WO2016183930A1

WO2016183930A1 - Human body part-based hospital guidance method, client and server

Info

Publication number: WO2016183930A1
Application number: PCT/CN2015/085117
Authority: WO
Inventors: 张贯京; 陈兴明; 葛新科; 张少鹏; 方静芳
Original assignee: 深圳市贝沃德克生物技术研究院有限公司
Priority date: 2015-05-16
Filing date: 2015-07-24
Publication date: 2016-11-24
Also published as: CN104866718A

Abstract

A human body part-based hospital guidance method, a client and a server. A client acquires a human body part input by a user, and sends, according to the human body part, a disease matching request to a server (S10); the client receives and displays disease information matched by the server for user selection (S11); the client acquires disease information selected by the user, and sends, according to the disease information, a department matching request to the server (S12); the client receives and displays department information matched by the server for user selection (S13); the client acquires department information selected by the user, and sends, according to the department information, a doctor matching request to the server (S14); and the client receives and displays doctor resources matched by the server for user hospital guidance (S15). A client interacts, based on a human body part directly relevant to a disease, with a user repeatedly, sends information closest to demands of the user to a server to request matching, and accurately acquires doctor resources desired by the user, thereby improving the hospital guidance efficiency.

Description

Human body part based guidance method, client and server

Technical field

The invention relates to the field of life health technology, in particular to a method, a client and a server based on a human body part.

Background technique

With the development of Internet technology, integrating existing medical resources and effectively solving the problem of people's medical treatment is an urgent problem to be solved in the Internet + medical field. Most current methods and systems of guidance are based on patient choices or self-reported physical symptoms and experience databases to guide patients to find the appropriate medical resources, but due to the uncertainty of symptoms, that is, a symptom may be caused by different diseases, and the same disease can be Different clinical symptoms, this situation makes it difficult to judge the type of disease of the computer, and the patient needs to choose the medical resources suitable for himself from the vast hospital and department resources, which is powerless, resulting in inefficient consultation, users can not find quickly Suitable for your own medical resources.

Summary of the invention

The main object of the present invention is to provide a method, a client and a server based on a human body part. The client is based on the human body part directly related to the illness. After many interactions with the user, the information closest to the user's needs is sent to the server to request a match, the doctor's resources required by the user are accurately obtained, the efficiency of the consultation is improved, and the prior art is solved. The efficiency of the middle-level consultation is not high, and users cannot quickly find the defects that are suitable for their medical resources.

To achieve the above object, the present invention provides a method of guiding a diagnosis based on a human body part.

The human body part-based guiding method includes: The client obtains a human body part input by the user, and sends a disease matching request to the server according to the human body part input by the user; the disease matching request includes a human body part input by the user; The client receives and displays the disease information returned by the server according to the disease matching request for the user to select; The client acquires disease information selected by the user, and sends a department matching request to the server according to the disease information selected by the user; the department matching request includes disease information selected by the user; The client receives and displays the department information returned by the server according to the department matching request for the user to select; The client acquires department information selected by the user, and sends a doctor matching request to the server according to the department information selected by the user; the doctor matching request includes department information selected by the user; The client receives and displays the doctor resources returned by the server according to the doctor matching request.

In order to achieve the above object, the present invention also provides a method of guiding a diagnosis based on a human body part.

The human body part-based guiding method includes:

Receiving, by the server, a disease matching request sent by the client, where the disease matching request includes a human body part input by the user, and the server matches the disease information corresponding to the human body part input by the user from the database according to the disease matching request, and sends the Describe the disease information to the client for the user to select;

Receiving, by the server, a department matching request sent by the client, where the department matching request includes disease information selected by a user, and the server matches, according to the department matching request, a database corresponding to the disease information selected by the user. Department information, and send the department information to the client for user selection;

The server receives a doctor matching request sent by the client, the doctor matching request includes department information selected by the user, and the server matches a doctor corresponding to the department information selected by the user from the database according to the doctor matching request. Resources and send the doctor resources to the client.

To achieve the above object, the present invention also provides a client.

The client includes:

a body part acquisition module for acquiring a human body part input by a user; a disease matching request module, configured to send a disease matching request to the server according to the human body part input by the user; the disease matching request includes a human body part input by the user; a disease matching result display module, configured to receive and display the disease information returned by the server according to the disease matching request for the user to select; the disease information acquiring module, configured to acquire the disease information selected by the user; a department matching request module, configured to send a department matching request to the server according to the disease information selected by the user; the department matching request includes disease information selected by the user; The department matching result display module is configured to receive and display the department information returned by the server according to the department matching request for the user to select; the department information obtaining module is configured to obtain the department information selected by the user; a doctor matching request module, configured to send a doctor matching request to the server according to the department information selected by the user; the doctor matching request includes department information selected by the user; The guidance result display module is configured to receive and display the doctor resources returned by the server according to the doctor matching request.

To achieve the above object, the present invention also provides a server.

The server includes: a disease matching module, configured to receive a disease matching request sent by the client, where the disease matching request includes a human body part input by the user; and the disease matching module matches the disease corresponding to the human body part input by the user from the database according to the disease matching request. Information and send the disease information to the client for selection by the user;

a department matching module, configured to receive a department matching request sent by the client, where the department matching request includes disease information selected by the user; the department matching module matches the disease selected by the user from the database according to the department matching request Information corresponding to the department information, and send the department information to the client for the user to select;

a doctor matching module, configured to receive a doctor matching request sent by the client, where the doctor matching request includes department information selected by the user; and the doctor matching module matches the department information selected by the user from the database according to the doctor matching request Corresponding doctor resources and send the doctor resources to the client.

