CN114093496A - Method and system for processing medical information of Internet hospital - Google Patents

Method and system for processing medical information of Internet hospital Download PDF

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CN114093496A
CN114093496A CN202111396392.4A CN202111396392A CN114093496A CN 114093496 A CN114093496 A CN 114093496A CN 202111396392 A CN202111396392 A CN 202111396392A CN 114093496 A CN114093496 A CN 114093496A
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CN114093496B (en
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刘琛
杨宣志
褚炜
姚振华
高飞
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Ngarihealth Technology Co ltd
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    • G—PHYSICS
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    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
    • G16H80/00—ICT specially adapted for facilitating communication between medical practitioners or patients, e.g. for collaborative diagnosis, therapy or health monitoring

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Abstract

The invention discloses a method and a system for processing medical information of an internet hospital, which comprise a medical information importing module, a medical information classifying module, a medical information distributing module, a doctor diagnosing module, a diagnosis result sending module, a user receiving module, other doctor receiving modules, a user evaluating module, other doctor evaluating modules, a data receiving module, a data processing module, a master control module and an information sending module; the medical information importing module is used for importing the illness state information of the user, and the illness state information comprises symptom information, an ultrasonic report, an ultrasonic image and a patient case; the user illness state information is sent to a medical information distribution module for doctor department distribution, and department distribution information is obtained; the department assignment information is sent to a doctor assignment module. The invention can more accurately diagnose the illness state of the user, meets different use requirements, and is more worthy of popularization and use.

Description

Method and system for processing medical information of internet hospital
Technical Field
The invention relates to the field of internet hospitals, in particular to a method and a system for processing medical information of an internet hospital.
Background
The Internet hospital has the functions of consultation, follow-up visit, chronic disease management and the like, has the powerful support of a solid hospital, is simple and convenient for patients on line, can be carried out on line without needing to go to the hospital, is a new form in the field of medical services, is the most prominent Internet plus medical treatment, has a lot of exploration in the aspects of registration settlement, telediagnosis, consultation services and the like, and needs to use a method and a system for processing medical information of the Internet hospital in the actual operation process.
The existing processing method and system for internet hospital medical information are not high enough in diagnosis accuracy and single in function, and bring certain image influence to the use of the processing method and system for internet hospital medical information, so that the processing method and system for internet hospital medical information are provided.
Disclosure of Invention
The technical problem to be solved by the invention is as follows: the method and the system for processing the medical information of the internet hospital solve the problems that the existing method and the system for processing the medical information of the internet hospital are not high enough in diagnosis accuracy and single in function, and bring certain image influence to the method and the system for processing the medical information of the internet hospital.
The medical information management system comprises a medical information importing module, a medical information classifying module, a medical information distributing module, a doctor diagnosing module, a diagnosis result sending module, a user receiving module, other doctor receiving modules, a user evaluating module, other doctor evaluating modules, a data receiving module, a data processing module, a master control module and an information sending module;
the medical information importing module is used for importing illness state information of a user, and the illness state information comprises symptom information, an ultrasonic report, an ultrasonic image and a patient case;
the user illness state information is sent to a medical information distribution module for doctor department distribution, and department distribution information is obtained;
the department distribution information is sent to a doctor distribution module, and the doctor distribution module distributes diagnosis doctors after receiving the department distribution information to obtain distribution doctor information;
the distributed doctor information is sent to a doctor diagnosis module, and the doctor diagnosis module analyzes the illness state information of the user to obtain diagnosis information;
the diagnostic information is sent to a diagnostic result sending module, and the diagnostic result sending module is sent to a user receiving module and other doctor receiving modules;
after the user receiving module receives the diagnosis information, the user evaluates the diagnosis result through the user evaluation module to generate user evaluation information, and the other doctor receiving modules synchronously receive the diagnosis information and the user illness state information and evaluate the diagnosing doctor according to the received diagnosis information and the user illness state information to obtain doctor evaluation information;
the data receiving module is used for receiving the user evaluation information and the doctor evaluation information and sending the user evaluation information and the doctor evaluation information to the data processing module;
the data processing module is used for processing the user evaluation information and the doctor evaluation information to generate doctor scoring information;
and after the doctor scoring information is generated, the master control module controls the information sending module to send the doctor scoring information to the display terminal.
