Intelligent study system integrating intelligent bracelet and multi-platform linkage

Abstract

The invention relates to the technical field of research and study systems, in particular to an intelligent research and study system integrating intelligent bracelets and multi-platform linkage, which comprises an intelligent bracelet, a mobile phone APP, an applet, a cloud intelligent platform and a management platform, wherein the intelligent bracelet internally comprises a processor unit, a positioning module, a heart rate monitoring module, a communication module, a display module, a power supply module and a two-dimensional code module; the mobile phone APP internally comprises a user interface module and a data synchronization module; the small program internally comprises a user interaction module and a back-end service module; the cloud intelligent platform internally comprises a data storage module, a data processing and analyzing module and an API interface module; the management platform internally comprises an activity setting module and a data monitoring module; the system supports linkage of a plurality of platforms including a mobile phone APP, an applet, a cloud intelligent platform and a management platform, so that information transmission and sharing are more convenient and efficient, detailed research reports can be automatically generated, and comprehensive feedback is provided for users and managers.

Description

Technical Field

[0001] The present invention relates to the technical field of research and study systems, and in particular to a smart research and study system integrating a smart bracelet and multi-platform linkage. Background Art

[0002] NFC is a short-range, high-frequency wireless communication technology that allows two electronic devices to exchange data when they are close to each other. NFC technology is based on 13.56MHz radio frequency identification technology, but compared with radio frequency identification technology, NFC has higher intelligence and two-way communication capabilities.

[0003] In the existing study and research technology solutions, attendance clocking in needs to be implemented through interaction with a clocking machine at a designated location, such as NFC. It cannot achieve contactless attendance and contactless monitoring of attendance time at different study and research locations. There is no corresponding bracelet application, mini program and smart management system. The study and research report cannot be automatically generated after the study and research. The electronic fence safety warning cannot be realized.

[0004] Therefore, in order to address the problems in the above-mentioned traditional study and research technical solutions that attendance clocking in cannot achieve seamless attendance, independent monitoring of attendance time at different study and research points, automatic generation of study and research reports, electronic fence safety warnings, and supporting service management systems, a smart study and research system can be designed that integrates smart bracelets with multi-platform linkage to achieve seamless docking and data synchronization of bracelets, APPs, mini-programs, cloud platforms, and management platforms, and can automatically generate detailed study and research reports to provide comprehensive feedback to users and managers. Summary of the invention

[0005] In order to overcome the problems in traditional study and research technology solutions such as the inability to achieve seamless attendance, independent monitoring of attendance time at different study and research points, automatic generation of study and research reports, electronic fence safety warnings, and supporting service management systems.

[0006] The technical solution of the present invention is: an intelligent study system integrating a smart bracelet and multi-platform linkage, the system includes a smart bracelet, a mobile phone APP, a small program, a cloud-based intelligent platform, and a management platform; wherein,

[0007] The smart bracelet includes a processor unit, a positioning module, a heart rate monitoring module, a communication module, a display module, a power module and a QR code module; the processor unit is installed on the main board inside the smart bracelet, and is equipped with a CPU and a memory board inside, both of which are connected through the main board circuit; the positioning module is installed on the top or side of the smart bracelet, and is equipped with a GPS chip and an antenna inside, both of which are connected through the main board circuit; the heart rate monitoring module is installed on the bottom of the smart bracelet in contact with the skin, and is equipped with a heart rate sensor inside, which is connected through the main board circuit; the communication module is installed on the main board inside the smart bracelet, and is equipped with a Bluetooth chip and a Wi-Fi chip inside, which are connected through the main board circuit; the display module is installed on the front of the smart bracelet, and is equipped with an OLED screen inside, which is connected through the main board circuit; the power module is equipped with a battery and a charging port inside, the battery is installed inside the smart bracelet, and the charging port is installed on the side or bottom of the bracelet; the QR code module is installed below or on the side of the smart bracelet screen, and is equipped with a QR code generator inside, which is connected through the main board circuit;

