5G real-time electrocardio information transmission dynamic electrocardiogram system

Abstract

The invention discloses a 5G real-time electrocardio information transmission dynamic electrocardiogram system, and belongs to the technical field of data processing. Comprising an acquisition and recording unit, a network transmission unit, a threshold setting unit, a data storage and management unit, a core processing unit, a warning and reminding unit and a display interaction unit, and the collecting and recording unit is used for collecting and recording various data required by the 5G real-time electrocardiogram information transmission dynamic electrocardiogram system. When the value of the attention index of the wearer reaches or exceeds the threshold value of the attention index of the wearer, the instruction issuing module issues an instruction for warning and reminding the abnormal heart rate of the wearer; when the performance evaluation index of the 5G real-time electrocardio information transmission dynamic electrocardiogram system does not exceed the threshold value of the performance evaluation index of the 5G real-time electrocardio information transmission dynamic electrocardiogram system, the instruction issuing module issues an instruction of warning and reminding of paying attention to the performance condition of the 5G real-time electrocardio information transmission dynamic electrocardiogram system in time.

Description

Technical Field

[0001] The present invention relates to the field of data processing technology, and in particular to a 5G real-time electrocardiogram (ECG) dynamic electrocardiogram (DEM) system. Background Art

[0002] Holter monitors and analyzes ECG data in real time. The core of the field of Holter analysis technology is to extract, process and interpret ECG signals to facilitate the diagnosis of heart disease, monitor heart health, and evaluate treatment effects. At the same time, it can capture arrhythmias, abnormal heartbeat intervals and other heart problems that may not be discovered in static ECG examinations. The Holter data processing method refers to a series of technical steps for collecting, analyzing and interpreting ECG data. The purpose is to monitor heart activity in real time or quasi-real time, so that arrhythmias, signs of heart disease or evaluation of the effect of heart therapy can be detected immediately. It enables doctors to obtain more in-depth heart health information, make more accurate diagnoses, and adjust treatment plans in a timely manner. In terms of effect, Holter data processing aims to improve the accuracy and timeliness of heart disease diagnosis and provide patients with personalized medical solutions. Although existing Holter technology has made significant progress in real-time capture of ECG data, monitoring heart health and evaluating treatment effects. However, the existing technology lacks real-time evaluation of monitoring performance and cannot promptly detect problems with the monitoring itself, thereby affecting the accuracy of the monitoring results. Summary of the invention

[0003] Purpose of the invention: The purpose of the present invention is to provide a 5G real-time ECG information transmission dynamic electrocardiogram system; it can solve the problem that the prior art lacks real-time evaluation of monitoring performance and cannot promptly discover problems in the monitoring itself, thereby affecting the accuracy of the monitoring results.

[0004] Technical solution: To solve the above technical problems, according to one aspect of the present invention, more specifically, a 5G real-time ECG information transmission dynamic electrocardiogram system includes: a collection and recording unit, a network transmission unit, a threshold setting unit, a data storage unit, a core processing unit, a warning reminder unit and a display interaction unit;

[0005] Collection and recording unit: used to collect and record various data required by the 5G real-time ECG information transmission dynamic ECG system;

[0006] Network transmission unit: used to transmit various data collected and recorded by the collection and recording unit to the data storage unit, the core processing unit and the display and interaction unit, and to transmit various data stored in the data storage unit to the core processing unit and the display and interaction unit, and to transmit the relevant threshold value set by the threshold setting unit to the core processing unit, and to transmit the report generated by the analysis and processing of the core processing unit to the display and interaction unit;

[0007] Threshold setting unit: used to set various thresholds required for the 5G real-time ECG information transmission dynamic ECG system;

[0008] Data storage unit: used to store various data collected and recorded by the collection and recording unit and manage the stored data;

[0009] Core processing unit: used to receive various data collected and recorded by the collection and recording unit, various data stored by the data storage unit, and relevant thresholds set by the threshold setting unit, and analyze and process the above received data to generate corresponding reports, and issue corresponding instructions according to the relevant thresholds and the results of generating corresponding reports;

[0010] Warning reminder unit: used to receive the corresponding instructions issued by the core processing unit, and execute the corresponding warning reminder according to the received instructions;

[0011] Display interaction unit: used to receive the data collected by the collection and recording unit, the data stored by the data storage unit, and the report generated by the analysis and processing of the output unit, and to display the above received data and reports, and select the data and reports to be displayed as needed.

