CN114386859A - Intelligent community application service system based on 5G - Google Patents

Abstract

The invention discloses a 5G-based smart community application service system, including an information collection module, a dynamic analysis module and an application service module. The information collection module is used to collect monitoring video information at community fitness equipment, and the dynamic analysis module is used for In order to analyze and determine whether the community fitness equipment needs maintenance, the application service module is used to provide maintenance and repair services to the community fitness equipment, the information collection module is networked with the dynamic analysis module, and the dynamic analysis module is electrically connected to the application service module. Connection, you can call the monitoring screen of the community fitness equipment and calibrate it, and then call the peak period of fitness equipment for dynamic analysis, and comprehensively judge whether the fitness equipment exists according to the utilization rate and single use time of each type of fitness equipment. Damage or dark disease, the present invention has the characteristics of intelligent analysis and strong practicability.

Description

A 5G-based smart community application service system

technical field

The invention relates to the technical field of application services, in particular to a 5G-based smart community application service system.

Background technique

With the improvement of people's living standards, most communities have fitness equipment, and some communities have newly installed fitness equipment, which are regularly maintained by staff. Timely maintenance cannot guarantee that public fitness resources can be effectively used by people for a long time. For the above phenomenon, most of the existing solutions are to dispatch staff to carry out maintenance only when the relevant departments receive a lot of feedback. Even if there is existing regular maintenance, the timeliness of maintenance cannot be guaranteed, and the period of regular maintenance is too short. waste of human resources. Therefore, it is necessary to design a 5G-based smart community application service system that can be analyzed intelligently and has strong practicability.

SUMMARY OF THE INVENTION

The purpose of the present invention is to provide a 5G-based smart community application service system to solve the problems raised in the above background art.

In order to solve the above technical problems, the present invention provides the following technical solutions: a 5G-based smart community application service system, including an information collection module, a dynamic analysis module and an application service module, and the information collection module is used to collect monitoring of community fitness equipment Video information, the dynamic analysis module is used to analyze and determine whether the community fitness equipment needs maintenance and repair, the application service module is used to provide maintenance and repair services to the community fitness equipment, the information collection module is networked with the dynamic analysis module, so The dynamic analysis module is electrically connected with the application service module.

According to the above technical solution, the information collection module includes a surveillance camera module, a picture area calibration module and a signal transceiver module, the surveillance camera module is used to capture real-time picture information at community fitness equipment, and the picture area calibration module is connected to the surveillance camera. The modules are electrically connected, and the picture area calibration module is used to obtain the picture captured by the surveillance camera module and perform area calibration on the content of the picture, and the signal transceiver module is used to transmit the picture information of the community fitness equipment through network signals.

According to the above technical solution, the dynamic analysis module includes a dynamic tracking module, an area counting module, a data sorting module and a logical judgment module, and the dynamic tracking module is used to identify the picture information of the community fitness equipment, and dynamically track the moving people in the picture. , the area counting module is electrically connected with the dynamic tracking module, the area counting module is used to count objects that are dynamically tracked in the area screen, the data sorting module is electrically connected with the area counting module, and the data sorting module It is used to count and sort out the activities of the personnel in the community fitness equipment department, the logic judgment module is electrically connected with the data sorting module, and the logic judgment module is used for judging whether the community fitness equipment is damaged.

According to the above technical solution, the application service module includes a task allocation module and a dispatch notification module, the task allocation module is configured to allocate corresponding tasks according to the dynamic analysis result, the dispatch notification module is electrically connected with the task allocation module, and the dispatch notification module is electrically connected to the dispatch notification module. The module is used to notify the corresponding person in charge.

According to the above technical solution, the data sorting module includes a periodic statistics sub-module, a timing sub-module and a trend statistics sub-module, the periodic statistics sub-module is used to control the time period for adjusting statistical data, and the timing sub-module is used to The activity time in each calibration area is timed, and the trend statistics sub-module is used to count the activity trend of the people in the community fitness equipment department.

