CN111739597A

CN111739597A - Medical scheme generation method and system

Info

Publication number: CN111739597A
Application number: CN202010584717.0A
Authority: CN
Inventors: 王伟
Original assignee: Shanghai Hechuan Pharmaceutical Consulting Co ltd
Current assignee: Shanghai Hechuan Pharmaceutical Consulting Co ltd
Priority date: 2020-06-23
Filing date: 2020-06-23
Publication date: 2020-10-02

Abstract

The invention relates to a medical scheme generation method and a system, wherein the method comprises the following steps: establishing a medical scheme template; designing corresponding problems aiming at the established medical scheme template to form a problem set; when a medical scheme is created, a blank medical scheme is established according to the medical scheme template; acquiring the reply content of the user for the questions in the question set and forming corresponding reply data; and processing the reply data, and filling the processed reply data into the established blank medical scheme to generate the medical scheme, thereby completing the creation of the medical scheme. According to the invention, the doctor can be helped to sort out the corresponding medical scheme only by answering the corresponding questions, so that the medical scheme is generated simply, conveniently and quickly, and the working pressure of the doctor can be reduced.

Description

Medical scheme generation method and system

Technical Field

The invention relates to the technical field of internet, in particular to a medical scheme generation method and a medical scheme generation system.

Background

Clinical scientific research is an important field of medicine, and comprises the columns of clinical research, clinical monographs, traditional Chinese medicine, clinical pharmacy, examination and diagnosis, case reports, work research and the like.

In the initial stage of clinical scientific research, doctors are required to write medical schemes, and then consult with enterprises through the medical schemes, scientific research establishment is formed after cooperation is successful, and finally scientific research achievements are obtained. The first step of scientific research establishment is to require a high-quality or high-feasibility medical scheme, so that cooperation with enterprises can be smoothly facilitated, the current medical scheme is written by a clinician in person, a great deal of time and energy are needed for the clinician, however, the workload of the clinician in a hospital is very large, the great pressure is undoubtedly brought to the clinician, and further certain hindrance is brought to clinical scientific research.

Disclosure of Invention

The invention aims to overcome the defects of the prior art, provides a medical scheme generation method and a medical scheme generation system, and solves the problem that the writing of the existing medical scheme brings great pressure to doctors so as to hinder clinical scientific research.

The technical scheme for realizing the purpose is as follows:

the invention provides a medical scheme generation method, which comprises the following steps:

establishing a medical scheme template;

designing corresponding problems aiming at the established medical scheme template to form a problem set;

when a medical scheme is created, a blank medical scheme is established according to the medical scheme template;

acquiring the reply content of the user for the questions in the question set and forming corresponding reply data; and

and processing the reply data, and filling the processed reply data into the established blank medical scheme to generate the medical scheme, thereby completing the creation of the medical scheme.

The invention provides a medical scheme generation method, which can help a doctor to sort out a corresponding medical scheme only by answering the corresponding questions, so that the medical scheme is generated simply, conveniently and quickly, and the working pressure of the doctor can be reduced. Compared with the method for generating the medical scheme by writing the medical scheme by a doctor in person, the method for generating the medical scheme can greatly save time and cost, provide a high-quality medical scheme for clinical scientific research and further promote the development of medical technology.

In a further improvement of the medical scheme generation method of the present invention, the method further comprises:

designing jump execution logic for all the problems in the problem set;

when the medical scheme is created, the user is asked the corresponding question and the reply content is obtained according to the designed jump execution logic.

acquiring reply contents of a user aiming at the grouping number of medical research crowds;

and establishing research questions corresponding to each group of people according to the group quantity of the people, and asking the established research questions corresponding to each group of people to the user one by one to obtain corresponding reply contents.

In a further improvement of the medical scenario generation method of the present invention, the method further comprises generating a corresponding budget scenario for the generated medical scenario:

acquiring test columns, detection columns and statistical columns in the generated medical scheme;

providing a supplier type for a user according to the obtained test column, detection column and statistical column for selection;

and acquiring the type of the provider selected by the user, associating the budget cost corresponding to the type of the provider with the acquired test column, detection column and statistical column, and further generating a budget scheme corresponding to the generated medical scheme.