[0012] Furthermore, the acquisition and recording unit includes: a number acquisition module, a duration acquisition module and a speed acquisition module;

[0013] Frequency collection module: used to collect various frequency data required by the 5G real-time ECG information transmission dynamic ECG system;

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

[0015] Speed ​​acquisition module: used to collect various speed data required for the 5G real-time ECG information transmission dynamic ECG system.

[0016] Furthermore, the core processing unit includes: a data receiving module, an analysis and processing module, a report generating module and an instruction issuing module;

[0017] Data receiving module: used to receive various data collected and recorded by the collection and recording unit, various data stored by the data storage unit, and relevant thresholds set by the threshold setting unit;

[0018] Analysis and processing module: used to analyze and process the data and thresholds received by the data receiving module and obtain the analysis and processing results;

[0019] Report generation module: used to generate corresponding reports according to the results of analysis and processing by the analysis and processing module;

[0020] Instruction issuing module: used to issue corresponding instructions according to the relevant thresholds set by the threshold setting unit and the results of the corresponding reports generated by the report generating module.

[0021] Furthermore, the warning reminder unit includes: an instruction receiving module and an instruction execution module;

[0022] Instruction receiving module: used to receive the corresponding instructions issued by the core processing unit;

[0023] Instruction execution module: used to execute corresponding warning reminders according to the corresponding instructions received by the instruction receiving module.

[0024] Furthermore, the display interaction unit includes: a data receiving module, a display browsing module and an interactive operation module;

[0025] Data receiving module: used to receive various data collected by the collection and recording unit, various data stored by the data storage unit, and reports generated by the analysis and processing of the output unit;

[0026] Display and browsing module: used to display the data and reports received by the data receiving module for relevant personnel to browse;

[0027] Interactive operation module: used to select the data and reports to be displayed as needed.

[0028] Furthermore, during the analysis and processing, the analysis and processing module can obtain the number of abnormal heart rates recorded by the wearer, the duration of each abnormal heart rate, the interval between two adjacent abnormal heart rates, and the current wearing time, and perform a comprehensive analysis on the above data to obtain the wearer's attention index:

[0029]

[0030] Thus, the degree of attention to each wearer is determined according to the wearer's attention index. The wearer with a larger attention index needs more attention, and vice versa, relatively less attention is given; where GZ is the wearer's attention index, n is the number of normal heart rates, ct i is the duration of each abnormal heart rate, gt m is the interval between two adjacent abnormal heart rates, and T is the wearing time of this time.

[0031] Furthermore, the analysis and processing module can obtain the 5G real-time ECG information transmission dynamic electrocardiogram system performance evaluation index by comprehensively analyzing the number of abnormal heart rates recorded each time wearing, the number of abnormal heart rates misjudged each time wearing, the total duration of abnormal heart rates recorded each time wearing, the total duration of abnormal heart rates misjudged each time wearing, the initial reading speed, the initial writing speed, the current reading speed and the current writing speed:

[0032]

[0033] Therefore, the performance of the 5G real-time ECG information transmission dynamic electrocardiogram system can be judged according to the 5G real-time ECG information transmission dynamic electrocardiogram system performance evaluation index. The larger the 5G real-time ECG information transmission dynamic electrocardiogram system performance evaluation index is, the better the 5G real-time ECG information transmission dynamic electrocardiogram system performance is, and vice versa, the worse the 5G real-time ECG information transmission dynamic electrocardiogram system performance is; wherein PG is the 5G real-time ECG information transmission dynamic electrocardiogram system performance evaluation index, N is the number of abnormal heart rates recorded during this wearing, WN is the number of abnormal heart rates misjudged during this wearing, and YT ... l WT is the duration of each abnormal heart rate recorded during this wear. k V is the duration of each misjudged abnormal heart rate during this wear. cr is the initial reading speed, V cw is the initial writing speed, V r is the current reading speed, V w is the current write speed.

[0034] Furthermore, when the value of the wearer's attention index reaches or exceeds the threshold of the wearer's attention index, the instruction issuing module will issue an instruction to warn the wearer of his abnormal heart rate; when the performance evaluation index of the 5G real-time ECG information transmission dynamic electrocardiogram system does not exceed the threshold of the performance evaluation index of the 5G real-time ECG information transmission dynamic electrocardiogram system, the instruction issuing module will issue an instruction to warn the wearer of the performance of the 5G real-time ECG information transmission dynamic electrocardiogram system in a timely manner.

