TWI711477B - Interactive trampoline instructional system - Google Patents

Abstract

An interactive trampoline instructional system includes a trampoline body, a camera module, and a terminal interactive display device. The trampoline body has a jumping area on which a user jumps. The camera module faces the jumping area for photographing the user to generate a motion image information. The terminal interactive display device is coupled with the camera module and has a data processing module, an instructional data module, and a display module. The instructional data module stores an instructional image information. The terminal interactive display device receives the motional image information, and presents the motional image information and the instructional image information through the display module. The data processing module compares the motion image information and the instructional image information to generate an accuracy information, so as to present the accuracy information through the display module, providing an interactive instructional function.

Description

Interactive bounce bed movement teaching system

The present invention relates to a technique related to movement teaching, in particular to an interactive bouncing bed movement teaching system.

By the way, many public amusement facilities currently provide users with bouncing beds for leisure and entertainment. Users can perform various jumping actions on the bouncing beds, and the tight bouncing beds can absorb the acceleration of gravity from the free fall of the human body, thereby reducing the impact of the knees, and Bounce exercise can also stimulate the muscles of the whole body, and then accelerate the new metabolism, in order to achieve the benefit of improving fat burning.

However, public amusement facilities are only pure entertainment venues, and generally do not provide bounce teaching services. For children or users who have just touched the bounce bed, users can only make a single in-situ jump or jump without coach guidance. Turning to jumping action, if you want to try a difficult bounce action, it may cause sports injury due to incorrect bounce posture, so that the user cannot understand the principle and fun of bounce motion.

In order to solve the problem of unmanned teaching on the conventional bouncing bed, the present invention provides an interactive bouncing bed movement teaching system, the display module of which can provide the teaching image information of the bouncing bed and also display The user's bounce action can provide an understanding of the principles and fun of bounce movement, and achieve the purpose of interactive teaching.

To achieve the above objective, the present invention provides an interactive bouncing bed movement teaching system, which includes a bouncing bed body, a camera module and a terminal interactive display device; the bouncing bed body has a bouncing area for users to bounce; The module faces the bouncing area of the bouncing bed body, and the camera module is used to capture the user's actions in the bouncing area to generate motion image information, and the camera module has an information sending unit for sending motion image information ; The terminal interactive display device is coupled to the camera module, the terminal interactive display device is provided with a data processing module, a teaching data module, an information receiving module and a display module, the teaching data module, the information receiving module and the The display module is respectively coupled to the data processing module, the teaching data module is used to pre-store a teaching image information, the information receiving module receives the action image information, and the display module is used to present the action image information and the teaching image information, wherein the data The processing module compares the action image information with the teaching image information to generate accuracy information, and then presents the accuracy information through the display module.

In this way, the display module of the present invention provides the user to watch the teaching image information guided by the teacher, and the user can follow the teaching image information for bounce entertainment, and the user's bounce action can be displayed on the camera through the camera module. The display module allows the user to observe their own movements during the bounce process, providing an understanding of the principles and fun of the bounce movement and achieving the purpose of interactive teaching.

In addition, the data processing module can also determine whether the bounce action is correct and standard based on the motion image information, so that the user can understand the accuracy of his bounce action based on the accuracy information generated by the data processing module, thereby improving the user’s Bounce exercises to achieve the effect of precise bounce use.

10: Bouncing bed body

11: Bounce pad

12: Frame

13: Bounce area

20: Photography module

21: Motion image information

22: Information sending unit

23: Detection unit

30: Terminal interactive display device

31: data processing module

311: Action Judgment Unit

32: Teaching data module

321: Teaching Video Information

33: Information receiving module

34: display module

341: The first display unit

342: second display unit

35: accuracy information

40: Body Recognition Device

41: Memory module

42: Induction module

43: The second communication module

44: reminder module

50: Reading machine

51: Read identification module

52: Timing module

53: The first communication module

Figure 1 is a system architecture diagram of the first embodiment of the present invention.

Fig. 2 is a functional block diagram of the first embodiment of the present invention.

FIG. 3 is a schematic diagram (1) of the use state of the first embodiment of the present invention, showing that the user bounces in the bouncing area of the bouncing bed body, and the camera module shoots the user.

4 is a schematic diagram (2) of the use state of the first embodiment of the present invention, showing that the first display unit of the display module presents teaching image information, and the second display unit presents action image information and accuracy information.

Fig. 5 is a system architecture diagram of the second embodiment of the present invention.

Fig. 6 is a functional block diagram of the second embodiment of the present invention.

FIG. 7 is a schematic diagram of the use state of the second embodiment of the present invention, showing that the body-to-body recognition device of the reader sends a time-out signal.

In order to facilitate the description of the central idea of the present invention expressed in the column of the above-mentioned summary of the invention, specific embodiments are used to express. The various objects in the embodiments are drawn in proportions suitable for enumeration and description, rather than the proportions of actual components, and are described first.

1 to 4, the first embodiment of the present invention provides an interactive bouncing bed movement teaching system, which includes a bouncing bed body 10, a camera module 20 and a terminal interactive display device 30, wherein the terminal interacts The display device 30 is coupled to the camera module 20.