According to the above technical solution, the operation method of the smart community application service system mainly includes the following steps:

Step S1: install an information collection module at the community fitness equipment place, monitor and photograph the community fitness equipment place and collect the personnel activity information of the community personnel going to the fitness equipment place;

Step S2: the dynamic analysis module receives the collected activity information, analyzes and processes the activity information of the community members at the fitness equipment, and judges whether the fitness equipment needs to be repaired or maintained according to the processing result;

Step S3: the application service module provides the corresponding service according to the analysis and judgment result of the dynamic analysis module, and the task allocation module generates the required service tasks and allocates them;

Step S4: The dispatch notification module starts to notify the corresponding person in charge to provide the corresponding maintenance service after the service task and assignment are completed.

According to the above technical solution, the step S1 further includes the following steps:

Step S11: the information collection module includes a monitoring camera module, and the monitoring camera module shoots the community fitness equipment;

Step S12: the monitoring camera module captures the generated picture information and transmits it to the picture area calibration module, the picture area calibration module plays the monitoring picture, and divides the picture according to the display content of the monitoring picture, so that there is one and only one type of fitness equipment picture in each partition area;

Step S13: after the partition is completed, demarcate each partition area of the monitoring screen;

Step S14: The signal transceiver module transmits the collected content information to the dynamic analysis module.

According to the above technical solution, the step S2 further includes the following steps:

Step S21: the dynamic tracking module identifies the screen information of the community fitness equipment, and dynamically tracks the moving personnel in the monitoring screen;

Step S22: for each dynamically tracked person, display a marker frame tracking mark in the monitoring screen, and use the calibration area as a reference range to count the dynamically tracked personnel in each calibration area;

Step S23: the data sorting module obtains the count data, and further mines and sorts the content of the monitoring screen;

Step S24: The logical judgment module obtains the content of the sorting data, and outputs the judgment result.

According to the above technical solution, the step S23 further includes the following steps:

Step S231: the period statistics sub-module adjusts the statistics period and statistics time period of the monitoring screen content;

Step S232: During the statistical time period, the data sorting module calculates the ratio P of the number of active personnel in each calibration area compared to the active personnel in the monitoring screen in real time, and statistically calculates the ratio of the number of active personnel in a calibration area within a period. The proportion of active personnel in the monitoring screen

计算在周期内n个活动人员在任意一标定区域内的平均停留时长；Step S233: During the statistical time period, when the dynamically tracked person enters any calibration area, the timing sub-module of the calibration area starts timing, and stops timing after leaving the calibration area and obtains the time value of the current personnel staying in the area. T _i , the data wrangling module passes the formula

Calculate the average stay time of n active personnel in any calibration area during the period;

Step S234: The trend statistics sub-module counts and calculates the total number of active personnel in the monitoring screen of each cycle, and generates a cycle number table.

According to the above technical solution, the step S24 further includes the following steps:

值和周期内n个活动人员在任意一标定区域内的平均停留时长

值，并通过公式：

计算得到每块分区区域内所对应的一类健身器材的损坏值，式中k为转换系数；Step S241: The logic judgment module obtains the ratio of the number of active personnel in a calibration area in the cycle to the active personnel in the monitoring screen respectively

value and the average length of stay of n active personnel in any calibration area during the period

value, and pass the formula:

Calculate the damage value of a type of fitness equipment corresponding to each partition area, where k is the conversion coefficient;

Step S242: Compare the damage value F of the one type of fitness equipment corresponding to each partition area with the maintenance up-to-standard value G, and when F>G, the logic judgment module outputs the equipment damage judgment result;

Step S243: The task assignment module generates the task of the fitness equipment maintenance service and notifies the person in charge of the equipment maintenance;

Step S244: the logical judgment module obtains the periodic headcount table again;

Step S245: when the number of people counted in the table continuously exceeds the threshold value for V periods and is in a downward trend, the serial judgment module outputs a judgment result of poor environment;

Step S246: The task assignment module generates a task of maintaining the surrounding environment of the fitness equipment and notifies the person in charge of environmental protection.