The technical solution of the present invention is as follows: in the embodiment of the present invention, the client obtains the human body part input by the user, and sends a disease matching request to the server according to the human body part, and the client receives and displays the disease information matched by the server. The user selects, the client obtains the disease information selected by the user, and sends a department matching request to the server according to the disease information, and the client receives and displays the department information matched by the server for the user to select, and the client obtains the department information selected by the user, and according to the The department information sends a doctor matching request to the server, and the client receives and displays the doctor's matching server resources for the user to consult. In the embodiment of the present invention, the client is based on the human body part directly related to the disease, and after multiple interactions with the user, the information closest to the user's demand is sent to the server to request matching, and the doctor's resources required by the user are accurately obtained, thereby improving the efficiency of the consultation.

DRAWINGS

1 is a schematic flow chart of a first preferred embodiment of a method for guiding a human body part based on the present invention; 2 is a schematic flow chart of a second preferred embodiment of a method for guiding a human body part according to the present invention; FIG. 3 is a schematic flow chart of a third preferred embodiment of a method for guiding a human body part according to the present invention; 4 is a schematic flow chart of a fourth preferred embodiment of a method for guiding a human body part according to the present invention; FIG. 5 is a schematic structural view of a first preferred embodiment of the client according to the present invention; FIG. 6 is a schematic structural view of a first preferred embodiment of a server according to the present invention.

detailed description

The main object of the present invention is to solve the defects in the prior art that the guiding efficiency is not high, and the user cannot quickly find a medical resource suitable for oneself. The innovation of the present invention is to provide a human body part-based guiding method, a client and a server. The client is based on the human body part directly related to the illness. After multiple interactions with the user, the information closest to the user's needs is sent to the server to request matching, and the doctor's resources required by the user are accurately obtained, thereby improving the efficiency of the consultation.

The present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

The client of the present invention may be an intelligent mobile terminal installed with an application implementing the method embodiment of the present invention, or may be a smart personal terminal. The client and the server are connected through the network. When a certain part of the user feels uncomfortable, the client can conduct a consultation by logging in to the client. The client sends a request to the server according to the human body part input by the user, and the server finally matches the corresponding doctor resource and returns it to the client. The user is selected to guide the user to seek medical treatment.

In order to achieve the above object, the present invention provides a human body part based guidance method running on a client.

1 is a schematic flow chart of a first preferred embodiment of a method for guiding a human body part based on the present invention. The method described in this embodiment runs on the client. Referring to FIG. 1, a method for guiding a human body based portion according to an embodiment of the present invention includes:

S10: The client obtains a human body part input by the user, and sends a disease matching request to the server according to the human body part input by the user; the disease matching request includes a human body part input by the user;

Specifically, the client may provide an input box for the user to input the human body part where the illness occurs, or may provide a selection item for the user to select a human body part where the disease occurs, and the selection item is a human body part divided according to a preset manner. Option. In order to enable the client to obtain the body part information more accurately, the embodiment of the invention divides the human body part into a first-level human body part and a second-level human body part, and the first-level human body part is a human body part divided according to a preset manner. For example, according to the human body composition, it is divided into the head, the neck, the upper limb, the chest, the waist, the pelvis, the genitals, the buttocks, the abdomen, the lower limbs, the bones or the whole body. When the disease is not included in a specific part, the whole body is summarized as a whole body. . Each of the first-level human body parts is expanded and refined to form a second-level human body part corresponding to the first-level human body part, for example, the head part of the first-level human body part is further expanded and refined into two-level human body parts such as eyes, mouth, ears, nose and brain; The neck of the first-level part is further expanded into a secondary human body part such as the throat and the thyroid; the abdominal part of the first-level human body is further expanded and refined into a secondary human body part such as the pancreas, liver, gallbladder, spleen, stomach, appendix, intestine and peritoneum. Not listed here. It can be understood that the embodiment of the present invention is applied to a user who has a relatively good understanding of his or her own disease, and at least has a clear understanding of the body part of the self-discipline, and is suitable for further consultation on the basis of the diagnosis, and is not suitable for the initial diagnosis. Guidance. In one embodiment, the human body part input by the user comprises a first-level human body part or a secondary human body part expanded according to the first-level human body part.

After the user inputs or selects the human body part, the client acquires the human body part input by the user, and sends a disease matching request to the server according to the human body part input by the user, and the disease matching request includes the human body part input by the user. The server receives the disease matching request sent by the client, and matches the disease information corresponding to the human body part input by the user from the database according to the disease matching request, and sends the disease information to the client for selection by the user. The database of the server stores the relationship between the human body part and the corresponding disease type. There is a one-to-many relationship between the human body part and the disease type, that is, a certain human body part may suffer from a variety of different diseases.

