Information management service system for blood pressure and electrocardio diagnosis report and implementation method

Abstract

According to the information management service system for the blood pressure and electrocardio diagnosis report and the implementation method, effective management of basic information of patients and doctors and informatization processing of the blood pressure and electrocardio diagnosis report are achieved, and the efficiency and accuracy of information management are improved. A patient can conveniently look up own past medical records by scanning the two-dimensional code, tedious procedures and waiting time are not needed, and the medical experience of the patient is improved. A doctor can quickly retrieve past medical records of a patient, more comprehensive information support is provided for diagnosis, and the accuracy and scientificity of diagnosis can be improved. The use of paper medical records is reduced, and the cost is reduced. By arranging the doctor-patient information management module and the doctor report module, patient information and diagnosis reports are effectively protected, and safety and reliability of data are ensured. The application of the invention can optimize the medical service process, improve the quality and efficiency of the medical service, and promote the harmonious development of the doctor-patient relationship.

Description

Technical Field

[0001] The present invention relates to the field of information management services, and in particular to an information management service system and implementation method for blood pressure and electrocardiogram diagnosis reports. Background Art

[0002] In the medical field, blood pressure and ECG diagnosis are common examination items, which are of great significance for patients' health assessment and disease diagnosis. The Chinese patent application number: CN200920129693.9 proposes a fuzzy ECG intelligent online analyzer system, which consists of an online data interface, a vector ECG parallel computer, a data fusion neural network, a vector ECG multi-domain analyzer, an expert system, an application software package and an offline data interface. Through multivariate neural network analysis, multi-sensor time series data fusion and vector ECG multi-domain analysis of 12-lead vector ECG, the fuzzy ECG main image automatic analysis conclusion and the fuzzy ECG attached image information including blood pressure, pulse, blood oxygen, respiration, activity range and activity content are integrated to form a diagnosis report including the time domain analysis, frequency domain analysis, various ECG interval discreteness time domain analysis and various ECG interval variability of the vital sign signal including the 12-lead ECG.

[0003] In the existing technology, the information management of blood pressure and ECG diagnostic reports has many shortcomings and deficiencies that need to be improved. Traditional blood pressure and ECG diagnostic report management often relies on paper medical records, which not only requires a lot of storage space, but also is prone to problems such as medical record loss and damage. When patients check their medical records, they need to go through cumbersome procedures and often need to apply and wait in specific departments of the hospital, which consumes a lot of time and energy and seriously affects the patient's medical experience.

[0004] For doctors, it is also difficult to access patients' medical records during the diagnosis process. Due to the backward management of paper medical records, it is difficult for doctors to quickly obtain comprehensive patient information, which has a certain impact on the accuracy and scientificity of the diagnosis.

[0005] In addition, the use of paper medical records has also led to increased costs and put a certain amount of pressure on the environment. In terms of information security, traditional medical record management methods are difficult to effectively protect patient information and diagnostic reports, and there is a risk of information leakage.

[0006] Due to these problems existing in the existing technology, the medical service process is not optimized, the quality and efficiency of medical services are also limited to a certain extent, which is not conducive to the harmonious development of the doctor-patient relationship. Therefore, we make improvements to this and propose an information management service system and implementation method for blood pressure and electrocardiogram diagnostic reports. Summary of the invention

[0007] The purpose of the present invention is to address the problems raised by the existing background technology. In order to achieve the above-mentioned purpose of the invention, the present invention provides the following technical solutions: an information management service system for blood pressure and electrocardiogram diagnosis reports, including a medical information management module, the medical information management module is used to manage the basic information of patients and doctors, the medical information management module is connected with the patient information module data, the patient scans the QR code on the electrocardiogram report or blood pressure report through the terminal device to open the patient information module, the patient information module uses a list to display the patient's previous medical records, the patient or doctor selects one or more medical records unique codes that need to be reviewed, the patient information module sends the medical record unique code to the doctor report module, after the doctor report module receives the request, the doctor report module retrieves the report through the received medical record unique code, returns the retrieved report to the patient information module, and the patient information module presents the report.

[0008] As a preferred technical solution of the present invention, the content of the QR code embedded in the electrocardiogram report or blood pressure report page includes a patient information module link identifier and a patient unique identifier.