Compared with the prior art, the beneficial effects achieved by the present invention are as follows: the present invention, by being provided with an information collection module, a dynamic analysis module and an application service module, can call and calibrate the monitoring screen of the community fitness equipment, and then adjust the Take the peak period of fitness equipment use for dynamic analysis, comprehensively judge whether the fitness equipment is damaged or dark based on the utilization rate and single use time of each type of fitness equipment, and analyze the changes in the total flow of people at the fitness equipment department to judge community fitness equipment. The surrounding environment finally realizes the role of providing relevant services in a timely manner according to the judgment results.

Description of drawings

The accompanying drawings are used to provide a further understanding of the present invention, and constitute a part of the specification, and are used to explain the present invention together with the embodiments of the present invention, and do not constitute a limitation to the present invention. In the attached image:

FIG. 1 is a schematic diagram of the composition of the system modules of the present invention.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, but not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

Please refer to FIG. 1, the present invention provides a technical solution: a 5G-based smart community application service system, including an information collection module, a dynamic analysis module and an application service module, the information collection module is used to collect monitoring video information at community fitness equipment, dynamic The analysis module is used to analyze and judge whether the community fitness equipment needs maintenance, the application service module is used to provide maintenance and repair services to the community fitness equipment, the information collection module is connected to the dynamic analysis module network, and the dynamic analysis module is electrically connected to the application service module; It is equipped with an information collection module, a dynamic analysis module and an application service module, which can call and calibrate the monitoring screen of the community fitness equipment, and then call the peak period of fitness equipment for dynamic analysis, according to the use of each type of fitness equipment. The rate and single use time are used to comprehensively judge whether the fitness equipment is damaged or dark. At the same time, the changes in the total flow of people in the fitness equipment department are analyzed to judge the surrounding environment of the community fitness equipment, and finally the function of providing relevant services in a timely manner according to the judgment results is realized.

The information collection module includes a surveillance camera module, a picture area calibration module and a signal transceiver module. The surveillance camera module is used to capture real-time picture information at the community fitness equipment. The picture area calibration module is electrically connected to the surveillance camera module, and the picture area calibration module is used to obtain The monitoring camera module captures the picture and performs regional calibration on the content of the picture, and the signal transceiver module is used to transmit the picture information of the community fitness equipment through the network signal.

The dynamic analysis module includes a dynamic tracking module, an area counting module, a data sorting module and a logic judgment module. The dynamic tracking module is used to identify the screen information of the community fitness equipment, dynamically track the moving people in the screen, and the area counting module and the dynamic tracking module are electrically connected. Connection, the area counting module is used to count the objects that are dynamically tracked in the area screen, the data sorting module is electrically connected with the area counting module, and the data sorting module is used to count and sort out the activities of people in the community fitness equipment department, and the logical judgment module and data The finishing module is electrically connected, and the logic judging module is used to judge whether the community fitness equipment is damaged.

The application service module includes a task allocation module and a dispatch notification module. The task allocation module is used for allocating corresponding tasks according to the dynamic analysis results, the dispatch notification module is electrically connected with the task allocation module, and the dispatch notification module is used for notifying the corresponding person in charge.

The data sorting module includes a periodic statistics sub-module, a timing sub-module and a trend statistics sub-module. The periodic statistics sub-module is used to control the time period for adjusting statistical data, and the timing sub-module is used to time the activity time of personnel in each calibration area. The statistics sub-module is used to count the trend of personnel activities in the community fitness equipment department.

