CN114141348A - Physician resource dynamic allocation management system based on interview system - Google Patents
Physician resource dynamic allocation management system based on interview system Download PDFInfo
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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
- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
- G16H40/20—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the management or administration of healthcare resources or facilities, e.g. managing hospital staff or surgery rooms
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
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- G06Q10/00—Administration; Management
- G06Q10/02—Reservations, e.g. for tickets, services or events
Abstract
The invention discloses a doctor resource dynamic allocation management system based on a face diagnosis system, which comprises an appointment register operation terminal, a dynamic allocation management terminal and a doctor resource storage terminal, wherein the appointment register operation terminal is electrically connected with the dynamic allocation management terminal; the appointment register operation terminal is used for the patient to perform appointment register operation and for inputting the patient condition information; according to the invention, through setting the appointment register operation terminal, the information of the patient can be input, and meanwhile, the information of the patient is analyzed and processed by combining with the dynamic allocation management terminal, so that the corresponding diagnosis and treatment doctors can be rapidly matched for the patient, the condition that the appointment register of the patient makes mistakes can be avoided, the dynamic allocation management can be carried out on doctor resources, and therefore, each patient can be ensured to make a diagnosis and treatment in time, and the method is favorable for practical application and operation.
Description
Technical Field
The invention belongs to the technical field of a face diagnosis system, and particularly relates to a physician resource dynamic allocation management system based on a face diagnosis system.
Background
In the existing life, with the progress of science and technology, the comprehensive national force is continuously enhanced, the medical level of China is continuously improved, the Chinese medical support system is separated from city and countryside, and has different characteristics and development processes, in rural areas, the construction work of a novel rural cooperative medical system is strived to develop along with the growth and the decline of the cooperative medical system, and then the diversification of the rural medical support system is explored and perfected, in towns, the public fee, the labor insurance medical system, the town medical insurance reform and the trial stage are experienced successively, the establishment of the basic medical insurance system of towns workers in the national range, the exploration of a multi-level medical support system and other stages are performed, and meanwhile, when medical face-diagnosis is performed in town hospitals, due to the large number of people, a reservation and registration mechanism is usually adopted, patients select doctors with proper time to make reservation and registration in advance according to their own illness states, the physician is a high-grade medical staff, which is qualified by the examination of the national health department and is subjected to high medical education or long-term medical and health work.
With the continuous rise of the number of patients, the physician resource is also in short supply and demand, and the existing appointment register mechanism needs the patient to confirm which department the patient's condition should be reserved for diagnosis and treatment by himself/herself in the process of executing operation, so that the patient often has an understanding error, the appointment register error is caused, the patient finds an error after queuing, and then the appointment register needs to be performed again, the time for the patient to perform diagnosis and treatment is easily delayed, and the actual application and operation are not facilitated.
The invention content is as follows:
the present invention aims to solve the above problems by providing a physician resource dynamic allocation management system based on a consultation system, which solves the problems mentioned in the background art.
In order to solve the above problems, the present invention provides a technical solution:
a doctor resource dynamic allocation management system based on a diagnosis system comprises an appointment registration operation terminal, a dynamic allocation management terminal and a doctor resource storage terminal, wherein the appointment registration operation terminal is electrically connected with the dynamic allocation management terminal;
the appointment register operation terminal is used for the patient to perform appointment register operation and for inputting the patient condition information;
the dynamic allocation management terminal is used for analyzing the appointment registration information of the appointment registration operation terminal on the same day, and meanwhile, according to the analysis result, the dynamic allocation management of the doctor resources is carried out by combining the doctor information in the doctor resource storage terminal, so that the corresponding treating doctor is matched for the patient;
the physician resource storage terminal is used for storing information of a plurality of physicians and is used for being matched with the dynamic allocation management terminal for use.
Preferably, a registration information input unit is arranged in the reservation registration operation terminal;
and the registration information input unit is used for the patient to input the current registration information needing diagnosis and treatment into the appointment registration operation terminal.