[0009] As a preferred technical solution of the present invention, the patient information module extracts the corresponding patient information module link identifier and the patient unique identifier based on the scanned QR code, and sends them to the doctor report module.

[0010] As a preferred technical solution of the present invention, the medical and patient information management module is provided with a patient information management unit and a doctor information management unit, the patient information module includes a QR code scanning unit, a medical record information display unit and a unique code generation unit, the doctor report module is provided with a data receiving unit and a report retrieval unit, the data receiving unit receives the medical record unique code sent by the patient information module, and the report retrieval unit retrieves the corresponding diagnosis report from the database according to the medical record unique code.

[0011] A method for implementing information management services for blood pressure and electrocardiogram diagnosis reports, comprising the following steps: Step S1: establishing a medical and patient information management system, constructing a medical and patient information management module, for inputting, storing and managing basic information of patients and doctors, wherein the basic information of patients and doctors includes name, gender, age, contact information and medical records;

[0012] Step S2: Generate a diagnostic report QR code. For each ECG and blood pressure diagnostic report, generate a unique QR code; the QR code contains the patient's unique identifier and a link to the report information:

[0013] QR info =PID||URL report ;

[0014] QR info It is the QR code information, PID represents the unique identification of the patient, URL report Indicates a link to report information;

[0015] Step S3: The patient scans the QR code. The patient scans the QR code on the ECG report or blood pressure report through the terminal device to enter the patient information module;

[0016] Step S4: Patient information module operation, the patient information module displays the patient's past medical records in a list format; the patient or doctor selects one or more medical records to be reviewed, and the system generates a unique code for each medical record; the patient or doctor sends the selected medical record unique code to the doctor report module;

[0017] Step S5: Doctor report module processing, the doctor report module receives the unique medical record code sent by the patient information module; according to the unique medical record code, the corresponding diagnosis report is retrieved from the database;

[0018] Step S6: Report presentation, returning the retrieved diagnostic report to the patient information module for presentation, and displaying multiple previous medical records simultaneously to facilitate comparative analysis by the patient or the reporting doctor.

[0019] As a preferred technical solution of the present invention, step S1: the specific steps of establishing a medical and patient information management system include the following:

[0020] Step S11: Enter the basic information of the patient and the doctor into the system and store and manage the data, establish a data backup and recovery mechanism, and back up the database regularly;

[0021] Step S12: The medical record management system enters the patient's medical record and can view and modify the storage structure of the medical record at any time, including diagnosis results, treatment plans, and medication conditions.

[0022] As a preferred technical solution of the present invention, step S2: generating a diagnostic report QR code comprises the following specific steps:

[0023] Step S21: Determine the information content of the QR code: Obtain relevant information of each ECG and blood pressure diagnosis report from the database, including the patient's unique identifier (including the patient number) and the link to the report information (including the storage path of the report on the server); combine the patient's unique identifier and the report information link to form a unique string as the information content of the QR code;

[0024] Step S22: Select a QR code generation tool: evaluate and select a suitable QR code generation tool or library to ensure that it can meet the requirements of generating high-quality QR codes and support encoding of custom information content;

[0025] Step S23: Setting the QR code parameters: Setting the QR code parameters according to actual needs, including error correction level, size, and color;

[0026] Step S24: Generate a QR code image: Use the selected QR code generation tool to encode the string containing the patient's unique identification and the report information link into a QR code image;

[0027] Step S25: Associating the diagnostic report: Associating the generated QR code with the corresponding ECG and blood pressure diagnostic report to ensure that the information in the report can be accurately obtained by scanning the QR code.

[0028] As a preferred technical solution of the present invention, step S3: the patient scans the QR code, and the specific steps include the following:

[0029] Step S31: Patient preparation: The patient ensures that his / her terminal device (including a smart phone) has installed an application for scanning a QR code, including a common QR code scanning tool;

[0030] Step S32: Obtaining a diagnosis report: The patient receives a paper document or electronic document containing an ECG or blood pressure diagnosis report;

[0031] Step S33: Scan the QR code: open the QR code scanning application on the terminal device; aim the device camera at the QR code on the diagnostic report; keep the scanning interface stable and ensure that the QR code is completely within the scanning frame; the scanning application automatically recognizes and reads the QR code information;

[0032] Step S34: Link jump: After successful scanning, the scanning application will parse the information in the QR code and automatically jump to the corresponding patient information module page according to the link therein;

[0033] Step S35: Login verification: The system sets a login verification link, and the patient needs to enter the corresponding login information, user name and password to verify the identity and enter the patient information module;

[0034] Step S36: Entering the patient information module: After verification, the patient successfully enters the patient information module and views information related to himself, including past medical records and diagnosis reports.