The operation method of the smart community application service system mainly includes the following steps:

Step S1: install an information collection module at the community fitness equipment place, monitor and photograph the community fitness equipment place and collect the personnel activity information of the community personnel going to the fitness equipment place;

Step S2: the dynamic analysis module receives the collected activity information, analyzes and processes the activity information of the community members at the fitness equipment, and judges whether the fitness equipment needs to be repaired or maintained according to the processing result;

Step S3: the application service module provides the corresponding service according to the analysis and judgment result of the dynamic analysis module, and the task allocation module generates the required service tasks and allocates them;

Step S4: The dispatch notification module starts to notify the corresponding person in charge to provide the corresponding maintenance service after the service task and assignment are completed.

Step S1 further includes the following steps:

Step S11: the information collection module includes a monitoring camera module, and the monitoring camera module shoots the community fitness equipment;

Step S12: the monitoring camera module captures the generated picture information and transmits it to the picture area calibration module, the picture area calibration module plays the monitoring picture, and divides the picture according to the display content of the monitoring picture, so that there is one and only one type of fitness equipment picture in each partition area;

Step S13: after the partition is completed, demarcate each partition area of the monitoring screen;

Step S14: The signal transceiver module transmits the collected content information to the dynamic analysis module.

Step S2 further includes the following steps:

Step S21: the dynamic tracking module identifies the screen information of the community fitness equipment, and dynamically tracks the moving personnel in the monitoring screen;

Step S22: for each dynamically tracked person, display a marker frame tracking mark in the monitoring screen, and use the calibration area as a reference range to count the dynamically tracked personnel in each calibration area;

Step S23: the data sorting module obtains the count data, and further mines and sorts the content of the monitoring screen;

Step S24: The logical judgment module obtains the content of the sorting data, and outputs the judgment result.

Step S23 further includes the following steps:

Step S231: the period statistics sub-module adjusts the statistics period and statistics time period of the monitoring screen content;

Step S232: During the statistical time period, the data sorting module calculates the ratio P of the number of active personnel in each calibration area compared to the active personnel in the monitoring screen in real time, and statistically calculates the ratio of the number of active personnel in a calibration area within a period. The proportion of active personnel in the monitoring screen

计算在周期内n个活动人员在任意一标定区域内的平均停留时长；Step S233: During the statistical time period, when the dynamically tracked person enters any calibration area, the timing sub-module of the calibration area starts timing, and stops timing after leaving the calibration area and obtains the time value of the current personnel staying in the area. T _i , the data wrangling module passes the formula

Calculate the average stay time of n active personnel in any calibration area during the period;

Step S234: The trend statistics sub-module counts and calculates the total number of active personnel in the monitoring screen of each cycle, and generates a cycle number table.

Step S24 further includes the following steps:

值和周期内n个活动人员在任意一标定区域内的平均停留时长

值，并通过公式：

计算得到每块分区区域内所对应的一类健身器材的损坏值，式中k为转换系数；Step S241: The logic judgment module obtains the ratio of the number of active personnel in a calibration area in the cycle to the active personnel in the monitoring screen respectively

value and the average length of stay of n active personnel in any calibration area during the period

value, and pass the formula:

Calculate the damage value of a type of fitness equipment corresponding to each partition area, where k is the conversion coefficient;

Step S242: Compare the damage value F of the one type of fitness equipment corresponding to each partition area with the maintenance up-to-standard value G, and when F>G, the logic judgment module outputs the equipment damage judgment result;

Step S243: The task assignment module generates the task of the fitness equipment maintenance service and notifies the person in charge of the equipment maintenance;

Step S244: the logical judgment module obtains the periodic headcount table again;

Step S245: when the number of people counted in the table continuously exceeds the threshold value for V periods and is in a downward trend, the serial judgment module outputs a judgment result of poor environment;

Step S246: The task assignment module generates a task of maintaining the surrounding environment of the fitness equipment and notifies the person in charge of environmental protection.