In a further improvement of the medical scenario generation method of the present invention, the method further comprises generating a budget scenario:

establishing a budget scheme template according to the medical scheme;

designing a plurality of budget sub-items and corresponding budget expenses for the budget scheme template;

when a budget scheme is created, a blank budget scheme is established according to the budget scheme template;

and acquiring an instruction of a user for selecting the corresponding budget sub-item and filling the selected budget sub-item and the corresponding budget cost into the blank budget scheme to form the budget scheme.

The invention also provides a medical plan generating system, comprising:

the template design unit is used for establishing a medical scheme template and designing corresponding problems aiming at the established medical scheme template so as to form a problem set;

the scheme creating unit is connected with the template designing unit and is used for creating a blank medical scheme according to the medical scheme template in the template designing unit;

the content acquisition unit is connected with the scheme creation unit and the template design unit and is used for acquiring the reply content of the user aiming at the questions in the question set and forming corresponding reply data; and

and the content processing unit is connected with the scheme creating unit and the content acquisition unit and is used for processing the reply data acquired by the content acquisition unit and filling the processed reply data into the blank medical scheme established by the scheme creating unit to generate a medical scheme so as to complete the creation of the medical scheme.

The medical scheme generation system is further improved in that the template design unit is also used for designing jump execution logic for all the problems in the problem set;

and when the content acquisition unit acquires the reply content of the user aiming at the questions in the question set, the content acquisition unit asks the corresponding questions to the user according to the designed jump execution logic and acquires the reply content.

The medical scheme generation system is further improved in that the content processing unit is also used for acquiring reply contents of the users aiming at the grouping number of the medical research crowds, and further sending the grouping number of the crowds to the scheme creation unit and the content acquisition unit;

the scheme creating unit establishes blank columns corresponding to each group of people in blank medical schemes according to the group number of the people;

the content acquisition unit establishes research questions corresponding to each group of people according to the group quantity of people, and asks the established research questions corresponding to each group of people to the user one by one to obtain corresponding reply content.

The medical scheme generating system is further improved in that the medical scheme generating system further comprises a budget generating unit, wherein the budget generating unit is connected with the scheme creating unit;

the budget generating unit is configured to acquire the test columns, the detection columns, and the statistics columns in the medical scheme generated by the scheme creating unit, and associate the corresponding budget costs with the acquired test columns, the detection columns, and the statistics columns according to the acquired vendor type selected by the user, so as to generate a budget scheme corresponding to the generated medical scheme.

The medical scheme generating system is further improved in that the medical scheme generating system further comprises a budget scheme creating unit connected with the template design unit;

the template design unit is also used for establishing a budget scheme template and designing a plurality of budget subitems and corresponding budget expenses for the budget scheme template;

the budget scheme creating unit is used for creating a blank budget scheme template, acquiring an instruction of a budget sub-item selected by a user and filling the selected budget sub-item and the corresponding budget cost into the blank budget scheme to form the budget scheme.

Generating corresponding reply data; and

Drawings

FIG. 1 is a flow chart of a medical protocol generation method of the present invention.

FIG. 2 is a system diagram of a medical protocol generation system of the present invention.

FIG. 3 is a diagram of a physician interface in the medical protocol generation method and system of the present invention.

FIG. 4 is a cross-sectional view of a background administrator in the medical protocol generation method and system of the present invention.

Fig. 5 is a schematic structural diagram of the medical scenario generation method and system of the present invention for obtaining the reply content of the doctor.

Fig. 6 is a schematic structural diagram of a medical scheme generated in the medical scheme generation method and system of the invention.

Fig. 7 is a schematic structural diagram of a doctor solution acquired during budget generation in the medical solution generation method and system of the present invention.

FIG. 8 is a schematic structural diagram of a budget scenario generation method and system according to the present invention.

