Fitness reminding device based on exercise intensity and posture monitoring system

Abstract

The invention discloses a body-building reminding device based on an exercise intensity and posture monitoring system, and relates to the technical field of body-building equipment, the body-building reminding device comprises an exercise intensity reminding device and an exercise posture reminding device, and the exercise intensity reminding device is internally provided with an exercise intensity monitoring system; and a motion posture monitoring system is arranged in the motion posture reminding device. The device is used for monitoring the exercise intensity of a user in the exercise process and reminding the user when the exercise intensity is too high or too low. In addition, the device further has the posture monitoring and correcting functions, it is ensured that the user keeps the correct action posture during strength training, and therefore the exercise intensity is achieved, and meanwhile exercise injuries caused by improper postures are effectively avoided.

Description

Technical Field

[0001] The present invention relates to the technical field of fitness equipment, and in particular to a fitness reminder device based on an exercise intensity and posture monitoring system. Background Art

[0002] With the development of social economy, the public is paying more and more attention to their physical health, body composition, blood sugar and blood lipids. In daily life, we often see young people sweating in the gym and elderly people exercising in the park square. The country has also been advocating national fitness to improve the physical fitness of the people. Therefore, many fitness-related derivatives have also emerged, and fitness reminder devices are one of them.

[0003] Existing fitness reminder devices have the following defects:

[0004] 1. Exercise intensity cannot be accurately monitored

[0005] Existing devices are difficult to accurately monitor and prompt the user's exercise intensity, and cannot meet the differentiated needs of different fitness goals (such as muscle building, fat loss, and improving cardiopulmonary function). Excessive exercise may cause fatigue or injury, while insufficient exercise intensity cannot achieve the desired exercise effect.

[0006] 2. Lack of support for scientific training programs

[0007] Existing devices fail to achieve effective linkage between exercise intensity monitoring and training plans, and are unable to provide targeted intensity reminders or optimization suggestions based on the long-term or short-term training goals set by users, resulting in a lack of scientificity and targeting in the training process.

[0008] 3. Lack of exercise posture monitoring reminder

[0009] Current technology cannot monitor and evaluate the user's exercise posture in real time, especially in strength training, where improper posture may reduce the training effect or even cause sports injuries. Existing devices have not yet integrated the monitoring, analysis and prompt functions for exercise posture. Summary of the invention

[0010] The present invention aims to provide a fitness reminder device based on an exercise intensity and posture monitoring system, which is used to monitor the user's exercise intensity during exercise and remind the user when the exercise intensity is excessive or too light. In addition, the device also has posture monitoring and correction functions to ensure that the user maintains the correct posture during strength training, so as to achieve the exercise intensity while effectively avoiding sports injuries caused by improper posture.

[0011] In view of the above purpose, the present invention provides a system based on exercise intensity and posture monitoring, including an exercise intensity monitoring system and an exercise posture monitoring system. The exercise intensity monitoring system is provided with two modes according to the needs of different fitness groups, including a mode for new fitness groups and a mode for long-term fitness groups;

[0012] The new fitness crowd model includes:

[0013] Personal information collection module: used to collect the user's gender, age, height, weight, body fat percentage, health status and other relevant information, and upload each individual's information to the cloud for storage;

[0014] Sports goal selection module: according to the sports goals of different users, it provides fat loss, muscle gain, body shaping and other four sports goals for selection;

[0015] Exercise intensity selection module: recommends low, medium and high exercise intensities for different users to choose from according to their physical conditions and exercise goals;

[0016] Exercise selection module: recommends running, cycling, swimming, tennis, yoga, Pilates, strength training or other exercise methods based on the user's selected physical condition, exercise goals and exercise intensity;

[0017] Exercise frequency selection module: recommends the number of aerobic exercises and / or strength training sessions per week based on the user's physical condition, exercise goals, exercise intensity and exercise methods;

[0018] Exercise duration selection module: determines the duration of each exercise according to the user's physical condition, exercise goals, exercise intensity, exercise method and exercise frequency;

[0019] Exercise status monitoring module: before exercising, the user confirms to turn on the fitness reminder device, and the user's fitness intensity can be monitored in real time;

[0020] The long-term fitness population model includes:

[0021] Personal information collection module: used to collect the user's gender, age, height, weight, body fat percentage, health status and other relevant information, and upload each individual's information to the cloud for storage;

[0022] Exercise plan input module: users can input their own exercise goals, exercise targets, exercise intensity, exercise methods, exercise frequency and exercise duration to plan their own exercise plans;

[0023] Exercise plan analysis module: The system analyzes whether the exercise plan is reasonable based on the user's gender, age, height, weight, body fat percentage, health status and other relevant information input, combined with the exercise status of other users with similar physical conditions stored in the cloud;

[0024] Exercise plan feedback module: The exercise plan feedback module feeds back the analysis results of the exercise plan analysis module to the user;

[0025] When the exercise plan is unreasonable, it will prompt that one or more of the exercise goal, exercise intensity, exercise method, exercise frequency or exercise duration in the plan is unreasonable, and it is recommended to re-enter the unreasonable items in the exercise plan;

[0026] If the exercise plan is reasonable, it is sufficient to confirm that the fitness reminder device operates smoothly before exercising;

[0027] Exercise status monitoring module: before exercising, the user confirms to turn on the fitness reminder device, and the user's fitness intensity can be monitored in real time;

[0028] The motion posture monitoring system comprises:

[0029] Body balance test module: The sports posture monitoring system has a pre-stored training video for testing body balance. The user follows the video and independently makes corresponding postures within a specified time. The postures made by the user are filmed and compared with the standard posture images stored in the system to obtain the user's balance score, which ranges from 0 to 100 points.

[0030] Body flexibility test module: The sports posture monitoring system has pre-stored training videos for testing body flexibility. The user follows the video and independently makes corresponding postures within the specified time. The postures made by the user are filmed and compared with the standard posture images stored in the system to obtain the user's flexibility score, which ranges from 0 to 100 points.

