TW201424804A - Water sport user of self-learning system - Google Patents

Abstract

The instant disclosure relates to a water sport user of self-learning system. The water sport user of self-learning system comprises a carrying camera, a computer and a learning data base. The carrying camera comprises a fixing element, a bearing element and a waterproof camera. The fixing element is disposed on a human body. The bearing element is setting on the fixing element. The bearing element is bending and adjustable length. The waterproof camera is setting on the bearing element. The waterproof camera shots human pose of water sport. The waterproof camera transforms image signal to digital signal. The computer receives and processes the digital signal, and than through a water sport learning module assess human pose as well as provides swimming information. The instant disclosure also relates to a water sport user of self-learning system. The water sport user of self-learning system comprises a carrying camera, a computer and a learning network platform.

Description

User self-learning system for underwater sports

The present invention relates to a learning aid for underwater sports, and more particularly to a user self-learning system for underwater sports combined with soft and hardware devices.

Swimming is one of the popular sports programs. Many people love swimming. In swimming, swimming is correct or not. It has a crucial impact on the improvement of swimming skills and the speed of swimming. . If the swimming movement is not correct, it will lead to insufficient coordination of postures, which often causes a great increase in resistance during swimming, and will make some applied forces unable to advance effectively, not only waste unnecessary physical strength, but also the speed of swimming is difficult to improve. .

In order to improve the swimming skills, the general swimmers will ask the swimming coach for instructional guidance to improve swimming skills and speed up swimming. During the swimming coach's guidance, the swimming instructor can teach the swimmer the correct swimming posture and swimming skills, and instantly correct the swimmer's wrong place, at which point the swimmer can get the correct swimming posture. After the swimmer practiced on his own, there was no professional coach to guide him, and the swimmer was unable to know if his posture was correct during the swimming process. Therefore, a tool has been developed to assist swimmers in knowing if their swimming posture is correct, in order to help the swimmer to correct the wrong posture immediately when practicing swimming, and to improve the swimming sport.

The user self-learning system for underwater sports of the present invention The recording device captures the posture of the swimmer during swimming, and then the user can compare the action of swimming with the learning software of the underwater exercise, thereby finding out where the reinforcement needs to be made, and obtaining the correct learning software from the underwater movement. Swimming information.

The invention provides a user self-learning system for underwater sports, which comprises a wearable video recording device, a computer device and a learning database. The wearable video recording device includes a fixed component, a support component, and a waterproof camera. The fixing component is worn on the human body, and the supporting component is mounted on the fixing component, and the supporting component has a bendable and telescopic type. The waterproof camera is disposed on the supporting component, the waterproof camera is used to capture the underwater movement posture of the human body, and the waterproof camera converts the image signal into a digital signal output. The computer device is used for receiving and processing the digital signal of the wearing type of recording device, and then evaluating the underwater movement posture of the human body through the underwater learning module and providing swimming teaching information.

The invention further provides a user self-learning system for underwater sports, which comprises a wearable video recording device, a computer device and an internet learning platform. The wearable video recording device includes a fixed component, a support component, and a waterproof camera. The fixing component is worn on the human body, and the supporting component is mounted on the fixing component, and the supporting component has a bendable and telescopic type. The waterproof camera is disposed on the supporting component, the waterproof camera is used to capture the underwater movement posture of the human body, and the waterproof camera converts the image signal into a digital signal output. The computer device is configured to receive and process the digital signal of the wearable video recording device, and the computer device communicates with the network learning platform through the Internet. The network learning platform has an interactive underwater motion learning module. The interactive underwater learning module performs interactive assessments of underwater sports postures.

In summary, the wearable video recording device can capture the posture of the user when exercising in the water, so that the user can watch whether the exercise posture is standard after the exercise, and then serves as a reference for self-adjusting the exercise posture. In addition, the user can take a picture of the movement posture during the movement of the water and input it into the computer device, and perform a comparison analysis with the correct posture through the learning database, thereby obtaining the rating level of the posture and improving the error. In addition, users can connect to the Internet and learn through the Internet learning platform, and the interactive underwater sports learning module provided by the manufacturer can be compared with the standard posture to obtain the rating of their posture. Learn more about professional swimming information.