Preferably, a registration information acquisition unit, an information analysis unit and a doctor allocation unit are arranged in the dynamic allocation management terminal, the registration information acquisition unit is electrically connected with the information analysis unit, and the information analysis unit is electrically connected with the doctor allocation unit;
the registration information acquisition unit is used for connecting the appointment registration operation terminal and acquiring registration information input by a patient from the inside of the appointment registration operation terminal;
the information analysis unit is used for analyzing and integrating the registration information acquired by the registration information acquisition unit to obtain the current patient condition summary and is connected and matched with the doctor distribution unit;
the doctor distribution unit is used for matching corresponding treating doctors for patients according to the analysis result of the information analysis unit and in combination with the doctor resource storage terminal.
Preferably, a basic information storage module, a medical qualification storage module and a medical experience storage module are arranged in the physician resource storage terminal;
the basic information storage module is used for storing basic information of a doctor, and the basic information comprises a name, an age and a contact way;
the medical qualification storage module is used for storing grade certificates and job title information of doctors;
the medical experience storage module is used for storing medical experience of a doctor, including medical diagnosis and treatment results.
Preferably, a basic information input module, a medical history input module and a current illness state input module are arranged in the registration information input unit;
the basic information input module is used for inputting basic information of the personnel needing treatment, including age, sex, name, identification number and contact way, into the appointment registration operation terminal by the patient;
the medical history recording module is used for recording medical history of the personnel needing treatment to the appointment registration operation terminal by the patient, including the historical condition of medical diagnosis and treatment of the patient before the patient;
the current state of an illness entry module is used for the patient to register the state of an illness that needs the treatment staff to treat at present to the appointment registration operation terminal.
Preferably, a basic information acquisition module, a medical history acquisition module and a current illness state acquisition module are arranged in the registration information acquisition unit;
the basic information acquisition module is used for acquiring basic information input by a patient to the appointment register operation terminal;
the medical history acquisition module is used for acquiring medical history information input by a patient to the appointment registration operation terminal;
the current disease condition acquisition module is used for acquiring current disease condition information input by a patient to the appointment registration operation terminal.
Preferably, a basic information analysis module, a medical history analysis module and a current disease analysis module are arranged in the information analysis unit;
the basic information analysis module is used for extracting the basic information acquired by the registration information acquisition unit and analyzing and integrating the basic information;
the medical history analysis module is used for extracting the medical history information acquired by the registration information acquisition unit and analyzing and integrating the medical history information;
and the current disease condition analysis module is used for extracting the current disease condition information acquired by the registration information acquisition unit and analyzing and integrating the current disease condition information.
Preferably, a medical history storage module is further arranged inside the appointment register operation terminal, and the medical history storage module is electrically connected with the medical history recording module;
the medical history storage module is used for correspondingly storing the medical history storage information of the patient according to the basic information input by the basic information module and carrying out medical history calling operation by combining the medical history input module.
The invention has the beneficial effects that: according to the invention, through setting the appointment register operation terminal, the information of the patient can be input, and meanwhile, the information of the patient is analyzed and processed by combining with the dynamic allocation management terminal, so that the corresponding diagnosis and treatment doctors can be rapidly matched for the patient, the condition that the appointment register of the patient makes mistakes can be avoided, the dynamic allocation management can be carried out on doctor resources, and therefore, each patient can be ensured to make a diagnosis and treatment in time, and the method is favorable for practical application and operation.
Description of the drawings:
for ease of illustration, the invention is described in detail by the following detailed description and the accompanying drawings.
FIG. 1 is a block diagram of a physician resource dynamic allocation management system based on a consultation system.