[0035] As a preferred technical solution of the present invention, step S4: specific steps of operating the patient information module include the following:

[0036] Step S41: Entering the patient information module: After the patient scans the QR code, he / she successfully enters the patient information module;

[0037] Step S42: Displaying a list of past medical records: The system reads the patient's past medical record information from the database; displays the medical record information to the patient or doctor in a list format, which includes basic information of the medical record, including the medical record number, consultation time, and diagnosis result;

[0038] Step S43: Select medical records: the patient or doctor selects one or more medical records to be reviewed in the medical record list according to the needs;

[0039] Step S44: Generate unique medical record code: The system generates a unique code for each selected medical record;

[0040] The code generation algorithm should ensure uniqueness and security;

[0041] Step S45: Send the unique medical record code: After the patient or doctor confirms the selection, click the "Send" button;

[0042] The system sends the unique code of the selected medical record to the doctor report module through a secure network connection; during the data transmission process, the data is encrypted;

[0043] The encryption formula is:

[0044] E(U)=aU 3 +bU 2 +cU+d mod p;

[0045] Among them: abcd is the coefficient of the encryption key, p is a large prime number, and U is the unique code of the medical record.

[0046] As a preferred technical solution of the present invention, step S5: the specific steps of the doctor report module processing include the following: step S51: receiving the unique code of the medical record: the doctor report module is in a listening state, waiting to receive the unique code of the medical record sent by the patient information module; when the unique code data is received, the data integrity and accuracy are verified;

[0047] Step S52: Verify the unique code of the medical record: check whether the format of the unique code complies with the predetermined rules; compare with the stored unique code rules to verify whether the received unique code is valid;

[0048] Step S53: Retrieve diagnostic report: Once the unique code is verified, the system searches the database according to the unique code; using optimized query statements to ensure that the diagnostic report corresponding to the unique code is found quickly and accurately;

[0049] Step S54: Processing the search results: if the diagnosis report is successfully retrieved, the report information is loaded into the interface of the doctor report module for the doctor to view; if the corresponding report is not retrieved, the system generates a corresponding prompt message to inform the doctor that the relevant diagnosis report is not found, and checks the correctness of the unique code or whether the corresponding report exists;

[0050] Step S55: Update system status: Regardless of the search results, the system will update the relevant status information; if a report is successfully retrieved, mark the report as read; if a report is not retrieved, record the error information for subsequent troubleshooting.

[0051] Compared with the prior art, the present invention has the following beneficial effects: In the scheme of the present invention, the present invention realizes the effective management of the basic information of patients and doctors, and the information processing of blood pressure and electrocardiogram diagnosis reports, which improves the efficiency and accuracy of information management. Patients can conveniently check their past medical records by scanning the QR code, without complicated procedures and waiting time, which improves the patient's medical experience.

[0052] Doctors can quickly access patients' past medical records, provide more comprehensive information support for diagnosis, and help improve the accuracy and scientificity of diagnosis. Reduce the use of paper medical records, reduce costs, and be more environmentally friendly. By setting up a doctor-patient information management module and a doctor report module, patient information and diagnostic reports are effectively protected to ensure data security and reliability. The application of the present invention can optimize the medical service process, improve the quality and efficiency of medical services, and promote the harmonious development of doctor-patient relationships. BRIEF DESCRIPTION OF THE DRAWINGS

[0053] Figure 1 A logic block diagram provided for the present invention;

[0054] Figure 2 A logic block diagram provided for the present invention;

[0055] Figure 3 A flow chart provided for the present invention. DETAILED DESCRIPTION

[0056] To make the purpose, technical solution and advantages of the embodiments of the present invention clearer, the technical solution in the embodiments of the present invention will be described clearly and completely in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of them.