Detailed Description

The invention is further described with reference to the following figures and specific examples.

Referring to fig. 1, the invention provides a medical scheme generation method and system, which aim to help doctors to generate their own clinical research schemes conveniently and quickly, and also generate budgets, thereby greatly reducing the working pressure of the doctors, saving the time for the doctors to write the medical schemes, and further promoting the development and progress of clinical research. The medical scheme generation method and the medical scheme generation system of the invention ask the doctor for the pre-designed questions, acquire and record the reply contents of the doctor to the questions, and then carry out the processing of sorting, arranging and the like on the reply contents, thereby generating the medical scheme. The medical scheme generation method and system of the present invention will be described with reference to the accompanying drawings.

Referring to FIG. 2, a system diagram of the medical protocol generation system of the present invention is shown. The medical plan generating system of the present invention will be described with reference to fig. 2.

As shown in fig. 2, the medical plan generating system of the present invention includes a template designing unit 21, a plan creating unit 22, a content acquiring unit 23, and a content processing unit 24, wherein the template designing unit 21 is connected to the plan creating unit 22, the plan creating unit 22 is connected to the content acquiring unit 23 and the content processing unit 24, the content acquiring unit 23 is further connected to the template designing unit 21, and the content processing unit 24 is further connected to the content acquiring unit 23. Specifically, the template design unit 21 is configured to establish a medical scheme template, and design a corresponding problem for the established medical scheme template to form a problem set; the plan creating unit 22 is used for creating a blank medical plan, i.e. a new medical plan, according to the medical plan template in the template designing unit 21; the content acquisition unit 23 is configured to acquire response content of the user for the questions in the question set and form corresponding response data, and preferably, the content acquisition unit 23 asks the questions in the question set to the user and receives the response content of the user to form response data; the content processing unit 24 is configured to process the reply data acquired by the content acquisition unit 23, and fill the processed reply data into the blank medical plan created by the plan creation unit to generate a medical plan, thereby completing creation of the medical plan.

The medical scheme generating system of the invention further comprises a storage unit, wherein the template design unit 21 is used for predefining a medical scheme template, the predefined medical scheme template is stored in the storage unit, and the predefined medical scheme template is matched with the type of clinical research so as to fully cover the requirements of doctors. The template design unit 21 sets questions for corresponding questions designed by the established medical scheme template, specifically, according to contents to be filled in by each column in the medical scheme template, so as to obtain the contents of each column of the medical scheme correspondingly in a question asking manner, thereby automatically generating the medical scheme. Preferably, the question sets are stored in correspondence with the medical scheme templates, that is, one medical scheme template is associated with one question set, and when a medical scheme needs to be established, questions in the corresponding question set are selected for questioning, and then the corresponding medical scheme is generated by processing according to the reply content.

Preferably, the medical scheme template established by the template design unit 21 is a document structure, the document structure of the medical scheme template includes a plurality of columns, each column is correspondingly provided with a column title, and further, the column titles of some columns are also provided with a plurality of column subtitles, so as to subdivide the scheme content. Still further, some columns include active sub-columns, that is, the sub-columns under the column may be increased or decreased, and the specific number of sub-columns may be set according to the user's specification or response content.

In a preferred embodiment, the template design unit 21 establishes two medical plan templates, one being a medical plan template for interventional studies for generating a medical plan for interventional studies and the other being a medical plan template for observational studies for generating a medical plan for observational studies.

In an embodiment of the present invention, the template design unit 21 is further configured to design jump execution logic for all questions in the question set; when the content acquisition unit 23 acquires the reply content of the user for the question in the question set, the content acquisition unit 23 reads the corresponding jump execution logic, and asks the corresponding question to the user according to the jump execution logic and acquires the reply content. Further, the content acquisition unit 23 acquires the corresponding reply content, that is, stores the reply content, thereby implementing real-time archiving.