[0031] Body coordination test module: The sports posture monitoring system has pre-stored training videos for testing body coordination. The user follows the video and independently makes corresponding postures within a specified time. The postures made by the user are filmed and compared with the standard posture images stored in the system to obtain the user's coordination score, which ranges from 0 to 100 points.

[0032] Body strength test module: The sports posture monitoring system has pre-stored training videos for testing body strength. The user follows the video and independently makes corresponding postures within a specified time. The postures made by the user are filmed and compared with the standard posture images stored in the system to obtain the user's strength score, which ranges from 0 to 100 points.

[0033] Training video selection module: based on the user's body balance, flexibility, coordination and strength in the above test, 3-5 training videos suitable for the user are recommended, and the user can select one or more of them for sports training;

[0034] Training situation monitoring module: real-time capture of the user's training posture and transmission of the captured images to the training situation analysis module;

[0035] Practice status analysis module: Analyze the captured images and the standard posture images stored in the system, and score the user's exercise status. The score range is 0-100, where 60 points or less is unqualified, 60-70 points are basically qualified, 70-80 points are medium, 80-90 points are good, and 90-100 points are excellent;

[0036] Practice situation feedback module: Feedback the scores given to users by the practice situation analysis module to users.

[0037] The present invention is further configured as follows: the personal information collection module collects the user's gender information and records it as male or female and saves it in the cloud;

[0038] The personal information collection module collects the user's age and records it as 1, 2, ..., n (years old); n is a positive integer;

[0039] The personal information collection module collects the user's height and records it as A 1 ,A 2 ,…,A m (meters); A is rounded to 2 decimal places;

[0040] The personal information collection module collects the user's weight B 1 ,B 2 ,…,B m (kg); B is a positive integer;

[0041] The personal information collection module collects the user's body fat percentage and records it as C 1 ,C 2 ,…,C m (%); C is a positive integer;

[0042] The personal information collection module collects the user's health status and other related information one by one and records them as information D 1 ,D 2 ,…,D m ;

[0043] And upload the above information of each individual to the cloud for storage.

[0044] The present invention is further configured as follows: after the new fitness group completes the collection of personal information, they can select their own exercise goals. According to the fitness goals and related personal information, the system will screen other users in the cloud who have the same gender, age ±3 years old, height ±0.03 meters, weight ±2.5kg, body fat percentage ±2%, health status and other information and the same exercise goals, analyze the exercise intensity, exercise method, exercise frequency and exercise duration of these users, and make corresponding recommendations when the user enters the corresponding selection module.

[0045] The present invention is further configured as follows: after completing the personal information collection, the long-term fitness people need to enter their own exercise plans. At this time, the exercise plan analysis module, based on the fitness person's gender, age, height, weight, body fat percentage, health status and other information, the system will check other users in the cloud who have the same gender, age ±3 years old, height ±0.03 meters, weight ±2.5kg, body fat percentage ±2%, health status and other information and the same exercise goals, analyze the exercise intensity, exercise method, exercise frequency and exercise duration of these users, confirm whether there is any unreasonable exercise intensity, exercise method, exercise frequency or exercise duration in the exercise plan, and make corresponding feedback.

[0046] In a second aspect, the present invention proposes a fitness reminder device based on the above system: the fitness reminder device comprises a main body, two ends of the main body are connected to wristbands, a pull ring and a buckle are connected to the wristband connected to one end of the main body, and a perforation is provided on the wristband connected to the other end of the main body, and the perforation and the buckle are adapted to each other;

[0047] The main body is provided with a battery, a controller, a storage device and a processor, the side of the main body is provided with a vibrator and a voice announcer, the front of the main body is embedded with a touch screen, and the main body is provided with a pedometer, a timer, a pulse sensor, an angular velocity sensor, a linear velocity sensor, a heart rate sensor, a blood oxygen sensor, a GPS locator, a blood pressure estimator and a temperature sensor;

[0048] The controller 1, storage 1 and processor 1 are electrically connected to a 5G module and a Bluetooth module 1 respectively.

[0049] The sports posture reminder device comprises a host, a base is fixedly arranged at the bottom of the host, the base has two batteries built in, a network connector and an infrared signal receiver are arranged on the base, the host has two processors, two controllers, two storages and two Bluetooth modules built in, the host is embedded with a liquid crystal display, and a monitoring component is arranged near the top of the host;

[0050] The monitoring component includes a thermal imaging monitor, a first instant camera, a second instant camera and a third instant camera.

[0051] The present invention is further configured as follows: the controller 1, the storage 1 and the processor 1 are electrically connected to each other;

[0052] The controller 1, storage 1 and processor 1 are electrically connected to the pedometer, timer, vibrator, pulse sensor, angular velocity sensor, linear velocity sensor, heart rate sensor, blood oxygen sensor, GPS locator, blood pressure calculator, temperature sensor and voice player respectively.

[0053] The present invention is further configured as follows: the controller 1, processor 1 and storage 1 work in coordination, the processor 1 is used to process information from a touch screen, a pedometer, a timer, a pulse sensor, an angular velocity sensor, a linear velocity sensor, a heart rate sensor, a blood oxygen sensor, a GPS locator, a blood pressure estimator and a temperature sensor, and transmit the results of all information processing to the storage 1 and the controller 1;

[0054] After receiving the result processed by the processor 1, the controller 1 controls the voice player and the vibrator to remind the user of the fitness status;

[0055] The storage device 1 is used to store the result processed by the processor 1.

[0056] The present invention is further configured as follows: the storage battery 1 is used to provide the power required by the device;

[0057] The touch screen is used to input relevant information or feedback relevant information through touch operation;

[0058] The number of steps taken by the user of the pedometer while walking or running;

[0059] The timer monitors the user's exercise duration;

[0060] The pulse sensor monitors the pulse changes of the user during exercise;

[0061] The angular velocity sensor and the linear velocity sensor cooperate to monitor the changes in the movement of the user's arm during exercise;

[0062] The heart rate sensor monitors changes in the user's heart rate during exercise;

[0063] The blood oxygen sensor monitors the changes in the user's blood oxygen during exercise;

[0064] The GPS locator monitors the user's position changes during exercise;

[0065] The blood pressure calculator monitors the changes in the user's blood pressure during exercise;

[0066] The temperature sensor monitors the changes in the user's body surface temperature during exercise;

[0067] The voice player reminds the user by voice that the exercise intensity is unreasonable when the user selects or enters the exercise plan;

[0068] The vibrator reminds the user that the exercise intensity is unreasonable when the user is exercising by vibrating;

[0069] The 5G module transmits data to the cloud via traffic data;

[0070] The user can share his / her exercise plan with other users through the Bluetooth module 1, and can also transmit the monitoring situation to each other with the Bluetooth module 2.

