Intelligent sports system and application method thereof

Abstract

The invention relates to the field of sports systems, in particular to an intelligent sports system and an application method thereof.The intelligent sports system comprises a server which is a core hub of the intelligent sports system, is responsible for receiving, storing and processing data and providing access services, ensures circulation of the data among different devices and provides data analysis and safety guarantee, and the server is used for storing the data in the server; the intelligent sports system disclosed by the invention integrates health monitoring, competition informatization management and student equipment management, and has the functions of monitoring physiological data of a user in real time, providing a personalized health report, optimizing a competition management process, improving equipment management efficiency, providing data analysis, supporting decision and the like; the system effectively improves the efficiency and level of physical education and management, promotes health management, optimizes match management, improves the utilization rate of equipment, provides a more convenient and more scientific physical education management solution for users and managers, and has significant social value and wide application prospects.

Description

Technical Field

[0001] The present invention relates to the field of sports systems, and in particular to a smart sports system and an application method thereof. Background Art

[0002] With the continuous development of society and the rapid advancement of science and technology, physical education and management are gradually being taken seriously. The traditional physical education and management model faces a series of challenges and limitations, such as the lack of effective monitoring methods, inconvenient information management, and irregular equipment management. These problems restrict the development of physical education, and also limit the comprehensive development of individuals in sports activities and the improvement of their health level.

[0003] First, traditional sports activities often lack accurate monitoring of individual physical conditions. Without effective monitoring methods, it is difficult for teachers to fully understand students' physical conditions and adjust exercise plans in a timely manner, making it difficult to prevent sports injuries and health problems.

[0004] Secondly, traditional sports competition management relies on cumbersome paper documents and manual operations, which results in untimely information and inaccurate data. With the continuous expansion of the scale of school sports events, the demand for information management of competitions is becoming increasingly urgent. Information management can improve the efficiency of event organization, optimize the schedule, ensure the accuracy of performance statistics, and enhance the viewing and competitive level of the competition.

[0005] Finally, in school physical education, students use a wide variety of equipment, but the management method is relatively traditional, and there are problems such as equipment easy to lose and damage difficult to trace. Standardized student equipment management is the basis of physical education teaching and management, which can effectively avoid equipment waste and damage. At the same time, through the equipment supervision system, it can roughly estimate the student's exercise situation on the day and provide basic data for the student's exercise status.

[0006] In summary, the existing sports education and management model has a series of problems and challenges, which require an intelligent and information-based sports system to solve. The present invention comes into being, aiming to provide a comprehensive smart sports solution by combining functions such as physical health monitoring, competition information management and student equipment management, so as to improve the efficiency and level of sports education and management, and promote the all-round development of individuals in sports activities and the improvement of their health level. Summary of the invention

[0007] In order to overcome the above technical problems, the purpose of the present invention is to provide a smart sports system and its application method: through the physical health monitoring module for monitoring students' physical condition, to build an intelligent exercise prescription system, and to use new student physical health data to generate instant exercise prescriptions for individual students (daily healthy exercise conditions, staged exercise conditions), and to feedback the results to parents through text messages and WeChat, forming a form of home-school interactive monitoring, and forming a video exercise punch-in mechanism for students with special physical conditions until they recover their health and have the ability to exercise, so as to solve the problem that traditional sports activities often lack accurate monitoring of individual physical conditions. In the absence of effective monitoring means, it is difficult for teachers to fully understand the physical condition of students, and it is also difficult to adjust the exercise plan in time, so it is difficult to prevent sports injuries and health problems.

[0008] The purpose of the present invention can be achieved through the following technical solutions:

[0009] A smart sports system, comprising:

[0010] Server: The server is the core hub of the smart sports system, responsible for receiving, storing, processing and providing access services for data. The server ensures the flow of data between different devices, while providing data analysis and security.

[0011] Physical health monitoring module: This module collects physiological data based on wearable devices or sensors, builds an intelligent exercise prescription system, and uses students' physical health data to generate instant exercise prescriptions for individual students. The prescriptions include daily healthy exercise conditions and staged exercise conditions. The results are fed back to parents through text messages and WeChat, forming a form of home-school interactive monitoring, and forming a video exercise check-in mechanism for students with special physical conditions until they recover and have the ability to exercise;

[0012] Competition information management module: used for comprehensive management and monitoring of sports competitions, including competition arrangements, team registration, and results recording. Competition organizers publish competition information, manage participating teams, and assign referees through the system. At the same time, athletes and spectators obtain competition-related information, including schedules and results, through the system, realizing instant transmission, sharing, and storage of information.

