TWI824549B - A monitoring and management system that can control the training status of multiple fitness/rehabilitation equipment on-site or remotely - Google Patents

Abstract

This invention relates to a monitoring and management system that can control the training status of multiple fitness/rehabilitation equipment on-site or remotely. It includes: a physical training venue, which is presented by multiple fitness/rehabilitation machines with different functions: U-shaped, environmental It is composed of shapes, lines, arrays and other arrangements; most of the user control platforms are located around each fitness/rehabilitation machine to control the parameters of the motion status and energy of each fitness/rehabilitation machine; 1. The coaching management platform has a built-in training management module system that uploads each user's exercise status and energy on the fitness/rehabilitation machine through the Internet; and a cloud data integration system that receives each user's control platform Or the information uploaded by the coach management platform, and the integrated data of the cloud data integration system can be obtained by each user control platform or coach management platform, and real-time exercise data can be reported as parameter values for adjusting the exercise status and energy of each fitness/rehabilitation machine. , whereby coaches can control the training status of multiple trainees on-site or remotely to achieve improvements in personal rehabilitation or sports fitness.

Description

Can monitor and manage the training status of multiple fitness/rehabilitation equipment on-site or remotely system

The invention relates to a monitoring and management system that can control the training status of multiple fitness/rehabilitation equipment on-site or remotely to achieve the optimal rehabilitation intensity or amount of exercise for rehabilitation and bodybuilders.

Press, with the development of social economy, people spend most of their time busy with work and social activities, and have fewer and fewer opportunities to exercise. However, in order to maintain a healthy and fit body, most office workers will rely on exercise equipment. Strengthen your body.

Also, different age groups and different diseases require different amounts of exercise, and different amounts of exercise will change blood pressure, blood sugar, heart rhythm, blood oxygen, and cardiopulmonary function. For bodybuilders and patients, real-time medical monitoring is required. more important. Therefore, fitness or rehabilitation and medical treatment are inseparable. The physiological information presented during rehabilitation or fitness includes detection by fitness equipment sensors and medical sensors, but the above different types of information must be integrated. , not easy.

Furthermore, various sports equipment usually operate independently, and their detection data cannot communicate with each other, making it impossible to integrate various detection data. Therefore, the evaluation of training results can often only include a single or specific sport. indicators as a reference. Moreover, most sports equipment only memorizes limited exercise records on the machines they use, and lacks a common platform, making it impossible for fitness coaches or experts such as doctors, physical therapists, and physical therapists to fully examine the users through a unified channel. The completed training results are unable to observe the correlation and changes between the training plan and the training results, and there is also a lack of opportunities for users to update their rehabilitation and fitness plans in real time. Can.

However, if different weight training equipment is used every time, the user must record the training parameters by himself, such as resistance value, range of limb movement, amount of exercise, training angle, training time or number of training cycles. This is very important for those who do weight training regularly. It is extremely inconvenient for the user and may even affect the user's willingness to exercise. In addition, users' physical conditions vary every day. If the same training parameters are used, sports injuries may easily occur.

Therefore, if the intensity, movement angle and range of rehabilitation and fitness can be combined with the monitoring and management system of experts such as fitness coaches, doctors, rehabilitators or physiotherapists, and long-term monitoring can be carried out with a cloud data integration system, it can provide users with knowledge about rehabilitation and fitness. Dynamic signals during fitness can establish the user's rehabilitation/fitness movement/rehabilitation training history, monitor and display the rehabilitation and fitness equipment, and remind the user to adjust the rehabilitation/fitness status, which is what the present invention aims to improve. subject.

The main purpose of the present invention is to provide a monitoring and management system that can control the training status of multiple fitness/rehabilitation equipment on-site or remotely, and adjust the optimal rehabilitation/fitness intensity, angle (distance) or amount of exercise based on personalized exercise status. To achieve improved personalized rehabilitation or sports fitness effects.