[0071] The present invention is further configured as follows: the processor 2, the controller 2 and the storage 2 are electrically connected to each other, and the processor 2, the controller 2 and the storage 2 are electrically connected to the Bluetooth module 2, the liquid crystal display and the monitoring component respectively.

[0072] The present invention is further configured as follows: the processor processes the image information captured by the monitoring component, compares it with the standard posture picture and scores the user's exercise status; the controller controls the operation of the Bluetooth module, the LCD display and the monitoring component; the storage is used to store a large number of standard posture pictures, follow-up training videos, physical condition test videos and the user's personal physical data and usage trace data.

[0073] The present invention provides a method for using the fitness reminder device in a third aspect:

[0074] S1. After getting the device, new fitness people can input their gender, age, height, weight, body fat percentage, health status and other relevant information through the touch screen, and store them in the storage device. At the same time, the 5G module will upload the above information to the cloud for storage;

[0075] S2. After completing the personal information collection, you can select your own exercise goal and set it as one of fat loss, muscle gain, body shaping, and others. At this time, the processor 1 will screen other users in the cloud with the same gender, age ±3 years old, height ±0.03 meters, weight ±2.5kg, body fat rate ±2%, health status and other similar information and the same exercise goal according to the fitness goal and related personal information, and analyze the exercise intensity, exercise method, exercise frequency and exercise duration of these users;

[0076] S3. The user enters the exercise intensity selection module and selects one of the three exercise intensities: low, medium, and high. In the selection interface, the touch screen will prompt the processor to select the one with the largest proportion of weak, medium, and strong exercise intensities among the users within the screening range, and recommend the user to choose;

[0077] S4. The user enters the exercise selection module and selects 1-3 of the following exercise modes: running, cycling, swimming, tennis, yoga, Pilates, strength training or other exercise modes. In the selection interface, the touch screen will prompt the processor to select the three exercise modes with the largest proportion among the users within the screening range, and recommend the user to select them;

[0078] S5. The user enters the exercise frequency selection module and selects the number of aerobic exercises and / or strength training to be performed per week. In the selection interface, the touch screen will prompt the processor to select the three types of exercise with the largest proportion of users within the screening range, and recommend the user to select;

[0079] S6. The user enters the exercise duration selection module and selects the duration of each exercise. In the selection interface, the touch screen will prompt the processor to select the largest duration range of exercise duration selected by users within the screening range, and recommend the user to select;

[0080] S7. Before exercising, the user turns on his or her fitness reminder device through the touch screen, and can monitor various parameters during the entire exercise process. The monitored blood pressure, blood oxygen, body surface temperature, pulse and heart rate of the user will be fed back to processor 1. If the above parameters are abnormal, the vibrator will vibrate to remind the user.

[0081] The present invention is further configured as follows:

[0082] S1. After getting the device, long-term fitness people can input their gender, age, height, weight, body fat percentage, health status and other relevant information through the touch screen, and store them in the storage device. At the same time, the 5G module will upload the above information to the cloud for storage;

[0083] S2. After completing the collection of personal information, users need to enter their own exercise plan based on their daily fitness situation;

[0084] S3. Processor 1 analyzes the user's exercise plan. According to the fitness person's gender, age, height, weight, body fat percentage, health status and other information, processor 1 will screen other users with the same gender, age ±3 years old, height ±0.03 meters, weight ±2.5 kg, body fat percentage ±2%, health status and other similar information and the same exercise goals in the cloud, analyze the exercise intensity, exercise method, exercise frequency and exercise duration of these users, confirm whether there is any unreasonable exercise intensity, exercise method, exercise frequency or exercise duration in the exercise plan, and make corresponding feedback through the voice announcer;

[0085] S4. The user can make corresponding adjustments to the exercise plan based on the feedback from the voice announcer;

[0086] S5. Before exercising, the user turns on his or her fitness reminder device through the touch screen, and can monitor various parameters during the entire exercise process. The monitored blood pressure, blood oxygen, body surface temperature, pulse and heart rate of the user will be fed back to processor 1. If the above parameters are abnormal, the vibrator will vibrate to remind the user.

[0087] The present invention is further configured as follows:

[0088] S1. Follow the body balance, flexibility, coordination and strength test videos in the system one by one. The thermal imaging monitor in the monitoring component will monitor the body's movement range in real time during the follow-up training stage. The instant camera 1 captures the overall image of the user, the instant camera 2 captures the partial image of the user's limbs, and the instant camera 3 captures the partial image of the user's torso.

[0089] S2. The processor compares all the image information captured by the monitoring component with the standard posture information stored in the memory to obtain the results of the user's body balance, flexibility, coordination and strength tests, and presents them on the LCD screen.

[0090] S3. Enter the follow-up training video selection module. According to the previous test results and the user's personal physical differences, the system pushes 3-5 most suitable follow-up training videos. The user can select one or more of them for follow-up training.

[0091] S4. The monitoring component captures the user's practice images in real time. The processor compares all the image information captured by the monitoring component with the standard posture information stored in the memory, and scores the user's practice posture. The score is then displayed in real time in the upper right corner of the LCD screen.

[0092] In summary, the present invention has the following beneficial effects:

[0093] The device of the present invention divides the target user groups into two categories through the built-in exercise intensity monitoring system: one category is new fitness people who lack exercise knowledge and are usually unable to independently formulate scientific exercise plans; the other category is long-term fitness people with certain exercise experience. Although this group of people usually have long-term or short-term exercise plans, some users still lack understanding of their own physical conditions, which can easily lead to unreasonable exercise intensity distribution.