[0013] Student equipment management module: used to solve the problems existing in school sports equipment management, such as the easy loss of equipment and the difficulty in tracing damaged equipment. The system uses intelligent recognition technology to identify and manage the equipment used by students. At the same time, it roughly estimates the students' exercise status on that day and provides basic data for students' exercise status.

[0014] User interface: It provides an intuitive user interface and supports access from multiple terminal devices, including but not limited to mobile applications and web pages. Users can easily perform various operations through a simple and clear interface, including but not limited to viewing health data, managing competition information, and borrowing equipment.

[0015] As a further solution of the present invention: based on the support of the server, the internal data flow process of the system is as follows:

[0016] Users manually input data through terminal devices, such as computers and mobile phones. These terminal devices can be dedicated sports data input devices or general devices. The terminal devices format the input data for subsequent transmission and storage. Common data formats include JSON and XML.

[0017] The terminal device uploads the formatted data to the server through the network, Wi-Fi or cellular data, which is completed through API requests. The server stores the received data in the database;

[0018] Choose any database system such as MySQL, PostgreSQL, or MongoDB for data storage. Use any data processing platform such as Apache Spark or ETL tools on the server to clean and convert the raw data, remove invalid data, and unify the data format. The server runs the analysis algorithm to perform statistical analysis, pattern recognition, and prediction operations on the data, and store the analysis results in the analysis database.

[0019] The server provides a RESTful API interface for client applications to access and obtain data. The API endpoints include but are not limited to data query and statistical reporting functions. At the same time, the server uses real-time push services to send notifications to users to remind them that new data is available.

[0020] As a further solution of the present invention: the physical health monitoring module includes a storage library, which, on the one hand, stores the physiological data of the user collected by the physical health monitoring module based on wearable devices or sensors, and on the other hand, stores exercise prescriptions corresponding to the corresponding physical fitness preset or obtained by professionals or network data, for comparison with the collected physiological data.

[0021] As a further solution of the present invention: the specific processing process of the physical health monitoring module is as follows:

[0022] After logging in, the user enters the physical health monitoring module, where the user selects an assessment item and can arrange different training prescriptions based on whether the assessment result is qualified or not. The prescriptions are displayed on the interface of the physical health monitoring module. Students with qualified or above scores can exercise according to the items in the training prescription to lay the foundation for the next physical health assessment.

[0023] Students who fail the test must check in according to the mandatory prescription items and upload the check-in video to the physical health monitoring module. Then, the passing score will be determined based on the scoring rules in the project assessment. If passed, they can participate in the next project assessment. If not, they must continue to follow the mandatory training prescription to exercise and check in until the check-in video score is qualified. Only then can they participate in the next physical health assessment. Each score will be compared with an icon to generate a physical health report and save it. After each assessment, check your physical health assessment form in the physical health monitoring module.

[0024] As a further solution of the present invention: the specific processing process of the competition information management module is as follows:

[0025] After logging in, the user selects an identity. If the user is a contestant, he / she obtains the competition information according to the competition information released by the administrator and participates in the registration. When registering, the user needs to fill in the team information, the list of players, and upload the team logo. The participating team can query the competition information in the system, register through the system, participate in the competition, and obtain the competition results recorded by the administrator;

[0026] If you are an administrator, you first need to confirm your account identity, publish the event information, and fill in the event name, time, and location information. The organizer will review the registration information, confirm the qualified teams, and assign entry numbers. The system will generate the event schedule and competition rules for participants to query. During the competition, the referee will record the competition results through the system and update them to the system in real time. The system will generate a ranking table and competition report.

[0027] As a further solution of the present invention: the student equipment management module specifically includes the following steps:

[0028] After the school administrator logs in, he can view the school's equipment list in the student equipment management module, including equipment name, model, quantity, and processing system notifications;

[0029] When students borrow equipment, they need to select the equipment they want to borrow through the system and fill in the borrowing information, including but not limited to the borrowing date and return date. If the equipment is not returned within the specified time, the system will notify the administrator;

[0030] If the system detects that the equipment is damaged when it is returned, the system will notify the administrator, who will take corresponding measures;

[0031] If the equipment is not damaged when returned, the system will generate a borrowing record to roughly estimate the student's exercise status on that day, and the data can be pushed to the physical health monitoring module.

[0032] A smart sports system is applied in sports and sports equipment management.