Another object of the present invention is to provide a monitoring and management system that can control the training status of multiple fitness/rehabilitation equipment on-site or remotely, which can avoid sports injuries caused by improper use of rehabilitation or sports fitness equipment. It has the effect of improving user safety, and can also reduce the cost of users' use of rehabilitation or sports and fitness equipment and training courses, and improve the efficiency of the site operators' use of rehabilitation or sports and fitness equipment.

In order to achieve the above object, the technical means used in the present invention include: a physical training venue, which is composed of a plurality of fitness/rehabilitation machines with different functions. Each fitness/rehabilitation machine is equipped with a different one according to its function. Motion status sensor and a motion energy controller; user control of most stations The platform is correspondingly located around each fitness/rehabilitation machine, and includes a first processing module unit, a display and operating unit, and a first signal wireless transmission unit, and each user control platform is connected to each The corresponding fitness/rehabilitation machine establishes a signal transmission relationship, and then can control the motion status and energy parameter values of each fitness/rehabilitation machine according to the settings of the user control platform; a coach management platform, which It can be composed of an electronic device having a second signal wireless transmission unit that can establish a signal transmission relationship with the first signal wireless transmission unit of the user control platform; a second processing module unit electrically connected to the second signal wireless transmission unit. A signal wireless transmission unit, a touch screen, is electrically connected to the second processing module unit; a database is electrically connected to the second processing module unit to store the user's motion information; and a The training management module system is built into the coach management platform; the training management module system includes: an administrator login unit, a login user unit, a user motion parameter adjustment setting unit, and a ring training wheel setting unit Movement direction unit, a movement data real-time monitoring system unit; the training management module system is established through the coach management platform with the second signal wireless transmission unit and the first signal wireless transmission unit of the single or multiple user control platforms A signal wireless transmission relationship that uploads the user's motion status/energy through the Internet, reports real-time motion data, and synchronizes the user's motion parameters; and a cloud data integration system that receives the user's motion status through the Internet The information uploaded by the control platform or the coach management platform collects and analyzes the user's exercise status through big data, and the user control platform or the coach management platform can obtain the integrated data of the cloud data integration system to report real-time exercise The data is used as parameter values to adjust and optimize the motion status/energy of each fitness/rehabilitation machine, and establish the user's rehabilitation/fitness training and exercise history.

According to the characteristics disclosed above, each fitness/rehabilitation machine in the physical training venue includes: U-shaped arrangement, circular arrangement, linear arrangement and array arrangement, any one of which or a combination thereof.

According to the aforementioned characteristics, the motion status sensor of the fitness/rehabilitation machine includes: a motion Stroke sensor, motion speed sensor, motion angle sensor, motion force sensor, multi-axis motion sensor, motion load sensor, ECG sensor, any one of them or a combination thereof ; And the motion energy controller includes: a motor, a pneumatic cylinder, a hydraulic cylinder, a spring, any one of them or a combination thereof.

According to the aforementioned characteristics, the fitness/rehabilitation machine includes a first signal transmission unit, and the user control platform includes a second signal transmission unit; the first and second signal transmission units include wired transmission and wireless transmission.

According to the aforementioned characteristics, the user control platform further includes: connected to the first processing module unit: a timing unit that provides a timing signal; an algorithm unit that determines the starting point of the movement stroke, the end point of the movement stroke, and the timing of the movement. The angle, movement weight (resistance), stroke signal and timing signal calculate the movement state; a storage unit stores the user's movement state information; thereby, the second signal transmission unit receives the first signal of the fitness/rehabilitation machine The signal transmission unit transmits the sensing signal of the motion status sensor and can send a control parameter value signal to the motion energy controller; and the display and operation unit displays the user's motion status information and provides a Manual interface for adjusting parameter values.

According to the aforementioned characteristics, the electronic devices of the coaching management platform include: a smart phone, a tablet computer, a projection screen and a touch panel, any one of which or a combination thereof.

According to the aforementioned characteristics, the physical training venue further includes a remote transmission device. The remote transmission device includes: a voice transceiver component, a camera, and at least one large display screen; the remote transmission device can be controlled by the user. The first signal wireless transmission unit of the platform and the second signal wireless transmission unit of the coaching management platform establish a one-way or two-way signal transmission relationship.