Preferably, the skip execution logic sorts the problems according to the order of each column in the medical scheme template, so as to predefine the order in which each problem in the problem set appears. Further, the skip execution logic further includes a selection tree logic relationship corresponding to a certain column, specifically, the problem corresponding to a certain column includes a plurality of options for the user to select, and the corresponding problems are designed to be associated corresponding to the options so as to form the selection tree logic relationship. For example, is the question for the study design column a random-control or non-random-control study? Two options are provided for the question, one is a random control study, the other is a non-random control study, a series of questions corresponding to the random control study are associated after the random control study, and the questions of the next column are associated after the non-random control study, so that the selection tree logic relationship jumps to different questions according to the response content of the user.

In a specific embodiment of the present invention, the content processing unit 24 is further configured to obtain reply content of the user for the number of the medical research crowd groups, and further send the number of the crowd groups to the scheme creating unit 22 and the content acquiring unit 23; the plan creating unit 22 establishes blank columns corresponding to each group of people in the blank medical plan according to the group number of the people; the content acquisition unit 23 establishes research questions corresponding to each group of people according to the group number of people, and asks the established research questions corresponding to each group of people to the user one by one to obtain corresponding reply content.

Preferably, the content collecting unit 23 establishes the research questions corresponding to each group of people according to the group number of people, then sequentially adds the groups of research questions into the question set, and when the research questions of the first group of people are asked, sequentially asks the research questions of each group of people to the user.

In a specific embodiment of the present invention, the content processing unit 24 processes the answer data, including semantic conflict processing, semantic word deletion processing, and logic sorting processing, specifically, the content processing unit 24 includes a text processing module, a semantic word processing module, and a logic processing module, where the text processing module is connected to the content acquisition unit 23, and is configured to convert the answer data obtained by the content acquisition unit into text data, and further add a separator to the text data to perform word division. The semantic processing module acquires words obtained by the division of the text processing module, semantic analysis is carried out on all words in each sentence text in the text data, when multiple words with semantic conflict exist in the sentence text, the words with similar meanings to all words in adjacent sentence texts are reserved and deletion lines are added to the conflicting words to mark so as to remind a user of modification when a scheme is generated. The tone processing module acquires text data subjected to semantic conflict processing, compares terms in the text data with tone words stored in a storage unit in advance, deletes a term if the term is a tone word, and retains the term if the term is not a tone word. The logic processing module obtains the text data processed by the tone processing module, and judges the relationship between the sentences of the text data, so as to adjust the sequence of each sentence to obtain text data conforming to the logic, and further send the text data conforming to the logic to the scheme creating unit 22, and the scheme creating unit 22 fills the text data conforming to the logic into the columns corresponding to the blank medical scheme.

In an embodiment of the present invention, the medical scheme generating system of the present invention further includes a budget generating unit, which is connected to the scheme creating unit 22 and is configured to provide a function of generating a budget for the medical scheme created by the scheme creating unit 22. Specifically, the budget generating unit is configured to acquire a test column, a detection column, and a statistics column in the medical scheme generated by the scheme creating unit 22, and associate the corresponding budget cost with the acquired test column, the detection column, and the statistics column according to the acquired type of the provider selected by the user, so as to generate a budget scheme corresponding to the generated medical scheme. Preferably, the budget scheme is generated and stored in the storage unit in a form of a document, and the budget scheme belongs to the medical scheme, and when the user views the medical scheme later, the budget scheme follows the medical scheme.

Specifically, when the plan creating unit 22 completes generation of the medical plan, a budget generating button is displayed on the user interface, and when the user clicks the budget generating button, a budget generating instruction is formed, and the budget generating instruction triggers the budget generating unit to generate the budget plan for the medical plan.