同时计算在当前周期内有30个活动人员在单杠标定区域内的平均停留时长

秒，此时转换系数k＝10，逻辑判断模块通过公式计算

维修达标值G＝10，将单杠区域损坏值F与维修达标值G进行对比，因40＞10，逻辑判断模块输出器材损坏判断结果，任务分配模块生成健身器材维修服务的任务并通知器材维修负责人。Example: a community fitness equipment is installed with a smart community application service system, the period statistics sub-module adjusts the statistics period of the monitoring screen content to be every day and the statistics time period is from 4:00 pm to 8:00 p.m. every day. The ratio of the number of active personnel in the horizontal bar calibration area in the current cycle compared to the active personnel in the monitoring screen

At the same time, calculate the average stay time of 30 active personnel in the horizontal bar calibration area in the current cycle

seconds, the conversion coefficient k=10, the logic judgment module calculates by the formula

The maintenance up-to-standard value G=10, and the horizontal bar area damage value F is compared with the maintenance up-to-standard value G. Because 40>10, the logic judgment module outputs the equipment damage judgment result, and the task assignment module generates the fitness equipment maintenance service task and informs the equipment maintenance responsible. people.

It should be noted that, in this document, relational terms such as first and second are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any relationship between these entities or operations. any such actual relationship or sequence exists. Moreover, the terms "comprising", "comprising" or any other variation thereof are intended to encompass a non-exclusive inclusion such that a process, method, article or device that includes a list of elements includes not only those elements, but also includes not explicitly listed or other elements inherent to such a process, method, article or apparatus.

Finally, it should be noted that the above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. Although the present invention has been described in detail with reference to the foregoing embodiments, for those skilled in the art, the The technical solutions described in the foregoing embodiments may be modified, or some technical features thereof may be equivalently replaced. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included within the protection scope of the present invention.

Claims (10)