The bouncing bed body 10 has a bouncing mat 11 and a frame 12, the frame 12 is arranged around the bouncing mat 11, and the bouncing bed body 10 forms a bouncing area 13 corresponding to the bouncing mat 11, and the user can be in the bouncing area 13 Use the bounce pad 11 to bounce.

The photographing module 20 is arranged around the bouncing bed body 10 and facing towards the bouncing bed body 10 The bounce area 13 is used for shooting. The camera module 20 captures the user's actions in the bounce area 13 to generate motion image information 21. The camera module 20 has an information sending unit 22 and a detection unit 23. Information The sending unit 22 is used to send motion image information 21, and the detecting unit 23 detects the user's bounce position and bounce track in the bounce area 13 through infrared thermal induction to determine to generate a detected position signal. At this time, the camera module 20 The user is tracked and photographed according to the detected position signal generated by the detecting unit 23, so as to improve the photographing accuracy of the photographing module 20.

The terminal interactive display device 30 is provided with a data processing module 31, a teaching data module 32, an information receiving module 33 and a display module 34, teaching data module 32, information receiving module 33 and display module 34 are respectively coupled to the data processing module 31. The teaching data module 32 provides the teacher with pre-stored teaching image information 321 according to the type of the bouncing bed body 10 and the difficulty of teaching actions. The information receiving module 33 is used to receive the photography model. For the action image information 21 sent by the information sending unit 22 of the group 20, the display module 34 can simultaneously present the action image information 21 and the teaching image information 321. Among them, the display module 34 is a display screen and includes a first display unit 341 and a second display unit 342; please cooperate with FIG. 4, the first display unit 341 and the second display unit 342 are two side-by-side screen windows, the first display unit 341 is used to play the teaching image information 321, The second display unit 342 is used for displaying the motion image information 21, and the first display unit 341 and the second display unit 342 can be simultaneously displayed on the same screen simultaneously.

It is worth noting that the data processing module 31 can compare the motion image information 21 with the teaching image information 321 to generate an accuracy information 35, and then display the accuracy information through the second display unit 342 of the display module 34 35. In this embodiment, the accuracy information 35 is presented as a percentage value. Specifically, the data processing module 31 is provided with an action determining unit 311, and the action determining unit 311 is used to determine the action state of the action image information 21. At this time, the action determining unit 311 applies the action image information 21 to the teaching image information 321. For example, the teaching image information 321 guides the bounce opening and closing action, and the action The judging unit 311 applies the bounce, opening and closing actions of the action image information 21 to the teaching image information 321, and analyzes the degree of overlap between the action image information 21 and the teaching image information 321 to perform calculations to generate accuracy information 35, that is, The action judging unit 311 analyzes the user’s bounce posture based on the action image information 21. When the user’s bounce posture is very similar to the action of the teaching image information 321, the accuracy information 35 analyzed by the action judging unit 311 can be as high as 80% to 95%, and then achieve the effect of accurate bounce use.

Please cooperate with FIG. 2 to FIG. 4. In the actual teaching of the present invention, the user first enters the bounce area 13 of the bouncing bed body 10, and then the user can watch the teaching played by the first display unit 341 of the display module 34 Image information 321. At this time, the user can follow the guided action of the teaching image information 321 to perform bounce motion. At the same time, the camera module 20 can capture the user’s bounce motion and present the action image information 21 on the display module The second display unit 342 of 34 performs display. In this way, the user can also observe his own actions during the bounce process, providing an understanding of the principles and fun of the bounce movement, and achieving the purpose of interactive teaching.

Furthermore, the action judging unit 311 of the data processing module 31 can also judge whether the bounce action is correct and standard according to the action image information 21, and then analyze and generate the accuracy information 35 and display it through the second display unit 342 of the display module 34. Through the accuracy information 35, the user can understand the accuracy of his own bounce action, and then refine the bounce practice of the user, and achieve the effect of precise bounce use as desired.

In addition, please cooperate with FIG. 5 to FIG. 7. In the second embodiment of the present invention, the bouncing bed body 10 is set in a public entertainment place for consumption and use by users. Therefore, the present invention further includes a body identification device 40, which Wearing on the user’s wrist, the body identification device 40 is set with one of the user’s identity data, the terminal interactive display device 30 is electrically connected to a reading machine 50, the body identification device 40 is wirelessly connected to the reading machine 50, and The identity data is transmitted to the reading machine 50 for identification; please cooperate with Figure 5 and Figure 6, The body identification device 40 has a memory module 41 and a sensor module 42. The memory module 41 is for storing identity data. The reading machine 50 has a reading and identifying module 51. In this embodiment, the sensor module 42 It is wirelessly connected with the reading and identifying module 51 through a near field communication method, and the reading and identifying module 51 is used to identify the identity data transmitted by the sensor module 42.

