it is less than or equal to the difference threshold, it means that the acquisition is normal but does not meet the normal value, and step S808 is executed to determine that the diagnostic data does not meet the project requirements of the corresponding diagnostic project.

[0213] The ophthalmology guidance control method provided in this embodiment determines in turn whether the name requirements in the project requirements are met, whether the data requirements in the project requirements are met, and whether the degree of difference between the project data and the data requirements is greater than the difference threshold, thereby accurately judging whether the diagnostic data meets the project requirements of the corresponding diagnostic project, thereby improving the accuracy of the ophthalmology guidance control method.

[0214] In one optional embodiment, see Fig. 9 If there is no corresponding historical information, the ophthalmological diagnosis scheme generated based on the person information includes:

[0215] S901. If there is no corresponding historical information, a voice prompt is generated;

[0216] S902. Obtain prompt feedback corresponding to the target person and the information voice prompt;

[0217] S903. Analyze the prompt feedback and obtain the feedback characteristics corresponding to the information voice prompt;

[0218] S904. Determine the corresponding selection item according to the feedback characteristics;

[0219] S905. Determine the corresponding basic project according to the character information;

[0220] S906. Generate an ophthalmological diagnosis plan based on the selected items and basic items.

[0221] In order to improve the efficiency of generating an ophthalmic diagnosis plan based on character information, it is necessary to perform step S901, that is, if there is no corresponding historical information, generate an information voice prompt, and then perform step S902 to obtain prompt feedback corresponding to the target person and the information voice prompt. Among them, the information voice prompt is a voice prompt corresponding to the information required to form character information for the target person.

[0222] Execute step S093 to parse the prompt feedback and obtain feedback features corresponding to the information voice prompt. The feedback features are features possessed by the target person in the feedback of the information voice prompt, such as characteristic words or characteristic texts.

[0223] The corresponding selection items determined according to the feedback features in step S904 and the corresponding basic items determined according to the character information in step S905 are brought into step S906 to generate an ophthalmological diagnosis plan according to the selection items and the basic items. The selection items are the diagnosis items selected according to the feedback features in the information voice prompt, and the basic items are the diagnosis items directly generated according to the character information. The combination of the two forms the final ophthalmological diagnosis plan.

[0224] The ophthalmic guidance control method provided in this embodiment forms a final ophthalmic diagnosis plan based on the selection items determined by the feedback characteristics corresponding to the information voice prompt, combined with the collection of basic items determined according to the character information, thereby satisfying the temporary selection of the target person himself and his own character information, thereby improving the comprehensiveness of the ophthalmic guidance control method.

[0225] In one optional embodiment, see Fig.10 After parsing the prompt feedback and obtaining the feedback features corresponding to the information voice prompt, it also includes:

[0226] S1001. Parse feedback features to obtain feature attributes and corresponding attribute types;

[0227] S1002. Obtaining character attributes corresponding to the attribute type in character information;

[0228] S1003. Determine whether the characteristic attributes of the same attribute type match the character attributes;

[0229] S1004. If there is no match, determine whether the attribute type belongs to a key type;

[0230] S1005. If it is a critical type, generate an information confirmation prompt;

[0231] S1006. Determine whether to update the feedback feature based on the information confirmation feedback from the guide staff regarding the information confirmation prompt;

[0232] S1007. If it does not belong to the key type, generate a prompt mark bound to the feedback feature.

[0233] In actual applications, the feedback features in the prompt feedback of the target person may not be accurate, for example, the target person may misunderstand the information voice prompt, or his / her own consciousness may be biased, etc. Therefore, it is necessary to perform step S1001 to parse the feedback features to obtain the feature attributes and the corresponding attribute types, and perform step S1002 to obtain the person attributes corresponding to the attribute types in the person information, and then perform step S1003 to determine whether the feature attributes and person attributes of the same attribute type match. Among them, the feature attributes and person attributes are attributes such as gender, name, age, etc., and the attribute type refers to the specific type of the aforementioned attribute.

[0234] If they match, no processing is performed; if they do not match, for example, the feature attribute is male, but the character attribute is female, step S1004 is executed to determine whether the attribute type belongs to a key type. The key type refers to a type that directly affects the determination of the selected item.

[0235] If it is a key type, for example, the aforementioned gender is a key type, then step S1005 is executed to generate an information confirmation prompt, and then step S1006 is executed to determine whether to update the feedback feature according to the information confirmation feedback of the guide staff for the information confirmation prompt. Among them, the information confirmation feedback is a further confirmation feedback made by the guide staff according to the target person. If the information confirmation feedback is inconsistent with the feedback feature, the feedback feature needs to be updated.

[0236] If it does not belong to the key type, step S1007 is executed to generate a prompt mark bound to the feedback feature, so that in the subsequent diagnosis, the non-corresponding attribute type is prompted to the diagnosis personnel and the guidance personnel according to the prompt mark.