According to the aforementioned characteristics, the remote transmission device may further include: a one-dimensional transmission device interface, which includes: a large data/blockchain module (BIG DATA/BLOCKCHAIN), a virtual image platform, and a wearable device ( AR/VR).

According to the aforementioned characteristics, the coach management platform further includes a two-way real-time voice message unit and a camera transmitting real-time image screen unit, so that single or multiple remote physical training venues can be used by remote coaches through the coach management platform. Remotely control student training status.

According to the characteristics disclosed above, it also includes a backend that creates a user list through the Internet, compiles the data into a training information management system, creates an AI training module, and a humanized APP service that can be observed and reviewed in real time Training and sports data.

With the help of the above-mentioned technical means, the present invention achieves the effect of improving personalized rehabilitation or sports fitness by continuously updating and optimizing the optimal exercise volume parameter value through the monitoring and management of the training status of the students by fitness coaches; in addition to avoiding the use of For sports injuries caused by improper use of rehabilitation or sports fitness equipment, it can also improve the safety of use, establish the user's personal rehabilitation/fitness history, and enhance people's concepts and habits of safe exercise and fitness.

10, 10A, 10B, 10C, A, B, C, D, E, F, G: fitness/rehabilitation machine

11:Motion status sensor

12:Motion energy controller

13: First signal transmission unit

20, 20A, 20B, 20C: User control platform

21: First processing module unit

22: Display and operating unit

23: First signal wireless transmission unit

24: Second signal transmission unit

25: Timing unit

26: Algorithm unit

27:Storage unit

30: Coach management platform

31: Second signal wireless transmission unit

32: Second processing module unit

33:Touch screen

34:Database

35: Training management module system

351: Administrator login unit

352: Log in to user unit

353: Adjust user motion parameter setting unit

354: Set the ring training rotation direction unit

355: Sports data real-time monitoring system unit

356: Two-way instant voice messaging unit

357: Camera transmits real-time image frame unit

36:Internet or local network

40:Remote transmission equipment

41: Voice transceiver component

42:Camera

43:Large display screen

44: Metaverse transmission device interface

441:Big data/blockchain module

442:Virtual imaging platform

443:Wearable devices

50:Physical training venue

51:Report real-time sports data

52: Automatically synchronize user motion parameters

53:Report real-time sports data

54: Automatically synchronize user list

60:Internet

70:Cloud data integration system

80:Backstage

81:Create user list

82: Training information management system

90:APP service

I:The first classroom

II:The second classroom

III:The third classroom

(CO):Coach

Figure 1A is a perspective view of a feasible embodiment of the fitness and rehabilitation machine of the present invention.

Figure 1B is a side view of a feasible embodiment of the fitness and rehabilitation machine of the present invention.

Figure 2 is a schematic diagram of a preferred embodiment of the physical training venue of the present invention.

Figure 3 is a block diagram of the monitoring and management of the physical training venue according to the present invention.

Figure 4 is a monitoring and management flow chart for regulating the training status of students according to the present invention.

Figure 5 is a schematic diagram of the constituent units of the physical training venue of the present invention.

Figure 6 is a reference diagram of the use state of the coach's remote teaching according to the present invention.

Figure 7 is a structural block diagram of the remote transmission equipment of the present invention.

The following describes the implementation of the present invention through specific embodiments. Those skilled in the art can easily understand other advantages and effects of the present invention from the content disclosed in this specification. The present invention can also be implemented or applied through other different specific embodiments. Various details in this specification can also be modified and changed in various ways based on different viewpoints and applications without departing from the spirit of the present invention.