[0057] Therefore, the following detailed description of the embodiments of the present invention is not intended to limit the scope of the claimed invention, but merely represents some embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention. It should be noted that the embodiments of the present invention and the features and technical solutions in the embodiments can be combined with each other without conflict. It should be noted that similar numbers and letters represent similar items in the following drawings. Therefore, once an item is defined in one drawing, it does not need to be further defined and explained in subsequent drawings.

[0058] Example 1: Please refer to Figure 1 An information management service system for blood pressure and electrocardiogram (ECG) diagnostic reports includes a medical information management module, which is used to manage basic information of patients and doctors. The medical information management module is connected to the patient information module. The patient scans the QR code on the ECG report or blood pressure report through a terminal device to open the patient information module. The patient information module displays the patient's past medical records in a list format. The patient or doctor selects one or more unique medical record codes that need to be reviewed. The patient information module sends the unique medical record code to the doctor report module. After receiving the request, the doctor report module retrieves the report through the received unique medical record code and returns the retrieved report to the patient information module. The patient information module presents the report.

[0059] The content of the QR code embedded in the ECG report or blood pressure report page includes the patient information module link identifier and the patient unique identifier. The patient information module extracts the corresponding patient information module link identifier and the patient unique identifier based on the scanned QR code and sends them to the doctor report module.

[0060] The medical and patient information management module is provided with a patient information management unit and a doctor information management unit. The patient information module includes a QR code scanning unit, a medical record information display unit and a unique code generation unit. The doctor report module is provided with a data receiving unit and a report retrieval unit. The data receiving unit receives the medical record unique code sent by the patient information module, and the report retrieval unit retrieves the corresponding diagnosis report from the database according to the medical record unique code.

[0061] The working principle of the information management service system for blood pressure and electrocardiogram diagnosis reports of the present invention is to manage the basic information of patients and doctors through the medical and patient information management module, and connect the patient information module with the medical and patient information management module data. The patient uses a terminal device to scan the QR code on the electrocardiogram report or blood pressure report, and the QR code contains a patient information module link identifier and a patient unique identifier. The patient information module extracts the relevant identifier based on the scanned QR code and sends it to the doctor report module. The data receiving unit in the doctor report module receives the medical record unique code sent by the patient information module, and the report retrieval unit retrieves the corresponding diagnosis report from the database according to the medical record unique code, and returns it to the patient information module, and finally the patient information module presents the report to the patient or doctor.

[0062] The workflow of the information management service system for blood pressure and electrocardiogram diagnostic reports of the present invention is as follows: the patient scans the QR code embedded in the electrocardiogram report or blood pressure report through a terminal device. The patient information module extracts the patient information module link identifier and the patient unique identifier from the QR code and sends them to the doctor report module. At the same time, the patient or doctor selects one or more medical record unique codes that need to be reviewed in the patient information module, and the patient information module also sends these medical record unique codes to the doctor report module. The data receiving unit of the doctor report module receives the medical record unique code sent by the patient information module, and the report retrieval unit retrieves the corresponding diagnostic report from the database according to the medical record unique code. The doctor report module returns the retrieved report to the patient information module, and the patient information module presents the report in a list format to display the patient's previous medical records.

[0063] The system of the present invention realizes the effective management of the basic information of patients and doctors, as well as the information processing of blood pressure and electrocardiogram diagnosis reports, and improves the efficiency and accuracy of information management. Patients can easily check their past medical records by scanning the QR code, without complicated procedures and waiting time, which improves the patient's medical experience. Doctors can quickly access the patient's past medical records to provide more comprehensive information support for diagnosis, which helps to improve the accuracy and scientificity of diagnosis. The use of paper medical records is reduced, the cost is reduced, and it is also more environmentally friendly. By setting up a medical information management module and a doctor's report module, patient information and diagnosis reports are effectively protected to ensure the security and reliability of data. The application of the system of the present invention can optimize the medical service process, improve the quality and efficiency of medical services, and promote the harmonious development of doctor-patient relationships.