Furthermore, the reading machine 50 further has a timing module 52 and a first communication module 53. The timing module 52 is used to set a timing parameter. The timing module 52 sets the timing parameter according to the consumption amount. When the identification module 51 receives and recognizes the identity data, it then activates the timing parameters of the timing module 52. If the timing module 52 determines the end of the timing parameters to generate a time end signal, the first communication module 53 ends the time The signal is wirelessly sent to the body recognition device 40 corresponding to the identity data for reminding. The body recognition device 40 has a second communication module 43 and a reminder module 44. The second communication module 43 receives the data from the first communication module 53. The wireless transmission of the time cutoff signal, the reminding module 44 makes the body identification device 40 generate a vibration reminder according to the time cutoff signal, so as to inform the user that the entertainment time is up and must leave as soon as possible, thereby effectively controlling the number of users of the bouncer body 10 and usage time.

Therefore, the present invention has the following effects:

1. The display module 34 of the present invention provides the user to view the teaching image information 321 guided by the teacher, and the user can follow the teaching image information 321 for bounce entertainment, and the user's bounce action can be captured by the camera module 20 It is presented on the display module 34, so that the user can observe their own actions at the same time during the bounce process, providing an understanding of the principle and fun of the bounce motion, and achieving the purpose of interactive teaching.

2. The action judging unit 311 of the data processing module 31 of the present invention can also judge whether the bounce action is correct and standard based on the action image information 21, so that the user can know his bounce based on the accuracy information 35 generated by the data processing module 31 The accuracy of the action, and then refine the user's bounce practice, to achieve the effect of precise bounce use.

3. The timing module 52 of the reading machine 50 of the present invention can determine the end of the timing parameter to generate a time-off signal, and then send the time-off signal to the identity recognition device 40 corresponding to the identity data through the first communication module 53 Reminder, so as to achieve the effect of effectively controlling the number of users and use time of the trampoline body 10.

The above-mentioned embodiments are only used to illustrate the present invention, and are not used to limit the scope of the present invention. All modifications or changes made without violating the spirit of the present invention belong to the scope of the present invention.

10: Bouncing bed body

11: Bounce pad

12: Frame

13: Bounce area

20: Photography module

30: Terminal interactive display device

34: display module

Claims (7)

An interactive bouncing bed action teaching system, comprising: a bouncing bed body with a bouncing area for users to bounce; a camera module, which takes pictures toward the bouncing area of the bouncing bed body, the photography module It is used to capture the user's action in the bounce area to generate a motion image information, and the camera module has an information sending unit for sending the motion image information; and a terminal interactive display device, which is coupled to The photographing module and the terminal interactive display device are provided with a data processing module, a teaching data module, an information receiving module and a display module, the teaching data module, the information receiving module and the display module Respectively coupled to the data processing module, the teaching data module for pre-storing a teaching image information, the information receiving module receives the action image information, wherein the data processing module is provided with an action judging unit, the action judging The unit judges the action state of the action image information, and fits the action image information to the teaching image information, and the action judgment unit analyzes the overlapping part of the action image information and the teaching image information to calculate and generate an accuracy information , The display module includes a first display unit and a second display unit, the first display unit is used for playing the teaching image information, the second display unit is used for displaying the motion image information and the accuracy information, and The first display unit and the second display unit can be simultaneously displayed on the same screen simultaneously. The interactive bouncing bed movement teaching system according to claim 1, wherein the photographing module has a detection unit, and the detection unit detects the user's bouncing position and bouncing track in the bouncing area through infrared thermal induction , To determine to generate a detected position signal, and the camera module performs tracking and camera based on the detected position signal. The interactive bouncing bed movement teaching system of claim 1, wherein the bouncing bed body has a bouncing mat and a frame surrounding the bouncing mat, and the frame is formed with a bouncing mat corresponding to the bouncing mat Jump to use the bounce area. The interactive bouncing bed movement teaching system as described in claim 1, further comprising a body identification device for wearing on the user, the body identification device is set with one of the user’s identity data, and the terminal interactive display device is electrical A reading machine is connected, the personal identification device is wirelessly connected to the reading machine, and the identity data is transmitted to the reading machine for identification. The interactive bouncing bed movement teaching system according to claim 4, wherein the body identification device has a memory module and a sensor module, the memory module is for storing the identity data, and the reading machine has a reading An identification module is obtained, the sensing module and the reading identification module are wirelessly connected through a near field communication method, and the reading identification module is used for identifying the identity data transmitted by the sensing module. The interactive bouncing bed movement teaching system according to claim 5, wherein the reading machine further has a timing module and a first communication module, the timing module is used for setting a timing parameter, and the reading The identification module recognizes the identity data and activates the timing parameters of the timing module. The timing module determines the end of the timing parameters to generate a time end signal. The first communication module wirelessly sends the time end signal to the The identification device of the identification data should be reminded. The interactive bouncing bed movement teaching system according to claim 6, wherein the body recognition device has a second communication module and a reminder module, and the second communication module receives the wireless transmission from the first communication module When the signal is cut off at the time, the reminder module cuts off the signal at the time to cause the body identification device to generate a vibration reminder.

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