First of all, please refer to Figures 1A to 6. The present invention can be used by coaches, doctors, rehabilitation practitioners or physical therapists to control the monitoring and management system of students' training status on-site or remotely. A preferred and feasible embodiment includes: a physical training The venue 50 is composed of a plurality of fitness/rehabilitation machines 10 (10A, 10B, 10C...) with different functions. Each fitness/rehabilitation machine 10 (10A, 10B, 10C...) has different functions according to its function. A motion state sensor 11 and a motion amount controller 12; as shown in Figure 2, in this embodiment, fitness/rehabilitation machines 10 (A, B, C, D, E, F, G) with different functions ...) are arranged in a U shape, but are not limited to this. Each fitness/rehabilitation machine 10 (A, B, C, D, E, F, G...) can be presented according to the area, layout and needs of the physical training venue 50: U-shaped arrangement, circular arrangement, linear arrangement and array arrangement, any one of them or a combination thereof. In this embodiment, the physical training venue 50 may include classrooms, activity centers, fitness centers, etc. In addition, the physical training venue 50 may include a coach (CO) or more than one assistant (AS), but is not limited to this.

Following the above, the motion state sensor 11 of each fitness/rehabilitation machine 10 (10A, 10B, 10C...) may include: a motion stroke sensor, a motion speed sensor, a motion angle sensor, a motion Force sensors, multi-axis motion sensors, motion load sensors, ECG sensors, any one or a combination thereof, but are not limited thereto; and the motion energy controller 12 may include: It can be composed of any one of a motor, a pneumatic cylinder, a hydraulic cylinder, and a spring, or a combination thereof, but is not limited to this.

As shown in FIG. 1B in an embodiment, the body of the fitness/rehabilitation machine 10 is provided with a motion state sensor 11 including a multi-axis motion sensor 11a, and the motion amount controller 12 is a pneumatic cylinder or Hydraulic cylinder, and the front end of the motion energy controller 12 can be provided with a load cell sensor 11b, and the bottom end is provided with a rotation sensor 11c, through the motion state sensor 11 can be Know the user's motion information, such as: motion force, motion angle, motion stroke, motion starting point, motion end point, motion speed, etc., and then control the motion force, angle, and stroke of the motion controller 12 , starting point, end point and parameter values such as speed, etc., to achieve the optimal motion parameter value and improve the effect of personalized rehabilitation or sports fitness; only check the mechanism and motion status sensor of the fitness and rehabilitation machine 10 etc., are not the subject matter of the patent in this case and will not be described in detail.

As shown in FIG. 1A and FIG. 5 , most of the user control platforms 20 are correspondingly located around each fitness/rehabilitation machine 10 , and include a first processing module unit 21 , a display and operation unit 22 , A first signal wireless transmission unit 23, and each user control platform 20 establishes a signal transmission relationship with each corresponding fitness rehabilitation/rehabilitation machine 10, and then can control according to the settings of the user control platform 20 The motion status and energy parameter values of each fitness/rehabilitation machine 10; in this embodiment, the fitness/rehabilitation machine 10 includes a first signal transmission unit 13, and the user control platform 20 includes a first signal transmission unit 13. Two signal transmission units 24; and the first and second signal transmission units 13 and 24 include wired transmission and wireless transmission. The outside world can also form an Internet or area by the first and second signal transmission units 13 and 24. Network 36 (shown in Figure 4).

In this embodiment, as shown in Figure 5, the user control platform 20 further includes: connected to the first processing module unit 21: a timing unit 25 for providing a timing signal; an algorithm unit 26, The motion state is calculated based on the motion stroke starting point, motion stroke end point, motion angle, motion weight (resistance), motion stroke signal and timing signal; a storage unit 27 stores the user's motion status information; for example: motion stroke Starting point, end point of exercise stroke, information on exercise speed and exercise strength, etc.; thereby, the second signal transmission unit 24 receives the first signal transmission unit 13 of the fitness/rehabilitation machine 10 and transmits the exercise status. The sensing signal of the sensor can send a control parameter value signal to the exercise energy controller; and the display and operation unit 22 displays the user's exercise status information and provides a parameter value adjustment method. Manual operation interface.