The specific implementation mode is as follows:
as shown in fig. 1, the following technical solutions are adopted in the present embodiment:
example (b):
a doctor resource dynamic allocation management system based on a diagnosis system comprises an appointment register operation terminal, a dynamic allocation management terminal and a doctor resource storage terminal, wherein the appointment register operation terminal is electrically connected with the dynamic allocation management terminal, the dynamic allocation management terminal is electrically connected with the doctor resource storage terminal, and the appointment register operation terminal, the dynamic allocation management terminal and the doctor resource storage terminal are all communicated with each other through internet in real time;
the appointment register operation terminal is used for a patient to perform appointment register operation and inputting patient illness state information, and is a self-service operation terminal to ensure that the patient can perform operation independently;
the dynamic allocation management terminal is used for analyzing the daily appointment registration information of the appointment registration operation terminal, performing dynamic allocation management on doctor resources according to an analysis result and combining doctor information in the doctor resource storage terminal, and matching corresponding treating doctors for patients, and is information processing equipment between the appointment registration operation terminal and the doctor resource storage terminal, so that the appointment registration operation terminal, the doctor resource storage terminal and the whole system can run normally;
the doctor resource storage terminal is used for storing information of a plurality of doctors and is used for being matched with the dynamic allocation management terminal for use, and doctor information of the hospital can be stored better through the doctor resource storage terminal.
A registration information input unit is arranged in the reservation registration operation terminal;
the registration information input unit is used for inputting the current registration information needing diagnosis and treatment into the reservation registration operation terminal by the patient, and is convenient for inputting the registration information of the patient better.
The dynamic allocation management terminal is internally provided with a registration information acquisition unit, an information analysis unit and a doctor allocation unit, wherein the registration information acquisition unit is electrically connected with the information analysis unit, and the information analysis unit is electrically connected with the doctor allocation unit, so that the internal structure of the dynamic allocation management terminal is integrated better;
the registration information acquisition unit is used for connecting the appointment registration operation terminal and acquiring registration information input by a patient from the inside of the appointment registration operation terminal, so that the registration information can be better acquired;
the information analysis unit is used for analyzing and integrating the registration information acquired by the registration information acquisition unit to obtain the current patient condition summary, and is connected and matched with the doctor distribution unit to facilitate better analysis and integration;
the doctor allocation unit is used for matching corresponding doctors for patients according to the analysis result of the information analysis unit and the doctor resource storage terminal, so that doctors can be allocated better.
The physician resource storage terminal is internally provided with a basic information storage module, a medical qualification storage module and a medical experience storage module, so that the internal structure of the physician resource storage terminal can be better formed;
the basic information storage module is used for storing basic information of the treating physician, and the basic information comprises a name, an age and a contact way, so that the basic information of the treating physician can be stored better;
the medical qualification storage module is used for storing grade certificates and title information of doctors, so that medical qualifications of the doctors can be stored better;
the medical treatment experience storage module is used for storing medical treatment experiences of doctors, including medical treatment results, and is convenient for storing the experiences of doctors in medical treatment.
Wherein, a basic information input module, a medical history input module and a current illness state input module are arranged in the registration information input unit;
the basic information input module is used for the patient to input basic information of the personnel needing treatment, including age, sex, name, identification number and contact way, to the appointment registration operation terminal, so that the basic information of the patient can be better input;
the medical history recording module is used for recording medical history of the personnel needing treatment to the appointment registration operation terminal by the patient, including the history situation of medical diagnosis and treatment performed by the patient before the patient, so that the medical history information of the patient can be recorded better;
the current state of an illness is typeeed the module and is used for the patient to the reservation registration operation terminal is typeeed the state of an illness that needs the treatment personnel to treat at present, is convenient for better to the patient current state of an illness typeeed.
Wherein, a basic information acquisition module, a medical history acquisition module and a current illness state acquisition module are arranged in the registration information acquisition unit;
the basic information acquisition module is used for acquiring basic information input by a patient to the appointment registration operation terminal, so that the basic information input by the patient can be acquired better;
the medical history acquisition module is used for acquiring medical history information input by a patient to the appointment registration operation terminal, so that the medical history information input by the patient can be acquired better;
the current state of an illness collection module be used for to the current state of an illness information that the patient types into is gathered to the appointment registration operation terminal, be convenient for better gather the current state of an illness that the patient types into.