[0008] The mobile phone APP includes a user interface module and a data synchronization module; the user interface module is equipped with a mobile phone screen and an interface framework, and the mobile phone screen and the APP interact; the data synchronization module is equipped with a network request library and a data parsing library;

[0009] The mini program includes a user interaction module and a backend service module. The user interaction module has a mini program framework and UI components, which communicate with the cloud platform via a wireless network:

[0010] The cloud-based smart platform includes a data storage module, a data processing and analysis module, and an API interface module. The data storage module is installed in the computer room of the data center, and is equipped with a database server and a storage array. The data processing and analysis module is installed in the server, and is equipped with a data processing engine and an analysis algorithm library, which are connected through the server's internal network. The API interface module is installed on the server, and is connected to the client and server through the network.

[0011] The management platform includes an activity setting module and a data monitoring module; the activity setting module is installed on the server and accessed through a web page, and has a web page framework and form components inside; the data monitoring module is installed on the server and connected to the server and client browser through a network connection, and has data monitoring tools and visualization components inside.

[0012] Preferably, data synchronization and communication between the smart bracelet and the mobile phone APP / applet is achieved via Bluetooth or Wi-Fi.

[0013] Preferably, the data synchronization module communicates with the smart bracelet and the cloud platform via a wireless network, and the wireless network in the data synchronization module and the mini-program specifically adopts any one or more of Wi-Fi, 4G / 5G.

[0014] Preferably, the data storage module is connected to a server and a storage device via a network for use.

[0015] Preferably, the API interface module is internally provided with an API gateway and an interface framework to interact with the smart bracelet, mobile phone APP and mini-programs.

[0016] Preferably, the management platform implements data interaction with the cloud platform through web access.

[0017] As a preferred method, the steps of use are as follows:

[0018] S1: System initialization and device binding

[0019] S11: Management background settings

[0020] Log in to the management backend and perform initial settings, including creating user roles and assigning permissions;

[0021] S12: Device Binding

[0022] 1) Select the smart bracelet device to be bound in the management background;

[0023] 2) The bracelet displays a QR code. Use a barcode scanner to scan the QR code.

[0024] 3) The management backend adds the device to the specified group and generates a group QR code;

[0025] 4) The teacher scans the group QR code to complete the binding between the device and the teacher;

[0026] S2: Preparation for research activities

[0027] S21: Question Bank Creation

[0028] In the question bank management module of the management backend, create the question bank required for the research and study activities;

[0029] S22: Activity Settings

[0030] In the activity setting module of the management platform, set the relevant information of the research and study activities, including the activity name, time, location, and research and study point;

[0031] S23: Electronic fence setting

[0032] According to the needs of research and study activities, set up electronic fence areas in the management background to ensure the safety of students;

[0033] S3: Research and study activities are carried out

[0034] S31: Student Sign-in

[0035] Students can use the positioning function of smart bracelets to seamlessly check attendance at set study points;

[0036] S32: Question and answer interaction

[0037] 1) The teacher selects the question in the management background and pushes it to the student's wristband through the server;

[0038] 2) Students complete the questions on the wristband, and the results of each question are fed back to the server in real time;

[0039] 3) The teacher checks the answer status and pushes the answer analysis as needed;

[0040] S33: Multimedia Introduction

[0041] During the study, the management backend can upload audio introduction files of scenic spots or attractions, and students can listen to the audio introduction by connecting the bracelet to Bluetooth;

[0042] S34: Stored value consumption

[0043] 1) Students use the QR code on the wristband to make cashless stored-value purchases, and the merchant scans the code and enters the amount and product notes;

[0044] 2) Generate an order in the management backend and display the order information on the wristband;

[0045] S4: End of research and study activities and report generation

[0046] S41: One-click summoning

[0047] 1) The teacher selects the time and place for the meeting in the management background and sends a meeting request;