1. a smart community application service system based on 5G, comprising information collection module, dynamic analysis module and application service module, it is characterized in that: described information collection module is used for collecting community fitness equipment place monitoring video information, described dynamic analysis The module is used for analyzing and judging whether the community fitness equipment needs maintenance. The application service module is used to provide maintenance and repair services to the fitness equipment in the community. The information collection module is networked with the dynamic analysis module, and the dynamic analysis module is connected to the application service. The modules are electrically connected. 2. A 5G-based smart community application service system according to claim 1, wherein the information collection module comprises a surveillance camera module, a picture area calibration module and a signal transceiver module, and the surveillance camera module is used for The real-time picture information of the community fitness equipment is captured, the picture area calibration module is electrically connected with the monitoring camera module, and the picture area calibration module is used to obtain the picture captured by the monitoring camera module and perform regional calibration on the content of the picture, and the signal transceiver module It is used to transmit the picture information of the community fitness equipment through the network signal. 3. A 5G-based smart community application service system according to claim 2, wherein the dynamic analysis module comprises a dynamic tracking module, an area counting module, a data sorting module and a logical judgment module, and the dynamic tracking module The module is used to identify the picture information of the community fitness equipment, and dynamically track the moving people in the picture. The area counting module is electrically connected with the dynamic tracking module, and the area counting module is used for the dynamic tracking of the objects in the area picture. Counting, the data sorting module is electrically connected with the regional counting module, the data sorting module is used to count and sort out the activities of people in the community fitness equipment department, the logic judgment module is electrically connected with the data sorting module, and the logic judgment module is used for Determine whether the community fitness equipment is damaged. 4. a kind of 5G-based smart community application service system according to claim 3, is characterized in that: described application service module comprises task assignment module and dispatch notification module, described task assignment module is used for assigning according to dynamic analysis result Corresponding to the task, the dispatch notification module is electrically connected with the task assignment module, and the dispatch notification module is used to notify the corresponding person in charge. 5. A 5G-based smart community application service system according to claim 4, wherein the data sorting module comprises a period statistics sub-module, a timing sub-module and a trend statistics sub-module, and the period statistics sub-module It is used to control the time period for adjusting the statistical data, the timing sub-module is used to time the activity time of the personnel in each calibration area, and the trend statistics sub-module is used to count the activity trend of the personnel at the community fitness equipment. 6. A 5G-based smart community application service system according to claim 5, wherein the operation method of the smart community application service system mainly comprises the following steps: Step S1: install an information collection module at the community fitness equipment place, monitor and photograph the community fitness equipment place and collect the personnel activity information of the community personnel going to the fitness equipment place; Step S2: the dynamic analysis module receives the collected activity information, analyzes and processes the activity information of the community members at the fitness equipment, and judges whether the fitness equipment needs to be repaired or maintained according to the processing result; Step S3: the application service module provides the corresponding service according to the analysis and judgment result of the dynamic analysis module, and the task allocation module generates the required service tasks and allocates them; Step S4: The dispatch notification module starts to notify the corresponding person in charge to provide the corresponding maintenance service after the service task and assignment are completed. 7. A 5G-based smart community application service system according to claim 6, wherein the step S1 further comprises the following steps: Step S11: the information collection module includes a monitoring camera module, and the monitoring camera module shoots the community fitness equipment; Step S12: the monitoring camera module captures the generated picture information and transmits it to the picture area calibration module, the picture area calibration module plays the monitoring picture, and divides the picture according to the display content of the monitoring picture, so that there is one and only one type of fitness equipment picture in each partition area; Step S13: after the partition is completed, demarcate each partition area of the monitoring screen; Step S14: The signal transceiver module transmits the collected content information to the dynamic analysis module. 8. A 5G-based smart community application service system according to claim 7, wherein the step S2 further comprises the following steps: Step S21: the dynamic tracking module identifies the screen information of the community fitness equipment, and dynamically tracks the moving personnel in the monitoring screen; Step S22: for each dynamically tracked person, display a marker frame tracking mark in the monitoring screen, and use the calibration area as a reference range to count the dynamically tracked personnel in each calibration area; Step S23: the data sorting module obtains the count data, and further mines and sorts the content of the monitoring screen; Step S24: The logical judgment module obtains the content of the sorting data, and outputs the judgment result. 9. A 5G-based smart community application service system according to claim 8, wherein the step S23 further comprises the following steps: Step S231: the period statistics sub-module adjusts the statistics period and statistics time period of the monitoring screen content; Step S232: During the statistical time period, the data sorting module calculates the ratio P of the number of active personnel in each calibration area compared to the active personnel in the monitoring screen in real time, and statistically calculates the ratio of the number of active personnel in a calibration area within a period. The proportion of active personnel in the monitoring screen

Step S233: During the statistical time period, when the dynamically tracked person enters any calibration area, the timing sub-module of the calibration area starts timing, and stops timing after leaving the calibration area and obtains the time value of the current personnel staying in the area. T _i , the data wrangling module passes the formula

Calculate the average stay time of n active personnel in any calibration area during the period; Step S234: The trend statistics sub-module counts and calculates the total number of active personnel in the monitoring screen of each cycle, and generates a cycle number table. 10. A 5G-based smart community application service system according to claim 9, wherein the step S24 further comprises the following steps: Step S241: The logic judgment module obtains the ratio of the number of active personnel in a calibration area in the cycle to the active personnel in the monitoring screen respectively

value and the average length of stay of n active personnel in any calibration area during the period

value, and pass the formula:

Calculate the damage value of a type of fitness equipment corresponding to each partition area, where k is the conversion coefficient; Step S242: Compare the damage value F of the one type of fitness equipment corresponding to each partition area with the maintenance up-to-standard value G, and when F>G, the logic judgment module outputs the equipment damage judgment result; Step S243: The task assignment module generates the task of the fitness equipment maintenance service and notifies the person in charge of the equipment maintenance; Step S244: the logical judgment module obtains the periodic headcount table again; Step S245: when the number of people counted in the table continuously exceeds the threshold value for V periods and is in a downward trend, the compilation judgment module outputs a judgment result of poor environment; Step S246: The task assignment module generates a task of maintaining the surrounding environment of the fitness equipment and notifies the person in charge of environmental protection.

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