As shown in Figure 5, a coaching management platform 30, which can be composed of an electronic device, has a second signal wireless transmission unit 31 and the first signal wireless transmission unit 23 of the single or multiple user control platforms 20. Establish a signal wireless transmission relationship, and it can also be connected to an Internet 60 to establish a signal transmission relationship; a second processing module unit 32 is electrically connected to the second signal wireless transmission unit 31, and a touch screen 33 is electrically connected to the second processing module unit 32; a database 34 is electrically connected to the second processing module unit 32 for storing the user's sports information; and a training management module system 35, built into the coach management platform 30; in this embodiment, the electronic devices of the coach management platform 30 include: a smart phone, a tablet computer, a projection screen and a touch panel, any one or a combination thereof. constitute, but are not limited to this. In this embodiment, the first processing module unit 21 and the second processing module unit 32 may include a microprocessor and a memory.

As shown in Figure 4, in this embodiment, the training management module system 35 includes: an administrator login unit 351, a login user unit 352, an adjustment user exercise parameter setting unit 353, and a setting ring training wheel. Movement direction unit 354, a movement data real-time monitoring system unit 355; administrator login unit 351, the coach (CO) scans the user identity QRcode with the APP of the electronic device (such as a tablet) to log in to the fitness/rehabilitation machine 10 equipment; log in to use The user unit 352 is used to determine the user's identity and whether it is a registered member. The user control platform 20 can scan the QR code to log in. If the user is a registered member, the user can be allowed to log in. In addition, either the coach (CO) assigns which person to use the fitness/rehabilitation machine 10 from the user list. Through the Internet 60, a user list 81 is established, the data is compiled into a training information management system 82, an AI training module is created, and users can log in to use it; or it can be imported and implemented from the member management system.

In this embodiment, the training management module system 35 uses the Internet or local area network 36 established by the second signal wireless transmission unit 31, the user control platform 20 and the coach management The management platform 30 achieves a signal transmission relationship; and uploads the user's motion status/energy through an Internet 60, reports real-time motion data 51 and automatically synchronizes the user's motion parameters 52.

A cloud data integration system 70 receives information uploaded by the user control platform 20 or the coach management platform 30 through an Internet 60, collects and analyzes the user's sports status/energy through big data, and can be used by the user The control platform 20 or the coach management platform 30 obtains the integrated data of the cloud data integration system 70 and reports real-time exercise data 51 as parameter values for adjusting the exercise status/energy of each fitness/rehabilitation machine and establishing user rehabilitation. /Fitness training, sports resume.

As shown in Figures 2 and 4, the physical training venue 50 further includes a remote transmission device 40. The remote transmission device 40 includes: a voice transceiver element 41, a camera 42, and at least one large display screen 43; The remote transmission device 40 can establish a one-way or two-way signal transmission relationship with the first signal wireless transmission unit 23 of the user control platform 30 and the second signal wireless transmission unit 31 of the coach management platform 30 . Therefore, through the remote transmission device 40, the coach management platform 30 further includes a two-way real-time voice message unit 356 and a camera transmitting real-time image unit 357, so that multiple physical training venues 50 can be displayed as shown in Figure As shown in 6, the remote coach (CO) remotely controls the training status of the students through the coach management platform 30. The first classroom I, the second classroom II, and the third classroom III are respectively located at different remote physical training venues 50. Through the remote transmission device 40, the coach (CO) can pass the coach management platform 30, that is, Teaching can be carried out in multiple physical training venues 50 at the same time, and students in each classroom can see the coach's guidance through the large display screen 43; in this embodiment, the coach management platform 30 has two-way mutual transmission and one-way Transmission equipment and functions.

Following the above, as shown in Figure 7, the remote transmission device 40 may also include a one-universe transmission device interface 44; the meta-universe transmission device interface 44 may include: a big data/blockchain module (BIG DATA/BLOCKCHAIN). ) 441, a virtual imaging platform 442, and a wearable device (AR/VR) 443, but is not limited thereto. Users can increase the fun of fitness/rehabilitation through VR (Virtual Reality), AR (Augmented Reality), or virtual image coaches. It can create highly immersive and interactive virtual scenes or augmented scenes. The device can provide rich, diverse, warm and stimulating content to enhance the user's initiative and enthusiasm, thereby promoting the user's rehabilitation from multiple perspectives. Or sports and fitness effects.