Further, when the user needs to perform the budget scheme generation, the provider type is provided for the user to select, and then the corresponding budget cost is obtained according to the provider type selected by the user, preferably, each provider type and the budget cost corresponding to the provider type are stored in the storage unit in advance, and then after the provider type selected by the user is obtained, the budget cost corresponding to the provider type can be directly read from the storage unit. Then, the budget generating unit obtains the column of the medical scheme generated by the scheme creating unit 22, which needs to be accounted, and then finds out the specific matched cost from the budget costs of the supplier type according to the existing column in the medical scheme, and finally, sums up and forms a cost detail table as the budget scheme. Specifically, the budget in clinical medical research includes the cost of the test process manpower, the test items and the statistical work, and in the prior art, if a doctor wants to know the budget of the medical scheme, the doctor needs to communicate with the supplier one by one according to each work, which wastes time and energy. The budget generating unit can directly acquire the related budget columns from the medical scheme after the medical scheme is generated, and then automatically provide the budget scheme according to the supplier type selected by the user, so that the time cost of a doctor can be greatly reduced, and the convenience is brought to the doctor.

Still further, the budget generating unit is further configured to receive a user-defined input from the user, and add a type and cost information of the user-defined input to the budget scheme. Therefore, a user-defined function is provided for the user, and the budget scheme can be adjusted according to actual needs.

Furthermore, the budget generating unit is further configured to provide a pre-designed budget option for the user to select, and after the user has chosen the corresponding budget option, the budget generating unit adds the budget option chosen by the user and the corresponding budget cost to the budget scheme. Specifically, the budget options include SMO, CRO, audit, cold chain, EDC, and article publication, wherein the cold chain is pre-provisioned as TBD, and the specific fee information needs to be dominated by offline communication.

In one embodiment of the present invention, the medical plan generating system of the present invention further includes a budget plan creating unit connected to the template designing unit 21; the budget solution creation unit is adapted to directly generate the budget solution without being based on generating the medical solution. The template design unit 21 is further configured to establish a budget scheme template, and design a plurality of budget sub-items and corresponding budget costs for the budget scheme template; the budget scheme creating unit is used for establishing a blank budget scheme template, acquiring an instruction of a budget sub-item selected by a user and filling the selected budget sub-item and the corresponding budget cost into the blank budget scheme to form the budget scheme. The budget scheme creating unit is used for creating a new budget scheme, so that budget convenience is provided for doctors, namely when the doctors have a preliminary research direction, the budget scheme creating unit can roughly know the total cost of related budgets, and guidance is provided for subsequent medical scheme generation and clinical scientific research establishment.

Specifically, a plurality of budget sub-items and corresponding budget fees are stored in the storage unit, the budget sub-items include SMO, CRO, audit, cold chain, central laboratory, gene detection, EDC, data statistics, article publication and other self-defining items, wherein the fees of the cold chain, the gene detection and the central laboratory are marked as TBD, the fees need to be mainly communicated offline, and other self-defining fees are designed to obtain user input values and can be defined by users.

Preferably, after the budget scheme creating unit generates the budget scheme, the budget scheme is stored in the storage unit in a document form and is displayed in the "my budget" of the user interface, so as to facilitate the user to view the budget scheme later.

In one embodiment of the present invention, the medical protocol generation unit of the present invention further comprises: and the medical unit input unit is used for providing the medical metering units established by budget for the user, and filling the corresponding medical metering units into the corresponding positions of the medical scheme when the corresponding medical metering units are selected by the user. Therefore, the user can conveniently input more complicated medical measurement units, and convenience is provided for the user.