Further, the medical information distribution module performs the specific process of doctor department distribution as follows:
the method comprises the following steps: extracting the illness state information of the user, and acquiring symptom information and patient cases from the illness state information of the user;
step two: extracting character description contents from symptom information and patient cases, and searching disease keywords;
step three: and searching through the disease condition keywords to obtain the most frequently-appearing disease condition keywords, extracting department information corresponding to the disease condition keywords, then determining an assigned department, and assigning the user to the department.
Further, the physician assignment module receives the department assignment information and then assigns the diagnosticians as follows:
s1: the doctor distribution module extracts the treatment receiving state information of all doctors in the department after receiving the department distribution information, wherein the treatment receiving state information comprises treatment receiving and non-treatment receiving;
s2: when the missed doctors exist, the user is directly distributed to any missed doctor;
s3: when all doctors are in the receiving state, the receiving time information of each doctor is extracted, the information is sequenced according to the sequence of the receiving time, the doctor with the most advanced receiving time is extracted as the distribution doctor, and the waiting information is sent to the user.
The method is characterized in that the grade of the user evaluation information comprises primary user evaluation, secondary user evaluation and tertiary user evaluation, and the doctor evaluation information comprises primary doctor evaluation, secondary doctor evaluation and tertiary doctor evaluation; the score of the primary user evaluation is a preset value A1, the score of the secondary user evaluation is a preset value A2, the score of the tertiary user evaluation is a preset value A3, the score of the primary doctor evaluation is a preset value B1, the score of the secondary doctor evaluation is a preset value B2, and the score of the tertiary doctor evaluation is a preset value B3.
Further, the doctor evaluation information is obtained by evaluation processing of x doctors, and the specific processing procedure is as follows:
SS 1: after synchronously receiving the diagnosis information and the user illness state information, the other doctor receiving modules simultaneously send the diagnosis information and the user illness state information to x doctors, and the x doctors score the diagnosis result of the diagnosis information according to the diagnosis information and the user illness state information to obtain a diagnosis result score Px, wherein the Px is a numerical value in a preset range and is more than or equal to 5;
SS 2: extracting x diagnosis result scores Px, and obtaining the result through a formula (P1+ P2 … … + Px)/x ═ PAre all made ofObtaining a mean diagnosis score PAre all made of；
SS 3: extracting first-level doctor evaluation, second-level doctor evaluation and third-level doctor evaluation, and calculating average diagnosis result score PAre all made ofThe difference value between the first-level doctor evaluation, the second-level doctor evaluation and the third-level doctor is obtained to obtain P1Difference (D)、P2Difference (D)And P3Difference (D)Extracting P1Difference (D)、P2Difference (D)And P3Difference (D)The one with the smallest absolute value among the above-mentioned levels is the final rating information of the corresponding level, i.e., the doctor evaluation information.
Further, the specific process of the data processing module for processing the user evaluation information and the doctor evaluation information to generate the doctor score information is as follows:
SSS 1: extracting user evaluation information and doctor evaluation information, marking the user evaluation information as Az, z being 1 … … 3, and marking the doctor evaluation information as Bz, z being 1 … … 3;
SSS 2: in order to highlight important information evaluated by the doctor, the doctor is now given a correction value M1, the user is given a correction value M2;
SSS 3: by the formula Az M2+ Bz M1 AbAndobtaining the scoring information Ab of the doctorAnd。
further, the doctor scoring information is smaller than a preset value, and the user evaluation information is three-level user evaluation, namely, the user performs doctor assignment again for re-diagnosis.
Further, after receiving the scoring information of a preset number of doctors, the display terminal performs ranking display according to the scores, wherein the three highest scoring information of the doctors are highlighted.