For a better understanding of the features and technical aspects of the present invention, reference should be made to the accompanying drawings.

The user self-learning system for underwater sports of the present invention aims to photograph a posture of movement on water or water through a wearable video-recording device mounted on the body, for example, a swimming posture, a water ballet posture or surfing. The posture, however, the movement on the water or in the water is not limited to the above. The user can watch the movement movement after the exercise, and can compare the captured image with the software program of the underwater motion learning module of the present invention, and evaluate the underwater motion learning module and exercise in the water. The learning module suggests areas to be strengthened, which in turn allows the user to get the correct movement information.

Referring to FIG. 1 and FIG. 2, the present invention provides a user self-learning system for underwater sports, which includes a wearable video recording device 1, a computer device 2, and a learning database 3.

As shown in FIG. 1, the user wears the wearing type recording device 1 for swimming, and the wearing type recording device 1 is mounted on the human body. In the present invention, the wearing type recording device 1 includes a waterproof The camera 11 , a fixing component 12 and a supporting component 13 , the wearing type recording device 1 can take a posture of moving in water, and the wearing type recording device 1 can convert the captured image signal into a digital signal output.

As shown in FIG. 2, after the user moves, the video file recorded by the wearable video recording device 1 can be transmitted via a USB device, a file transmission line, a wireless transmission device, or a Bluetooth transmission device. The digital signal is transmitted to the computer device 2. The computer device 2 can receive the digital signal output by the wearable video recording device 1, and then the computer device 2 can process the digital signal to allow the user to read the recorded image.

The learning database 3 can be stored in the optical disc or stored in other storage media such as a flash drive or a floppy disk. The learning database 3 can then read the file through the computer device 2. The learning database 3 has a water sports learning module 31, which is a software program that can evaluate and analyze the motion posture and can provide related teaching and suggestions, and evaluates the underwater motion of the human body through the underwater sports learning module 31. Posture and provide swimming teaching information.

In more detail, the user can first transmit the image file of the recorded underwater movement posture to the computer device 2, and then the user can input a comparison or evaluation command to make the underwater motion learning module 31 to the user. The water sports posture is scored. For example, the underwater sports learning module 31 scores the swimmer's posture as A to F, the A can be a fully qualified posture, the B is a high-end swimmer, and the C is a medium swim. The posture of the person, the D level is the posture of the advanced swimmer E is the posture of the first-level swimmer, and the F-class is the posture of the swimmer. Through the program of the underwater sports learning module 31, the image file of the underwater sports posture recorded is compared, and the level of the swimmer's posture is determined to be the most standard A-class or the F-level just getting started.

Moreover, the underwater sports learning module 31 can also display the incorrect posture of the swimmer through the image comparison, such as the arm swing angle is too large, the leg water slide posture is deformed, etc., so that the swimmer's wrong posture can be corrected in time, and the swimming is allowed. Learn where you need to improve. In addition, the swimmer can also enter instructional instructions, the underwater sports learning module 31 provides relevant swimming instruction, and a variety of correct swimming postures. And the animation file or the video file of the standard swimming posture can be played for the place where the swimmer poses incorrectly, thereby allowing the user to get the correct swimming posture.

Referring to FIG. 1 and FIG. 3, the present invention further provides a user self-learning system for underwater sports, which includes a wearable video recording device 1, a computer device 2, and a network learning platform 4.

As shown in FIG. 3, after the user puts on the wearing type recording device 1 for swimming, the image file recorded by the wearing type recording device 1 can be transmitted to the computer device 2 via the transmitting device. on. The computer device 2 can receive the digital signal output by the wearable video recording device 1, and then the computer device 2 can process the digital signal to allow the user to read the recorded image.

Among them, the user can use the computer device 2 to connect to the Internet, and connect to the network learning platform 4 provided by the manufacturer via the Internet, that is, the user can enter the manufacturer's website and use the network provided by the manufacturer to learn. Platform 4. The network learning platform 4 has an interactive underwater sports learning module 41, and the interactive underwater sports learning module 41 is mutually interchangeable. Dynamically evaluate web applications that analyze motion poses. Through the interactive underwater sports learning module 41, the user can upload files and download files for interactive evaluation of underwater sports postures, and provide swimming teaching information through the interactive underwater sports learning module 41.