[0033] Beneficial effects of the present invention:

[0034] The physical health monitoring module is used to monitor students' physical condition, build an intelligent exercise prescription system, and use new student physical health data to generate instant exercise prescriptions for individual students (daily healthy exercise conditions, staged exercise conditions), and feedback the results to parents through text messages and WeChat, forming a form of interactive monitoring between home and school, and forming a video exercise check-in mechanism for students with special physical conditions until they recover their health and have the ability to exercise.

[0035] The competition information management module is used to manage information related to sports competitions, including but not limited to schedule arrangements, results statistics, referee management, etc., to improve the efficiency of competition organization and management and provide participants with a better competitive experience.

[0036] The student equipment management module is used to manage the use of equipment by students in sports activities, including functions such as borrowing and returning time records, to determine the time students use the equipment at school, so as to roughly judge whether the student's daily exercise volume meets the requirements.

[0037] In addition, the system server includes a data storage module and a data analysis module, which are used to store and analyze monitoring data, competition information, equipment usage records and other data, so as to provide users with personalized health management and training suggestions. Users interact with the system through the user interface to view monitoring data, manage competition information, borrow equipment and other functions.

[0038] To sum up, the smart sports system of the present invention integrates health monitoring, competition information management and student equipment management. It effectively improves the efficiency and level of physical education and management through real-time monitoring of user physiological data, providing personalized health reports, optimizing competition management processes, improving equipment management efficiency, and providing data analysis to support decision-making. It promotes health management, optimizes competition management, and improves equipment utilization, providing users and managers with a more convenient and scientific sports management solution, which has significant social value and broad application prospects. BRIEF DESCRIPTION OF THE DRAWINGS

[0039] The present invention will be further described below in conjunction with the accompanying drawings.

[0040] Figure 1 It is an overall block diagram of a smart sports system in the present invention.

[0041] Figure 2 It is a system internal data flow diagram of a smart sports system in the present invention.

[0042] Figure 3 It is a match information management flow chart of a smart sports system in the present invention.

[0043] Figure 4 It is a work flow chart of a physical health monitoring module of a smart sports system in the present invention.

[0044] Figure 5 It is a student equipment management flow chart of a smart sports system in the present invention. DETAILED DESCRIPTION

[0045] The following will be combined with the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. 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.

[0046] Embodiment 1:

[0047] See also Figure 1 As shown, this embodiment is a smart sports system, including:

[0048] Server: The server is the core hub of the smart sports system, responsible for receiving, storing, processing and providing access services for data. The server ensures the flow of data between different devices, while providing data analysis and security.

[0049] Based on the support of the server, the data flow process within the system is as follows:

[0050] Users manually input data through terminal devices, such as computers and mobile phones. These terminal devices can be dedicated sports data input devices or general devices. The terminal devices format the input data for subsequent transmission and storage. Common data formats include JSON and XML.

[0051] The terminal device uploads the formatted data to the server through the network, Wi-Fi or cellular data, which is completed through API requests. The server stores the received data in the database;

[0052] Choose any database system such as MySQL, PostgreSQL, or MongoDB for data storage. Use any data processing platform such as Apache Spark or ETL tools on the server to clean and convert the raw data, remove invalid data, and unify the data format. The server runs the analysis algorithm to perform statistical analysis, pattern recognition, and prediction operations on the data, and store the analysis results in the analysis database.

[0053] The server provides a RESTful API interface for client applications to access and obtain data. The API endpoints include but are not limited to data query and statistical reporting functions. At the same time, the server uses real-time push services to send notifications to users to remind them that new data is available.

[0054] Physical health monitoring module: This module collects physiological data based on wearable devices or sensors, builds an intelligent exercise prescription system, and uses students' physical health data to generate instant exercise prescriptions for individual students. The prescriptions include daily healthy exercise conditions and staged exercise conditions. The results are fed back to parents through text messages and WeChat, forming a form of home-school interactive monitoring, and forming a video exercise check-in mechanism for students with special physical conditions until they recover and have the ability to exercise;

[0055] The physical health monitoring module includes a storage library, which stores the physiological data collected by the physical health monitoring module based on the wearable device or sensor of the user on the one hand, and is used to store the exercise prescription corresponding to the corresponding physical condition preset or obtained by professionals or network data on the other hand, for comparison with the collected physiological data;

[0056] The specific processing process of the physical health monitoring module is as follows:

[0057] After logging in, the user enters the physical health monitoring module, where the user selects an assessment item and can arrange different training prescriptions based on whether the assessment result is qualified or not. The prescriptions are displayed on the interface of the physical health monitoring module. Students with qualified or above scores can exercise according to the items in the training prescription to lay the foundation for the next physical health assessment.