The system further comprises a medical information storage module, a medical information calling module and a user information importing module, wherein the medical information storage module stores all user information for using the Internet hospital, the user information importing module is used for importing the user information for logging in the Internet hospital, the user information called by the medical information calling module matches the user information imported by the user information importing module with the user information stored in the medical information storage module, and the historical diagnosis information of the user is sent to a receiving end of a distributed doctor after the matching is successful.
A processing method of internet hospital medical information specifically comprises the following steps:
the method comprises the following steps: the medical information importing module is used for importing the illness state information of the user, the illness state information of the user is sent to the medical information distributing module for department distribution, and the illness state information of the user is simultaneously sent to the medical information storage module for storage after the department distribution is finished;
step two: after the department distribution information is sent to the doctor distribution module, the distribution of the diagnosis doctors is carried out, and the illness state information of the user is sent to the distributed doctors;
step three: uploading the diagnosis result by the allocated doctor through the doctor diagnosis module, and then sending the diagnosis result to the user receiving module and the doctor receiving module by the diagnosis result finding module;
step four: after receiving the diagnosis result, the doctor receiving module evaluates the doctor according to the diagnosis result to obtain the user evaluation information;
step five: the data processing module processes the user evaluation information and the doctor evaluation information to obtain doctor grading information;
step six: after the doctor scoring information is sent to the display terminal, the display terminal conducts ranking display on the plurality of doctor scoring information according to the scores;
step seven: after the old user uses the user information importing module to import own user information, the medical information calling module matches the user information with the user information stored in the medical information storage module, and after the matching is successful, the historical diagnosis information of the user is sent to the receiving end of the distributed doctor.
Compared with the prior art, the invention has the following advantages: the processing method and the system for the medical information of the internet hospital can effectively know the accuracy of the diagnosis result of the doctor by comprehensively processing the user evaluation and other doctor evaluations of the diagnosis result of the doctor, thereby improving the diagnosis accuracy of doctors while preventing misdiagnosis, ensuring that users can obtain more accurate diagnosis results, thereby better treating diseases, simultaneously, the scoring setting of a plurality of doctors can lead the doctors to know the deficiency, therefore, the system plays a certain role in assisting in improving the diagnosis level of doctors, can accelerate the speed of distributing doctors and the accuracy of distributing departments for users through more detailed analysis and processing, can reasonably distribute, can effectively reduce the situation that the queuing time of the users is too long when the number of the patients is too large, and is more worthy of popularization and application.
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FIG. 1 is a system block diagram of the present invention.
Detailed Description
The following examples are given for the detailed implementation and specific operation of the present invention, but the scope of the present invention is not limited to the following examples.
As shown in fig. 1, the present embodiment provides a technical solution: a processing system of medical information of an internet hospital comprises a medical information importing module, a medical information classifying module, a medical information distributing module, a doctor diagnosing module, a diagnosis result sending module, a user receiving module, other doctor receiving modules, a user evaluating module, other doctor evaluating modules, a data receiving module, a data processing module, a master control module and an information sending module;
the medical information importing module is used for importing the illness state information of the user, and the illness state information comprises symptom information, an ultrasonic report, an ultrasonic image and a patient case;
the user illness state information is sent to a medical information distribution module for doctor department distribution, and department distribution information is obtained;
the department distribution information is sent to a doctor distribution module, and the doctor distribution module distributes diagnosis doctors after receiving the department distribution information to obtain distribution doctor information;
the distributed doctor information is sent to a doctor diagnosis module, and the doctor diagnosis module analyzes the illness state information of the user to obtain diagnosis information;
the diagnostic information is sent to a diagnostic result sending module, and the diagnostic result sending module is sent to a user receiving module and other doctor receiving modules;
after the user receiving module receives the diagnosis information, the user evaluates the diagnosis result through the user evaluation module to generate user evaluation information, and the other doctor receiving modules synchronously receive the diagnosis information and the user illness state information and evaluate the diagnosing doctor according to the received diagnosis information and the user illness state information to obtain doctor evaluation information;
the data receiving module is used for receiving the user evaluation information and the doctor evaluation information and sending the user evaluation information and the doctor evaluation information to the data processing module;
the data processing module is used for processing the user evaluation information and the doctor evaluation information to generate doctor scoring information;
and after the doctor scoring information is generated, the master control module controls the information sending module to send the doctor scoring information to the display terminal.