[0048] 2) The management backend pushes the request to the student's wristband, and the wristband prompts the student to gather;

[0049] S42: Research report generation

[0050] 1) After the activity is over, the teacher clicks to generate a research report;

[0051] 2) The system integrates research data and automatically generates research reports containing evaluation, trajectory, consumption, check-in, and answer information;

[0052] S43: Report sharing and viewing

[0053] 1) The teacher shares the research report with the student's personal terminal;

[0054] 2) Students can locate their own reports by unique code and name and view them on their personal end;

[0055] S44: Equipment storage

[0056] After the event, the management backend will enter the smart bracelet device into the database for easy use next time;

[0057] S5: System monitoring and maintenance

[0058] S51: Data Monitoring

[0059] Through the data monitoring module of the management platform, the data of research and study activities can be monitored in real time, including student locations and answering status;

[0060] S52: Safety warning

[0061] 1) The system monitors whether the student is in the electronic fence area in real time based on the wristband positioning data;

[0062] 2) If a student leaves the electronic fence area, the system will immediately send an early warning message to the management backend and the teacher / personal app;

[0063] S53: System Maintenance

[0064] Update and maintain the system regularly to ensure system stability and security.

[0065] Beneficial effects of the present invention: the system uses the positioning function of the smart bracelet to conduct seamless attendance at the set study and research points, without the need for students to manually punch in, which greatly improves the efficiency and accuracy of attendance. The teacher can push questions to the student bracelet in real time, and the students can answer the questions and provide feedback on the results immediately. This instant interactive mode makes teaching activities more flexible and efficient. The management background can upload audio introduction files, and students can listen to them through the bracelet connected to Bluetooth. This multimedia teaching method can enhance students' understanding and memory. It sets an electronic fence area to ensure the safety of students during study and research activities. Once the student leaves the designated area, the system will immediately send an early warning message, which improves the safety supervision capability. The data monitoring module of the management platform can monitor the student's location and answering situation in real time, providing a strong guarantee for the smooth progress of the activity. The system can provide each student with personalized learning suggestions and resources based on the student's answering situation and feedback, so that learning is more in line with each student Students can use the QR code on the bracelet to make cashless stored-value purchases, which is convenient and safe, and avoids the risk of cash loss or theft. Teachers can send a call request through the management background, and the bracelet will prompt students to gather. This efficient way of convening saves time and improves the efficiency of organizing activities. After the activity, the system can integrate the research and study data and automatically generate a research and study report containing evaluation, trajectory, consumption, check-in, and answering information, providing strong data support for subsequent evaluation and improvement. The data monitoring module of the management platform is equipped with a visualization component that can intuitively display the students' activity trajectory and answering data, making data analysis and decision-making more intuitive and convenient. The system supports the linkage of multiple platforms such as mobile APP, mini-programs, cloud-based smart platforms and management platforms, making the transmission and sharing of information more convenient and efficient. The system is regularly updated and maintained to ensure the stability and security of the system, and also provides convenience for subsequent expansion and upgrades. BRIEF DESCRIPTION OF THE DRAWINGS

[0066] Figure 1 What is shown is a schematic diagram of the overall framework structure of the intelligent research and study system integrating an integrated smart bracelet and multi-platform linkage of the present invention. DETAILED DESCRIPTION

[0067] The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

[0068] See also Figure 1 The present invention provides an embodiment: the system includes a smart bracelet, a mobile phone APP, a small program, a cloud-based smart platform, and a management platform; data synchronization and communication between the smart bracelet and the mobile phone APP / small program are achieved through Bluetooth or Wi-Fi, wherein,