Please refer to FIG. 4 again. In this embodiment, a backend 80 is provided, which can observe and review training and sports data in real time through a humanized APP service 90 .

Therefore, the monitoring and management flow chart of the present invention for regulating the training status of students is shown in Figure 4, which clearly shows the instructions for use of the entire system. The difference between the present invention and the traditional sports monitoring platform is that it uses a fitness coach (CO) or adds a physician. A team or individual composed of experts such as , rehabilitation therapists, and physical therapists, whether on-site or remotely at the physical training venue 50 , can obtain the cloud data integration system 70 and the user-controlled platform 20 . The user's sports information data reports real-time sports data 51 and automatically synchronizes the user's sports parameters 52. At the same time, the coach management platform 30 receives the real-time sports data 53 reported by the cloud data integration system 70, and automatically synchronizes the data for use. After analyzing and compiling the user's exercise information data, the user's physical fitness and status can be fully understood, and each fitness/rehabilitation machine 10 (10A, 10B) is continuously updated through the user control platform 20. , 10C...) exercise sequence and exercise volume parameter values form a constantly updated and optimized monitoring and management system to achieve the optimal rehabilitation intensity or exercise volume for fitness/rehabilitation users.

With the help of the above-mentioned technical means, the present invention achieves the effect of improving personalized rehabilitation or sports fitness by continuously updating and optimizing the optimal exercise volume parameter value through the monitoring and management of the training status of the students by fitness coaches; in addition to avoiding the use of It also has the effect of improving the safety of use of sports injuries caused by improper use of rehabilitation or sports fitness equipment.

In summary, the technical means disclosed in the present invention indeed meet the requirements for invention patents such as "novelty", "progressivity" and "available for industrial utilization". We pray that the Jun Bureau will grant patents to encourage inventions without any restrictions. Sense of morality.

However, the above disclosed drawings and descriptions are only preferred embodiments of the present invention. Modifications or equivalent changes made by those familiar with the art in accordance with the spirit and scope of this case should still be included in the patent application scope of this case.

10, 10A, 10C, A, B, C, D, E, F, G: fitness/rehabilitation machine

20, 20A, 20C: User control platform

30: Coach management platform

40:Remote transmission equipment

41: Voice transceiver component

42:Camera

43:Large display screen

50:Physical training venue

I:The first classroom

(CO):Coach

Claims (9)