[0035] Beneficial effects: The present invention can capture ECG data in real time, monitor heart health status, and analyze various data in the monitoring process in real time, and promptly discover existing problems and give reminders in time, so as to avoid the problem being discovered in time and affecting the use effect. In the process of analyzing and processing, the analysis and processing module can obtain the number of abnormal heart rates recorded by the wearer, the duration of each abnormal heart rate, the interval between two adjacent abnormal heart rates, and the wearing time of this time, and conduct a comprehensive analysis of the above data to obtain the wearer's attention index, so as to determine the degree of attention to each wearer according to the wearer's attention index. The wearer with a larger attention index needs to be given more attention, and vice versa, relatively less attention should be given. At the same time, the analysis and processing module can obtain the 5G real-time ECG information transmission dynamic electrocardiogram system performance evaluation index by performing a comprehensive analysis on the number of abnormal heart rates recorded each time wearing, the number of abnormal heart rates misjudged each time wearing, the total duration of abnormal heart rates recorded each time wearing, the total duration of abnormal heart rates misjudged each time wearing, the initial reading speed, the initial writing speed, the current reading speed and the current writing speed. The performance evaluation index of the 5G real-time ECG information transmission dynamic electrocardiogram system is judged according to the 5G real-time ECG information transmission dynamic electrocardiogram system performance evaluation index. The larger the 5G real-time ECG information transmission dynamic electrocardiogram system performance evaluation index, the better the performance of the 5G real-time ECG information transmission dynamic electrocardiogram system. Conversely, the worse the performance of the 5G real-time ECG information transmission dynamic electrocardiogram system. In addition, when the value of the wearer's attention index reaches or exceeds the threshold of the wearer's attention index, the instruction issuing module will issue an instruction to warn the wearer of his abnormal heart rate; when the 5G real-time ECG information transmission dynamic electrocardiogram system performance evaluation index does not exceed the threshold of the 5G real-time ECG information transmission dynamic electrocardiogram system performance evaluation index, the instruction issuing module will issue an instruction to warn the wearer of the performance of the 5G real-time ECG information transmission dynamic electrocardiogram system in a timely manner. BRIEF DESCRIPTION OF THE DRAWINGS

[0036] Figure 1 It is a schematic diagram of the system principle. DETAILED DESCRIPTION

[0037] 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.

[0038] Example 1

[0039] First, the frequency acquisition module, duration acquisition module and speed acquisition module of the acquisition and recording unit are used to collect the various data on the frequency, duration and speed required by the 5G real-time ECG information transmission dynamic electrocardiogram system. The various data collected and recorded by the acquisition and recording unit are transmitted to the data storage unit, the core processing unit and the display and interaction unit through the network transmission unit. And the threshold setting unit sets the various thresholds required by the 5G real-time ECG information transmission dynamic electrocardiogram system.

[0040] Then, the corresponding instructions issued by the core processing unit are received through the data receiving module of the core processing unit, and the various data and thresholds received by the data receiving module of the analysis and processing module are analyzed and processed to obtain the analysis and processing results. At the same time, the report generation module generates a corresponding report according to the results of the analysis and processing by the analysis and processing module, and the instruction issuing module issues corresponding instructions according to the relevant thresholds set by the threshold setting unit and the results of the corresponding report generated by the report generation module.

[0041] During the analysis and processing, the analysis and processing module can obtain the number of abnormal heart rates recorded by the wearer, the duration of each abnormal heart rate, the interval between two adjacent abnormal heart rates, and the current wearing time, and conduct a comprehensive analysis of the above data to obtain the wearer's attention index:

[0042]

[0043] Thus, the degree of attention to each wearer is determined according to the wearer's attention index. The wearer with a larger attention index needs more attention, and vice versa, relatively less attention is given; where GZ is the wearer's attention index, n is the number of normal heart rates, ct i is the duration of each abnormal heart rate, gt m is the interval between two adjacent abnormal heart rates, and T is the wearing time of this time.

