TWM480407U - Golf coaching system - Google Patents

Abstract

A golf coaching system includes a motion sensing device and a portable smart electronic device. The motion sensing device is configured with a golf club so as to detect a user's swing motion and generate a detected signal. The portable smart electronic device is wirelessly connected with the motion sensing device. The portable smart electronic device includes a signal transmitting unit, a signal processing unit and a touchable image display unit which are electrically connected to one another. The signal processing unit is able to receive the detected signal by the signal transmitting unit. According to the detected signal, the signal processing unit is able to generate a simulation image and at least a physical data of the swing motion. The touchable image display unit is configured for displaying the simulation image and the physical data.

Description

Golf training system

The present invention relates to a golf training system, and more particularly to a golf training system in which a motion sensing element is disposed on a golf club to sense various physical characteristics of the swing motion for analysis.

In recent years, sports have become popular, and golf is also very popular among everyone. Golf requires good skill to use the smooth swing to get the ball out, so the training of swing skills is a very important part of golf.

With the development of science, scientific training can gradually improve athletic performance through various analytical data. Therefore, a good golf training system will bring a convenient and efficient training method for golf-loving groups. Your own skills.

In the past, one-on-one courses were usually used as the main training method between the trainees and the coaches. However, such training methods require a lot of time and money, so it is not easy to popularize among golfers.

A golf training system provided by the present invention mainly includes a motion sensing component and a portable smart electronic device. Motion sensing component It can be disposed on the golf club to sense the user's swing motion and generate motion sensing signals accordingly. A wireless connection between the portable smart electronic device and the motion sensing component. The portable intelligent electronic device has a signal transmission unit, a signal processing unit and a touch image display unit. The signal transmission unit, the signal processing unit, and the touch image display unit are electrically connected to each other. The signal processing unit is configured to receive the motion sensing signal through the signal transmission unit to generate a simulated image of the swing motion according to the motion sensing signal, and calculate at least one swing motion information according to the motion sensing signal, and the signal The processing unit is further configured to display the simulated image and the swing motion information through the touch image display unit.

Another golf training system provided by this creation includes The cloud server, the motion sensing component, the first portable smart electronic device and the second portable smart electronic device. The motion sensing component can be disposed on the golf club to sense the swing motion of the user and generate a motion sensing signal accordingly. The first portable smart electronic device is wirelessly connected to the motion sensing component and the cloud server. The first portable smart electronic device has a first signal transmission unit, a first signal processing unit, and a first touch image display unit. The first signal transmission unit, the first signal processing unit, and the first touch image display unit are electrically connected to each other. The second portable smart electronic device is wirelessly connected to the cloud server. The second portable smart electronic device has a second signal transmission unit, a second signal processing unit, and a second touch image display unit. The second signal transmission unit, the second signal processing unit, and the second touch image display unit are electrically connected to each other. The first signal processing unit is configured to receive the motion sensing signal through the first signal transmitting unit, to generate a simulated image of the swing motion according to the motion sensing signal, and calculate at least one swing motion according to the motion sensing signal. News. First signal processing list The element is further configured to display the simulated image and the at least one swing motion information through the first touch image display unit. The first signal processing unit is further configured to transmit the analog image and the at least one swing motion information to the second portable smart electronic device through the first signal transmission unit, the cloud server and the second signal transmission unit.

This creation uses the motion sensing component to sense the user's swing. The rod action is calculated according to the motion sensing signal generated by the motion sensing component to generate various swing motion information required, so the creation can simulate the user's swing motion and display the above various swing motion information. This allows users to instantly know the shortcomings of their swing and improve them. In addition, this creation can be combined with the cloud server, so that the student and the coach can share the swing simulation image and the swing motion information through the cloud server, so the remote teaching is not only convenient and time-saving, but also Make the promotion of the ball more efficient.

10‧‧‧Golf Training System

20‧‧‧ golf clubs

101‧‧‧ motion sensing components

102, 103‧‧‧ Portable smart electronic devices

21‧‧‧Signal transmission unit

22‧‧‧Signal Processing Unit

23‧‧‧Touch Image Display Unit

30‧‧‧Mime screen

40‧‧‧Swing action information

50‧‧‧Cloud Server

401‧‧‧Swing track

402‧‧‧Swing speed

403‧‧‧ hitting point

404‧‧‧ face horizontal angle

405‧‧‧Swing rhythm

FIG. 1 illustrates a golf training system in accordance with a first embodiment of the present invention.