In more detail, the user can first transmit the recorded image of the underwater sports posture to the computer device 2, after which the user can connect to the network learning platform 4, upload the video file or image file of the sports posture, and then input the comparison. Or the command of the evaluation, so that the interactive underwater sports learning module 41 scores the user's underwater sports posture, and classifies the user's swimming posture level. Moreover, the interactive underwater sports learning module 41 can also display the incorrect posture of the swimmer through the image comparison, such as the arm swing angle is too large, the leg water slide posture is deformed, etc., so that the swimmer's wrong posture can be corrected in time. Let swimmers know where they need to improve.

In addition, the swimmer can also input teaching instructions, and the interactive underwater sports learning module 41 provides relevant swimming teaching, and plays an animation file or a video file of the correct swimming posture for the place where the swimmer poses incorrectly. This allows the user to get the correct swimming position. Or, the professional learning swimming teaching is carried out by the online learning platform 4, for example, the instructor of the national hand level is provided with swimming teaching materials, so that the user can get more swimming information.

Referring to Figures 4 to 8, the wearable video recording apparatus 1 of the present invention will be described in detail. The waterproof camera 11 is mounted on any part of the body through the fixing member 12 and the supporting member 13, and the installed portion can be determined according to the actual needs of the user. Therefore, the fixing member 12 can be mounted on the head, on the neck, on the back, on the waist, or in other parts of the body. Take a picture of the movement in the water. For example, the waterproof camera 11 can be mounted on the head for taking a swimming posture, and the lens 112 of the waterproof camera 11 is aimed at the arm or the leg, or behind the body, to achieve the effect of shooting.

The main purpose of the fixing member 12 is to fix the waterproof camera 11 to the body, so that the fixing member 12 is a fitting that can be worn on the body, and the fixing member 12 can be a goggle, a headband, a clip, a headband, a belt or can be worn. The fitting on the body, however, the type of the fixing member 12 is not limited to the above. The supporting member 13 is mounted on the fixing member 12, and the supporting member 13 is an element for allowing the waterproof camera 11 to adjust the angle. Therefore, the supporting member 13 has any adjustable shape such as being bendable, telescopic or deformable, and further The supporting member 13 can achieve the function of supporting and adjusting the shooting angle of the waterproof camera 11. The supporting member 13 can be an adjusting rod, a plastic member, an elastic member, a telescopic member, a metal hose or a bearing, etc., but the type of the supporting member 13 is not the above. Limited. By the combination of the fixing member 12 and the supporting member 13, the waterproof camera 11 can be attached to any part of the body, and the waterproof camera 11 can adjust the angle of shooting up, down, left, and right.

Please refer to FIG. 4 and FIG. 5, which are schematic diagrams of the first embodiment and the second embodiment of the wearable video recording apparatus 1. In the first embodiment, the fixing member 12 is a goggle, and a support member 13 is attached to the front surface of the goggles, and the other end of the support member 13 is provided with a waterproof camera 11. The supporting element 13 and the swimming goggles can be connected by screwing, welding, bonding, clamping, inserting or supporting the component 13 and the swimming goggles. However, the supporting element 13 and the swimming goggles are not connected in the above manner. limit. The connection between the support member 13 and the waterproof camera 11 can also be screw lock, welding, welding The connection, the fastening, the insertion or the support member 13 are integrally formed with the waterproof camera 11, but the connection manner of the support member 13 and the waterproof camera 11 is not limited to the above.

Therefore, when the user wears the goggles, the waterproof camera 11 can be worn on the head. At this time, the waterproof camera 11 can be located above the head or on both sides of the head for the purpose of waterproofing. The lens 112 of the camera 11 faces the back of the body. At this time, the user can adjust the shape or length of the support member 13 according to the body part to be photographed, or directly adjust the lens 112 of the waterproof camera 11 to achieve the effect of capturing the back of the body or a specific part.