[0069] The smart bracelet includes a processor unit, a positioning module, a heart rate monitoring module, a communication module, a display module, a power module and a QR code module; the processor unit is installed on the main board inside the smart bracelet, and is equipped with a CPU and a memory board inside, both of which are connected through the main board circuit; the positioning module is installed on the top or side of the smart bracelet, and is equipped with a GPS chip and an antenna inside, both of which are connected through the main board circuit; the heart rate monitoring module is installed on the bottom of the smart bracelet in contact with the skin, and is equipped with a heart rate sensor inside, which is connected through the main board circuit; the communication module is installed on the main board inside the smart bracelet, and is equipped with a Bluetooth chip and a Wi-Fi chip inside, which are connected through the main board circuit; the display module is installed on the front of the smart bracelet, and is equipped with an OLED screen inside, which is connected through the main board circuit; the power module is equipped with a battery and a charging port inside, the battery is installed inside the smart bracelet, and the charging port is installed on the side or bottom of the bracelet; the QR code module is installed below or on the side of the smart bracelet screen, and is equipped with a QR code generator inside, which is connected through the main board circuit;

[0070] The mobile phone APP includes a user interface module and a data synchronization module; the user interface module is provided with a mobile phone screen and an interface framework, and the mobile phone screen interacts with the APP; the data synchronization module is provided with a network request library and a data parsing library, and the data synchronization module communicates with the smart bracelet and the cloud platform through a wireless network. The wireless network in the data synchronization module and the applet specifically adopts any one or more of Wi-Fi, 4G / 5G;

[0071] The mini program includes a user interaction module and a backend service module. The user interaction module has a mini program framework and UI components, which communicate with the cloud platform via a wireless network:

[0072] The cloud-based smart platform includes a data storage module, a data processing and analysis module, and an API interface module. The data storage module is installed in the computer room of the data center, and is equipped with a database server and a storage array. The data processing and analysis module is installed inside the server, and is equipped with a data processing engine and an analysis algorithm library, which are connected through the server's internal network. The API interface module is installed on the server, and is connected to the client and server through the network. The data storage module is connected to the server and the storage device through the network for connection and use. The API interface module is equipped with an API gateway and an interface framework, which interacts with smart bracelets, mobile phone apps, and applets.

[0073] The management platform includes an activity setting module and a data monitoring module; the activity setting module is installed on the server and accessed through a web page, and has a web page framework and form components inside it; the data monitoring module is installed on the server and connected to the server and client browser through a network connection, and has data monitoring tools and visualization components inside it. The management platform realizes data interaction with the cloud platform through web access.

[0074] The steps for use are as follows:

[0075] S1: System initialization and device binding

[0076] S11: Management background settings

[0077] Log in to the management backend and perform initial settings, including creating user roles and assigning permissions;

[0078] S12: Device Binding

[0079] 1) Select the smart bracelet device to be bound in the management background;

[0080] 2) The bracelet displays a QR code. Use a barcode scanner to scan the QR code.

[0081] 3) The management backend adds the device to the specified group and generates a group QR code;

[0082] 4) The teacher scans the group QR code to complete the binding between the device and the teacher;

[0083] S2: Preparation for research activities

[0084] S21: Question Bank Creation

[0085] In the question bank management module of the management backend, create the question bank required for the research and study activities;

[0086] S22: Activity Settings

[0087] In the activity setting module of the management platform, set the relevant information of the research and study activities, including the activity name, time, location, and research and study point;

[0088] S23: Electronic fence setting

[0089] According to the needs of research and study activities, set up electronic fence areas in the management background to ensure the safety of students;

[0090] S3: Research and study activities are carried out

[0091] S31: Student Sign-in

[0092] Students can use the positioning function of smart bracelets to seamlessly check attendance at set study points;

[0093] S32: Question and answer interaction

[0094] 1) The teacher selects the question in the management background and pushes it to the student's wristband through the server;

[0095] 2) Students complete the questions on the wristband, and the results of each question are fed back to the server in real time;

[0096] 3) The teacher checks the answer status and pushes the answer analysis as needed;

[0097] S33: Multimedia Introduction

[0098] During the study, the management backend can upload audio introduction files of scenic spots or attractions, and students can listen to the audio introduction by connecting the bracelet to Bluetooth;