[0064] Example 2: Please refer to Figure 3 ,A method for implementing information management services for blood pressure and electrocardiogram diagnostic reports,Step S1: Establish a medical and patient information management system, construct a medical and patient information management module, for entering, storing and managing basic information of patients and doctors, the basic information of patients and doctors including name, gender, age, contact information, and medical records;

[0065] Step S2: Generate a diagnostic report QR code. For each ECG and blood pressure diagnostic report, generate a unique QR code; the QR code contains the patient's unique identifier and a link to the report information:

[0066] QR info =PID||URL report ;

[0067] QR info It is the QR code information, PID represents the unique identification of the patient, URL report Indicates a link to report information;

[0068] Step S3: The patient scans the QR code. The patient scans the QR code on the ECG report or blood pressure report through the terminal device to enter the patient information module;

[0069] Step S4: Patient information module operation, the patient information module displays the patient's past medical records in a list format; the patient or doctor selects one or more medical records to be reviewed, and the system generates a unique code for each medical record; the patient or doctor sends the selected medical record unique code to the doctor report module;

[0070] Step S5: Doctor report module processing, the doctor report module receives the unique medical record code sent by the patient information module; according to the unique medical record code, retrieves the corresponding diagnosis report from the database;

[0071] Step S6: Report presentation, returning the retrieved diagnostic report to the patient information module for presentation, and displaying multiple previous medical records simultaneously to facilitate comparative analysis by the patient or the reporting doctor.

[0072] Step S1: The specific steps of establishing a medical and patient information management system include the following:

[0073] Step S11: Enter the basic information of the patient and the doctor into the system and store and manage the data, establish a data backup and recovery mechanism, and back up the database regularly;

[0074] Step S12: The medical record management system enters the patient's medical record and can view and modify the storage structure of the medical record at any time, including diagnosis results, treatment plans, and medication status.

[0075] Step S2: Generate a diagnostic report QR code. The specific steps include:

[0076] Step S21: Determine the information content of the QR code: Obtain relevant information of each ECG and blood pressure diagnosis report from the database, including the patient's unique identifier (including the patient number) and the link to the report information (including the storage path of the report on the server); combine the patient's unique identifier and the report information link to form a unique string as the information content of the QR code;

[0077] Step S22: Select a QR code generation tool: evaluate and select a suitable QR code generation tool or library to ensure that it can meet the requirements of generating high-quality QR codes and support encoding of custom information content;

[0078] Step S23: Setting the QR code parameters: Setting the QR code parameters according to actual needs, including error correction level, size, and color;

[0079] Step S24: Generate a QR code image: Use the selected QR code generation tool to encode the string containing the patient's unique identification and the report information link into a QR code image;

[0080] Step S25: Associating the diagnostic report: Associating the generated QR code with the corresponding ECG and blood pressure diagnostic report to ensure that the information in the report can be accurately obtained by scanning the QR code.

[0081] Step S3: The patient scans the QR code. The specific steps include:

[0082] Step S31: Patient preparation: The patient ensures that his / her terminal device (including a smart phone) has installed an application for scanning a QR code, including a common QR code scanning tool;

[0083] Step S32: Obtaining a diagnosis report: The patient receives a paper document or electronic document containing an ECG or blood pressure diagnosis report;

[0084] Step S33: Scan the QR code: open the QR code scanning application on the terminal device; aim the device camera at the QR code on the diagnostic report; keep the scanning interface stable and ensure that the QR code is completely within the scanning frame; the scanning application automatically recognizes and reads the QR code information;

[0085] Step S34: Link jump: After successful scanning, the scanning application will parse the information in the QR code and automatically jump to the corresponding patient information module page according to the link therein;

[0086] Step S35: Login verification: The system sets a login verification link, and the patient needs to enter the corresponding login information, user name and password to verify the identity and enter the patient information module;

[0087] Step S36: Entering the patient information module: After verification, the patient successfully enters the patient information module and views information related to himself, including past medical records and diagnosis reports.