A monitoring and management system that can control the training status of multiple fitness/rehabilitation equipment on-site or remotely. It includes: a physical training venue, which is composed of multiple fitness/rehabilitation machines with different functions. Each fitness/rehabilitation machine , equipped with a different motion status sensor and a motion energy controller according to its functions; most user control platforms are correspondingly located around each fitness/rehabilitation machine, and include a first processing module unit , a display and operation unit, and a first signal wireless transmission unit, and each user control platform establishes a signal transmission relationship with each corresponding fitness/rehabilitation machine, so that it can be configured according to the settings of the user control platform , and then control the motion status and energy parameter values of each fitness/rehabilitation machine; a coach management platform, which can be composed of an electronic device and has a second signal wireless transmission unit that can communicate with the user control platform A first signal wireless transmission unit establishes a signal transmission relationship; a second processing module unit is electrically connected to the second signal wireless transmission unit; a touch screen is electrically connected to the second processing module unit; a data A library is electrically connected to the second processing module unit for storing the user's sports information; and a training management module system is built into the coach management platform; the training management module system includes: a An administrator login unit, a login user unit, a user movement parameter setting unit, a ring training rotation direction setting unit, and a movement data real-time monitoring system unit; the training management module system uses the coach management platform, Establish a signal wireless transmission relationship with the second signal wireless transmission unit and the first signal wireless transmission unit of the single or multiple user control platforms, upload the user's motion status/energy through an Internet, and report the motion Real-time data and synchronization of user motion parameters; and a cloud data integration system that receives information uploaded by the user control platform or the coaching management platform through the Internet, collects and analyzes the user's motion status through big data, And the user control platform or the coach management platform can obtain the integrated data of the cloud data integration system, report real-time exercise data, and use it as a parameter to adjust and optimize the exercise status/energy of each fitness/rehabilitation machine, and establish and use it. Rehabilitation/fitness training and sports resume; It is characterized in that: a plurality of fitness/rehabilitation machines with different functions include: U-shaped arrangement, circular arrangement, linear arrangement and array arrangement; the coach management platform receives the The cloud data integration system reports real-time exercise data and automatically synchronizes the user list. After analyzing and summarizing the user's exercise information, the user control platform continuously updates the fitness/rehabilitation functions of multiple units with different functions. The machine's movement sequence and movement amount can be parameter values. As described in item 1 of the patent application, a monitoring and management system that can control the training status of multiple fitness/rehabilitation equipment on-site or remotely, wherein the motion status sensor of the fitness/rehabilitation machine includes: a motion stroke Sensors, motion speed sensors, motion angle sensors, motion force sensors, multi-axis motion sensors, motion load sensors, ECG sensors, any one of them or a combination thereof; The motion energy controller includes: a motor, a pneumatic cylinder, a hydraulic cylinder, a spring, any one of them or a combination thereof. As described in item 2 of the patent application, the monitoring and management system that can control the training status of multiple fitness/rehabilitation equipment on-site or remotely, wherein the fitness/rehabilitation machine includes a first signal transmission unit, and the user The control platform includes a second signal transmission unit; the first and second signal transmission units include wired transmission and wireless transmission. As described in item 3 of the patent application, the monitoring and management system that can control the training status of multiple fitness/rehabilitation equipment on-site or remotely, wherein the user control platform further includes: connected to the first processing module unit : A timing unit that provides timing signals; an algorithm unit that calculates the motion state based on the starting point of the motion stroke, the end point of the motion stroke, the motion angle, the motion weight (resistance), the motion stroke signal and the timing signal; a storage unit that stores The user's motion status information; thereby, the second signal transmission unit receives the first signal transmission unit of the fitness/rehabilitation machine, transmits the sensing signal of the motion status sensor, and can send a control parameter value The signal is sent to the exercise energy controller; and the display and operation unit displays the user's exercise status information and provides a manual operation interface for adjusting parameter values. As described in item 1 of the patent application, the monitoring and management system that can control the training status of multiple fitness/rehabilitation equipment on-site or remotely, in which the electronic devices of the coach management platform include: a smart phone, a tablet computer, Projection screen and touch panel, any one or a combination thereof. As described in item 1 of the patent application, the monitoring and management system that can control the training status of multiple fitness/rehabilitation equipment on-site or remotely, wherein the physical training venue further includes a remote transmission device, and the remote transmission device includes : a voice transceiver component, a camera, and at least one large display screen; the remote transmission device can be established with the first signal wireless transmission unit of the user control platform and the second signal wireless transmission unit of the coach management platform One-way or two-way signal transmission relationship. As described in Item 6 of the patent application, it is a monitoring and management system that can control the training status of multiple fitness/rehabilitation equipment on-site or remotely. The remote transmission equipment can further include: a one-dimensional universe transmission equipment interface, which includes: A big data/blockchain module (BIG DATA/BLOCKCHAIN), a virtual imaging platform, and a wearable device (AR/VR). As described in Item 6 or 7 of the patent application, most Taiwanese health systems can be controlled on-site or remotely. A monitoring and management system for the training status of physical/rehabilitation equipment. The coach management platform also includes a two-way real-time voice message unit and a camera transmitting real-time image screen unit, so that single or multiple physical training venues can be remotely controlled by Coaches use the coaching management platform to remotely control the training status of students. As described in item 1 of the patent application, the monitoring and management system that can control the training status of multiple fitness/rehabilitation equipment on-site or remotely includes a backend that establishes a user list through the Internet. The data has been compiled into a training information management system, an AI training module has been established, and a humanized APP service can be used to observe and review training and sports data in real time.

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