[0099] S34: Stored value consumption

[0100] 1) Students use the QR code on the wristband to make cashless stored-value purchases, and the merchant scans the code and enters the amount and product notes;

[0101] 2) Generate an order in the management backend and display the order information on the wristband;

[0102] S4: End of research and study activities and report generation

[0103] S41: One-click summoning

[0104] 1) The teacher selects the time and place for the meeting in the management background and sends a meeting request;

[0105] 2) The management backend pushes the request to the student's wristband, and the wristband prompts the student to gather;

[0106] S42: Research report generation

[0107] 1) After the activity is over, the teacher clicks to generate a research report;

[0108] 2) The system integrates research data and automatically generates research reports containing evaluation, trajectory, consumption, check-in, and answer information;

[0109] S43: Report sharing and viewing

[0110] 1) The teacher shares the research report with the student's personal terminal;

[0111] 2) Students can locate their own reports by unique code and name and view them on their personal end;

[0112] S44: Equipment storage

[0113] After the event, the management backend will enter the smart bracelet device into the database for easy use next time;

[0114] S5: System monitoring and maintenance

[0115] S51: Data Monitoring

[0116] Through the data monitoring module of the management platform, the data of research and study activities can be monitored in real time, including student locations and answering status;

[0117] S52: Safety warning

[0118] 1) The system monitors whether the student is in the electronic fence area in real time based on the wristband positioning data;

[0119] 2) If a student leaves the electronic fence area, the system will immediately send an early warning message to the management backend and the teacher / personal app;

[0120] S53: System Maintenance

[0121] Update and maintain the system regularly to ensure system stability and security.

Claims

1. A smart study system integrating a smart bracelet and multi-platform linkage, the system including a smart bracelet; characterized by: It also includes mobile APP, mini-programs, cloud-based smart platforms, and management platforms; among them, The smart bracelet includes a processor unit, a positioning module, a heart rate monitoring module, a communication module, a display module, a power module and a QR code module; the processor unit is installed on the main board inside the smart bracelet, and is equipped with a CPU and a memory board inside, both of which are connected through the main board circuit; the positioning module is installed on the top or side of the smart bracelet, and is equipped with a GPS chip and an antenna inside, both of which are connected through the main board circuit; the heart rate monitoring module is installed on the bottom of the smart bracelet in contact with the skin, and is equipped with a heart rate sensor inside, which is connected through the main board circuit; the communication module is installed on the main board inside the smart bracelet, and is equipped with a Bluetooth chip and a Wi-Fi chip inside, which are connected through the main board circuit; the display module is installed on the front of the smart bracelet, and is equipped with an OLED screen inside, which is connected through the main board circuit; the power module is equipped with a battery and a charging port inside, the battery is installed inside the smart bracelet, and the charging port is installed on the side or bottom of the bracelet; the QR code module is installed below or on the side of the smart bracelet screen, and is equipped with a QR code generator inside, which is connected through the main board circuit; The mobile phone APP includes a user interface module and a data synchronization module; the user interface module is equipped with a mobile phone screen and an interface framework, and the mobile phone screen and the APP interact; the data synchronization module is equipped with a network request library and a data parsing library; The mini program includes a user interaction module and a backend service module. The user interaction module has a mini program framework and UI components, which communicate with the cloud platform via a wireless network: The cloud-based smart platform includes a data storage module, a data processing and analysis module, and an API interface module. The data storage module is installed in the computer room of the data center, and is equipped with a database server and a storage array. The data processing and analysis module is installed in the server, and is equipped with a data processing engine and an analysis algorithm library, which are connected through the server's internal network. The API interface module is installed on the server, and is connected to the client and server through the network. The management platform includes an activity setting module and a data monitoring module; the activity setting module is installed on the server and accessed through a web page, and has a web page framework and form components inside; the data monitoring module is installed on the server and connected to the server and client browser through a network connection, and has data monitoring tools and visualization components inside.