[0088] Step S4: The specific steps of the patient information module operation include:

[0089] Step S41: Entering the patient information module: After the patient scans the QR code, he / she successfully enters the patient information module;

[0090] Step S42: Displaying a list of past medical records: The system reads the patient's past medical record information from the database; displays the medical record information to the patient or doctor in a list format, which includes basic information of the medical record, including the medical record number, consultation time, and diagnosis result;

[0091] Step S43: Select medical records: the patient or doctor selects one or more medical records to be reviewed in the medical record list according to the needs;

[0092] Step S44: Generate unique medical record code: The system generates a unique code for each selected medical record;

[0093] The code generation algorithm should ensure uniqueness and security;

[0094] Step S45: Send the unique medical record code: After the patient or doctor confirms the selection, click the "Send" button;

[0095] The system sends the unique code of the selected medical record to the doctor report module through a secure network connection; during the data transmission process, the data is encrypted;

[0096] The encryption formula is:

[0097] E(U)=aU 3 +bU 2 +cU+d mod p;

[0098] Among them: abcd is the coefficient of the encryption key, p is a large prime number, and U is the unique code of the medical record.

[0099] Step S5: The specific steps of the doctor report module processing include the following: Step S51: Receiving the unique code of the medical record: The doctor report module is in a listening state, waiting to receive the unique code of the medical record sent by the patient information module; when the unique code data is received, the data integrity and accuracy are verified;

[0100] Step S52: Verify the unique code of the medical record: check whether the format of the unique code complies with the predetermined rules; compare with the stored unique code rules to verify whether the received unique code is valid;

[0101] Step S53: Retrieve diagnostic report: Once the unique code is verified, the system searches the database according to the unique code; using optimized query statements to ensure that the diagnostic report corresponding to the unique code is found quickly and accurately;

[0102] Step S54: Processing the search results: if the diagnosis report is successfully retrieved, the report information is loaded into the interface of the doctor report module for the doctor to view; if the corresponding report is not retrieved, the system generates a corresponding prompt message to inform the doctor that the relevant diagnosis report is not found, and checks the correctness of the unique code or whether the corresponding report exists;

[0103] Step S55: Update system status: Regardless of the search results, the system will update the relevant status information; if a report is successfully retrieved, mark the report as read; if a report is not retrieved, record the error information for subsequent troubleshooting.

[0104] The working principle of the information management service implementation method for blood pressure and ECG diagnostic reports is as follows: First, a medical information management system is established, and a medical information management module is constructed to enter, store and manage the basic information of patients and doctors. This information includes name, gender, age, contact information and medical records. For each ECG and blood pressure diagnostic report, a unique QR code is generated. The QR code contains the patient's unique identification and a link to the report information. The patient scans the QR code on the ECG report or blood pressure report through a terminal device to enter the patient information module. The patient information module displays the patient's previous medical records in a list. The patient or doctor selects one or more medical records to be reviewed, and the system generates a unique code for each medical record and sends it to the doctor report module. The doctor report module receives the unique medical record code sent by the patient information module and retrieves the corresponding diagnostic report from the database according to the unique medical record code. The retrieved diagnostic report is returned to the patient information module for presentation, and multiple previous medical record reports are displayed simultaneously, which is convenient for patients or reporting doctors to conduct comparative analysis. Workflow of the information management service implementation method for blood pressure and ECG diagnostic reports: Establish a medical information management system: Enter the basic information of patients and doctors and store and manage data. Establish a data backup and recovery mechanism and back up the database regularly. Enter the patient's medical records and be able to view and modify them at any time.

[0105] Get the relevant information of each ECG and blood pressure diagnosis report from the database. Combine the patient's unique identifier and the report information link to form a unique string. Use the selected QR code generation tool to encode the string into a QR code image. Associate the diagnosis report to ensure that the information of the report can be accurately obtained by scanning the QR code. Ensure that the terminal device has installed the QR code scanning application. Receive a paper or electronic document containing an ECG or blood pressure diagnosis report. Open the QR code scanning application on the terminal device and scan the QR code on the diagnosis report. Parse the information in the QR code and automatically jump to the corresponding patient information module page according to the link. Enter the corresponding login information, verify your identity and enter the patient information module. View information related to yourself, including past medical records and diagnosis reports. Display a list of past medical records: The system reads the patient's past medical record information from the database and displays it in a list. Check one or more medical records that need to be reviewed in the medical record list. The system generates a unique code for each selected medical record. After confirming the selection, click the "Send" button to send the unique code of the selected medical record to the doctor report module through a secure network connection.

[0106] The doctor report module is in a listening state, waiting to receive the unique medical record code sent by the patient information module. Check whether the format of the unique code conforms to the predetermined rules and verify its validity. Search the database according to the unique code to find the corresponding diagnosis report. After the diagnosis report is successfully retrieved, it is loaded into the interface of the doctor report module; if it is not retrieved, a corresponding prompt message is generated. Regardless of the search results, the system will update the relevant status information.