FIG. 2 is a schematic diagram showing internal components of the portable smart electronic device of the present invention.

FIG. 3 is a schematic diagram showing the display of the simulated image and the swing information by the touch image display unit of the present invention.

Fig. 4 is a schematic view showing the golf training system of the second embodiment of the present invention.

As shown in FIG. 1 , it shows the Gore of the first embodiment of the present creation. The golf ball training system 10 includes a motion sensing component 101 and a portable smart electronic device 102. The motion sensing element 101 is disposed on the golf club 20 to sense the swing motion of the user and accordingly generate a motion sensing signal. For example, the motion sensing component 101 can be configured with a three-axis acceleration sensing module to sense acceleration of three different dimensions of the swing motion, and can be configured with a gyroscope to sense the direction change of the swing motion. That is to say, the motion sensing signal generated by the motion sensing component 101 may be measurement information including the measurement information and the direction change of the acceleration described above. However, this creation is not limited to this. In addition, the portable smart electronic device 102 and the motion sensing component 101 are wirelessly connected to receive the motion sensing signal generated by the motion sensing component 101.

As shown in FIG. 2 , the portable smart electronic device 102 has a signal transmission unit 21 , a signal processing unit 22 , and a touch image display unit 23 . The signal transmission unit 21, the signal processing unit 22, and the touch image display unit 23 are electrically connected to each other. The signal processing unit 22 can receive the motion sensing signal generated by the motion sensing component 101 through the signal transmitting unit 21 .

Referring to FIG. 2 and FIG. 3, the signal processing unit 22 can generate the simulated image 30 of the swing motion according to the motion sensing signal, and can calculate the swing motion information 40 according to the motion sensing signal (described later). In addition, the signal processing unit 22 can display the analog image 30 and the swing motion information 40 through the touch image display unit 23 . It should be particularly noted that the swing motion information 40 may include various swing characteristics of the user, such as a swing path 401 (swing path), a swing speed 402 (club speed), and a stroke. At least one of a sweet spot 403, a face angle 404, and a swing tempo 405. The swing rhythm referred to here is 405 Generally speaking, it refers to the time taken by the user for the backswing and the downswing when making a swipe action. A suitable and smooth swing rhythm 405 helps to release the body's strength during a shot to increase the flight distance of the ball.

It is also worth mentioning that the face horizontal angle 404 is generally speaking It refers to the tilting direction of the ball striking face (face) of the golf club head. If the face is slightly tilted upward, it belongs to the open setting (open). If it is slightly inclined downward, it belongs to the close setting. If it is facing the front, Belongs to the square setting (square). Since each user's batting posture will cause the ball to rotate in different directions after being shot out, the horizontal angle 404 of the analysis face can be used to observe the user's hitting stability, and further judge the current situation. Whether the club face horizontal angle 404 of the club is suitable for the current user, selecting the club with a suitable face horizontal angle 404 will improve the accuracy of the shot. Therefore, the swing motion information 40 analyzed by the golf training system 10 of the present invention allows the user to conveniently select a suitable hit when using the motion sensing component 101 when selecting a club in a general golf club. Ball features the club.

In addition, the portable smart electronic device 102 can install an application program. And the signal processing unit 22 can generate the analog image 30 according to the motion sensing signal 11 through the application, and calculate the swing motion information 40 according to the motion sensing signal 11 through the application. The signal processing unit 22 is further configured to record the swing motion information 40 of the user's multiple swing motions, so as to further display the swing motion information 40 of the recorded swing motions through the touch image display unit 23 for providing The user compares. In the present creation, the portable smart device 102 can be one of a smart phone, a notebook computer or a tablet computer.

FIG. 4 is a golf ball of the second embodiment of the present invention. Training system 60, which mainly includes a cloud server 50, motion sensing component 101. The first portable smart electronic device 102 and the second portable smart electronic device 103. The motion sensing component 101 is disposed on the golf club 20 to sense the swing motion of the user and generate motion sensing signals accordingly. The first portable smart electronic device 102 is wirelessly connected to the motion sensing component 101. The cloud server 50 is wirelessly connected to the first portable smart electronic device 102 and the second portable smart electronic device 103. The first portable smart electronic device 102 and the second portable smart electronic device 103 each have a signal transmission unit, a signal processing unit, and a touch image display unit. The signal transmission unit, the signal processing unit, and the touch image display unit in each portable smart electronic device are electrically connected to each other.