In the second embodiment, the fixing element 12 can also be a goggle, and the supporting element 13 is mounted on the headband of the swimming goggles, that is, the supporting element 13 is attached to the headband of the swimming goggles, and the supporting element 13 The other end is provided with a waterproof camera 11. Therefore, after the user wears the goggles, the waterproof camera 11 can be directly worn behind the head, and the lens 112 of the waterproof camera 11 faces the back of the body, so that the user can adjust the support member 13 or adjust the waterproof camera. 11 lens 112, to achieve the effect of shooting behind the body or a specific part.

Please refer to FIG. 6, which is a schematic diagram of a third embodiment of the wearable video recording apparatus 1. The fixing element 12 can be a resilient headband which is mounted on a resilient headband, i.e. the support element 13 is attached to a resilient headband. The user can put the headband directly on the head, and then the waterproof camera 11 can be worn on the head, and the back of the body can be photographed or adjusted by adjusting the support member 13 or adjusting the lens 112 of the waterproof camera 11. The effect of the part.

Please refer to FIG. 7 , which is a fourth implementation of the wearing type recording apparatus 1 . A schematic diagram of an example. The fixing element 12 can be an ear-hook device, and the support element 13 is mounted on the ear-hook device, ie the support element 13 is combined with the ear-hook device. The user can wear the ear-hook device on the head and adjust the support member 13 or adjust the lens 112 of the waterproof camera 11 to achieve the effect of capturing the back of the body or a specific part.

In addition, the fixing component 12 can also be a waist belt, that is, the waterproof camera 11 is mounted on the waist. At this time, the angle of the waterproof camera 11 can be adjusted through the support member 13, and the posture of the arm swing can be photographed forward. , or shoot the position of the kicking water in the back to achieve the effect of shooting a specific part of the body.

Therefore, the fixing member 12 and the supporting member 13 of the wearable video recording apparatus 1 are intended to mount the waterproof camera 11 on the body at any position. The motion posture is photographed through the waterproof camera 11 to facilitate the user to see whether the posture is normal after the exercise, and thus serves as a reference for the self-adjusting posture.

Referring to FIG. 8, which is a block diagram of the waterproof camera 11, the waterproof camera 11 includes a casing 111. One end of the casing 111 is provided with a lens 112, and the lens 112 has a function of automatically adjusting the focal length. An image sensing unit 113, a processing unit 114, a power supply unit 115, and a storage unit 117 are disposed inside the casing 111, and electrical connections are made between the units. The power supply unit 115 is preferably a rechargeable battery that can be reused, for example, a lithium battery, or a general battery can be used.

After the image is captured by the lens 112, the image sensing unit 113 captures the image signal, and the central processing unit of the processing unit 114 and other electronic components convert the image signal into a digital signal, and by using a storage list. Element 117 stores the digital signal. The image sensing unit 113 can use a conventional photosensitive-coupled device (CCD) or a CMOS image sensor. In order to reduce the message storage capacity and facilitate storage, the processing unit 114 may also be provided with a digital signal processor to convert the digital signal into a specified digital format, such as MPG, WMV, WMA and the like. The storage device is preferably a small digital memory card (SD card), or other types of flash memory, or a micro hard disk.

In addition, an operation interface 116 is disposed on the casing 111, and a switch having a switch and a function operation on the operation interface 116 allows the user to perform the operation of the waterproof camera 11. The waterproof camera 11 can further include an output unit 118 by which the recorded image file can be output.

In summary, the present invention has the following advantages:

1. Through the wearable video recording device, the user can record the posture when the user is in the water, so that the user can watch the standard of his or her exercise posture after the exercise, and then serve as a reference for self-adjusting the exercise posture.

2. The user can take the action posture in the underwater movement and input it into the computer device, and compare and analyze the correct posture through the learning database, thereby obtaining the rating level of the posture and improving the error.

3. Users can connect to the Internet and learn through the Internet learning platform, and the interactive underwater sports learning module provided by the manufacturer can be compared with the standard posture to obtain the rating of their posture and improve the wrong posture. You can also get more professional swimming information.