S11: The client receives and displays the disease information returned by the server according to the disease matching request for the user to select;

Specifically, after receiving the disease information returned by the server according to the disease matching request, the client displays the information in the form of a list for the user to select, and the disease information includes the disease type. The user selects the disease information most relevant to his or her illness based on the disease information displayed by the client. Preferably, the user has obtained the disease site and the disease type that he or she is suffering from by other means before applying the method provided by the embodiment of the present invention.

S12: The client acquires disease information selected by the user, and sends a department matching request to the server according to the disease information selected by the user; the department matching request includes disease information selected by the user;

Specifically, after acquiring the disease information selected by the user, the client sends a department matching request to the server according to the disease information selected by the user, that is, the request server matches the department corresponding to the disease information for the user to select. The server receives the department matching request sent by the client, and matches the department information corresponding to the disease information selected by the user from the database according to the department matching request, and sends the department information to the client for the user to select. The database of the server stores the relationship between the disease type and the corresponding department information, and the relationship between the disease type and the department information is a one-to-many relationship, that is, a disease corresponding to a type of department, which represents different hospitals. A department that can treat the type of disease.

S13: The client receives and displays the department information returned by the server according to the department matching request for the user to select;

Specifically, after receiving the department information returned by the server according to the department matching request, the client displays the information in the form of a list for the user to select. Since the department information represents a department in which different hospitals can treat the disease type, the user can select the department information that suits their needs. For example, according to their own needs, select a department of a hospital close to the place of residence, or select a department with a top three qualified hospital.

S14: The client acquires department information selected by the user, and sends a doctor matching request to the server according to the department information selected by the user; the doctor matching request includes department information selected by the user;

Specifically, after acquiring the department information selected by the user, the client sends a doctor matching request to the server according to the department information selected by the user, and the server receives the doctor matching request sent by the client, and the database is matched according to the doctor matching request. The doctor resource corresponding to the department information selected by the user is matched, and the doctor resource is sent to the client. The database of the server stores the correspondence between the department information and the doctor resources, and the department information has a one-to-many relationship with the doctor resources, that is, the same department has multiple doctor resources for the user to select. The doctor resource includes a doctor's name, a doctor's title, a type of disease that the doctor is good at treating, and a doctor's scheduling information. Preferably, the doctor resource also includes the number of doctors registered each day, for example, the number that the doctor expects to be registered each day, and the appointment has been made. The number of registrations, the number of remaining reservations, etc., users can choose the doctor resources that suit their needs according to their needs.

S15: The client receives and displays the doctor resource returned by the server according to the doctor matching request.

Specifically, after receiving the doctor resource returned by the server according to the doctor matching request, the client displays it in the form of a list for the user to select, and the user selects a suitable doctor according to the doctor resource to perform registration.

In the embodiment of the present invention, the client obtains the human body part input by the user, and sends a disease matching request to the server according to the human body part, and the client receives and displays the disease information matched by the server for the user to select, and the client obtains the disease information selected by the user, and according to the The disease information sending department matching request to the server, the client receives and displays the matching department information of the server for the user to select, the client obtains the department information selected by the user, and sends a doctor matching request to the server according to the department information, and the client receives and displays The server matches the doctor's resources for the user to consult. In the embodiment of the present invention, the client is based on the human body part directly related to the disease, and after multiple interactions with the user, the information closest to the user's demand is sent to the server to request matching, and the doctor's resources required by the user are accurately obtained, thereby improving the efficiency of the consultation.

2 is a schematic flow chart of a second preferred embodiment of a method for guiding a human body part based on the present invention. The method described in this embodiment runs on the client. Referring to FIG. 2, based on the first preferred embodiment shown in FIG. 1, in the embodiment, the step S10 of the human body part-based guiding method is replaced with:

S10': the client obtains the human body part and the gender input by the user, and sends a disease matching request to the server according to the human body part and the gender input by the user; the disease matching request includes the human body part and the gender input by the user.

Specifically, some human body parts may be different due to gender differences. Therefore, in consideration of the difference between male and female parts in certain human bodies, in the embodiment of the present invention, the client provides the user with the human body part and gender for the user. Input. As a preferred embodiment of the present invention, in carrying out the step, the embodiment of the present invention considers the difference between the male and the female in the first human body part-genital part, when the client obtains the first-level human body part input by the user as the genital part. At the same time, the user is prompted to enter a gender, and a disease matching request is sent to the server according to the genitals and gender. Specifically, the server firstly matches the genital part and the second-level human body part corresponding to the gender input by the user according to the disease matching request sent by the client, and returns the corresponding second-level human body part to the client for the user to select, and the client obtains the user-selected second. After the human body part, the disease matching request is sent to the server again according to the second human body part selected by the user, the disease matching request includes the second human body part selected by the user, and the server matches the database according to the disease matching request. The type of disease corresponding to the second-level human body part selected by the user is returned to the client for selection by the user.

In the embodiment of the present invention, on the basis of the first preferred embodiment shown in Fig. 1, the remaining steps other than step S10' remain unchanged. The embodiment of the invention fully considers the difference of the second-level human body parts corresponding to the genitals of different genders, and the consultation is more accurate and flexible.

To achieve the above object, the present invention provides a human body part based guidance method running on a server.