The specific process of the medical information distribution module for doctor department distribution is as follows:
the method comprises the following steps: extracting the illness state information of the user, and acquiring symptom information and patient cases from the illness state information of the user;
step two: extracting character description contents from symptom information and patient cases, and searching disease keywords;
step three: obtaining the most appeared disease condition keywords through the search of the disease condition keywords, extracting department information corresponding to the disease condition keywords, then determining and allocating departments, and allocating the user to the departments;
through the process, the department can be more quickly and accurately distributed for the user.
The specific process of allocating the diagnosis doctors after the doctor allocation module receives the department allocation information is as follows:
s1: after receiving department distribution information, the doctor distribution module extracts the examination receiving state information of all the department doctors, wherein the examination receiving state information comprises the examination receiving state and the examination not receiving state;
s2: when the missed doctors exist, the user is directly distributed to any missed doctor;
s3: when all doctors are in a reception state, extracting the reception time information of each doctor, sequencing the information according to the sequence of the reception time, extracting the doctor with the most advanced reception time as a distribution doctor, and sending waiting information to a user;
through the water supply process, doctors can be better distributed, and the queuing waiting time of users can be shortened when the number of the patients is too much.
The grade of the user evaluation information comprises primary user evaluation, secondary user evaluation and tertiary user evaluation, and the doctor evaluation information comprises primary doctor evaluation, secondary doctor evaluation and tertiary doctor evaluation; the score of the primary user evaluation is a preset value A1, the score of the secondary user evaluation is a preset value A2, the score of the tertiary user evaluation is a preset value A3, the score of the primary doctor evaluation is a preset value B1, the score of the secondary doctor evaluation is a preset value B2, and the score of the tertiary doctor evaluation is a preset value B3.
Further, the doctor evaluation information is obtained by evaluation processing of x doctors, and the specific processing procedure is as follows:
SS 1: after synchronously receiving the diagnosis information and the user illness state information, the other doctor receiving modules simultaneously send the diagnosis information and the user illness state information to x doctors, and the x doctors score the diagnosis result of the diagnosis information according to the diagnosis information and the user illness state information to obtain a diagnosis result score Px, wherein the Px is a numerical value in a preset range and is more than or equal to 5;
SS 2: extracting x diagnostic result scoresPx is represented by the formula (P1+ P2 … … + Px)/x ═ PAre all made ofObtaining a mean diagnosis score PAre all made of；
SS 3: extracting first-level doctor evaluation, second-level doctor evaluation and third-level doctor evaluation, and calculating average diagnosis result score PAre all made ofThe difference value between the first-level doctor evaluation, the second-level doctor evaluation and the third-level doctor is obtained to obtain P1Difference (D)、P2Difference (D)And P3Difference (D)Extracting P1Difference (D)、P2Difference (D)And P3Difference (D)The one with the smallest absolute value among the above-mentioned final rating information is the doctor evaluation information.
The specific process of the data processing module for processing the user evaluation information and the doctor evaluation information to generate the doctor scoring information is as follows:
SSS 1: extracting user evaluation information and doctor evaluation information, marking the user evaluation information as Az, z being 1 … … 3, and marking the doctor evaluation information as Bz, z being 1 … … 3;
SSS 2: in order to highlight important information evaluated by the doctor, the doctor is now given a correction value M1, the user is given a correction value M2;
SSS 3: by the formula Az M2+ Bz M1 AbAndobtaining the scoring information Ab of the doctorAnd。
the doctor scoring information is smaller than a preset value, and the user evaluation information is three-level user evaluation, namely, the user performs doctor allocation again to perform re-diagnosis;
through the process, more objective doctor scoring information can be obtained, scoring setting of other doctors and processing setting of user scoring are carried out, the scoring information of the doctors is smaller than a preset value, the user evaluating information is evaluated by a three-level user, and disease condition diagnosis is carried out on the user again, so that the accuracy of the disease condition diagnosis of the user is guaranteed, and accidents caused by diagnosis errors are avoided.