The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the invention, and the equivalents of the present invention and the equivalents of the drawings are all included in the present invention. Within the scope of protection, the zygote Chen Ming.

1‧‧‧With a video recording device

11‧‧‧Waterproof camera

111‧‧‧Chassis

112‧‧‧ lens

113‧‧‧Image sensing unit

114‧‧‧Processing unit

115‧‧‧Power unit

116‧‧‧Operator interface

117‧‧‧ storage unit

118‧‧‧Output unit

12‧‧‧Fixed components

13‧‧‧Support components

2‧‧‧Computer equipment

3‧‧‧Learning database

31‧‧‧ underwater sports learning module

4‧‧‧E-learning platform

41‧‧‧Interactive underwater sports learning module

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic view showing the use of a wearable video recording apparatus of the present invention.

2 is a block diagram showing one embodiment of a user self-learning system for underwater sports in accordance with the present invention.

3 is a block diagram showing another embodiment of a user self-learning system for underwater sports in accordance with the present invention.

Figure 4 is a schematic view showing a first embodiment of the wearable video recording apparatus of the present invention.

Figure 5 is a schematic view showing a second embodiment of the wearable video recording apparatus of the present invention.

Figure 6 is a schematic view showing a third embodiment of the wearable video recording apparatus of the present invention.

Figure 7 is a schematic view showing a fourth embodiment of the wearable video recording apparatus of the present invention.

Figure 8 is a block diagram showing a waterproof camera of the present invention.

1‧‧‧With a video recording device

11‧‧‧Waterproof camera

12‧‧‧Fixed components

13‧‧‧Support components

2‧‧‧Computer equipment

3‧‧‧Learning database

31‧‧‧ underwater sports learning module

Claims (10)

A user self-learning system for underwater sports, comprising: a wearable video recording device comprising: a fixing component mounted on a human body; and a supporting component mounted on the fixing component, the supporting component Having a bendable and telescopic type; and a waterproof camera disposed on the support member to enable the waterproof camera to have an angle-adjusting posture, the waterproof camera for capturing a water moving posture of the human body, and the waterproof camera The image signal is converted into a digital signal output; a computer device for receiving and processing the digital signal of the wearable video recording device; and a learning database read by the computer device, the learning data library having a The underwater sports learning module evaluates the underwater sports posture through the underwater sports learning module. The user self-learning system for underwater sports as described in claim 1, wherein the fixing component is a goggle. The user self-learning system for underwater sports as described in claim 1, wherein the waterproof camera comprises a casing, one end of the casing is provided with a lens, and an image sensing unit is disposed inside the casing. The processing unit, a power supply unit and a storage unit. The user self-learning system for underwater sports as described in claim 1, wherein the underwater sports learning module further includes providing standard swimming teaching information. The user self-learning system for underwater sports as described in claim 1, wherein the underwater sports learning module further comprises a through-image comparison Shows the wrong place in the water movement posture. A user self-learning system for underwater sports, comprising: a wearable video recording device comprising: a fixing component mounted on a human body; and a supporting component mounted on the fixing component, the supporting component Having a bendable and telescopic type; and a waterproof camera disposed on the support member to enable the waterproof camera to have an angle-adjusting posture, the waterproof camera for capturing a water moving posture of the human body, and the waterproof camera The image signal is converted into a digital signal output; a computer device for receiving and processing the digital signal of the waterproof camera; and a network learning platform, the computer device is connected to the network learning platform via the Internet, The online learning platform has an interactive underwater learning module that interactively evaluates underwater sports postures through the interactive underwater learning module. A user self-learning system for underwater sports as described in claim 6 wherein the fixing member is a goggle. The user-self-learning system for underwater sports as described in claim 6, wherein the waterproof camera comprises a casing, one end of the casing is provided with a lens, and an image sensing unit is disposed inside the casing. The processing unit, a power supply unit and a storage unit. The self-learning system for underwater sports as described in claim 6 of the patent application, wherein the interactive underwater sports learning module further includes providing standard swimming teaching information. Self-learning of users of underwater sports as described in claim 6 The learning system, wherein the interactive underwater sports learning module further comprises a place for displaying a wrong posture in the water through image comparison.