[0044] The analysis and processing module can obtain the 5G real-time ECG information transmission dynamic electrocardiogram system performance evaluation index by comprehensively analyzing the number of abnormal heart rates recorded each time, the number of abnormal heart rates misjudged each time, the total duration of abnormal heart rates recorded each time, the total duration of abnormal heart rates misjudged each time, the initial reading speed, the initial writing speed, the current reading speed and the current writing speed:

[0045]

[0046] Therefore, the performance of the 5G real-time ECG information transmission dynamic electrocardiogram system can be judged according to the 5G real-time ECG information transmission dynamic electrocardiogram system performance evaluation index. The larger the 5G real-time ECG information transmission dynamic electrocardiogram system performance evaluation index is, the better the 5G real-time ECG information transmission dynamic electrocardiogram system performance is, and vice versa, the worse the 5G real-time ECG information transmission dynamic electrocardiogram system performance is; wherein PG is the 5G real-time ECG information transmission dynamic electrocardiogram system performance evaluation index, N is the number of abnormal heart rates recorded during this wearing, WN is the number of abnormal heart rates misjudged during this wearing, and YT ... l WT is the duration of each abnormal heart rate recorded during this wear. k V is the duration of each misjudged abnormal heart rate during this wear. cr is the initial reading speed, V cw is the initial writing speed, V r is the current reading speed, V w is the current write speed.

[0047] When the value of the wearer's attention index reaches or exceeds the threshold of the wearer's attention index, the instruction issuing module will issue an instruction to warn the wearer of his abnormal heart rate; when the performance evaluation index of the 5G real-time ECG information transmission dynamic electrocardiogram system does not exceed the threshold of the performance evaluation index of the 5G real-time ECG information transmission dynamic electrocardiogram system, the instruction issuing module will issue an instruction to warn the wearer of the performance of the 5G real-time ECG information transmission dynamic electrocardiogram system in a timely manner.

[0048] Next, the instruction receiving module of the warning reminder unit receives the corresponding instruction sent by the core processing unit, and the instruction execution module executes the corresponding warning reminder according to the corresponding instruction received by the instruction receiving module.

[0049] Finally, the data receiving module of the display interaction unit receives the data collected by the collection and recording unit, the data stored by the data storage unit, and the report generated by the analysis and processing of the output unit, and the data and reports received by the data receiving module are displayed through the display browsing module for relevant personnel to browse. At the same time, the data and reports to be displayed can be selected as needed through the interactive operation module.

[0050] 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 5G real-time ECG information transmission dynamic electrocardiogram system, characterized in that: include: Collection and recording unit, network transmission unit, threshold setting unit, data storage unit, core processing unit, warning reminder unit and display interaction unit; Collection and recording unit: used to collect and record various data required by the 5G real-time ECG information transmission dynamic ECG system; Network transmission unit: used to transmit various data collected and recorded by the collection and recording unit to the data storage unit, the core processing unit and the display and interaction unit, and to transmit various data stored in the data storage unit to the core processing unit and the display and interaction unit, and to transmit the relevant threshold value set by the threshold setting unit to the core processing unit, and to transmit the report generated by the analysis and processing of the core processing unit to the display and interaction unit; Threshold setting unit: used to set various thresholds required for the 5G real-time ECG information transmission dynamic ECG system; Data storage unit: used to store various data collected and recorded by the collection and recording unit and manage the stored data; Core processing unit: used to receive various data collected and recorded by the collection and recording unit, various data stored by the data storage unit, and relevant thresholds set by the threshold setting unit, and analyze and process the above received data to generate corresponding reports, and issue corresponding instructions according to the relevant thresholds and the results of generating corresponding reports; Warning reminder unit: used to receive the corresponding instructions issued by the core processing unit, and execute the corresponding warning reminder according to the received instructions; Display interaction unit: used to receive the data collected by the collection and recording unit, the data stored by the data storage unit, and the report generated by the analysis and processing of the output unit, and to display the above received data and reports, and select the data and reports to be displayed as needed.

2. A 5G real-time ECG information transmission dynamic electrocardiogram system according to claim 1, characterized in that: The collection and recording unit includes: a number collection module, a duration collection module and a speed collection module; Frequency collection module: used to collect various frequency data required by the 5G real-time ECG information transmission dynamic ECG system; Duration collection module: used to collect various duration data required by the 5G real-time ECG information transmission dynamic ECG system; Speed ​​acquisition module: used to collect various speed data required for the 5G real-time ECG information transmission dynamic ECG system.

