TW201510906A - Exercise training and management system - Google Patents

Abstract

An exercise training and management system comprises at least a learner host and a monitoring host. The learner host is provided for connecting a body training device and receiving personal psychological condition parameters and personal exercise status data from the body training device. The monitoring device is linked with the learner host to receive the personal psychological condition parameters and personal exercise status data and to generate an analysis result so that the monitoring host obtains the analysis result of learner exercise status in real time when the learner is in exercise process.

Description

Sports training and management system

This creation is about a sports training and management system, especially a sports training and management system that can generate analysis results based on the individual's physiological condition parameters and individual exercise state data.

The benefits of exercise are well known, in addition to enhancing heart and lung function and promoting blood circulation. In addition to exercising outdoors, the gym provides the user with another option that allows the user to achieve the goal of exercising indoors. In addition, the gym operator hires a coach who can guide each user to use the body trainer correctly to ensure safe exercise.

At present, the gym has a variety of training devices, and each training device includes a body trainer and a host. The body trainer can be an exercise bike, a vibrating machine, a treadmill or a slide machine, etc., so that the user can also achieve sufficient exercise effect indoors. The main body is connected with the body trainer and has a display. The host can detect the user's motion state, such as heart rate or calorie consumption, and the display presents the motion information to the user for viewing.

Although the gym can provide users with the purpose of indoor sports, since each training device is independent of each other, the coach must go to the user's host separately to know the movement status of each user and give the trainees timely guidance, but the number of students. More than one will lead to a lack of coaching, students Can not immediately accept the coach's guidance, resulting in the student's exercise is not effective.

The main object of the present invention is to provide an exercise training and management system capable of generating an analysis result according to a student's exercise state, so that the coach can know the exercise state of the student according to the analysis result to perform appropriate counseling and assistance.

The creation exercise training and management system comprises: at least one student host for connecting a body trainer, and receiving personal physiological condition parameters and receiving personal exercise state data from the body trainer; and a monitoring host, the student host The connection is to receive personal physiological condition parameters and personal exercise state data, and generate an analysis result according to the aforementioned personal physiological condition parameters and personal exercise state data.

According to the structure of the present creation, the monitoring host can receive personal physiological condition parameters and personal exercise state data from the student host, and further generate an analysis result, wherein the analysis result can be visual information. In this way, in the process of the student's movement, the coach can instantly know the movement status of the student based on the visual information, so as to immediately assist and coach the student. In addition, the analysis results can be stored as history data, and the history data can be used for long-term trend analysis to improve and adapt the training mode of the student, and achieve the purpose of sports science management and personalized health management.

11‧‧‧ Student host

111‧‧‧Transmission unit

112‧‧‧ display

113‧‧‧Image capture device

12‧‧‧External display device

121‧‧‧ Public information

13‧‧‧Monitoring host

131‧‧‧ display

14‧‧‧ body trainer

15‧‧‧External control device

20‧‧‧ classroom

Figure 1: Schematic block diagram of a preferred embodiment of the present invention.

Figure 2: The student host and external control device, image capture device in this creation Schematic diagram of the connection.

Figure 3: Flow chart of the steps performed by the student host in this creation.

Figure 4: Flow chart of the steps performed by the monitoring host in this creation.

Figure 5: Schematic diagram of the display screen of the external display device in the present creation.

Referring to FIG. 1 and FIG. 2, the creative exercise training and management system includes at least one student host 11 and a monitoring host 13.

This embodiment is described by taking a plurality of student hosts 11 as an example. Each student host 11 is connected to a body trainer 14, which may be a body training device such as an exercise bike, a vibrating machine, a treadmill or a slide machine. The student host 11 includes a transmission unit 111 and a display 112. The transmission unit 111 can be a wired transmission unit (such as a USB port or a network port) or a wireless transmission unit (such as a Bluetooth transmission unit or a Wi-Fi unit). ). Referring to FIG. 3, the transmission unit 111 is connected to an external control device 15 (step 101) to receive the individual physiological condition parameters of the student from the external control device 15 (step 102). The external control device 15 can be a portable storage device, a smart phone, a tablet computer or a cloud server, etc., and the display 112 is configured to display personal physiological condition parameters.