FIG. 3 is a schematic flow chart showing a third preferred embodiment of a method for guiding a human body part based on the present invention. The method described in this embodiment runs on a server. Referring to FIG. 3, the human body part-based guiding method includes:

S20: The server receives a disease matching request sent by the client, where the disease matching request includes a human body part input by the user, and the server matches the disease information corresponding to the human body part input by the user from the database according to the disease matching request, and Sending the disease information to the client for selection by the user;

Specifically, the server receives a disease matching request sent by the client, where the disease matching request includes a human body part input by the user, and the server matches the human body part input by the user from the database by using the human body part input by the user as a keyword. Disease information. The client may provide an input box for the user to input the part of the human body in which the condition has occurred, or may provide a selection item for the user to select a part of the human body in which the condition occurs, the selection item being an option of the body part divided according to a preset manner. The human body part input by the user includes a first-level human body part or a second-level human body part expanded according to the first-level human body part. In the embodiment of the invention, the human body part is divided into a first human body part and a second human body part, and the first-level human body part is a human body part divided according to a preset manner. For example, according to the human body composition, it is divided into the head, the neck, the upper limb, the chest, the waist, the pelvis, the genitals, the buttocks, the abdomen, the lower limbs, the bones or the whole body. When the disease is not included in a specific part, the whole body is summarized as a whole body. . Each of the first-level human body parts is expanded and refined to form a second-level human body part corresponding to the first-level human body part, for example, the head part of the first-level human body part is further expanded and refined into two-level human body parts such as eyes, mouth, ears, nose and brain; The neck of the first-level part is further expanded into a secondary human body part such as the throat and the thyroid; the abdominal part of the first-level human body is further expanded and refined into a secondary human body part such as the pancreas, liver, gallbladder, spleen, stomach, appendix, intestine and peritoneum. Not listed here. The database of the server stores the relationship between the human body part and the corresponding disease type. There is a one-to-many relationship between the human body part and the disease type, that is, a certain human body part may suffer from a variety of different diseases. The server matches the corresponding disease information from the database according to the first-level human body part or the second-level human body part input by the user, and sends the disease information to the client for the user to select. After receiving the disease information returned by the server according to the disease matching request, the client displays the information in the form of a list for the user to select, and the disease information includes the disease type.

S21: The server receives a department matching request sent by the client, where the department matching request includes disease information selected by the user, and the server matches the disease information selected by the user from the database according to the department matching request. Corresponding department information, and sending the department information to the client for user selection;

Specifically, after acquiring the disease information selected by the user, the client sends a department matching request to the server according to the disease information selected by the user, that is, the request server matches the department corresponding to the disease information for the user to select. The server receives the department matching request sent by the client, and the department matching request includes the disease information selected by the user, that is, the determined disease type, and the server matches the department information corresponding to the disease information selected by the user from the database according to the department matching request. The database of the server stores the relationship between the disease type and the corresponding department information, and the relationship between the disease type and the department information is a one-to-many relationship, that is, a disease corresponding to a type of department, which represents different hospitals. A department that can treat the type of disease. The server matches the department information corresponding to the disease information from the database by using the disease information as a key, and sends the department information to the client for the user to select. The department information sent to the client includes department information of different hospitals that match the disease information selected by the user.

S22: The server receives a doctor matching request sent by the client, where the doctor matching request includes department information selected by the user, and the server matches, according to the doctor matching request, a database corresponding to the department information selected by the user. Doctor resources and send the doctor resources to the client.

Specifically, after receiving the department information returned by the server according to the department matching request, the client displays the information in the form of a list for the user to select. Since the department information represents a department in which different hospitals can treat the disease type, the user can select the department information that suits their needs. For example, according to their own needs, select a department of a hospital close to the place of residence, or select a department with a top three qualified hospital. After obtaining the department information selected by the user, the client sends a doctor matching request to the server according to the department information selected by the user. Receiving, by the server, the doctor matching request sent by the client, matching the doctor resource corresponding to the department information selected by the user from the database according to the doctor matching request, and sending the doctor resource to the client, where the database is stored in the server The correspondence between the information and the doctor resources, the department information has a one-to-many relationship with the doctor resources, that is, the same department has multiple doctor resources for the user to select. The doctor resource includes a doctor's name, a doctor's title, a type of disease that the doctor is good at treating, and a doctor's scheduling information. Preferably, the doctor resource also includes the number of doctors registered each day, for example, the number that the doctor expects to be registered each day, and the appointment has been made. The number of registrations, the number of remaining reservations, etc., users can choose the doctor resources that suit their needs according to their needs.

In the embodiment of the present invention, the server matches the disease information corresponding to the human body part input by the user according to the disease matching request of the client, and sends the disease information to the client for selection by the user, and matches the database according to the matching request of the department. Corresponding to the department information corresponding to the disease information selected by the user, and sending the department information to the client for selection by the user, matching the doctor resource corresponding to the department information selected by the user from the database according to the doctor matching request, and transmitting the Doctor resources to the client. The server of the embodiment of the present invention returns the matching result to the client after multiple matching based on the human body part directly related to the symptom sent by the client, and performs multiple interactions with the user to match the information closest to the user requirement and accurately match. The doctor's resources required by the user have improved the efficiency of the consultation.

