Bedside real-time 5G electrocardiogram information transmission system

Abstract

The invention discloses a bedside real-time 5G electrocardiogram information transmission system, and belongs to the technical field of information transmission. Comprising a data acquisition unit, a 5G transmission unit, a storage management unit, an analysis processing unit, a warning reminding unit and an interaction control unit, and the data acquisition unit is used for acquiring various related data required by the bedside real-time 5G electrocardiogram information transmission system. When the abnormal index of the electrocardiogram monitoring object is greater than the abnormal index threshold value of the electrocardiogram monitoring object, generating an instruction for pushing the monitoring abnormity reminding of the electrocardiogram monitoring object; when the transmission quality index of the electrocardiogram information transmission is smaller than the threshold value of the transmission quality index of the electrocardiogram information transmission, an instruction for pushing the low transmission quality reminding of the electrocardiogram information transmission can be generated, so that existing problems can be found in time, related personnel can be notified in time to handle the problems, and the user experience is improved. And potential safety hazards caused by untimely problem discovery are avoided.

Description

Technical Field

[0001] The present invention relates to the field of information transmission technology, and in particular to a bedside real-time 5G electrocardiogram information transmission system. Background Art

[0002] As one of the diseases that threaten human life safety, cardiovascular disease is given great attention for its treatment. Due to the suddenness of cardiovascular disease attacks, its prevention plays an important role. As a means and method of cardiac monitoring, electrocardiogram (ECG) has received more and more attention due to its important position and role in cardiac monitoring and diagnosis. At present, with the development of medical informationization and modernization, ECG as a routine examination is one of the must-check items for patients. The existing bedside real-time 5G ECG information transmission system can only transmit ECG information, and cannot monitor the quality of ECG information transmission in real time. It cannot detect the poor quality of ECG information transmission in time, which poses a safety risk. Summary of the invention

[0003] Purpose of the invention: The purpose of the present invention is to provide a bedside real-time 5G ECG information transmission system; it can solve the problem that the existing bedside real-time 5G ECG information transmission system cannot promptly detect the poor quality of ECG information transmission and there are safety risks.

[0004] Technical solution: To solve the above technical problems, according to one aspect of the present invention, more specifically, a bedside real-time 5G electrocardiogram information transmission system includes: a data acquisition unit, a 5G transmission unit, a storage management unit, an analysis and processing unit, a warning reminder unit, and an interactive control unit;

[0005] Data acquisition unit: used to collect various relevant data required by the bedside real-time 5G ECG information transmission system;

[0006] 5G transmission unit: used to transmit various relevant data collected by the data collection unit to the storage management unit, the analysis and processing unit and the interactive control unit based on the 5G transmission technology, and transmit the data collected by the data collection unit stored in the storage management unit to the interactive control unit, and transmit the report generated by the analysis and processing unit to the interactive control unit;

[0007] Storage management unit: used to store and manage various relevant data collected by the data collection unit;

[0008] Analysis and processing unit: used to receive various data collected by the data collection unit, analyze and process the received data to generate corresponding reports, set corresponding thresholds for the reports, and generate corresponding instructions according to the set thresholds and reports;

[0009] Warning reminder unit: used to receive the corresponding instructions generated by the analysis and processing unit, and push corresponding reminders according to the received instructions for warning reminders;

[0010] Interactive control unit: used to receive and display the data collected by the data collection unit, the data stored by the storage management unit, and the report generated by the analysis and processing unit, and to select the content to be viewed.

[0011] Furthermore, the data collection unit includes: an information collection module, a number collection unit, a duration collection module, a rate collection module and a bit collection module;

[0012] Information collection module: used to collect the required ECG information and related data in real time at the bedside;

[0013] Frequency collection unit: used to collect frequency data required by the bedside real-time 5G electrocardiogram information transmission system;

[0014] Duration collection module: used to collect the duration data required by the bedside real-time 5G ECG information transmission system;

[0015] Rate acquisition module: used to collect rate data required by the bedside real-time 5G ECG information transmission system;

[0016] Bit acquisition module: used to collect the bit data required for the bedside real-time 5G ECG information transmission system.

[0017] Furthermore, the analysis and processing unit includes: a threshold setting module, a data receiving module, a data analysis module, a report generation module and an instruction generation module;

[0018] Threshold setting module: used to set the corresponding threshold of the corresponding report generated by the analysis and processing unit after analysis and processing;

[0019] Data receiving module: used to receive relevant data collected by the data acquisition unit;

[0020] Data analysis module: used to analyze the relevant data received by the data receiving module to obtain corresponding analysis results;

[0021] Report generation module: used to generate corresponding reports according to the analysis results of the data analysis module;

[0022] Instruction generation module: used to generate corresponding instructions according to the report generated by the report generation module and the threshold of the corresponding report set by the threshold setting module.