[0094] In both modes, through the large amount of data stored in the cloud, this device can provide scientific guidance for new fitness people, gradually develop personalized exercise plans that suit their physical conditions, and effectively avoid the risk of unreasonable exercise intensity. Taking into account individual differences, this device monitors the user's blood oxygen, body surface temperature, pulse, heart rate and other physiological parameters in real time during exercise. Once an abnormality is detected, the device will immediately issue a reminder to guide the user to pause the exercise and dynamically adjust the exercise plan.

[0095] In addition, based on the massive amount of data stored, the device can analyze the exercise plans of long-term fitness people, identify and avoid some unreasonable exercise plans in advance. At the same time, similar to the monitoring method of new fitness people, the device monitors the user's blood oxygen, body surface temperature, pulse, heart rate and other physiological parameters in real time during exercise. When abnormal data is detected, the device will immediately issue a reminder to guide the user to temporarily interrupt the exercise and adjust the exercise plan.

[0096] Many fitness enthusiasts will do strength training to achieve training goals such as muscle building and body shaping. The present invention also provides a sports posture monitoring system, which monitors the user's sports posture in real time and gives scoring feedback to ensure that the user maintains the correct posture during strength training, thereby achieving the exercise intensity while effectively avoiding sports injuries caused by improper posture. BRIEF DESCRIPTION OF THE DRAWINGS

[0097] Figure 1 is a module diagram of the exercise intensity monitoring system in Example 1 of the present invention;

[0098] Figure 2 is a schematic diagram of the external structure of the exercise intensity monitoring device in Example 2 of the present invention;

[0099] Figure 3 is an internal structure distribution diagram of the exercise intensity monitoring device in Example 2 of the present invention;

[0100] Figure 4 is a module diagram of a motion posture monitoring system in Embodiment 3 of the present invention;

[0101] Figure 5 is a front schematic diagram of a motion posture monitoring device in Embodiment 4 of the present invention;

[0102] Figure 6 is a schematic diagram of the back side of the motion posture monitoring device in Embodiment 4 of the present invention;

[0103] Figure 7 This is the internal structure distribution diagram of the motion posture monitoring device in Example 4 of the present invention.

[0104] In the figure: 1. pull ring; 2. buckle; 3. touch screen; 4. main body; 5. wristband; 6. vibrator; 7. perforation; 8. voice announcer; 9. Bluetooth module 1; 10. pedometer; 11. GPS locator; 12. blood pressure calculator; 13. temperature sensor; 14. 5G module; 15. timer; 16. pulse sensor; 17. angular velocity sensor; 18. linear velocity sensor; 19. heart rate sensor; 20. blood oxygen sensor; 21. Battery 1; 22. Controller 1; 23. Processor 1; 24. Storage 1; 25. Base; 26. Host; 27. Battery 2; 28. Controller 2; 29. ​​Processor 2; 30. Storage 2; 31. LCD screen; 32. Bluetooth module 2; 33. Network connector; 34. Infrared signal receiver; 35. Monitoring component; 36. Instant camera 3; 37. Thermal imaging monitor; 38. Instant camera 1; 39. Instant camera 2. DETAILED DESCRIPTION

[0105] The following is combined with Figure 1-7 The present invention is described in further detail.

[0106] Example 1: An exercise intensity monitoring system

[0107] The system is set up with two modes according to the needs of different fitness groups, including a new fitness group mode and a long-term fitness group mode;

[0108] The new fitness crowd model includes:

[0109] Personal information collection module: The personal information collection module collects the user's gender information and records it as male or female and saves it in the cloud; the personal information collection module collects the user's age and records it as 1, 2, ..., n (years old); n is a positive integer; the personal information collection module collects the user's height and records it as A1, A2, ..., Am (meters); A is rounded to 2 decimal places; the personal information collection module collects the user's weight B1, B2, ..., Bm (kg); B is a positive integer; the personal information collection module collects the user's body fat percentage and records it as C1, C2, ..., Cm (%); C is a positive integer; the personal information collection module collects the user's health status and other related information one by one, and records them as information D1, D2, ..., Dm; and uploads the above information of each individual to the cloud for storage.

[0110] Sports goal selection module: according to the sports goals of different users, it provides fat loss, muscle gain, body shaping and other four sports goals for selection;

[0111] Exercise intensity selection module: recommends low, medium and high exercise intensities for different users to choose from according to their physical conditions and exercise goals;

[0112] Exercise selection module: recommends running, cycling, swimming, tennis, yoga, Pilates, strength training or other exercise methods based on the user's selected physical condition, exercise goals and exercise intensity;

[0113] Exercise frequency selection module: recommends the number of aerobic exercises and / or strength training sessions per week based on the user's physical condition, exercise goals, exercise intensity and exercise methods;

[0114] Exercise duration selection module: determines the duration of each exercise according to the user's physical condition, exercise goals, exercise intensity, exercise method and exercise frequency;

[0115] After the new fitness group completes the collection of personal information, they can choose their own exercise goals. Based on the fitness goals and related personal information, the system will screen other users in the cloud who have the same gender, age ±3 years old, height ±0.03 meters, weight ±2.5kg, body fat percentage ±2%, health status and other information and the same exercise goals, analyze the exercise intensity, exercise method, exercise frequency and exercise duration of these users, and make corresponding recommendations when the user enters the corresponding selection module.

[0116] Exercise status monitoring module: before exercising, the user confirms to turn on the fitness reminder device, and the user's fitness intensity can be monitored in real time;

[0117] The long-term fitness population model includes:

[0118] Personal information collection module: Personal information collection module: The personal information collection module collects the user's gender information and records it as male or female and saves it in the cloud; the personal information collection module collects the user's age and records it as 1, 2,..., n (years old); n is a positive integer; the personal information collection module collects the user's height and records it as A1, A2,..., Am (meters); A is rounded to 2 decimal places; the personal information collection module collects the user's weight B1, B2,..., Bm (kg); B is a positive integer; the personal information collection module collects the user's body fat percentage and records it as C1, C2,..., Cm (%); C is a positive integer; the personal information collection module collects the user's health status and other related information one by one, and records them as information D1, D2,..., Dm; and uploads the above information of each individual to the cloud for storage.