4 is a flow chart showing a fourth preferred embodiment of a method for guiding a human body part based on the present invention. The method described in this embodiment runs on a server. Referring to FIG. 4, on the basis of the third preferred embodiment shown in FIG. 3, in the present embodiment, the step S20 of the human body part-based guidance method is replaced with:

S21': the server receives a disease matching request sent by the client, where the disease matching request includes a human body part and a gender input by the user, and the server matches the disease corresponding to the human body part input by the user from the database according to the disease matching request. Information, and send the disease information to the client for the user to select.

Specifically, some human body parts may be different due to gender differences. Therefore, in consideration of the difference between male and female parts in certain human bodies, in the embodiment of the present invention, the client provides the user with the human body part and gender for the user. Input. As a preferred embodiment of the present invention, in carrying out the step, the embodiment of the present invention considers the difference between the male and the female in the first human body part-genital part, when the client obtains the first-level human body part input by the user as the genital part. At the same time, the user is prompted to enter a gender, and a disease matching request is sent to the server according to the genitals and gender. The server first matches the genital area and the secondary human body part corresponding to the gender input by the user according to the disease matching request sent by the client, and returns the corresponding second-level human body part to the client for the user to select, and the client obtains the second-level human body part selected by the user. Afterwards, the disease matching request is sent to the server again according to the secondary human body part selected by the user, the disease matching request includes a secondary human body part selected by the user, and the server matches the user from the database according to the disease matching request. The type of disease corresponding to the selected secondary body part is returned to the client for selection by the user.

In the embodiment of the present invention, on the basis of the third preferred embodiment shown in Fig. 3, the remaining steps other than step S20' remain unchanged. The embodiment of the invention fully considers the difference of the second-level human body parts corresponding to the genitals of different genders, and the consultation is more accurate and flexible.

To achieve the above object, the present invention provides a client.

FIG. 5 is a schematic structural view of a first preferred embodiment of a client according to the present invention. Referring to FIG. 5, the client includes:

The human body part obtaining module 10 is configured to acquire a human body part input by the user;

Specifically, the human body part acquiring module 10 may provide an input box for the user to input a human body part where the disease occurs, or may provide a selection item for the user to select a human body part where the disease occurs, and the selection item is in a preset manner. The option to divide the body parts. In order to enable the client to obtain the body part information more accurately, the embodiment of the invention divides the human body part into a first-level human body part and a second-level human body part, and the first-level human body part is a human body part divided according to a preset manner. For example, according to the human body composition, it is divided into the head, the neck, the upper limb, the chest, the waist, the pelvis, the genitals, the buttocks, the abdomen, the lower limbs, the bones or the whole body. When the disease is not included in a specific part, the whole body is summarized as a whole body. . Each of the first-level human body parts is expanded and refined to form a second-level human body part corresponding to the first-level human body part, for example, the head part of the first-level human body part is further expanded and refined into two-level human body parts such as eyes, mouth, ears, nose and brain; The neck of the first-level part is further expanded into a secondary human body part such as the throat and the thyroid; the abdominal part of the first-level human body is further expanded and refined into a secondary human body part such as the pancreas, liver, gallbladder, spleen, stomach, appendix, intestine and peritoneum. Not listed here. It can be understood that the embodiment of the present invention is applied to a user who has a relatively good understanding of his or her own disease, and at least has a clear understanding of the body part of the self-discipline, and is suitable for further consultation on the basis of the diagnosis, and is not suitable for the initial diagnosis. Guidance. In one embodiment, the human body part input by the user comprises a first-level human body part or a secondary human body part expanded according to the first-level human body part. After the user inputs or selects a human body part, the human body part is sent to the disease matching request module 11.

The disease matching requesting module 11 is configured to send a disease matching request to the server according to the human body part input by the user; and the disease matching request includes the human body part input by the user;

Specifically, the disease matching request module 11 acquires a human body part input by the user, and sends a disease matching request to the server according to the human body part input by the user, and the disease matching request includes the human body part input by the user. The server receives the disease matching request sent by the client, and matches the disease information corresponding to the human body part input by the user from the database according to the disease matching request, and sends the disease information to the client for selection by the user. The database of the server stores the relationship between the human body part and the corresponding disease type. There is a one-to-many relationship between the human body part and the disease type, that is, a certain human body part may suffer from a variety of different diseases.

The disease matching result display module 12 is configured to receive and display the disease information returned by the server according to the disease matching request for the user to select;

Specifically, the disease matching result display module 12 receives the disease information returned by the server according to the disease matching request, and displays it in the form of a list for the user to select, and the disease information includes a disease type. The user selects the disease information most relevant to the self-discipline according to the disease information displayed by the client, and sends the disease information to the disease information acquisition module 13. Preferably, the user has obtained the disease site and the disease type that he or she is suffering from by other means before applying the method provided by the embodiment of the present invention.

The disease information obtaining module 13 is configured to acquire disease information selected by the user;

Specifically, when the user selects the disease information that the server matches according to the disease matching request, the disease information acquiring module 13 acquires the disease information selected by the user, and sends the disease information to the department matching request module 14.

The department matching request module 14 is configured to send a department matching request to the server according to the disease information selected by the user; the department matching request includes disease information selected by the user;

Specifically, after the department matching request module 14 obtains the disease information selected by the user, the department matching request is sent to the server according to the disease information selected by the user, that is, the request server matches the department corresponding to the disease information for the user to select. The server receives the department matching request sent by the client, and matches the department information corresponding to the disease information selected by the user from the database according to the department matching request, and sends the department information to the client for the user to select. The database of the server stores the relationship between the disease type and the corresponding department information, and the relationship between the disease type and the department information is a one-to-many relationship, that is, a disease corresponding to a type of department, which represents different hospitals. A department that can treat the type of disease.