[0023] Furthermore, the warning reminder unit includes: an instruction receiving module and a push reminder module;

[0024] Instruction receiving module: used to receive the corresponding instructions generated by the analysis and processing unit;

[0025] Push reminder module: used to push corresponding warning reminders according to the instructions received by the instruction receiving module.

[0026] Furthermore, the interactive control unit includes: a data receiving module, a data display module and an operation selection module;

[0027] Data receiving module: used to receive the data collected by the data collection unit, the data stored by the storage management unit, and the report generated by the analysis and processing unit;

[0028] Data display module: used to display the data collected by the data collection unit, the data stored by the storage management unit, and the report generated by the analysis and processing unit;

[0029] Operation selection module: used to select the content that needs to be viewed.

[0030] Furthermore, when performing data analysis, the data analysis module can obtain the number of monitoring abnormal values ​​of the electrocardiogram monitoring object, the duration of the abnormal value, the interval between two adjacent abnormal values ​​and the total monitoring time, and analyze and process the above data to obtain the abnormal index of the electrocardiogram monitoring object:

[0031]

[0032] Thus, the abnormality of the ECG monitoring object is determined according to the abnormality index of the ECG monitoring object. The larger the abnormality index of the ECG monitoring object, the more serious the abnormality of the ECG monitoring object is; conversely, the smaller the abnormality of the ECG monitoring object is. Wherein, YZ is the abnormality index of the ECG monitoring object, n is the number of abnormal values, T i is the duration of each outlier, T l is the interval between two adjacent abnormal values, and T is the total monitoring time.

[0033] Furthermore, when performing data analysis, the data analysis module can obtain the transmission quality index of the electrocardiogram information transmission by comprehensively analyzing the current data transmission rate, the transmission rate per second, the total number of transmitted bits, the number of transmission error bits, and the duration of the current monitoring transmission:

[0034]

[0035] Thus, the quality of the transmission of the electrocardiogram information is determined according to the transmission quality index of the electrocardiogram information transmission. The larger the transmission quality index of the electrocardiogram information transmission, the better the transmission quality of the electrocardiogram information transmission. Conversely, the worse the transmission quality of the electrocardiogram information transmission. Wherein, ZI is the transmission quality index of the electrocardiogram information transmission, V is the current data transmission rate, V h is the transmission rate per second, ZB is the total number of transmitted bits, CB is the number of transmission error bits, and m is the duration of this monitoring transmission.

[0036] Furthermore, when the abnormality index of the ECG monitoring object is greater than the abnormality index threshold of the ECG monitoring object, the instruction generation module will generate an instruction to push a monitoring abnormality reminder of the ECG monitoring object; when the transmission quality index of the ECG information transmission is less than the threshold of the transmission quality index of the ECG information transmission, the instruction generation module will generate an instruction to push a low transmission quality reminder of the ECG information transmission.

[0037] Beneficial effects: Transmitting ECG information through 5G transmission technology can effectively ensure the speed and quality of ECG information transmission. When performing data analysis, the number of monitoring abnormal values ​​of the ECG monitoring object, the duration of the abnormal values, the interval between two adjacent abnormal values ​​and the total monitoring time can be obtained, and the above data can be analyzed and processed to obtain the abnormal index of the ECG monitoring object, so as to determine the ECG monitoring abnormality of the ECG monitoring object according to the abnormal index of the ECG monitoring object. The larger the abnormal index of the ECG monitoring object, the more serious the ECG monitoring abnormality of the ECG monitoring object, and vice versa. At the same time, it is possible to obtain the transmission quality index of the electrocardiogram information transmission by comprehensively analyzing the current data transmission rate, the transmission rate per second, the total number of bits transmitted, the number of error bits transmitted, and the duration of this monitoring transmission, so as to determine the quality of the transmission of the electrocardiogram information transmission according to the transmission quality index of the electrocardiogram information transmission. The larger the transmission quality index of the electrocardiogram information transmission, the better the transmission quality of the electrocardiogram information transmission, and vice versa. The worse the transmission quality of the electrocardiogram information transmission. And when the abnormal index of the electrocardiogram monitoring object is greater than the abnormal index threshold of the electrocardiogram monitoring object, an instruction to push the monitoring abnormality reminder of the electrocardiogram monitoring object will be generated; when the transmission quality index of the electrocardiogram information transmission is less than the threshold of the transmission quality index of the electrocardiogram information transmission, an instruction to push the low transmission quality reminder of the electrocardiogram information transmission will be generated, so that existing problems can be discovered in time, and relevant personnel can be notified in time to handle them, avoiding safety hazards caused by untimely problem discovery. BRIEF DESCRIPTION OF THE DRAWINGS

[0038] Figure 1 It is a schematic diagram of the system principle. DETAILED DESCRIPTION

[0039] In order to make the technical solution of the present invention clearer, the present invention is further described in detail below with reference to the accompanying drawings and specific embodiments.