[0119] Exercise plan input module: users can input their own exercise goals, exercise targets, exercise intensity, exercise methods, exercise frequency and exercise duration to plan their own exercise plans;

[0120] Exercise plan analysis module: After completing the collection of personal information, the long-term fitness people need to enter their own exercise plans. At this time, the exercise plan analysis module will check other users in the cloud who have the same gender, age ±3 years old, height ±0.03 meters, weight ±2.5kg, body fat percentage ±2%, health status and other information and the same exercise goals, based on the fitness person's gender, age, height, weight, body fat percentage, health status and other information. The system will analyze the exercise intensity, exercise method, exercise frequency and exercise duration of these users to confirm whether there is any unreasonable exercise intensity, exercise method, exercise frequency or exercise duration in the exercise plan.

[0121] Exercise plan feedback module: The exercise plan feedback module feeds back the analysis results of the exercise plan analysis module to the user;

[0122] When the exercise plan is unreasonable, it will prompt that one or more of the exercise goal, exercise intensity, exercise method, exercise frequency or exercise duration in the plan is unreasonable, and it is recommended to re-enter the unreasonable items in the exercise plan;

[0123] If the exercise plan is reasonable, it is sufficient to confirm that the fitness reminder device operates smoothly before exercising;

[0124] Exercise status monitoring module: before exercising, the user confirms to turn on the fitness reminder device, and the user's fitness intensity can be monitored in real time.

[0125] Embodiment 2: A fitness reminder device based on an exercise intensity monitoring system

[0126] The fitness reminder device includes a main body 4, with wristbands 5 connected to both ends of the main body 4, a pull ring 1 and a buckle 2 are connected to the wristband 5 connected to one end of the main body 4, and a perforation 7 is provided on the wristband 5 connected to the other end of the main body 4, and the perforation 7 is adapted to the buckle 2; a battery 21, a controller 22, a storage 24 and a processor 23 are arranged in the main body 4, a vibrator 6 and a voice announcer 8 are arranged on the side of the main body 4, a touch screen 3 is embedded on the front of the main body 4, a pedometer 10, a timer 15, a pulse sensor 16, an angular velocity sensor 17, a linear velocity sensor 18, a heart rate sensor 19, a blood oxygen sensor 20, a GPS locator 11, a blood pressure calculator 12 and a temperature sensor 13 are arranged on the main body 4; the controller 22, the storage 24 and the processor 23 are electrically connected to a 5G module 14 and a Bluetooth module 9 respectively.

[0127] The controller 22, the storage 24 and the processor 23 are electrically connected to each other; the controller 22, the storage 24 and the processor 23 are electrically connected to the pedometer 10, the timer 15, the vibrator 6, the pulse sensor 16, the angular velocity sensor 17, the linear velocity sensor 18, the heart rate sensor 19, the blood oxygen sensor 20, the GPS locator 11, the blood pressure calculator 12, the temperature sensor 13 and the voice player respectively.

[0128] The controller 22, the processor 23 and the storage 24 work together. The processor 23 is used to process information from the touch screen 3, the pedometer 10, the timer 15, the pulse sensor 16, the angular velocity sensor 17, the linear velocity sensor 18, the heart rate sensor 19, the blood oxygen sensor 20, the GPS locator 11, the blood pressure calculator 12 and the temperature sensor 13, and transmit the results of all information processing to the storage 24 and the controller 22; after receiving the results processed by the processor 23, the controller 22 controls the voice player and the vibrator 6 to remind the user of the fitness status; the storage 24 is used to store the results processed by the processor 23.

[0129] The storage battery 21 in the device is used to provide the power required by the device; the touch screen 3 is used for touch operation to enter relevant information or feedback relevant information; the pedometer 10 measures the number of steps the user walks or runs; the timer 15 monitors the user's exercise time; the pulse sensor 16 monitors the changes in the user's pulse during exercise; the angular velocity sensor 17 and the linear velocity sensor 18 cooperate to monitor the changes in the user's arm movements during exercise; the heart rate sensor 19 monitors the changes in the user's heart rate during exercise; the blood oxygen sensor 20 monitors the changes in the user's blood oxygen during exercise; the GPS locator 11 monitors the changes in the user's position during exercise; the blood pressure calculator 12 monitors the changes in the user's blood pressure during exercise; the temperature sensor 13 monitors the changes in the user's body surface temperature during exercise; the voice player reminds the user of unreasonable exercise intensity through voice when the user selects or enters an exercise plan; the vibrator 6 reminds the user of unreasonable exercise intensity through vibration when the user is exercising; the 5G module 14 transmits data to the cloud through traffic data; the user can share his own exercise plan with other users through the Bluetooth module 9.

[0130] Embodiment 3: A sports posture monitoring system

[0131] Body balance test module: The sports posture monitoring system has a pre-stored training video for testing body balance. The user follows the video and independently makes corresponding postures within a specified time. The postures made by the user are filmed and compared with the standard posture images stored in the system to obtain the user's balance score, which ranges from 0 to 100 points.

[0132] Body flexibility test module: The sports posture monitoring system has pre-stored training videos for testing body flexibility. The user follows the video and independently makes corresponding postures within the specified time. The postures made by the user are filmed and compared with the standard posture images stored in the system to obtain the user's flexibility score, which ranges from 0 to 100 points.

[0133] Body coordination test module: The sports posture monitoring system has pre-stored training videos for testing body coordination. The user follows the video and independently makes corresponding postures within a specified time. The postures made by the user are filmed and compared with the standard posture images stored in the system to obtain the user's coordination score, which ranges from 0 to 100 points.

[0134] Body strength test module: The sports posture monitoring system has pre-stored training videos for testing body strength. The user follows the video and independently makes corresponding postures within a specified time. The postures made by the user are filmed and compared with the standard posture images stored in the system to obtain the user's strength score, which ranges from 0 to 100 points.