[0237] The ophthalmological guidance control method provided in this embodiment obtains feature attributes and corresponding attribute types, and obtains person attributes corresponding to the attribute types. Based on the judgment results of whether the feature attributes of the same attribute type match the person attributes and whether they belong to key types, it chooses whether to update the feedback feature according to the information confirmation feedback, or to choose to generate a prompt mark bound to the feedback feature, thereby improving the accuracy of the feedback feature and further improving the accuracy of the ophthalmological guidance control method.

[0238] It should be understood that, although the steps in the flowchart of the accompanying drawings are displayed in sequence as indicated by the arrows, these steps are not necessarily executed in sequence in the order indicated by the arrows. Unless otherwise specified herein, there is no strict order restriction on the execution of these steps, and they can be executed in other orders, that is, the execution order between each other can be reasonably arranged according to actual needs. Moreover, at least a part of the steps in the flowchart of the accompanying drawings may include multiple sub-steps or multiple stages, and these sub-steps or stages are not necessarily executed at the same time, but can be executed at different times, and their execution order is not necessarily sequential, but can be executed in turn or alternately with other steps or at least a part of the sub-steps or stages of other steps.

[0239] It should also be noted that, in this specification, relational terms such as first and second, etc. are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Moreover, the terms "comprises", "comprising" or any other variants thereof are intended to cover non-exclusive inclusion, so that a process, method, article or device including a series of elements includes not only those factors, but also other elements not explicitly listed, or also includes elements inherent to such process, method, article or device. In the absence of further restrictions, an element defined by the statement "comprising a ..." does not exclude the presence of other identical elements in the process, method, article or device including the element.

[0240] The above description of the disclosed embodiments enables those skilled in the art to implement or use the present application. Various modifications to these embodiments will be apparent to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the present application. Therefore, the present application will not be limited to the embodiments shown herein, but will conform to the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. A method for controlling ophthalmological guidance based on voice prompts, characterized in that: The following steps are involved: Get the target person's personal information; If there is no corresponding historical information for the character information, generating an ophthalmological diagnosis plan according to the character information; If the character information has corresponding historical information, generating the ophthalmological diagnosis plan according to the historical information that meets the time interval requirement; generating diagnostic items and corresponding diagnostic sequences according to the ophthalmological diagnostic scheme; Generating a voice prompt corresponding to the diagnostic item according to the diagnostic order; Acquire the current diagnosis order as the current diagnosis order; Playing the corresponding item voice prompt according to the current diagnostic order, and acquiring the diagnostic data of the diagnostic item corresponding to the current diagnostic order; Determining whether the diagnostic data meets the project requirements of the corresponding diagnostic project; If it is in accordance with the above, the next diagnostic order is used as the current diagnostic order, and the corresponding diagnostic data is returned; If not, returning to reacquire the diagnostic data according to the current diagnostic order; When a preset termination condition is reached, integrating the person information and all the diagnostic data to generate an ophthalmological diagnosis report; Wherein, if the character information has corresponding historical information, generating the ophthalmological diagnosis scheme according to the historical information that meets the time interval requirement includes: If the corresponding historical information exists, obtaining the historical information closest to the current time as reference historical information; Determine whether the reference historical information meets the time interval requirement, where the time interval requirement is that the interval between the information time of the reference historical information and the current time meets a preset time interval; If the time interval requirement is met, determining whether there is a review item in the reference history information; If there is no review item, generating the ophthalmological diagnosis plan according to the reference history information and the person information; If there are the review items, determining whether there are review results corresponding to the review items; If there is no review result, generating the ophthalmological diagnosis plan according to the review items and the person information; If there is a review result, determining whether the review result meets the preset review result; If the preset review result is met, generating the ophthalmological diagnosis plan excluding the review items according to the person information; If the preset review result is not met, the diagnosis plan list is generated according to the review items and the person information.

2. The ophthalmology guidance control method according to claim 1, characterized in that: The generating the diagnosis scheme list according to the review items and the person information comprises: Determine whether the review item has a corresponding associated item list; If the associated item table exists, determining whether the associated item table contains the associated item that does not match the character information; If there is no inconsistent associated item, generating the diagnosis scheme list according to the review items, the associated item table and the person information; If there are any related items that do not match, the items are removed from the related item table and then the diagnosis plan list is generated by combining the review items and the person information; If the associated item table does not exist, the diagnosis scheme list is generated according to the review items and the person information.