2. The intelligent study system integrating a smart bracelet and multi-platform linkage according to claim 1 is characterized in that: Data synchronization and communication between smart bracelet and mobile phone APP / applet are realized through Bluetooth or Wi-Fi.

3. The intelligent study system integrating a smart bracelet and multi-platform linkage according to claim 1 is characterized in that: The data synchronization module communicates with the smart bracelet and the cloud platform through a wireless network. The wireless network in the data synchronization module and the mini program specifically adopts any one or more of Wi-Fi, 4G / 5G.

4. The intelligent study and research system integrating a smart bracelet and multi-platform linkage according to claim 1, characterized in that: The data storage module is connected to the server and the storage device through a network for connection and use.

5. The intelligent study and research system integrating a smart bracelet and multi-platform linkage according to claim 1 is characterized in that: The API interface module is equipped with an API gateway and an interface framework to interact with smart bracelets, mobile phone apps and mini-programs.

6. The intelligent study and research system integrating a smart bracelet and multi-platform linkage according to claim 1, characterized in that: The management platform realizes data interaction with the cloud platform through web access.

7. The intelligent study and research system integrating a smart bracelet and multi-platform linkage according to claim 1, characterized in that: The steps for use are as follows: S1: System initialization and device binding S11: Management background settings Log in to the management backend and perform initial settings, including creating user roles and assigning permissions; S12: Device Binding 1) Select the smart bracelet device to be bound in the management background; 2) The bracelet displays a QR code. Use a barcode scanner to scan the QR code. 3) The management backend adds the device to the specified group and generates a group QR code; 4) The teacher scans the group QR code to complete the binding between the device and the teacher; S2: Preparation for research activities S21: Question Bank Creation In the question bank management module of the management backend, create the question bank required for the research and study activities; S22: Activity Settings In the activity setting module of the management platform, set the relevant information of the research and study activities, including the activity name, time, location, and research and study point; S23: Electronic fence setting According to the needs of research and study activities, set up electronic fence areas in the management background to ensure the safety of students; S3: Research and study activities are carried out S31: Student Sign-in Students can use the positioning function of smart bracelets to seamlessly check attendance at set study points; S32: Question and answer interaction 1) The teacher selects the question in the management background and pushes it to the student's wristband through the server; 2) Students complete the questions on the wristband, and the results of each question are fed back to the server in real time; 3) The teacher checks the answer status and pushes the answer analysis as needed; S33: Multimedia Introduction During the study, the management backend can upload audio introduction files of scenic spots or attractions, and students can listen to the audio introduction by connecting the bracelet to Bluetooth; S34: Stored value consumption 1) Students use the QR code on the wristband to make cashless stored-value purchases, and the merchant scans the code and enters the amount and product notes; 2) Generate an order in the management backend and display the order information on the wristband; S4: End of research and study activities and report generation S41: One-click summoning 1) The teacher selects the time and place for the meeting in the management background and sends a meeting request; 2) The management backend pushes the request to the student's wristband, and the wristband prompts the student to gather; S42: Research report generation 1) After the activity is over, the teacher clicks to generate a research report; 2) The system integrates research data and automatically generates research reports containing evaluation, trajectory, consumption, check-in, and answer information; S43: Report sharing and viewing 1) The teacher shares the research report with the student's personal terminal; 2) Students can locate their own reports by unique code and name and view them on their personal end; S44: Equipment storage After the event, the management backend will enter the smart bracelet device into the database for easy use next time; S5: System monitoring and maintenance S51: Data Monitoring Through the data monitoring module of the management platform, the data of research and study activities can be monitored in real time, including student locations and answering status; S52: Safety warning 1) The system monitors whether the student is in the electronic fence area in real time based on the wristband positioning data; 2) If a student leaves the electronic fence area, the system will immediately send an early warning message to the management backend and the teacher / personal app; S53: System Maintenance Update and maintain the system regularly to ensure system stability and security.

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