The department matching result display module 15 is configured to receive and display the department information returned by the server according to the department matching request for the user to select;

Specifically, the department matching result display module 15 receives the department information returned by the server according to the department matching request, and displays it in the form of a list for the user to select. Since the department information represents a department in which different hospitals can treat the disease type, the user can select the department information that suits their needs. For example, according to the needs of the hospital, the department of the hospital close to the place of residence is selected, or the department with the top three qualified hospitals is selected, and the department information is sent to the department information acquisition module 16.

The department information obtaining module 16 is configured to obtain department information selected by the user;

Specifically, the department information obtaining module 16 acquires the department information selected by the user, and sends the information to the doctor matching request module 17.

The doctor matching request module 17 is configured to send a doctor matching request to the server according to the department information selected by the user; the doctor matching request includes department information selected by the user;

Specifically, the doctor matching request module 17 sends a doctor matching request to the server according to the department information selected by the user, the server receives the doctor matching request sent by the client, and matches the user from the database according to the doctor matching request. Select the doctor's resources corresponding to the department information, and send the doctor resources to the client. The database of the server stores the correspondence between the department information and the doctor resources, and the department information has a one-to-many relationship with the doctor resources, that is, the same department has multiple doctor resources for the user to select. The doctor resource includes a doctor's name, a doctor's title, a type of disease that the doctor is good at treating, and a doctor's scheduling information. Preferably, the doctor resource also includes the number of doctors registered each day, for example, the number that the doctor expects to be registered each day, and the appointment has been made. The number of registrations, the number of remaining reservations, etc., users can choose the doctor resources that suit their needs according to their needs.

The guidance result display module 18 is configured to receive and display the doctor resources returned by the server according to the doctor matching request.

Specifically, after the client receives the doctor resource returned by the server according to the doctor matching request, the guiding result display module 18 displays the form in the form of a list for the user to select, and the user selects a suitable doctor according to the doctor resource to perform registration.

As a second preferred embodiment of the client of the present invention, referring to FIG. 5, the human body part acquiring module 10 is further configured to acquire the gender input by the user;

The disease matching request module 11 is further configured to send a disease matching request to the server according to the human body part and the gender input by the user; the disease matching request includes a human body part and a gender input by the user.

Specifically, some human body parts may be different due to gender differences. Therefore, in consideration of the difference between male and female in certain human body parts, in the embodiment of the present invention, the human body part acquiring mold 10 provides the human body to the human body. Location and gender are available for user input. As a preferred embodiment of the present invention, considering the difference between the male and the female in the first human body part-genital part, when the human body part acquiring mold 10 acquires the first-level human body part input by the user as the genital part, the user is prompted to input the gender. Send a disease matching request to the server based on the genre and gender. Specifically, the server firstly matches the genital part and the second-level human body part corresponding to the gender input by the user according to the disease matching request sent by the client, and returns the corresponding second-level human body part to the client for the user to select, and the human body part acquires the phantom 10 to acquire the user. After the selected second human body part, the disease matching requesting module 11 resends the disease matching request to the server according to the second human body part selected by the user, the disease matching request includes the second human body part selected by the user, and the server according to the The disease matching request matches the disease type corresponding to the second human body part selected by the user from the database and returns to the client for the user to select.

The embodiment of the invention fully considers the difference of the second-level human body parts corresponding to the genitals of different genders, and the consultation is more accurate and flexible.

To achieve the above object, the present invention provides a server. FIG. 6 is a schematic structural diagram of a first preferred embodiment of a server according to the present invention. Referring to FIG. 6, the server includes:

The disease matching module 20 is configured to receive a disease matching request sent by the client, where the disease matching request includes a human body part input by the user; and the disease matching module 20 matches the human body part corresponding to the user input from the database according to the disease matching request. Disease information, and send the disease information to the client for user selection;

Specifically, the disease matching module 20 receives a disease matching request sent by the client, where the disease matching request includes a human body part input by the user, and the disease matching module 20 matches the human body part input by the user as a keyword from the database. Disease information corresponding to the human body part input by the user. The client may provide an input box for the user to input the part of the human body in which the condition has occurred, or may provide a selection item for the user to select a part of the human body in which the condition occurs, the selection item being an option of the body part divided according to a preset manner. The human body part input by the user includes a first-level human body part or a second-level human body part expanded according to the first-level human body part. In the embodiment of the invention, the human body part is divided into a first human body part and a second human body part, and the first-level human body part is a human body part divided according to a preset manner. For example, according to the human body composition, it is divided into the head, the neck, the upper limb, the chest, the waist, the pelvis, the genitals, the buttocks, the abdomen, the lower limbs, the bones or the whole body. When the disease is not included in a specific part, the whole body is summarized as a whole body. . Each of the first-level human body parts is expanded and refined to form a second-level human body part corresponding to the first-level human body part, for example, the head part of the first-level human body part is further expanded and refined into two-level human body parts such as eyes, mouth, ears, nose and brain; The neck of the first-level part is further expanded into a secondary human body part such as the throat and the thyroid; the abdominal part of the first-level human body is further expanded and refined into a secondary human body part such as the pancreas, liver, gallbladder, spleen, stomach, appendix, intestine and peritoneum. Not listed here. The database of the server stores the relationship between the human body part and the corresponding disease type. There is a one-to-many relationship between the human body part and the disease type, that is, a certain human body part may suffer from a variety of different diseases. The disease matching module 20 matches the corresponding disease information from the database according to the first-level human body part or the second-level human body part input by the user, and sends the disease information to the client for selection by the user. After receiving the disease information returned by the server according to the disease matching request, the client displays the information in the form of a list for the user to select, and the disease information includes the disease type.