3. A 5G real-time ECG information transmission dynamic electrocardiogram system according to claim 1, characterized in that: The core processing unit includes: a data receiving module, an analysis and processing module, a report generating module and an instruction issuing module; Data receiving module: used to receive various data collected and recorded by the collection and recording unit, various data stored by the data storage unit, and relevant thresholds set by the threshold setting unit; Analysis and processing module: used to analyze and process the data and thresholds received by the data receiving module and obtain the analysis and processing results; Report generation module: used to generate corresponding reports according to the results of analysis and processing by the analysis and processing module; Instruction issuing module: used to issue corresponding instructions according to the relevant thresholds set by the threshold setting unit and the results of the corresponding reports generated by the report generating module.

4. A 5G real-time ECG information transmission dynamic electrocardiogram system according to claim 1, characterized in that: The warning reminder unit includes: an instruction receiving module and an instruction execution module; Instruction receiving module: used to receive the corresponding instructions issued by the core processing unit; Instruction execution module: used to execute corresponding warning reminders according to the corresponding instructions received by the instruction receiving module.

5. A 5G real-time ECG information transmission dynamic electrocardiogram system according to claim 1, characterized in that: The display interaction unit includes: a data receiving module, a display browsing module and an interactive operation module; Data receiving module: used to receive various data collected by the collection and recording unit, various data stored by the data storage unit, and reports generated by the analysis and processing of the output unit; Display and browsing module: used to display the data and reports received by the data receiving module for relevant personnel to browse; Interactive operation module: used to select the data and reports to be displayed as needed.

6. A 5G real-time ECG information transmission dynamic electrocardiogram system according to claim 3, characterized in that: During the analysis and processing, the analysis and processing module can obtain the number of abnormal heart rates recorded by the wearer, the duration of each abnormal heart rate, the interval between two adjacent abnormal heart rates, and the current wearing time, and conduct a comprehensive analysis of the above data to obtain the wearer's attention index: Thus, the degree of attention to each wearer is determined according to the wearer's attention index. The wearer with a larger attention index needs more attention, and vice versa, relatively less attention is given; where GZ is the wearer's attention index, n is the number of normal heart rates, ct i is the duration of each abnormal heart rate, gt m is the interval between two adjacent abnormal heart rates, and T is the wearing time of this time.

7. A 5G real-time ECG information transmission dynamic electrocardiogram system according to claim 6, characterized in that: The analysis and processing module can obtain the 5G real-time ECG information transmission dynamic electrocardiogram system performance evaluation index by comprehensively analyzing the number of abnormal heart rates recorded each time, the number of abnormal heart rates misjudged each time, the total duration of abnormal heart rates recorded each time, the total duration of abnormal heart rates misjudged each time, the initial reading speed, the initial writing speed, the current reading speed and the current writing speed: Therefore, the performance of the 5G real-time ECG information transmission dynamic electrocardiogram system can be judged according to the 5G real-time ECG information transmission dynamic electrocardiogram system performance evaluation index. The larger the 5G real-time ECG information transmission dynamic electrocardiogram system performance evaluation index is, the better the 5G real-time ECG information transmission dynamic electrocardiogram system performance is, and vice versa, the worse the 5G real-time ECG information transmission dynamic electrocardiogram system performance is; wherein PG is the 5G real-time ECG information transmission dynamic electrocardiogram system performance evaluation index, N is the number of abnormal heart rates recorded during this wearing, WN is the number of abnormal heart rates misjudged during this wearing, and YT ... l WT is the duration of each abnormal heart rate recorded during this wear. k V is the duration of each misjudged abnormal heart rate during this wear. cr is the initial reading speed, V cw is the initial writing speed, V r is the current reading speed, V w is the current write speed.

8. A 5G real-time ECG information transmission dynamic electrocardiogram system according to claim 7, characterized in that: When the value of the wearer's attention index reaches or exceeds the threshold of the wearer's attention index, the instruction issuing module will issue an instruction to warn the wearer of his abnormal heart rate; when the performance evaluation index of the 5G real-time ECG information transmission dynamic electrocardiogram system does not exceed the threshold of the performance evaluation index of the 5G real-time ECG information transmission dynamic electrocardiogram system, the instruction issuing module will issue an instruction to warn the wearer of the performance of the 5G real-time ECG information transmission dynamic electrocardiogram system in a timely manner.

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