[0040] Example 1

[0041] First, the required ECG information-related data is collected in real time at the bedside through the information collection module of the data collection unit, and the data on the number of times, the duration, the rate and the bits required for the bedside real-time 5G ECG information transmission system are collected through the number collection unit, the duration collection module, the rate collection module and the bit collection module.

[0042] Then, various relevant data collected by the data acquisition unit are stored and managed through storage management, and the threshold setting module of the analysis and processing unit is used to set the corresponding threshold of the corresponding report generated by the analysis and processing unit after analysis and processing. The relevant data collected by the data acquisition unit is received by the data receiving module, and the data analysis module analyzes the relevant data received by the data receiving module to obtain corresponding analysis results. The report generation module generates a corresponding report according to the analysis results of the data analysis module, and then the instruction generation module generates a corresponding instruction according to the report generated by the report generation module and the threshold of the corresponding report set by the threshold setting module.

[0043] When performing data analysis, the data analysis module can obtain the number of abnormal values ​​monitored by the ECG monitoring object, the duration of the abnormal value, the interval between two adjacent abnormal values ​​and the total monitoring time, and analyze and process the above data to obtain the abnormal index of the ECG monitoring object:

[0044]

[0045] Thus, the abnormal situation of the ECG monitoring object is determined according to the abnormal index of the ECG monitoring object. The larger the abnormal index of the ECG monitoring object is, the more serious the abnormal situation of the ECG monitoring object is. Conversely, the smaller the abnormal index is, the lighter the abnormal situation of the ECG monitoring object is. Wherein, YZ is the abnormal index of the ECG monitoring object, n is the number of abnormal values, T i is the duration of each outlier, T l is the interval between two adjacent abnormal values, and T is the total monitoring time.

[0046] When performing data analysis, the data analysis module can obtain the transmission quality index of the ECG information transmission by comprehensively analyzing the current data transmission rate, transmission rate per second, total number of transmission bits, number of transmission error bits, and the duration of this monitoring transmission:

[0047]

[0048] Thus, the quality of the transmission of the electrocardiogram information is determined according to the transmission quality index of the electrocardiogram information transmission. The larger the transmission quality index of the electrocardiogram information transmission, the better the transmission quality of the electrocardiogram information transmission. Conversely, the worse the transmission quality of the electrocardiogram information transmission. Wherein, ZI is the transmission quality index of the electrocardiogram information transmission, V is the current data transmission rate, V h is the transmission rate per second, ZB is the total number of transmitted bits, CB is the number of transmission error bits, and m is the duration of this monitoring transmission.

[0049] When the abnormality index of the ECG monitoring object is greater than the abnormality index threshold of the ECG monitoring object, the instruction generation module will generate an instruction to push the monitoring abnormality reminder of the ECG monitoring object; when the transmission quality index of the ECG information transmission is less than the transmission quality index threshold of the ECG information transmission, the instruction generation module will generate an instruction to push the low transmission quality reminder of the ECG information transmission.

[0050] Finally, the instruction receiving module of the warning reminder unit receives the corresponding instruction generated by the analysis and processing unit, and the push reminder module pushes the corresponding warning reminder according to the instruction received by the instruction receiving module. At the same time, the data receiving module of the interactive control unit receives the data collected by the data acquisition unit, the data stored by the storage management unit, and the report generated by the analysis and processing unit. The data display module displays the data collected by the data acquisition unit, the data stored by the storage management unit, and the report generated by the analysis and processing unit. The operation selection module can select the content to be viewed.

[0051] The above-mentioned embodiments only express several implementation methods of the present invention, and the description thereof is relatively specific and detailed, but it cannot be understood as limiting the scope of the patent of the present invention. It should be pointed out that, for ordinary technicians in this field, several variations and improvements can be made without departing from the concept of the present invention, which all belong to the protection scope of the present invention. Therefore, the protection scope of the patent of the present invention shall be subject to the attached claims.

Claims

1. A bedside real-time 5G electrocardiogram information transmission system, characterized in that: include: Data collection unit, 5G transmission unit, storage management unit, analysis and processing unit, warning and reminder unit, and interactive control unit; Data acquisition unit: used to collect various relevant data required by the bedside real-time 5G ECG information transmission system; 5G transmission unit: used to transmit various relevant data collected by the data collection unit to the storage management unit, the analysis and processing unit and the interactive control unit based on the 5G transmission technology, and transmit the data collected by the data collection unit stored in the storage management unit to the interactive control unit, and transmit the report generated by the analysis and processing unit to the interactive control unit; Storage management unit: used to store and manage various relevant data collected by the data collection unit; Analysis and processing unit: used to receive various data collected by the data collection unit, analyze and process the received data to generate corresponding reports, set corresponding thresholds for the reports, and generate corresponding instructions according to the set thresholds and reports; Warning reminder unit: used to receive the corresponding instructions generated by the analysis and processing unit, and push corresponding reminders according to the received instructions for warning reminders; Interactive control unit: used to receive and display the data collected by the data collection unit, the data stored by the storage management unit, and the report generated by the analysis and processing unit, and to select the content to be viewed.