The information analysis unit is internally provided with a basic information analysis module, a medical history analysis module and a current disease analysis module;
the basic information analysis module is used for extracting the basic information acquired by the registration information acquisition unit and analyzing and integrating the basic information, so that the acquired basic information of the patient can be better analyzed and integrated;
the medical history analysis module is used for extracting the medical history information acquired by the registration information acquisition unit and analyzing and integrating the medical history information, so that the acquired medical history information of the patient can be analyzed and integrated better;
the current disease analysis module is used for extracting the current disease information collected by the registration information collection unit and analyzing and integrating the current disease information, so that the collected current disease information of the patient can be better analyzed and integrated.
The medical history storage module is electrically connected with the medical history recording module;
the medical history storage module is used for correspondingly storing the medical history storage information of the patient according to the basic information input by the basic information module and carrying out medical history calling-out operation by combining the medical history input module, so that the medical history storage module can be better combined for use.
Specifically, the method comprises the following steps: in practical application, a patient carries out information entry operation through an appointment register operation terminal, carries out basic information entry operation through a basic information entry module in a register information entry unit, enters basic information of a person to be treated, including age, sex, name, identification number and contact way, and simultaneously enters medical history of the person to be treated, including the history of medical diagnosis and treatment of the patient before the patient, and enters the current state of illness of the person to be treated through the appointment register operation terminal, meanwhile, a medical history storage module in the appointment register operation terminal calls the medical history information of the patient according to the basic information entered by the patient, and when the medical history information corresponding to the basic information of the patient exists in the medical history storage module, the system will prompt the patient to not need to perform medical history information entry operation; after the information input is finished, acquiring information input by the appointment register operation terminal through a dynamic allocation management terminal in a doctor resource dynamic allocation management system, respectively acquiring corresponding patient basic information, medical history information and current illness state information, analyzing and integrating the basic information acquired by a register information acquisition unit, the medical history information acquired by the register information acquisition unit and the current illness state information acquired by a register information acquisition unit by using an information analysis unit in the dynamic allocation management terminal, thereby obtaining the illness state of the current patient and the information of a department to which the patient needs to go, and simultaneously selecting a proper treating doctor according to the specific illness state information of the patient and the doctor information in a doctor resource storage terminal by combining a doctor allocation unit, calling the basic information, the information of all doctors in the doctor resource storage terminal, the patient information and the current illness state information, According to medical qualification and medical experience, corresponding doctor information is distributed according to the state of an illness and the department to which the doctor belongs, and the information is fed back to a patient who is performing appointment registration operation through an appointment registration operation terminal, the patient can find the corresponding department and a treating doctor to perform treatment according to the fed-back information, and meanwhile, the operation end of the treating doctor also keeps data intercommunication with the system through the Internet, so that the doctor can timely obtain the information of the patient needing treatment, the treatment efficiency is improved, and practical application and operation are facilitated.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (8)
1. A doctor resource dynamic allocation management system based on a diagnosis system is characterized by comprising an appointment register operation terminal, a dynamic allocation management terminal and a doctor resource storage terminal, wherein the appointment register operation terminal is electrically connected with the dynamic allocation management terminal;
the appointment register operation terminal is used for the patient to perform appointment register operation and for inputting the patient condition information;
the dynamic allocation management terminal is used for analyzing the appointment registration information of the appointment registration operation terminal on the same day, and meanwhile, according to the analysis result, the dynamic allocation management of the doctor resources is carried out by combining the doctor information in the doctor resource storage terminal, so that the corresponding treating doctor is matched for the patient;
the physician resource storage terminal is used for storing information of a plurality of physicians and is used for being matched with the dynamic allocation management terminal for use.
2. The system for dynamically allocating and managing the doctor resources based on the interview system according to claim 1, wherein a registration information entry unit is arranged inside the appointment registration operation terminal;
and the registration information input unit is used for the patient to input the current registration information needing diagnosis and treatment into the appointment registration operation terminal.