In a specific embodiment of the present invention, the medical scenario generation system of the present invention is an application program, and can be directly installed on a PC; the APP can also be directly installed at a mobile phone end or a PC end webpage, namely, the APP can be directly accessed through the webpage; or an applet which can be accessed directly through a mobile phone. The medical scheme generation system of the invention provides a platform, and the user is a doctor and provides functions of registration, login, scheme generation, scheme release, budget generation and the like for the doctor. As shown in fig. 3, a doctor interface diagram of the medical scenario generation platform of the present invention is displayed, and five buttons are displayed, which are a registration/login button, a release scenario button, a voice entry button, a generation provider budget button, and a personal center button, respectively, where the registration/login button is used for registration and login of a doctor user, a doctor employee card needs to be provided during registration, and the function of the doctor identity can be normally used after identity verification, and if the verification fails, the doctor interface diagram is accessed by a visitor identity. If the doctor accords with the subsidiary job title of the third hospital and above, the head portrait of the doctor user is lightened to be a big coffee mark. If a doctor user needs to generate a medical scheme, the doctor user can click a voice input button to start generation of the medical scheme, preset questions are displayed on a client used by the doctor user, the doctor user can select the questions by clicking a screen, reply contents can be input by voice through the voice button, and the reply contents of the voice input are directly associated and stored with the questions after the medical scheme generation system receives the reply contents of the voice input. The content processing unit 24 converts the response content of the voice input into a text, and displays the text on the screen of the doctor user, so that the doctor user can check the text conveniently, and can directly modify the text when an error exists. The doctor user can edit the reply content in the scheme generating process, and click the submission button after the reply content is confirmed to be correct, so that the generation of the medical scheme is completed. In the process of answering by a doctor user, the system stores the answered questions and answers on the server in real time through a cache mechanism, and if the user exits midway and returns to the page, the result of the previous answering can be automatically obtained without repeatedly answering. After the medical scheme is submitted, the system automatically stores the PDF format file with the medical research watermark, the watermark appears at the lower right corner of the PDF, the stored medical scheme can be displayed in a page of the personal center, and a doctor user can check or download the medical scheme by clicking the personal center if the doctor user needs to check or download the medical scheme. After the medical plan is generated, the doctor user can select whether the supplier budget needs to be generated continuously or not, if the supplier budget needs to be generated continuously, the user needs to select which supplier demands are provided firstly, and then a final budget table (budget plan) is generated according to relevant parameters input by guidance in sequence. It is decided which fields are presented in the parameter entry stage according to the vendor type selected by the user in the vendor type selection step. In generating the template, the statistical terms need to be presented separately. This requirement may also be skipped and generated at a later time when the solution is viewed. The budgets generated after the project are not placed in the personal heart "my budget" list, but rather under the project. After the scheme is generated, a doctor user can select a corresponding medical scheme to publish through a scheme publishing button, and after the scheme is published by clicking, the system publishes the medical scheme on a platform so as to be convenient for other people to check.

Specifically, if a user needs to release his or her clinical study plan, the user needs to select the identity, and the roles include "multi-center study lead", "sub-center primary investigator", "sub-center secondary investigator", and "not participate in the trial process". According to different selected identities, different agreements need to be signed before release. If the 'sub-center secondary researcher' is selected, the user is required to fill in relevant information of the main researcher, and the information is sent to the main researcher (in the name of medical and scientific research) through a mailbox and a mobile phone. A link/two-dimensional code is added in the mail or the short message and is linked to the home page of the small program, but the content and the publisher of the scheme cannot be seen. The issued scheme can be formally issued to the platform after the background audit content passes, is checked by enterprise users, and notifies doctors through mails/short messages after the audit is passed. If the scheme is not released, the scheme PDF (watermark with medical and scientific research) and the budget of the supplier can be directly downloaded. The solution is triggered to notify after being clicked for sponsorship. When the doctor clicks and views the clinical research scheme and the sponsorship requirement issued by the platform by an enterprise, the doctor mailbox and the short message receive corresponding notifications.

The doctor user can enter the individual center to check the published clinical research abstracts, and each scheme abstract has codes and status display, such as whether the scheme abstract is published or not, whether the scheme abstract has established terms or not and the like. If there is a budget sheet required by the supplier under the plan, the budget sheet can be viewed or downloaded. Before release, the doctor user can edit or delete his own scheme abstract, and after release, the scheme abstract can not be changed or deleted.

As shown in fig. 4, a back-office administrator interface is shown that enables the administration of doctor users, the administration of medical protocols, and the administration of the system. Four buttons are displayed on the interface, namely a welcome/login button, a doctor management button, a scheme management button and a system management button, and when the welcome/login button is clicked, a login page is displayed, and a user name, a password and an authentication code are input to log in a background. Then enter a welcome page, and the welcome page displays some newly added data on the current platform (newly added doctors today, total registration number, etc.)