[0135] Training video selection module: based on the user's body balance, flexibility, coordination and strength in the above test, 3-5 training videos suitable for the user are recommended, and the user can select one or more of them for sports training;

[0136] Training situation monitoring module: real-time capture of the user's training posture and transmission of the captured images to the training situation analysis module;

[0137] Practice status analysis module: Analyze the captured images and the standard posture images stored in the system, and score the user's exercise status. The score range is 0-100, where 60 points or less is unqualified, 60-70 points are basically qualified, 70-80 points are medium, 80-90 points are good, and 90-100 points are excellent;

[0138] Practice situation feedback module: Feedback the scores given to users by the practice situation analysis module to users.

[0139] The system in Example 3 can also be used in conjunction with the system in Example 1 to simultaneously monitor the user's exercise intensity and exercise posture to achieve multi-faceted monitoring.

[0140] Embodiment 4: A sports posture monitoring device

[0141] The motion posture reminder device includes a host 26, a base 25 is fixedly arranged at the bottom of the host 26, a battery 27 is built in the base 25, a network connector 33 and an infrared signal receiver 34 are arranged on the base 25, a processor 29, a controller 28, a storage 2 30 and a Bluetooth module 2 32 are built in the host 26, a liquid crystal display is embedded in the host 26, and a monitoring component 35 is arranged near the top of the host 26;

[0142] The monitoring component 35 includes a thermal imaging monitor 37 , an instantaneous camera 1 38 , an instantaneous camera 2 39 and an instantaneous camera 3 36 .

[0143] The processor 29 , the controller 28 and the storage 2 30 are electrically connected to each other, and the processor 29 , the controller 28 and the storage 2 30 are electrically connected to the Bluetooth module 2 32 , the liquid crystal display and the monitoring component 35 , respectively.

[0144] The processor processes the image information captured by the monitoring component 35, compares it with the standard posture picture and scores the user's exercise status. The controller controls the operation of the Bluetooth module, the LCD display 31 and the monitoring component 35. The storage is used to store a large number of standard posture pictures, follow-up training videos, physical condition test videos, and the user's personal physical data and usage trace data.

[0145] The device in Example 4 can also be used in conjunction with the device in Example 2 to simultaneously monitor the user's exercise intensity and exercise posture.

[0146] Embodiment 5: How the exercise reminder device is used by new fitness people

[0147] S1. After getting the device, new fitness people enter their gender, age, height, weight, body fat percentage, health status and other relevant information through the touch screen 3, and store them in the storage device 24. At the same time, the 5G module 14 will upload the above information to the cloud for storage;

[0148] S2. After completing the personal information collection, you can select your own exercise goal and set the exercise goal as one of fat loss, muscle gain, body shaping, and others. At this time, the processor 23 screens other users in the cloud with the same gender, age ±3 years old, height ±0.03 meters, weight ±2.5kg, body fat rate ±2%, health status and other similar information and the same exercise goal according to the fitness goal and related personal information, and analyzes the exercise intensity, exercise method, exercise frequency and exercise duration of these users;

[0149] S3. The user enters the exercise intensity selection module and selects one of the three exercise intensities: low, medium and high. In the selection interface, the touch screen 3 will prompt the processor to select the user with the largest proportion of weak, medium and strong exercise intensities within the screening range 23, and recommend the user to choose;

[0150] S4. The user enters the exercise selection module and selects 1-3 of aerobic exercise, strength training or other exercise methods. In the selection interface, the touch screen 3 will prompt the processor to select the three largest exercise methods selected by users within the screening range of 23, and recommend the user to choose;

[0151] S5. The user enters the exercise frequency selection module and selects the number of aerobic and / or strength exercises to be performed per week. In the selection interface, the touch screen 3 will prompt the processor to select the three types of exercises with the largest proportion of users within the screening range of 23, and recommend the user to choose;

[0152] S6. The user enters the exercise duration selection module and selects the exercise duration for each exercise. In the selection interface, the touch screen 3 will prompt the processor to select the exercise duration of the user selected within the screening range of 23, which accounts for the largest proportion of the duration range, and recommends the user to select;

[0153] S7. Before exercising, the user turns on his / her fitness reminder device through the touch screen 3, and can monitor various parameters during the entire exercise process. The monitored blood pressure, blood oxygen, body surface temperature, pulse and heart rate of the user will be fed back to the processor 23. If the above parameters are abnormal, the vibrator 6 will vibrate to remind the user.

[0154] Embodiment 6: Method for long-term fitness people to use the exercise reminder device

[0155] S1. After getting the device, long-term fitness people enter their gender, age, height, weight, body fat percentage, health status and other relevant information through the touch screen 3, and store them in the storage device 24. At the same time, the 5G module 14 will upload the above information to the cloud for storage;

[0156] S2. After completing the collection of personal information, users need to enter their own exercise plan based on their daily fitness situation;

[0157] S3. The processor 23 analyzes the user's exercise plan. According to the fitness person's gender, age, height, weight, body fat percentage, health status and other information, the processor 23 will screen other users with the same gender, age ±3 years old, height ±0.03 meters, weight ±2.5 kg, body fat percentage ±2%, health status and other similar information and the same exercise goals in the cloud, analyze the exercise intensity, exercise method, exercise frequency and exercise duration of these users, confirm whether there is any unreasonable exercise intensity, exercise method, exercise frequency or exercise duration in the exercise plan, and make corresponding feedback through the voice announcer 8;

[0158] S4. The user can make corresponding adjustments to the exercise plan according to the feedback from the voice announcer 8;

[0159] S5. Before exercising, the user turns on his / her fitness reminder device through the touch screen 3, and can monitor various parameters during the entire exercise process. The monitored blood pressure, blood oxygen, body surface temperature, pulse and heart rate of the user will be fed back to the processor 23. If the above parameters are abnormal, the vibrator 6 will vibrate to remind the user.