3. The ophthalmology guidance control method according to claim 1, characterized in that: The generating of diagnostic items and corresponding diagnostic sequence according to the ophthalmological diagnostic scheme comprises: Parsing the ophthalmological diagnosis plan to obtain each of the diagnostic items therein; Determining whether there is a necessary order between the diagnostic items; If the necessary order exists, obtaining the item priority corresponding to each of the diagnostic items; Raising the project priority of the preceding project corresponding to the necessary order; Generating the diagnosis order according to the priority of each item; If the necessary order does not exist, the diagnosis order is generated according to the estimated waiting time of each of the diagnosis items.

4. The ophthalmology diagnosis guidance control method according to claim 3, characterized in that: If the necessary order does not exist, generating the diagnostic order according to the estimated waiting time of each diagnostic item includes: If the necessary order does not exist, then the preset diagnosis time and the current number of people waiting for each diagnosis item are obtained; Generate the estimated waiting time for each of the diagnostic items according to the current number of waiting people and the preset diagnosis time; If there is the same estimated waiting time, the corresponding diagnostic item is used as a comparison item; Forming a first sequence group of items for comparison according to the preset diagnosis time of the items for comparison from small to large; The other diagnostic items are grouped into a second order according to the estimated waiting time from small to large; Inserting the first sequence group as a whole into the second sequence group according to the estimated waiting time to generate the diagnosis sequence; If the same estimated waiting time does not exist, the diagnostic order is generated according to the estimated waiting time of each diagnostic item.

5. The ophthalmology diagnosis guidance control method according to claim 1, characterized in that: Generating a voice prompt corresponding to the diagnosis item according to the diagnosis order includes: Playing language prompts to the target person in sequence according to the language list; Determining whether the prompt feedback of the target person in response to the language prompt includes a confirmation voice corresponding to the language list; If the corresponding confirmation voice is included, generating the project voice prompt corresponding to the diagnosis project based on the preset language corresponding to the confirmation voice and according to the diagnosis order; If the corresponding confirmation voice is not included, generating the item voice prompt corresponding to the diagnostic item based on the default language and according to the diagnostic order; The target person is recorded as a person of interest, and the corresponding diagnosis items and the corresponding diagnosis order are sent to the guide.

6. The ophthalmology diagnosis guidance control method according to claim 5, characterized in that: Playing the language prompts to the target person in sequence according to the language list includes: Determining whether the target person has the historical information; If there is the historical information, determining whether there is a voice prompt for the item in the historical information; If yes, obtaining the language corresponding to the voice prompt of the item in the historical information as the selected language; If not, obtaining the native place information of the target person, and obtaining the corresponding language as the selected language according to the native place information; The language list is updated sequentially using the selected language as the first language, and the project voice prompts are played sequentially to the target person according to the updated language list; If there is no historical information, the project voice prompts are played to the target person in sequence according to the language list with the largest proportion in all the historical information.

7. The ophthalmology diagnosis guidance control method according to claim 1, characterized in that: The determining whether the diagnostic data meets the project requirements of the corresponding diagnostic project includes: Parsing the diagnostic data to obtain the project name and project data therein; Determine whether the project name meets the name requirements in the project requirements; If the name requirement is not met, returning to reacquire the diagnostic data according to the current diagnostic order; If the name requirement is met, determining whether the project data meets the data requirement in the project requirements; If the data requirement is met, determining that the diagnostic data meets the project requirement of the corresponding diagnostic project; If the data requirement is not met, determining whether the difference between the project data and the data requirement is greater than a difference threshold; If it is greater than the difference threshold, returning to reacquire the diagnostic data according to the current diagnostic order; If it is less than or equal to the difference threshold, it is determined that the diagnostic data does not meet the project requirement of the corresponding diagnostic project.

8. The ophthalmology diagnosis guidance control method according to claim 1, characterized in that: If the corresponding historical information does not exist, generating an ophthalmological diagnosis plan according to the character information includes: If the corresponding historical information does not exist, generating an information voice prompt; Obtain prompt feedback corresponding to the target person and the information voice prompt; Analyze the prompt feedback to obtain feedback features corresponding to the information voice prompt; Determining a corresponding selection item according to the feedback feature; Determine the corresponding basic item according to the character information; The ophthalmological diagnosis plan is generated according to the selected items and the basic items.

9. The ophthalmology diagnosis guidance control method according to claim 8, characterized in that: After parsing the prompt feedback and acquiring the feedback feature corresponding to the information voice prompt, the method further includes: Parsing the feedback feature to obtain feature attributes and corresponding attribute types; Obtaining character attributes corresponding to the attribute type in the character information; Determine whether the characteristic attribute of the same attribute type matches the character attribute; If there is no match, determine whether the attribute type is a key type; If it belongs to the critical type, an information confirmation prompt is generated; determining whether to update the feedback feature according to the information confirmation feedback of the medical guide in response to the information confirmation prompt; If it does not belong to the key type, a prompt identifier bound to the feedback feature is generated.

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