Clicking a doctor management button to enter doctor management, comprising the following aspects:

a. the administrator can view all the registered doctor information on the platform in the background, and the list content comprises WeChat ID, head portrait and field information filled in when the doctor passes the verification.

b. The administrator can verify the identity of the registered user according to the data uploaded by the user, and the state is divided into a pass state and a reject state. And triggering a short message to inform the user of the result after the verification. The reason for rejection filled out by the administrator will appear in the user's personal center.

c. Doctors can screen according to paid viewing times, sponsored times and scientific research strength, sort according to paid viewing times/sponsored times and automatically classify into low, medium and high grades.

Definition of scientific strength:

high: sponsored number >1

The method comprises the following steps: paid view >1, sponsored <1

Low: sponsored times & paid views <1

d. The doctor information can be searched and screened according to the information of city, hospital level, department, job title, department level and the like, and a form is exported according to the searched result, and the export form is excel

d. When the doctor identity conforms to the level of the subsidiary master in the Hospital, the identity of the great coffee is automatically activated.

Clicking a scheme management button to enter scheme management, comprising the following steps:

the administrator can see the titles, status, and corresponding information of the issuing doctors and relevant hospitals and cities in the list of clinical scientific research abstracts.

When a certain clinical scientific research abstract is clicked by an enterprise to view a full version or is clicked to sponsor, the abstract is transferred into task management, and the time when the abstract is clicked to view and the corresponding enterprise can be seen in a list of the task management. If the final project is established, the administrator may change the summary in the list to "final collaboration" so that no other users of the head end other than the publisher itself and the sponsor can continue to view the summary.

The scheme submitted and released by the doctor needs to be audited and then can be formally released on the platform.

And an administrator can check and examine all full version schemes in the background, and the online preview mode is pdf and is downloaded in a word form. There are two types of audit states: and if the result is passed or rejected, the result can be informed to the doctor through a short message after the audit.

The system management comprises the following aspects:

a. and a background administrator main account can open a plurality of sub account numbers and configure different viewing and operating permissions.

b. Label management (scientific interest field)

The administrator can view all enterprise user selected tags and custom tags in the background, as well as the number of clicks per tag. Custom tags can be exported for statistics, and tags can be added and deleted in the background according to results.

c. Home banner update

The administrator can edit the three-frame advertisement of the first page carousel, upload new design drawings or change the sequence.

Advertisement of optional edit PC webpage edition or small program end (different size)

Scheme title random rolling display

The scheme title of the first page randomly selects a carousel presentation from the titles of the last 100 generated schemes every day.

d. Personal centric menu editing

The administrator may modify the text in the text comprising "contact us", "about us", and "help center".

The process of medical protocol generation is described below in conjunction with fig. 5 and 6.

As shown in fig. 5, the process of acquiring doctor solution data is shown, a doctor user 31 triggers the system to generate a medical solution through a solution generating instruction, the system calls a corresponding medical solution template and a corresponding question solution module 33 in the database 32, a question is asked for the doctor user according to the jump logic of the question solution module 33, the doctor user inputs reply contents to the system through the input module 34, at this time, the reply contents can be selected to be input through voice, the system receives the reply contents, archives the reply contents in real time, stores the archived reply contents in the storage unit 35, and then the stored reply contents are sent to the server 36 for processing. Then, as shown in fig. 6, the reply content sent to the server 36 for processing is queued in the data queue 41. The server 36 acquires the question scheme module 33 when processing the reply content, then rearranges the combined scheme information block 43, further derives the document 44 for the doctor user 31 to modify, forms the medical scheme 45 after the doctor user 31 modifies and submits, and converts the medical scheme into the PDF format for storage.

The process of generating the budget solution will be described with reference to fig. 7 and 8.