[0160] Embodiment 7: A method for using a motion posture monitoring device

[0161] S1. According to the body balance, flexibility, coordination and strength test videos in the system, follow the exercises one by one. The thermal imaging monitor 37 in the monitoring component 35 will monitor the body's movement range in real time during the follow-up exercise. The instant camera 1 38 captures the overall image of the user, the instant camera 2 39 captures the partial image of the user's limbs, and the instant camera 3 36 captures the partial image of the user's torso.

[0162] S2. The processor compares all the image information captured by the monitoring component 35 with the standard posture information stored in the memory to obtain the results of the user's body balance, flexibility, coordination and strength test, and presents them through the LCD screen 31.

[0163] S3. Enter the follow-up training video selection module. According to the previous test results and the user's personal physical differences, the system pushes 3-5 most suitable follow-up training videos. The user can select one or more of them for follow-up training.

[0164] S4. The monitoring component 35 captures the user's training images in real time. The processor compares all the image information captured by the monitoring component 35 with the standard posture information stored in the memory, and scores the training posture, and then displays the score in real time in the upper right corner of the LCD screen 31.

[0165] This specific embodiment is merely an explanation of the present invention and is not a limitation of the present invention. After reading this specification, those skilled in the art may make non-creative modifications to the present embodiment as needed. However, as long as they are within the scope of the claims of the present invention, they are protected by the patent law.

Claims

1. A system for monitoring exercise intensity and posture, characterized in that: It includes an exercise intensity monitoring system and an exercise posture monitoring system. The exercise intensity monitoring system has two modes according to the needs of different fitness groups, including a mode for new fitness groups and a mode for long-term fitness groups. The new fitness crowd model includes: Personal information collection module: used to collect the user's gender, age, height, weight, body fat percentage, health status and other relevant information, and upload each individual's information to the cloud for storage; Sports goal selection module: according to the sports goals of different users, it provides fat loss, muscle gain, body shaping and other four sports goals for selection; Exercise intensity selection module: recommends low, medium and high exercise intensities for different users to choose from according to their physical conditions and exercise goals; Exercise selection module: recommends running, cycling, swimming, tennis, yoga, Pilates, strength training or other exercise methods based on the user's selected physical condition, exercise goals and exercise intensity; Exercise frequency selection module: recommends the number of aerobic exercises and / or strength training sessions per week based on the user's physical condition, exercise goals, exercise intensity and exercise methods; Exercise duration selection module: determines the duration of each exercise according to the user's physical condition, exercise goals, exercise intensity, exercise method and exercise frequency; Exercise status monitoring module: before exercising, the user confirms to turn on the fitness reminder device, and the user's fitness intensity can be monitored in real time; The long-term fitness population model includes: Personal information collection module: used to collect the user's gender, age, height, weight, body fat percentage, health status and other relevant information, and upload each individual's information to the cloud for storage; Exercise plan input module: users can input their own exercise goals, exercise targets, exercise intensity, exercise methods, exercise frequency and exercise duration to plan their own exercise plans; Exercise plan analysis module: The system analyzes whether the exercise plan is reasonable based on the user's gender, age, height, weight, body fat percentage, health status and other relevant information input, combined with the exercise status of other users with similar physical conditions stored in the cloud; Exercise plan feedback module: The exercise plan feedback module feeds back the analysis results of the exercise plan analysis module to the user; When the exercise plan is unreasonable, it will prompt that one or more of the exercise goal, exercise intensity, exercise method, exercise frequency or exercise duration in the plan is unreasonable, and it is recommended to re-enter the unreasonable items in the exercise plan; If the exercise plan is reasonable, it is sufficient to confirm that the fitness reminder device operates smoothly before exercising; Exercise status monitoring module: before exercising, the user confirms to turn on the fitness reminder device, and the user's fitness intensity can be monitored in real time; The motion posture monitoring system comprises: Body balance test module: The sports posture monitoring system has a pre-stored training video for testing body balance. The user follows the video and independently makes corresponding postures within a specified time. The postures made by the user are filmed and compared with the standard posture images stored in the system to obtain the user's balance score, which ranges from 0 to 100 points. Body flexibility test module: The sports posture monitoring system has pre-stored training videos for testing body flexibility. The user follows the video and independently makes corresponding postures within the specified time. The postures made by the user are filmed and compared with the standard posture images stored in the system to obtain the user's flexibility score, which ranges from 0 to 100 points. Body coordination test module: The sports posture monitoring system has pre-stored training videos for testing body coordination. The user follows the video and independently makes corresponding postures within a specified time. The postures made by the user are filmed and compared with the standard posture images stored in the system to obtain the user's coordination score, which ranges from 0 to 100 points. Body strength test module: The sports posture monitoring system has pre-stored training videos for testing body strength. The user follows the video and independently makes corresponding postures within a specified time. The postures made by the user are filmed and compared with the standard posture images stored in the system to obtain the user's strength score, which ranges from 0 to 100 points. Training video selection module: based on the user's body balance, flexibility, coordination and strength in the above test, 3-5 training videos suitable for the user are recommended, and the user can select one or more of them for sports training; Training situation monitoring module: real-time capture of the user's training posture and transmission of the captured images to the training situation analysis module; Practice status analysis module: Analyze the captured images and the standard posture images stored in the system, and score the user's exercise status. The score range is 0-100, where 60 points or less is unqualified, 60-70 points are basically qualified, 70-80 points are medium, 80-90 points are good, and 90-100 points are excellent; Practice situation feedback module: Feedback the scores given to users by the practice situation analysis module to users.

2. The system for monitoring exercise intensity and posture according to claim 1, characterized in that: The personal information collection module collects the user's gender information and records it as male or female and saves it in the cloud; The personal information collection module collects the user's age and records it as 1, 2, ..., n (years old); n is a positive integer; The personal information collection module collects the user's height and records it as A1, A2, ..., Am (meters); A is rounded to 2 decimal places; The personal information collection module collects the user's weight B1, B2, ..., Bm (kg); B is a positive integer; The personal information collection module collects the user's body fat percentage and records it as C1, C2, ..., Cm (%); C is a positive integer; The personal information collection module collects the user's health status and other related information one by one and records them as information D1, D2, ..., Dm; And upload the above information of each individual to the cloud for storage.