The personal physiological condition parameter may be set to the student host 11 by the external control device 15 before the student wants to use the body trainer 14. The personal physiological condition parameter may include parameters such as weight, height, age, and gender. The body trainer 14 is exemplified by an exercise bike. During the process of using the exercise bike, the student host 11 can receive various sports state data from the body trainer 14 (step 103), such as the heat consumed by the student and the student's heart rhythm. , exercise bike travel distance, speed and speed (RPM), etc. Personally, and by the display 112, personal physiological condition parameters and athletic status data are displayed (step 104).

The monitoring host 13 can be a cloud server, or as shown in FIG. 1 , the monitoring host 13 can be a physical host to be connected to the plurality of student hosts 11 , and the monitoring host 13 can be connected to the student hosts 11 and The body trainer 14 is disposed in the same classroom 20 and has a display 131 that allows the coach to instantly grasp the exercise status of each student in the classroom 20 and provide immediate coaching. Alternatively, the monitoring host 13 and the student host 11 can be set in different places, for example, the monitoring host 13 is set in the fitness center, and the student host 11 is set in the student's residence, so that the coach can monitor the student through the monitoring host 13 at the remote end. The state of motion.

The monitoring host 13 receives personal physiological condition parameters and personal exercise state data from the student host 11, and can also set personal physiological condition parameters for the plurality of student hosts 11. The monitoring host 13 generates an analysis result according to the personal physiological condition parameter and the personal exercise state data, wherein the monitoring host 13 can execute a program to automatically generate the analysis result, or the coach can personally operate the monitoring host 13 to complete the analysis result. The analysis result can be visual information, and the data of the analysis result can be presented to the user through a chart, a graphic or a pattern. When the monitoring host 13 obtains the analysis result, the analysis result may be further transmitted back to the student host 11 for storage.

In addition, the monitoring host 13 also has a reservation function. After the external control device 15 is connected to the monitoring host 13, the student can use the external control device 15 to issue a reservation command to the monitoring host 13 to monitor the host 13 to a designated one. Student host 11 sets the student's next time they want to use it. The paragraph is to assign the time period to the student who made the appointment, and does not provide the time period to other students to ensure the student's appointment interest.

After the monitoring host 13 generates the analysis result, the analysis result may be stored in a history data, and the history data records the analysis result of each movement of the student. Therefore, the coach can view the student's history data from the monitoring host 13 to understand the student's movement history, and the student can also download the history data from the monitoring host 13 to view his past personal physiological condition parameters and individuals according to the history data. Sports status data to understand whether your physical fitness is progressing or regressing relative to the past. Furthermore, the history data can be used by coaches or trainees for long-term trend analysis to improve and adapt the training mode of the students and enable the students to exercise more efficiently.

The student host 11 can also store the history data to the external control device 15 when the student wants to view the history data, and the history control device 15 can view the history data.

As shown in FIG. 2, the student host 11 can be connected to an image capturing device 113. The image capturing device 113 can capture the student's video in motion and transmit the student video to the monitoring host 13. The display 131 of the monitoring host 13 displays the student video. In this way, in addition to being able to view the aforementioned analysis results, the coach can further observe whether the student's exercise state, posture or expression is normal according to the student's video.

According to the system of the present invention, since the student host 11 and the monitoring host 13 are connected to each other, when the student moves through the body trainer 14, the monitoring host 13 can immediately receive personal physiological condition parameters, personal exercise state data and the student host 11 from the student host 11. The student video, even if the coach is not at the student's side, the coach can instantly know the student's movement based on the visual information. state. For the trainee, since the monitoring host 13 can return the analysis result to the student host 11, the student can also view the analysis result to know his or her exercise state, and appropriately adjust the exercise intensity or time to achieve better exercise results.

As shown in FIG. 1, the monitoring host 13 can be connected to an external display device 12, and the external display device 12 can be disposed in the same classroom 20 as the student host 11 and the body trainer 14. When the student moves through the body trainer 14 in the classroom 20, the information presented by the external display device 12 can be simultaneously seen. The external display device 12 can be a projection device or a large size screen.