The department matching module 21 is configured to receive a department matching request sent by the client, where the department matching request includes disease information selected by the user; the department matching module 21 matches and selects the user from the database according to the department matching request. The disease information corresponds to the department information, and sends the department information to the client for the user to select;

Specifically, after acquiring the disease information selected by the user, the client sends a department matching request to the server according to the disease information selected by the user, that is, the request server matches the department corresponding to the disease information for the user to select. The department matching module 21 receives the department matching request sent by the client, and the department matching request includes the disease information selected by the user, that is, the determined disease type, and the department matching module 21 matches the disease information selected by the user from the database according to the department matching request. Department information. The database of the server stores the relationship between the disease type and the corresponding department information, and the relationship between the disease type and the department information is a one-to-many relationship, that is, a disease corresponding to a type of department, which represents different hospitals. A department that can treat the type of disease. The department matching module 21 matches the department information corresponding to the disease information from the database with the disease information as a key, and sends the department information to the client for the user to select. The department information sent to the client includes department information of different hospitals that match the disease information selected by the user.

The doctor matching module 22 is configured to receive a doctor matching request sent by the client, where the doctor matching request includes department information selected by the user; the doctor matching module 22 matches the user selected from the database according to the doctor matching request. The doctor information corresponding to the department information, and the doctor resources are sent to the client.

Specifically, after receiving the department information returned by the server according to the department matching request, the client displays the information in the form of a list for the user to select. Since the department information represents a department in which different hospitals can treat the disease type, the user can select the department information that suits their needs. For example, according to their own needs, select a department of a hospital close to the place of residence, or select a department with a top three qualified hospital. After obtaining the department information selected by the user, the client sends a doctor matching request to the server according to the department information selected by the user. The doctor matching module 22 receives the doctor matching request sent by the client, matches the doctor resource corresponding to the department information selected by the user from the database according to the doctor matching request, and sends the doctor resource to the client, in the database of the server. The correspondence between the department information and the doctor resources is stored, and the department information has a one-to-many relationship with the doctor resources, that is, the same department has multiple doctor resources for the user to select. The doctor resource includes a doctor's name, a doctor's title, a type of disease that the doctor is good at treating, and a doctor's scheduling information. Preferably, the doctor resource also includes the number of doctors registered each day, for example, the number that the doctor expects to be registered each day, and the appointment has been made. The number of registrations, the number of remaining reservations, etc., users can choose the doctor resources that suit their needs according to their needs.

According to the embodiment of the present invention, the server matches the disease information corresponding to the human body part input by the user from the database according to the disease matching request of the client, and sends the disease information to the client for selection by the user, according to the department matching request from the database. Matching department information corresponding to the disease information selected by the user, and transmitting the department information to the client for selection by the user, and matching the doctor resource corresponding to the department information selected by the user from the database according to the doctor matching request, And send the doctor resource to the client. The server of the embodiment of the present invention returns the matching result to the client after multiple matching with the human body part directly related to the symptom sent by the client, and performs multiple interactions with the user to match the information closest to the user's demand, accurately The doctor's resources that match the user's needs improve the efficiency of the consultation.

The second preferred embodiment of the server of the present invention is based on the first preferred embodiment of the server. In this embodiment, the disease matching module 20 is further configured to receive a disease matching request sent by the client, where the disease matching request includes The human body part and the gender input by the user, the disease matching module 20 matches the disease information corresponding to the human body part and the gender input by the user from the database according to the disease matching request, and sends the disease information to the client for the user to select. .

Specifically, some human body parts may be different due to gender differences. Therefore, in consideration of the difference between male and female parts in certain human bodies, in the embodiment of the present invention, the client provides the user with the human body part and gender for the user. Input. As a preferred embodiment of the present invention, in carrying out the step, the embodiment of the present invention considers the difference between the male and the female in the first human body part-genital part, when the client obtains the first-level human body part input by the user as the genital part. At the same time, the user is prompted to enter a gender, and a disease matching request is sent to the server according to the genitals and gender. The disease matching module 20 of the server first matches the genital part and the second-level human body part corresponding to the gender input by the user according to the disease matching request sent by the client, and returns the corresponding second-level human body part to the client for the user to select, and the client obtains the user selection. After the secondary human body part, the disease matching request is sent to the server again according to the second human body part selected by the user, the disease matching request includes the second human body part selected by the user, and the disease matching module 20 according to the The disease matching request matches the disease type corresponding to the second human body part selected by the user from the database and returns to the client for the user to select.

The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformations made by the description of the present invention and the drawings are directly or indirectly applied to other related technical fields. The same is included in the scope of patent protection of the present invention.