After receiving the scoring information of a preset number of doctors, the display terminal performs ranking display according to the score, wherein the three with the highest scoring information of the doctors perform highlighting display.
The system also comprises a medical information storage module, a medical information calling module and a user information importing module, wherein the medical information storage module stores all user information using the Internet hospital, the user information importing module is used for importing the user information logging in the Internet hospital, the medical information calling module matches the user information imported by the user information importing module with the user information stored in the medical information storage module by a user, and the historical diagnosis information of the user is sent to a receiving end of a distributed doctor after the matching is successful;
through the process, the doctor can quickly know the past diagnosis information of the old user, so that the time for inquiring the user is saved, and the diagnosis speed and the diagnosis accuracy are accelerated.
A processing method of internet hospital medical information specifically comprises the following steps:
the method comprises the following steps: the medical information importing module is used for importing the illness state information of the user, the illness state information of the user is sent to the medical information distributing module for department distribution, and the illness state information of the user is simultaneously sent to the medical information storage module for storage after the department distribution is finished;
step two: after the department distribution information is sent to the doctor distribution module, the distribution of the diagnosis doctors is carried out, and the illness state information of the user is sent to the distributed doctors;
step three: uploading the diagnosis result by the allocated doctor through the doctor diagnosis module, and then sending the diagnosis result to the user receiving module and the doctor receiving module by the diagnosis result finding module;
step four: after receiving the diagnosis result, the doctor receiving module evaluates the doctor according to the diagnosis result to obtain the user evaluation information;
step five: the data processing module processes the user evaluation information and the doctor evaluation information to obtain doctor grading information;
step six: after the doctor scoring information is sent to the display terminal, the display terminal conducts ranking display on the plurality of doctor scoring information according to the scores;
step seven: after the old user uses the user information importing module to import own user information, the medical information calling module matches the user information with the user information stored in the medical information storage module, and after the matching is successful, the historical diagnosis information of the user is sent to the receiving end of the distributed doctor.
In conclusion, when the medical information distribution system is used, the medical information import module imports the disease condition information of the user, and the disease condition information of the user is sent to the medical information distribution module to be distributed to departments of doctors to obtain the department distribution information; department distribution information is sent to a doctor distribution module, the doctor distribution module carries out distribution of diagnosis doctors to obtain distribution doctor information, the distribution doctor information is sent to a doctor diagnosis module, the doctor diagnosis module analyzes the disease information of users to obtain diagnosis information, the diagnosis information is sent to a diagnosis result sending module, the diagnosis result sending module is sent to a user receiving module and other doctor receiving modules, after the user receiving module receives the diagnosis information, the users evaluate the diagnosis result through the user evaluation module to generate user evaluation information, the other doctor receiving modules synchronously receive the diagnosis information and the disease information of the users and evaluate the diagnosis doctors according to the received diagnosis information and the disease information of the users to obtain doctor evaluation information, the data receiving module receives the user evaluation information and the doctor evaluation information and sends the user evaluation information and the doctor evaluation information to a data processing module, the data processing module processes the user evaluation information and the doctor evaluation information to generate doctor grading information, and the master control module controls the information sending module to send the doctor grading information to the display terminal after the doctor grading information is generated.
Furthermore, the terms "first", "second" and "first" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first" or "second" may explicitly or implicitly include at least one such feature. In the description of the present invention, "a plurality" means at least two, e.g., two, three, etc., unless specifically limited otherwise.
In the description herein, references to the description of the term "one embodiment," "some embodiments," "an example," "a specific example," or "some examples," etc., mean that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the invention. In this specification, the schematic representations of the terms used above are not necessarily intended to refer to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples. Moreover, various embodiments or examples and features of various embodiments or examples described in this specification can be combined and combined by one skilled in the art without being mutually inconsistent.