Referring to FIG. 4, the monitoring host 13 receives personal physiological condition parameters and personal exercise state data from the student host 11 (step 201), and displays the personal physiological condition parameters and personal movement through the external display device 12. The status data; or the monitoring host 13 receives the personal physiological condition parameter and the personal exercise state data from the student host 11, and separates the personal physiological condition parameter and the personal exercise state data into private information and public information (step 202), Referring to FIG. 5, the monitoring host 13 displays the public information 121 of each student through the external display device 12 (step 203). In this way, each student can learn the exercise status of other students by using the public information displayed by the external display device 12.

For example, the instructor can operate the monitoring host 13 to actively preset the age parameter of the student's personal physiological condition parameters as private information, or the student can inform the coach which parameter to set as private information for the coach to correspond to the parameter. Set as private information. Therefore, as long as the monitoring host 13 receives the personal physiological condition parameters from the student host 11, the age is automatically The personal information is set, so that the age of each student is only presented on the display 131 of the monitoring host 13, and is only used as a reference for judging the movement state of the student, and does not appear publicly on the external display device 12, This protects the privacy of each student.

In addition, the monitoring host 13 can determine, according to the analysis result, whether any student host 11 has an abnormal state (step 204). When an abnormality occurs, the monitoring host 13 controls the student host 11 and the external display device 12 to issue a warning. Message (step 205). For example, the body trainer 14 can be a vibrating machine that can execute a plurality of modes that provide different vibration frequencies and intensities, respectively. Because each student's personal physiological condition parameters are different, there should be a most appropriate mode. For example, the vibration frequency and intensity of a preset mode are suitable for a female student whose weight is between 45 and 60 kg, the height is between 150 and 165 cm, and the age is between 18 and 30 years old.

When there are currently students setting the personal physiological condition parameters for the student host 11 to be female, 50 years old, 63 kilograms and 160 centimeters, the monitoring host 13 will determine that the preset mode of the current vibration machine is for the student. Unsuitable, the monitoring host 13 can display a warning message of the warning light number on the student host 11 and the external display device 12, whereby the student can set other modes suitable for the vibration machine to avoid the occurrence of sports injuries.

Since the monitoring host 13 can receive and integrate the personal physiological condition parameters and personal exercise state data of all the students, and can perform long-term trend analysis and statistics on the parameters and data, for example, the exercise effects that can be achieved by different age groups, Achieve the goal of integrating the movement status of all students.

11‧‧‧ Student host

111‧‧‧Transmission unit

112‧‧‧ display

12‧‧‧External display device

13‧‧‧Monitoring host

131‧‧‧ display

20‧‧‧ classroom

Claims (12)

An exercise training and management system includes: at least one student host for connecting a body trainer, and receiving personal physiological condition parameters and receiving personal exercise state data from the body trainer; and a monitoring host, the student host The connection is to receive personal physiological condition parameters and personal exercise state data, and generate an analysis result according to the aforementioned personal physiological condition parameters and personal exercise state data. The exercise training and management system of claim 1, wherein the monitoring host stores the analysis result in a history data. The exercise training and management system of claim 2, wherein the student host has a transmission unit for connection to an external control device. The exercise training and management system according to any one of claims 1 to 3, wherein the monitoring host is connected to an external display device to display the personal physiological condition parameter and the personal exercise state data through the external display device. The exercise training and management system according to claim 4, wherein the monitoring host distinguishes the personal physiological condition parameter and the personal exercise state data of the student host into private information and public information, so that the public information is displayed through the external display device. The exercise training and management system of claim 5, wherein the monitoring host has a display for displaying the private information and public information. The sports training and management system of claim 6, wherein the student host is connected to an image capturing device, wherein the image capturing device is configured to capture a student video and transmit the student video to the monitoring host, the monitoring host Display The viewer displays the student's video. The exercise training and management system according to claim 4, wherein the monitoring host determines that the student host is abnormal according to the analysis result, so as to control the student host and the external display device to issue a warning message. The exercise training and management system according to any one of claims 1 to 3, wherein the monitoring host receives a reservation instruction to perform a reservation function of the student host. The exercise training and management system according to any one of claims 1 to 3, wherein the monitoring host is a cloud server. The exercise training and management system according to any one of claims 1 to 3, wherein the monitoring host returns the analysis result to the student host for storage. The exercise training and management system according to any one of claims 1 to 3, wherein the monitoring host sets a personal physiological condition parameter to the student host.