3. The system for dynamically allocating and managing the physician resources based on the interview system according to claim 1, wherein a registration information acquisition unit, an information analysis unit and a physician allocation unit are arranged inside the dynamic allocation and management terminal, the registration information acquisition unit is electrically connected with the information analysis unit, and the information analysis unit is electrically connected with the physician allocation unit;
the registration information acquisition unit is used for connecting the appointment registration operation terminal and acquiring registration information input by a patient from the inside of the appointment registration operation terminal;
the information analysis unit is used for analyzing and integrating the registration information acquired by the registration information acquisition unit to obtain the current patient condition summary and is connected and matched with the doctor distribution unit;
the doctor distribution unit is used for matching corresponding treating doctors for patients according to the analysis result of the information analysis unit and in combination with the doctor resource storage terminal.
4. The system for dynamically allocating and managing the doctor resources based on the interview system according to claim 1, wherein a basic information storage module, a medical qualification storage module and a medical experience storage module are arranged inside the doctor resource storage terminal;
the basic information storage module is used for storing basic information of a doctor, and the basic information comprises a name, an age and a contact way;
the medical qualification storage module is used for storing grade certificates and job title information of doctors;
the medical experience storage module is used for storing medical experience of a doctor, including medical diagnosis and treatment results.
5. The system for dynamically allocating and managing the doctor resources based on the interview system according to claim 2, wherein a basic information entry module, a medical history entry module and a current medical condition entry module are arranged in the registration information entry unit;
the basic information input module is used for inputting basic information of the personnel needing treatment, including age, sex, name, identification number and contact way, into the appointment registration operation terminal by the patient;
the medical history recording module is used for recording medical history of the personnel needing treatment to the appointment registration operation terminal by the patient, including the historical condition of medical diagnosis and treatment of the patient before the patient;
the current state of an illness entry module is used for the patient to register the state of an illness that needs the treatment staff to treat at present to the appointment registration operation terminal.
6. The system for dynamically allocating and managing the physician resources based on the interview system according to claim 3, wherein a basic information acquisition module, a medical history acquisition module and a current medical condition acquisition module are arranged inside the registration information acquisition unit;
the basic information acquisition module is used for acquiring basic information input by a patient to the appointment register operation terminal;
the medical history acquisition module is used for acquiring medical history information input by a patient to the appointment registration operation terminal;
the current disease condition acquisition module is used for acquiring current disease condition information input by a patient to the appointment registration operation terminal.
7. The system for dynamically allocating and managing the physician resources based on the interview system according to claim 3, wherein the information analysis unit is internally provided with a basic information analysis module, a medical history analysis module and a current disease analysis module;
the basic information analysis module is used for extracting the basic information acquired by the registration information acquisition unit and analyzing and integrating the basic information;
the medical history analysis module is used for extracting the medical history information acquired by the registration information acquisition unit and analyzing and integrating the medical history information;
and the current disease condition analysis module is used for extracting the current disease condition information acquired by the registration information acquisition unit and analyzing and integrating the current disease condition information.
8. The system for dynamically allocating and managing the physician resources based on the interview system according to claim 5, wherein a medical history storage module is further arranged inside the appointment register operation terminal and is electrically connected with the medical history recording module;
the medical history storage module is used for correspondingly storing the medical history storage information of the patient according to the basic information input by the basic information module and carrying out medical history calling operation by combining the medical history input module.
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| CN108074641A (en) * | 2016-11-09 | 2018-05-25 | 哈尔滨光凯科技开发有限公司 | A kind of Outpatient Booking System based on internet medical services |
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2021
- 2021-12-02 CN CN202111474250.5A patent/CN114141348A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20020188179A1 (en) * | 2001-05-14 | 2002-12-12 | Bulat Paul I. | System and method for delivering medical examination, diagnosis, and treatment over a network |
| CN108074641A (en) * | 2016-11-09 | 2018-05-25 | 哈尔滨光凯科技开发有限公司 | A kind of Outpatient Booking System based on internet medical services |
| CN107220516A (en) * | 2017-06-21 | 2017-09-29 | 胡引翠 | Hospital resources Optimizing Configuration System |
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