[0107] The above embodiments are only used to illustrate the present invention and are not intended to limit the technical solutions described in the present invention. Although the present invention has been described in detail with reference to the above embodiments, the present invention is not limited to the above specific implementation methods. Therefore, any modification or replacement of the present invention; and all technical solutions and improvements thereof that do not depart from the spirit and scope of the invention are included in the scope of the claims of the present invention.

Claims

1. An information management service system for blood pressure and electrocardiogram diagnosis reports, including a doctor-patient information management module, characterized in that: The medical and patient information management module is used to manage the basic information of patients and doctors. The medical and patient information management module is data-connected with the patient information module. The patient scans the QR code on the electrocardiogram report or blood pressure report through the terminal device to open the patient information module. The patient information module displays the patient's past medical records in a list format. The patient or doctor selects one or more medical record unique codes that need to be reviewed. The patient information module sends the medical record unique code to the doctor report module. After receiving the request, the doctor report module retrieves the report through the received medical record unique code and returns the retrieved report to the patient information module, and the patient information module presents the report.

2. The information management service system for blood pressure and electrocardiogram diagnosis reports according to claim 1, characterized in that: The content of the QR code embedded in the electrocardiogram report or blood pressure report page includes a patient information module link identifier and a patient unique identifier.

3. The information management service system for blood pressure and electrocardiogram diagnosis reports according to claim 2, characterized in that: The patient information module extracts the corresponding patient information module link identifier and the patient unique identifier based on the scanned QR code, and sends them to the doctor report module.

4. The information management service system for blood pressure and electrocardiogram diagnosis reports according to claim 3, characterized in that: The medical and patient information management module is provided with a patient information management unit and a doctor information management unit. The patient information module includes a QR code scanning unit, a medical record information display unit and a unique code generation unit. The doctor report module is provided with a data receiving unit and a report retrieval unit. The data receiving unit receives the medical record unique code sent by the patient information module, and the report retrieval unit retrieves the corresponding diagnosis report from the database according to the medical record unique code.

5. A method for implementing information management services for blood pressure and electrocardiogram diagnostic reports, characterized in that: The method comprises the following steps: Step S1: establishing a medical information management system and constructing a medical information management module for inputting, storing and managing basic information of patients and doctors, wherein the basic information of patients and doctors includes name, gender, age, contact information and medical records; Step S2: Generate a diagnostic report QR code. For each ECG and blood pressure diagnostic report, generate a unique QR code; the QR code contains the patient's unique identifier and a link to the report information: QR info =PID||URL reporrt ; QR info It is the QR code information, PID represents the unique identification of the patient, URL report Indicates a link to report information; Step S3: The patient scans the QR code. The patient scans the QR code on the ECG report or blood pressure report through the terminal device to enter the patient information module; Step S4: patient information module operation, the patient information module displays the patient's past medical records in a list format; The patient or doctor selects one or more medical records to be reviewed, and the system generates a unique code for each medical record; the patient or doctor sends the selected medical record unique code to the doctor report module; Step S5: Doctor report module processing, the doctor report module receives the unique medical record code sent by the patient information module; according to the unique medical record code, the corresponding diagnosis report is retrieved from the database; Step S6: Report presentation, returning the retrieved diagnostic report to the patient information module for presentation, and displaying multiple previous medical records simultaneously to facilitate comparative analysis by the patient or the reporting doctor.

6. A method for implementing information management services for blood pressure and electrocardiogram diagnostic reports according to claim 5, characterized in that: Step S1: The specific steps of establishing a medical and patient information management system include the following: Step S11: Enter the basic information of the patient and the doctor into the system and store and manage the data, establish a data backup and recovery mechanism, and back up the database regularly; Step S12: The medical record management system enters the patient's medical record and can view and modify the storage structure of the medical record at any time, including diagnosis results, treatment plans, and medication conditions.