[0058] Students who fail the test must check in according to the mandatory prescription items and upload the check-in video to the physical health monitoring module. Then, the passing score will be determined based on the scoring rules in the project assessment. If passed, they can participate in the next project assessment. If not, they must continue to follow the mandatory training prescription to exercise and check in until the check-in video score is qualified. Only then can they participate in the next physical health assessment. Each score will be compared with an icon to generate a physical health report and save it. After each assessment, check your physical health assessment form in the physical health monitoring module.

[0059] Competition information management module: used for comprehensive management and monitoring of sports competitions, including competition arrangements, team registration, and results recording. Competition organizers publish competition information, manage participating teams, and assign referees through the system. At the same time, athletes and spectators obtain competition-related information, including schedules and results, through the system, realizing instant transmission, sharing, and storage of information.

[0060] The specific processing process of the competition information management module is as follows:

[0061] After logging in, the user selects an identity. If the user is a contestant, he / she obtains the competition information according to the competition information released by the administrator and participates in the registration. When registering, the user needs to fill in the team information, the list of players, and upload the team logo. The participating team can query the competition information in the system, register through the system, participate in the competition, and obtain the competition results recorded by the administrator;

[0062] If you are an administrator, you first need to confirm your account identity, publish the event information, and fill in the event name, time, and location information. The organizer will review the registration information, confirm the qualified teams, and assign entry numbers. The system will generate the event schedule and competition rules for participants to query. During the competition, the referee will record the competition results through the system and update them to the system in real time. The system will generate a ranking table and competition report.

[0063] Student equipment management module: used to solve the problems existing in school sports equipment management, such as the easy loss of equipment and the difficulty in tracing damaged equipment. The system uses intelligent recognition technology to identify and manage the equipment used by students. At the same time, it roughly estimates the students' exercise status on that day and provides basic data for students' exercise status.

[0064] The student equipment management module specifically includes the following steps:

[0065] After the school administrator logs in, he can view the school's equipment list in the student equipment management module, including equipment name, model, quantity, and processing system notifications;

[0066] When students borrow equipment, they need to select the equipment they want to borrow through the system and fill in the borrowing information, including but not limited to the borrowing date and return date. If the equipment is not returned within the specified time, the system will notify the administrator;

[0067] If the system detects that the equipment is damaged when it is returned, the system will notify the administrator, who will take corresponding measures;

[0068] If the equipment is not damaged when returned, the system will generate a borrowing record to roughly estimate the student's exercise status on that day, and the data can be pushed to the physical health monitoring module. ;

[0069] User interface: It provides an intuitive user interface and supports access from multiple terminal devices, including but not limited to mobile applications and web pages. Users can easily perform various operations through a simple and clear interface, including but not limited to viewing health data, managing competition information, and borrowing equipment.

[0070] Embodiment 2

[0071] A smart sports system is applied in sports and sports equipment management.

[0072] In the description of this specification, the description with reference to the terms "one embodiment", "example", "specific example", etc. means that the specific features, structures, materials or characteristics described in conjunction with the embodiment or example are included in at least one embodiment or example of the present invention. In this specification, the schematic representation of the above terms does not necessarily refer to the same embodiment or example. Moreover, the specific features, structures, materials or characteristics described can be combined in any one or more embodiments or examples in a suitable manner.

[0073] The above contents are merely examples and explanations of the present invention. Those skilled in the art may make various modifications or additions to the specific embodiments described or replace them in a similar manner. As long as they do not deviate from the invention or exceed the scope defined by the claims, they shall all fall within the protection scope of the present invention.