Although embodiments of the present invention have been shown and described above, it is understood that the above embodiments are exemplary and should not be construed as limiting the present invention, and that variations, modifications, substitutions and alterations can be made to the above embodiments by those of ordinary skill in the art within the scope of the present invention.

Claims (10)

1. A processing system of medical information of an internet hospital is characterized by comprising a medical information importing module, a medical information classifying module, a medical information distributing module, a doctor diagnosing module, a diagnosis result sending module, a user receiving module, other doctor receiving modules, a user evaluating module, other doctor evaluating modules, a data receiving module, a data processing module, a master control module and an information sending module;
the medical information importing module is used for importing the illness state information of the user, and the illness state information comprises symptom information, an ultrasonic report, an ultrasonic image and a patient case;
the user illness state information is sent to a medical information distribution module for doctor department distribution, and department distribution information is obtained;
the department distribution information is sent to a doctor distribution module, and the doctor distribution module distributes diagnosis doctors after receiving the department distribution information to obtain distribution doctor information;
the distributed doctor information is sent to a doctor diagnosis module, and the doctor diagnosis module analyzes the illness state information of the user to obtain diagnosis information;
the diagnostic information is sent to a diagnostic result sending module, and the diagnostic result sending module is sent to a user receiving module and other doctor receiving modules;
after the user receiving module receives the diagnosis information, the user evaluates the diagnosis result through the user evaluation module to generate user evaluation information, and the other doctor receiving modules synchronously receive the diagnosis information and the user illness state information and evaluate the diagnosing doctor according to the received diagnosis information and the user illness state information to obtain doctor evaluation information;
the data receiving module is used for receiving the user evaluation information and the doctor evaluation information and sending the user evaluation information and the doctor evaluation information to the data processing module;
the data processing module is used for processing the user evaluation information and the doctor evaluation information to generate doctor scoring information;
and after the doctor scoring information is generated, the master control module controls the information sending module to send the doctor scoring information to the display terminal.
2. The system for processing medical information of internet hospitals according to claim 1, wherein: the specific process of the medical information distribution module for doctor department distribution is as follows:
the method comprises the following steps: extracting the illness state information of the user, and acquiring symptom information and patient cases from the illness state information of the user;
step two: extracting character description contents from symptom information and patient cases, and searching disease keywords;
step three: and searching through the disease condition keywords to obtain the most frequently-appearing disease condition keywords, extracting department information corresponding to the disease condition keywords, then determining an assigned department, and assigning the user to the department.
3. The system for processing medical information of internet hospitals according to claim 1, wherein: the specific process of allocating the diagnosis doctors after the doctor allocation module receives the department allocation information is as follows:
s1: the doctor distribution module extracts the treatment receiving state information of all doctors in the department after receiving the department distribution information, wherein the treatment receiving state information comprises treatment receiving and non-treatment receiving;
s2: when the missed doctors exist, the user is directly distributed to any missed doctor;
s3: when all doctors are in the receiving state, the receiving time information of each doctor is extracted, the information is sequenced according to the sequence of the receiving time, the doctor with the most advanced receiving time is extracted as the distribution doctor, and the waiting information is sent to the user.
4. The system for processing medical information of internet hospitals according to claim 1, wherein: the grade of the user evaluation information comprises primary user evaluation, secondary user evaluation and tertiary user evaluation, and the doctor evaluation information comprises primary doctor evaluation, secondary doctor evaluation and tertiary doctor evaluation; the score of the primary user evaluation is a preset value A1, the score of the secondary user evaluation is a preset value A2, the score of the tertiary user evaluation is a preset value A3, the score of the primary doctor evaluation is a preset value B1, the score of the secondary doctor evaluation is a preset value B2, and the score of the tertiary doctor evaluation is a preset value B3.