Claims

A method for guiding a human body based part, characterized in that the method for guiding a human body based part comprises:

The client obtains a human body part input by the user, and sends a disease matching request to the server according to the human body part input by the user; the disease matching request includes a human body part input by the user; The client receives and displays the disease information returned by the server according to the disease matching request for the user to select; The client acquires disease information selected by the user, and sends a department matching request to the server according to the disease information selected by the user; the department matching request includes disease information selected by the user; The client receives and displays the department information returned by the server according to the department matching request for the user to select; The client acquires department information selected by the user, and sends a doctor matching request to the server according to the department information selected by the user; the doctor matching request includes department information selected by the user; The client receives and displays the doctor resources returned by the server according to the doctor matching request.
The human body part-based guiding method according to claim 1, wherein the client acquires a human body part input by a user, and sends a disease matching request to the server according to the human body part input by the user; the disease matching The step of requesting the body part including the user input is replaced by: The client obtains the human body part and the gender input by the user, and sends a disease matching request to the server according to the human body part and the gender input by the user; the disease matching request includes the human body part and the gender input by the user.
The human body part-based guiding method according to claim 1, wherein the human body part input by the user comprises a first-level human body part or a second-level human body part expanded according to the first-level human body part, the first stage The human body part is a human body part divided according to a preset manner.
The human body part-based guiding method according to claim 3, wherein the client acquires a human body part input by a user, and sends a disease matching request to the server according to the human body part input by the user; the disease matching The step of requesting the body part including the user input is replaced by: The client obtains the human body part and the gender input by the user, and sends a disease matching request to the server according to the human body part and the gender input by the user; the disease matching request includes the human body part and the gender input by the user.
A method for guiding a human body based part, characterized in that the method for guiding a human body based part comprises:

Receiving, by the server, a disease matching request sent by the client, where the disease matching request includes a human body part input by the user, and the server matches the disease information corresponding to the human body part input by the user from the database according to the disease matching request, and sends the Describe the disease information to the client for the user to select;

Receiving, by the server, a department matching request sent by the client, where the department matching request includes disease information selected by a user, and the server matches, according to the department matching request, a database corresponding to the disease information selected by the user. Department information, and send the department information to the client for user selection;

The server receives a doctor matching request sent by the client, the doctor matching request includes department information selected by the user, and the server matches a doctor corresponding to the department information selected by the user from the database according to the doctor matching request. Resources and send the doctor resources to the client.
The human body part-based guiding method according to claim 5, wherein the human body part input by the user comprises a first-level human body part or a second-level human body part expanded according to the first-level human body part, the first stage The human body part is a human body part divided according to a preset manner.
The human body part-based guidance method according to claim 5, wherein the server receives a disease matching request sent by a client, the disease matching request includes a human body part input by a user, and the server according to the disease The matching request replaces the disease information corresponding to the human body part input by the user from the database, and sends the disease information to the client for the user to select:

Receiving, by the server, a disease matching request sent by the client, where the disease matching request includes a human body part and a gender input by the user, and the server matches the disease information corresponding to the human body part input by the user from the database according to the disease matching request, and Send the disease information to the client for user selection.
A client, wherein the client includes:

a body part acquisition module for acquiring a human body part input by a user; a disease matching request module, configured to send a disease matching request to the server according to the human body part input by the user; the disease matching request includes a human body part input by the user; a disease matching result display module, configured to receive and display the disease information returned by the server according to the disease matching request for the user to select; the disease information acquiring module, configured to acquire the disease information selected by the user; a department matching request module, configured to send a department matching request to the server according to the disease information selected by the user; the department matching request includes disease information selected by the user; The department matching result display module is configured to receive and display the department information returned by the server according to the department matching request for the user to select; the department information obtaining module is configured to obtain the department information selected by the user; a doctor matching request module, configured to send a doctor matching request to the server according to the department information selected by the user; the doctor matching request includes department information selected by the user; The guidance result display module is configured to receive and display the doctor resources returned by the server according to the doctor matching request.
The client according to claim 8, wherein the human body part obtaining module is further configured to acquire a gender input by the user; The disease matching request module is further configured to send a disease matching request to the server according to the human body part and the gender input by the user; the disease matching request includes a human body part and a gender input by the user.
A server, wherein the server comprises:

a disease matching module, configured to receive a disease matching request sent by the client, where the disease matching request includes a human body part input by the user; and the disease matching module matches the disease corresponding to the human body part input by the user from the database according to the disease matching request. Information and send the disease information to the client for selection by the user;

a department matching module, configured to receive a department matching request sent by the client, where the department matching request includes disease information selected by the user; the department matching module matches the disease selected by the user from the database according to the department matching request Information corresponding to the department information, and send the department information to the client for the user to select;

a doctor matching module, configured to receive a doctor matching request sent by the client, where the doctor matching request includes department information selected by the user; and the doctor matching module matches the department information selected by the user from the database according to the doctor matching request Corresponding doctor resources and send the doctor resources to the client.
The server according to claim 10, wherein the disease matching module is further configured to: receive a disease matching request sent by the client, where the disease matching request includes a human body part and a gender input by the user, and the disease matching module The disease information corresponding to the human body part and the gender input by the user is matched from the database according to the disease matching request, and the disease information is sent to the client for selection by the user.