Claims

1. A smart sports system, characterized in that: include: Server: The server is the core hub of the smart sports system, responsible for receiving, storing, processing and providing access services for data. The server ensures the flow of data between different devices, while providing data analysis and security. Physical health monitoring module: This module collects physiological data based on wearable devices or sensors, builds an intelligent exercise prescription system, and uses students' physical health data to generate instant exercise prescriptions for individual students. The prescriptions include daily healthy exercise conditions and staged exercise conditions. The results are fed back to parents through text messages and WeChat, forming a form of home-school interactive monitoring, and forming a video exercise check-in mechanism for students with special physical conditions until they recover and have the ability to exercise; Competition information management module: used for comprehensive management and monitoring of sports competitions, including competition arrangements, team registration, and results recording. Competition organizers publish competition information, manage participating teams, and assign referees through the system. At the same time, athletes and spectators obtain competition-related information, including schedules and results, through the system, realizing instant transmission, sharing, and storage of information. Student equipment management module: used to solve the problems existing in school sports equipment management, such as the easy loss of equipment and the difficulty in tracing damaged equipment. The system uses intelligent recognition technology to identify and manage the equipment used by students. At the same time, it roughly estimates the students' exercise status on that day and provides basic data for students' exercise status. User interface: It provides an intuitive user interface and supports access from multiple terminal devices, including but not limited to mobile applications and web pages. Users can easily perform various operations through a simple and clear interface, including but not limited to viewing health data, managing competition information, and borrowing equipment.

2. A smart sports system according to claim 1, characterized in that: Based on the support of the server, the data flow process within the system is as follows: Users manually input data through terminal devices, such as computers and mobile phones. These terminal devices can be dedicated sports data input devices or general devices. The terminal devices format the input data for subsequent transmission and storage. Common data formats include JSON and XML. The terminal device uploads the formatted data to the server through the network, Wi-Fi or cellular data, which is completed through API requests. The server stores the received data in the database; Choose any database system such as MySQL, PostgreSQL, or MongoDB for data storage. Use any data processing platform such as Apache Spark or ETL tools on the server to clean and convert the raw data, remove invalid data, and unify the data format. The server runs the analysis algorithm to perform statistical analysis, pattern recognition, and prediction operations on the data, and store the analysis results in the analysis database. The server provides a RESTful API interface for client applications to access and obtain data. The API endpoints include but are not limited to data query and statistical reporting functions. At the same time, the server uses real-time push services to send notifications to users to remind them that new data is available.

3. The smart sports system according to claim 1, characterized in that: The physical health monitoring module includes a storage library, which, on the one hand, stores the physiological data of the user collected by the physical health monitoring module based on wearable devices or sensors, and on the other hand, stores exercise prescriptions corresponding to the corresponding physical fitness preset or obtained by professionals or network data for comparison with the collected physiological data.

4. The smart sports system according to claim 1, characterized in that: The specific processing process of the physical health monitoring module is as follows: After logging in, the user enters the physical health monitoring module, where the user selects an assessment item and can arrange different training prescriptions based on whether the assessment result is qualified or not. The prescriptions are displayed on the interface of the physical health monitoring module. Students with qualified or above scores can exercise according to the items in the training prescription to lay the foundation for the next physical health assessment. Students who fail the test must check in according to the mandatory prescription items and upload the check-in video to the physical health monitoring module. Then, the passing score will be determined based on the scoring rules in the project assessment. If passed, they can participate in the next project assessment. If not, they must continue to follow the mandatory training prescription to exercise and check in until the check-in video score is qualified. Only then can they participate in the next physical health assessment. Each score will be compared with an icon to generate a physical health report and save it. After each assessment, check your physical health assessment form in the physical health monitoring module.

5. The smart sports system according to claim 1, characterized in that: The specific processing process of the competition information management module is as follows: After logging in, the user selects an identity. If the user is a contestant, he / she obtains the competition information according to the competition information released by the administrator and participates in the registration. When registering, the user needs to fill in the team information, the list of players, and upload the team logo. The participating team can query the competition information in the system, register through the system, participate in the competition, and obtain the competition results recorded by the administrator; If you are an administrator, you first need to confirm your account identity, publish the event information, and fill in the event name, time, and location information. The organizer will review the registration information, confirm the qualified teams, and assign entry numbers. The system will generate the event schedule and competition rules for participants to query. During the competition, the referee will record the competition results through the system and update them to the system in real time. The system will generate a ranking table and competition report.

6. The smart sports system according to claim 1, characterized in that: The student equipment management module specifically includes the following steps: After the school administrator logs in, he can view the school's equipment list in the student equipment management module, including equipment name, model, quantity, and processing system notifications; When students borrow equipment, they need to select the equipment they want to borrow through the system and fill in the borrowing information, including but not limited to the borrowing date and return date. If the equipment is not returned within the specified time, the system will notify the administrator; If the system detects that the equipment is damaged when it is returned, the system will notify the administrator, who will take corresponding measures; If the equipment is not damaged when returned, the system will generate a borrowing record to roughly estimate the student's exercise status on that day, and the data can be pushed to the physical health monitoring module.

7. The smart sports system according to claim 6 is applied in sports and sports equipment management.

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