5. The system for processing medical information of internet hospitals according to claim 1 or 4, wherein: the doctor evaluation information is obtained by evaluation processing of x doctors, and the specific processing process is as follows:
SS 1: after synchronously receiving the diagnosis information and the user illness state information, the other doctor receiving modules simultaneously send the diagnosis information and the user illness state information to x doctors, and the x doctors score the diagnosis result of the diagnosis information according to the diagnosis information and the user illness state information to obtain a diagnosis result score Px, wherein the Px is a numerical value in a preset range and is more than or equal to 5;
SS 2: extracting x diagnosis result scores Px, and obtaining the result through a formula (P1+ P2 … … + Px)/x ═ PAre all made ofObtaining a mean diagnosis score PAre all made of；
SS 3: extracting first-level doctor evaluation, second-level doctor evaluation and third-level doctor evaluation, and calculating average diagnosis result score PAre all made ofThe difference value between the first-level doctor evaluation, the second-level doctor evaluation and the third-level doctor is obtained to obtain P1Difference (D)、P2Difference (D)And P3Difference (D)Extracting P1Difference (D)、P2Difference (D)And P3Difference (D)The one with the smallest absolute value among the above-mentioned final rating information is the doctor evaluation information.
6. The system for processing medical information of internet hospitals according to claim 1 or 4, characterized in that: the specific process of the data processing module for processing the user evaluation information and the doctor evaluation information to generate the doctor scoring information is as follows:
SSS 1: extracting user evaluation information and doctor evaluation information, marking the user evaluation information as Az, z being 1 … … 3, and marking the doctor evaluation information as Bz, z being 1 … … 3;
SSS 2: in order to highlight important information evaluated by the doctor, the doctor is now given a correction value M1, the user is given a correction value M2;
SSS 3: by the formula Az M2+ Bz M1 AbAndto obtain the scoring information Ab of the doctorAnd。
7. the system for processing medical information of internet hospitals according to claim 1, wherein: and the doctor scoring information is smaller than a preset value, and the user evaluation information is three-level user evaluation, namely, the user performs doctor allocation again for re-diagnosis.
8. The system for processing medical information of internet hospitals according to claim 1, wherein: after receiving the scoring information of a preset number of doctors, the display terminal performs ranking display according to the score, wherein the three with the highest scoring information of the doctors perform highlighting display.
9. The system for processing medical information of internet hospitals according to claim 1, wherein: the system also comprises a medical information storage module, a medical information calling module and a user information importing module, wherein the medical information storage module stores all user information using the Internet hospital, the user information importing module is used for importing the user information logging in the Internet hospital, the medical information calling module matches the user information imported by the user information importing module with the user information stored in the medical information storage module, and the historical diagnosis information of the user is sent to a receiving end of a distributed doctor after the matching is successful.
10. The method for processing medical information of an internet hospital according to claim 1, characterized in that: the method is based on the processing system of any one of claims 1 to 9, and specifically comprises the following steps:
the method comprises the following steps: the medical information import module is used for importing the illness state information of the user, the illness state information of the user is sent to the medical information distribution module for department distribution, and the illness state information of the user is simultaneously sent to the medical information storage module for storage after the department distribution is finished;
step two: after the department distribution information is sent to the doctor distribution module, the distribution of the diagnosis doctors is carried out, and the illness state information of the user is sent to the distributed doctors;
step three: uploading the diagnosis result by the allocated doctor through the doctor diagnosis module, and then sending the diagnosis result to the user receiving module and the doctor receiving module by the diagnosis result finding module;
step four: after receiving the diagnosis result, the doctor receiving module evaluates the doctor according to the diagnosis result to obtain the user evaluation information;
step five: the data processing module processes the user evaluation information and the doctor evaluation information to obtain doctor grading information;
step six: after the doctor scoring information is sent to the display terminal, the display terminal performs ranking display on the plurality of doctor scoring information according to the scores;
step seven: after the old user uses the user information importing module to import own user information, the medical information calling module matches the user information with the user information stored in the medical information storage module, and after the matching is successful, the historical diagnosis information of the user is sent to the receiving end of the distributed doctor.
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