2. A bedside real-time 5G electrocardiogram information transmission system according to claim 1, characterized in that: The data collection unit includes: an information collection module, a number collection unit, a duration collection module, a rate collection module and a bit collection module; Information collection module: used to collect the required ECG information and related data in real time at the bedside; Frequency collection unit: used to collect frequency data required by the bedside real-time 5G electrocardiogram information transmission system; Duration collection module: used to collect the duration data required by the bedside real-time 5G ECG information transmission system; Rate acquisition module: used to collect rate data required by the bedside real-time 5G ECG information transmission system; Bit acquisition module: used to collect the bit data required for the bedside real-time 5G ECG information transmission system.

3. A bedside real-time 5G electrocardiogram information transmission system according to claim 1, characterized in that: The analysis and processing unit includes: a threshold setting module, a data receiving module, a data analysis module, a report generation module and an instruction generation module; Threshold setting module: used to set the corresponding threshold of the corresponding report generated by the analysis and processing unit after analysis and processing; Data receiving module: used to receive relevant data collected by the data acquisition unit; Data analysis module: used to analyze the relevant data received by the data receiving module to obtain corresponding analysis results; Report generation module: used to generate corresponding reports according to the analysis results of the data analysis module; Instruction generation module: used to generate corresponding instructions according to the report generated by the report generation module and the threshold of the corresponding report set by the threshold setting module.

4. A bedside real-time 5G electrocardiogram information transmission system according to claim 1, characterized in that: The warning reminder unit includes: an instruction receiving module and a push reminder module; Instruction receiving module: used to receive the corresponding instructions generated by the analysis and processing unit; Push reminder module: used to push corresponding warning reminders according to the instructions received by the instruction receiving module.

5. A bedside real-time 5G electrocardiogram information transmission system according to claim 1, characterized in that: The interactive control unit includes: a data receiving module, a data display module and an operation selection module; Data receiving module: used to receive the data collected by the data collection unit, the data stored by the storage management unit, and the report generated by the analysis and processing unit; Data display module: used to display the data collected by the data collection unit, the data stored by the storage management unit, and the report generated by the analysis and processing unit; Operation selection module: used to select the content that needs to be viewed.

6. A bedside real-time 5G electrocardiogram information transmission system according to claim 3, characterized in that: When performing data analysis, the data analysis module can obtain the number of monitoring abnormal values ​​of the electrocardiogram monitoring object, the duration of the abnormal value, the interval between two adjacent abnormal values ​​and the total monitoring time, and analyze and process the above data to obtain the abnormal index of the electrocardiogram monitoring object: Thus, the abnormal situation of the ECG monitoring object is determined according to the abnormal index of the ECG monitoring object. The larger the abnormal index of the ECG monitoring object is, the more serious the abnormal situation of the ECG monitoring object is. Conversely, the smaller the abnormal index is, the lighter the abnormal situation of the ECG monitoring object is. Wherein, YZ is the abnormal index of the ECG monitoring object, n is the number of abnormal values, T i is the duration of each outlier, T l is the interval between two adjacent abnormal values, and T is the total monitoring time.

7. A bedside real-time 5G electrocardiogram information transmission system according to claim 6, characterized in that: When performing data analysis, the data analysis module can obtain the transmission quality index of the electrocardiogram information transmission by comprehensively analyzing the current data transmission rate, the transmission rate per second, the total number of transmission bits, the number of transmission error bits, and the duration of the current monitoring transmission: Thus, the quality of the transmission of the electrocardiogram information is determined according to the transmission quality index of the electrocardiogram information transmission. The larger the transmission quality index of the electrocardiogram information transmission, the better the transmission quality of the electrocardiogram information transmission. Conversely, the worse the transmission quality of the electrocardiogram information transmission. Wherein, ZI is the transmission quality index of the electrocardiogram information transmission, V is the current data transmission rate, V h is the transmission rate per second, ZB is the total number of transmitted bits, CB is the number of transmission error bits, and m is the duration of this monitoring transmission.

8. A bedside real-time 5G electrocardiogram information transmission system according to claim 7, characterized in that: The instruction generation module generates an instruction to push a monitoring abnormality reminder for the ECG monitoring object when the abnormality index of the ECG monitoring object is greater than the abnormality index threshold of the ECG monitoring object; and generates an instruction to push a low transmission quality reminder for the ECG information transmission when the transmission quality index of the ECG information transmission is less than the threshold of the transmission quality index of the ECG information transmission.

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