7. A method for implementing information management services for blood pressure and electrocardiogram diagnosis reports according to claim 5, characterized in that: Step S2: Generate a diagnostic report QR code. The specific steps include: Step S21: Determine the information content of the QR code: obtain relevant information of each ECG and blood pressure diagnosis report from the database, including the patient's unique identifier and the link to the report information; combine the patient's unique identifier and the link to the report information to form a unique string as the information content of the QR code; Step S22: Select a QR code generation tool: evaluate and select a suitable QR code generation tool or library to ensure that it can meet the requirements of generating high-quality QR codes and support encoding of custom information content; Step S23: Setting the QR code parameters: Setting the QR code parameters according to actual needs, including error correction level, size, and color; Step S24: Generate a QR code image: Use the selected QR code generation tool to encode the string containing the patient's unique identification and the report information link into a QR code image; Step S25: Associating the diagnostic report: Associating the generated QR code with the corresponding ECG and blood pressure diagnostic report to ensure that the information in the report can be accurately obtained by scanning the QR code.

8. The method for implementing information management services for blood pressure and electrocardiogram diagnosis reports according to claim 5, characterized in that: Step S3: The patient scans the QR code. The specific steps include: Step S31: Patient preparation: The patient ensures that his / her terminal device has installed an application for scanning QR codes, including common QR code scanning tools; Step S32: Obtaining a diagnosis report: The patient receives a paper document or electronic document containing an ECG or blood pressure diagnosis report; Step S33: Scan the QR code: open the QR code scanning application on the terminal device; aim the device camera at the QR code on the diagnostic report; keep the scanning interface stable and ensure that the QR code is completely within the scanning frame; the scanning application automatically recognizes and reads the QR code information; Step S34: Link jump: After successful scanning, the scanning application will parse the information in the QR code and automatically jump to the corresponding patient information module page according to the link therein; Step S35: Login verification: The system sets a login verification link, and the patient needs to enter the corresponding login information, user name and password to verify the identity and enter the patient information module; Step S36: Entering the patient information module: After verification, the patient successfully enters the patient information module and views information related to himself, including past medical records and diagnosis reports.

9. The method for implementing information management services for blood pressure and electrocardiogram diagnosis reports according to claim 5, characterized in that: Step S4: The specific steps of the patient information module operation include: Step S41: Entering the patient information module: After the patient scans the QR code, he / she successfully enters the patient information module; Step S42: Display the medical history list: the system reads the patient's medical history information from the database; Display medical record information to patients or doctors in a list format, which contains basic information of the medical record, including medical record number, consultation time, and diagnosis results; Step S43: Select medical records: the patient or doctor selects one or more medical records to be reviewed in the medical record list according to the needs; Step S44: Generate unique medical record code: The system generates a unique code for each selected medical record; The code generation algorithm should ensure uniqueness and security; Step S45: Send the unique medical record code: After the patient or doctor confirms the selection, click the "Send" button; The system sends the unique code of the selected medical record to the doctor report module through a secure network connection; during the data transmission process, the data is encrypted; The encryption formula is: E(U)=aU 3 +bU 2 +cU+d mod p; Among them: abcd is the coefficient of the encryption key, p is a large prime number, and U is the unique code of the medical record.

10. The method for implementing information management services for blood pressure and electrocardiogram diagnosis reports according to claim 5, characterized in that: Step S5: The specific steps of the doctor report module processing include the following: Step S51: Receiving the unique code of the medical record: The doctor report module is in a listening state, waiting to receive the unique code of the medical record sent by the patient information module; when the unique code data is received, the data integrity and accuracy are verified; Step S52: Verify the unique code of the medical record: check whether the format of the unique code complies with the predetermined rules; compare with the stored unique code rules to verify whether the received unique code is valid; Step S53: Retrieve diagnostic report: Once the unique code is verified, the system searches the database according to the unique code; using optimized query statements to ensure that the diagnostic report corresponding to the unique code is found quickly and accurately; Step S54: Processing the search results: if the diagnosis report is successfully retrieved, the report information is loaded into the interface of the doctor report module for the doctor to view; If the corresponding report is not retrieved, the system generates a corresponding prompt message to inform the doctor that the relevant diagnosis report is not found, and checks the correctness of the unique code or whether the corresponding report exists; Step S55: Update system status: no matter what the search results include, the system will update the relevant status information; If the report is successfully retrieved, mark the report as read; if the report is not retrieved, record the error information for subsequent troubleshooting.

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