As shown in fig. 7, showing the process of acquiring the doctor solution data, the doctor user 31 triggers the system to generate the budget solution by generating a budget instruction, the system invokes the corresponding budget template and the corresponding budget solution module 37 in the database 32, provides the doctor user to select the budget item according to the budget solution module 37, and submits the algorithm 38 and the budget item to the server 36 for generating the budget solution according to the corresponding budget item acquisition algorithm 38 selected by the doctor user. As shown in FIG. 8, showing the budget generating process, the server 36 obtains the budget solution module 37 from the database 32, forms a budget solution according to the algorithm 38, provides the budget solution to the doctor user 31 for modification, generates the budget solution 38 after the modification of the doctor user 31 is submitted, and converts the budget solution 38 into PDF format for storage.

The present invention also provides a medical plan generating method, which is explained below.

As shown in fig. 1, the medical scheme generation method of the present invention includes the steps of:

step S11 is executed, and a medical scheme template is established; then, step S12 is executed;

executing step S12, designing corresponding questions aiming at the established medical scheme template to form a question set; then, step S13 is executed;

executing step S13, when creating the medical scheme, establishing a blank medical scheme according to the medical scheme template; then, step S14 is executed;

executing step S14, obtaining the reply content of the user to the question in the question set and forming corresponding reply data; then, step S15 is executed;

step S15 is executed to process the answer data and fill the processed answer data into the created blank medical plan to generate a medical plan, thereby completing the creation of the medical plan.

The medical scheme generation method of the invention obtains the reply content by asking questions to the doctor user and carries out processing such as arrangement and editing on the reply content, thereby generating the medical scheme. The time cost of the doctor can be greatly saved, and convenience is provided for the doctor.

In an embodiment of the present invention, the medical plan generating method further includes:

designing jump execution logic aiming at all problems in the problem set;

Preferably, the skip execution logic sorts the problems according to the order of each column in the medical scheme template, so as to predefine the order in which each problem in the problem set appears. Further, the skip execution logic further includes a selection tree logic relationship corresponding to a certain column, specifically, the problem corresponding to a certain column includes a plurality of options for the user to select, and the corresponding problems are designed to be associated corresponding to the options so as to form the selection tree logic relationship.

In a specific embodiment of the present invention, the medical plan generating method further comprises generating a corresponding budget plan for the generated medical plan:

In a specific embodiment of the present invention, the medical plan generating method further comprises generating a budget plan:

establishing a budget scheme template according to the medical scheme;

designing a plurality of budget subitems and corresponding budget expenses for the budget scheme template;

when a budget scheme is created, a blank budget scheme is established according to a budget scheme template;

establishing a medical measurement unit;

displaying the established medical measurement units by corresponding buttons;

and acquiring a selection instruction of selecting a certain button by a user, and filling the medical metering unit corresponding to the selection instruction of the user into the corresponding position of the medical scheme.

While the present invention has been described in detail and with reference to the embodiments thereof as illustrated in the accompanying drawings, it will be apparent to one skilled in the art that various changes and modifications can be made therein. Therefore, certain details of the embodiments are not to be interpreted as limiting, and the scope of the invention is to be determined by the appended claims.

Claims

1. A medical plan generation method, comprising the steps of:

establishing a medical scheme template;

2. The medical plan generation method of claim 1, further comprising:

designing jump execution logic for all the problems in the problem set;

3. The medical plan generation method of claim 1, further comprising:

4. The medical plan generation method of claim 1, further comprising generating a corresponding budget plan for the generated medical plan:

5. The medical plan generation method of claim 1, further comprising generating a budget plan:

establishing a budget scheme template according to the medical scheme;

6. A medical plan generation system, comprising:

7. The medical plan generation system of claim 6, wherein the template design unit is further for designing jump execution logic for all questions in the set of questions;

8. The medical plan generating system of claim 6, wherein the content processing unit is further configured to obtain reply content of the user for the grouped number of the medical research population, and further send the grouped number of the population to the plan creating unit and the content collecting unit;

9. The medical plan generating system according to claim 6, further comprising a budget generating unit connected with the plan creating unit;

10. The medical plan generation system of claim 6, further comprising a budget plan creation unit connected to the template design unit;