3. The system for monitoring exercise intensity and posture according to claim 2, characterized in that: After the new fitness group completes the collection of personal information, they can choose their own exercise goals. Based on the fitness goals and related personal information, the system will screen other users in the cloud who have the same gender, age ±3 years old, height ±0.03 meters, weight ±2.5kg, body fat percentage ±2%, health status and other information and the same exercise goals, analyze the exercise intensity, exercise method, exercise frequency and exercise duration of these users, and make corresponding recommendations when the user enters the corresponding selection module.

4. The system for monitoring exercise intensity and posture according to claim 2, characterized in that: After completing the collection of personal information, the long-term fitness people need to enter their own exercise plans. At this time, the exercise plan analysis module will check other users in the cloud with the same gender, age ±3 years old, height ±0.03 meters, weight ±2.5kg, body fat percentage ±2%, health status and other information and the same exercise goals based on the fitness person's gender, age, height, weight, body fat percentage, health status and other information, and analyze the exercise intensity, exercise method, exercise frequency and exercise duration of these users to confirm whether there is any unreasonable exercise intensity, exercise method, exercise frequency or exercise duration in the exercise plan, and make corresponding feedback.

5. A fitness reminder device based on the exercise intensity and posture monitoring system according to any one of claims 1 to 4, characterized in that: The fitness reminder device includes an exercise intensity reminder device and an exercise posture reminder device; The exercise intensity reminder device comprises a main body (4), wherein both ends of the main body (4) are connected to a wristband (5), a pull ring (1) and a buckle (2) are connected to the wristband (5) connected to one end of the main body (4), and a perforation (7) is provided on the wristband (5) connected to the other end of the main body (4), wherein the perforation (7) and the buckle (2) are matched; The main body (4) is provided with a storage battery (21), a controller (22), a storage device (24) and a processor (23); a vibrator (6) and a voice announcer (8) are provided on the side of the main body (4); a touch screen (3) is embedded on the front of the main body (4); and a pedometer (10), a timer (15), a pulse sensor (16), an angular velocity sensor (17), a linear velocity sensor (18), a heart rate sensor (19), a blood oxygen sensor (20), a GPS locator (11), a blood pressure estimator (12) and a temperature sensor (13) are provided on the main body (4); The motion posture reminder device comprises a host (26), a base (25) is fixedly arranged at the bottom of the host (26), a second storage battery (27) is built in the base (25), a network connector (33) and an infrared signal receiver (34) are arranged on the base (25), a second processor (29), a second controller (28), a second storage (30) and a second Bluetooth module (32) are built in the host (26), a liquid crystal display is embedded in the host (26), and a monitoring component (35) is provided near the top of the host (26); The monitoring component (35) includes a thermal imaging monitor (37), an instantaneous camera 1 (38), an instantaneous camera 2 (39) and an instantaneous camera 3 (36).

6. The fitness reminder device according to claim 5, characterized in that: The controller 1 (22), storage 1 (24) and processor 1 (23) are electrically connected to each other; The controller (22), storage (24) and processor (23) are respectively electrically connected to the pedometer (10), timer (15), vibrator (6), pulse sensor (16), angular velocity sensor (17), linear velocity sensor (18), heart rate sensor (19), blood oxygen sensor (20), GPS locator (11), blood pressure estimator (12), temperature sensor (13) and voice player.

7. The fitness reminder device according to claim 5, characterized in that: The controller (22), processor (23) and storage (24) work in coordination, and the processor (23) is used to process information from the touch screen (3), pedometer (10), timer (15), pulse sensor (16), angular velocity sensor (17), linear velocity sensor (18), heart rate sensor (19), blood oxygen sensor (20), GPS locator (11), blood pressure calculator (12) and temperature sensor (13), and transmit the results of all information processing to storage (24) and controller (22); The controller 1 (22) receives the result processed by the processor 1 (23) and controls the voice player and the vibrator (6) to remind the user of the fitness status; The storage device 1 (24) is used to store the results processed by the processor 1 (23).

8. The fitness reminder device according to claim 5, characterized in that: The storage battery 1 (21) is used to provide the power required by the device; The touch display screen (3) is used to input relevant information or to feedback relevant information through touch operation; The number of steps taken by the user of the pedometer (10) when walking or running; The timer (15) monitors the user's exercise duration; The pulse sensor (16) monitors changes in the user's pulse during exercise; The angular velocity sensor (17) and the linear velocity sensor (18) cooperate to monitor the changes in the movement of the user's arm during exercise; The heart rate sensor (19) monitors changes in the user's heart rate during exercise; The blood oxygen sensor (20) monitors changes in the user's blood oxygen during exercise; The GPS locator (11) monitors the position change of the user during exercise; The blood pressure estimator (12) monitors changes in the user's blood pressure during exercise; The temperature sensor (13) monitors changes in the user's body surface temperature during exercise; The voice player reminds the user by voice that the exercise intensity is unreasonable when the user selects or enters the exercise plan; The vibrator (6) reminds the user of unreasonable exercise intensity by means of vibration when the user is exercising; The 5G module (14) transmits data to the cloud via traffic data; The user can share his / her own exercise plan with other users through the Bluetooth module 1 (9), and can also transmit the monitoring situation to and from the Bluetooth module 2 (32).

9. The fitness reminder device according to claim 5, characterized in that: The processor 2 (29), the controller 2 (28) and the storage 2 (30) are electrically connected to each other, and the processor 2 (29), the controller 2 (28) and the storage 2 (30) are electrically connected to the Bluetooth module 2 (32), the liquid crystal display and the monitoring component (35) respectively.

10. The fitness reminder device according to claim 5, characterized in that: The processor processes the image information captured by the monitoring component (35), compares it with the standard posture picture and scores the user's exercise status; the controller controls the operation of the Bluetooth module, the liquid crystal display (31) and the monitoring component (35); the storage is used to store a large number of standard posture pictures, follow-up training videos, physical condition test videos, and the user's personal physical data and usage trace data.

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