The second embodiment of the present invention differs from the first embodiment in that The second portable smart electronic device 103 and the cloud server 50 are added. The second portable smart electronic device 103 and the first portable smart electronic device 102 are substantially identical in structure and function. In the second embodiment, the first portable smart electronic device 102 can be regarded as a device of the student terminal, and the second portable smart electronic device 103 can be regarded as a device of the trainer, and then the cloud server 50 can be used. Start the distance teaching mode of the golf training system. For example, the first portable smart device 102 can transmit the analog image and the swing motion information generated by the student terminal to the second portable device through the internal signal transmission unit and the external cloud server 50. The signal transmission unit inside the smart electronic device 103 is guided by a coach who is located at the coach. Similarly, the coaching end can also have another motion sensing device to generate another analog image and another swing motion information, and can be transmitted through the second portable smart electronic device 103 using a method similar to the above. The signal transmission unit and the external cloud server 50 transmit the simulation image and the swing motion information generated by the coaching end to the student end to achieve the purpose of teaching demonstration.

In addition, the signal in the second portable smart electronic device 103 The processing unit can also be configured to receive the input information of the coach (for example, a comment or a note of the swing action) through the touch image display unit in the second portable smart electronic device 103, and mark the input information in the The analog image transmitted from the student end is further transmitted back to the first portable smart electronic device 102 through the signal transmission unit in the second portable smart electronic device 103. Of course, the signal processing unit in the second portable smart device 103 can also mark the input information in the analog image transmitted by the student through the application.

In summary, the creative golf training system can make Through the motion sensing components and the portable intelligent electronic device, the user can understand the swing motion and the ball striking characteristics, and the user can perform self-training and motion correction through the simulation image and the swing motion information, and can also be used. When purchasing a club in a golf club, it is possible to correctly select a club that suits its own hitting characteristics. The creative golf training system can also enable the student and the coach to achieve long-distance teaching through the cloud server, which not only saves a lot of time and money, but also efficiently makes the ball skill.

10‧‧‧Golf Training System

20‧‧‧ golf clubs

101‧‧‧ motion sensing components

102‧‧‧Portable smart electronic device

Claims (11)

A golf training system, comprising: a motion sensing component, disposed on a golf club to sense a swing motion of a user, and accordingly generating a motion sensing signal; and The portable smart electronic device has a wireless transmission connection with the motion sensing component. The portable intelligent electronic device has a signal transmission unit, a signal processing unit and a touch image display unit. The signal transmission unit, The signal processing unit and the touch image display unit are electrically connected to each other; wherein the signal processing unit is configured to receive the motion sensing signal through the signal transmission unit to generate the motion sensing signal according to the motion sensing signal. One of the swing motions simulates an image, and the at least one swing motion information is calculated according to the motion sensing signal, and the signal processing unit is further configured to display the simulated image and the at least one swing motion through the touch image display unit News. The golf training system according to claim 1, wherein the swing motion information includes a swing path, a club speed, and a sweet spot of the swing motion. At least one of a face angle and a swing tempo. The golf training system of claim 1, wherein the portable intelligent electronic device further includes an application, and the signal processing unit includes the application sensing device according to the motion sensing signal. The simulation image is generated, and at least one swing motion information is calculated according to the motion sensing signal through the application. The golf training system of claim 1, wherein the signal processing unit is further configured to record the swing motion information of the user's multiple swing actions for further display through the touch image display unit. The swing action information of the swing actions is provided for comparison by the user. The golf training system of claim 1, wherein the portable smart electronic device comprises a smart phone, a notebook computer or a tablet computer. A golf training system, comprising: a cloud server, a motion sensing component disposed on a golf club to sense a swing motion of a user, and accordingly generating a motion sensing The first portable smart electronic device has a first signal transmission unit and a first signal processing. The first portable intelligent electronic device is wirelessly connected to the motion sensing component and the cloud server. And the first touch image display unit, the first signal processing unit, the first signal processing unit, and the first touch image display unit are electrically connected to each other; and a second portable type The smart electronic device is wirelessly connected to the cloud server. The second portable smart device has a second signal transmission unit, a second signal processing unit, and a second touch image display unit. The second signal transmission unit, the second signal processing unit, and the second touch image display unit are electrically connected to each other; wherein the first signal processing Element for signal transmission through the first single Receiving the motion sensing signal to generate an analog image of the swing motion according to the motion sensing signal, and calculating at least one swing motion information according to the motion sensing signal, and the first signal processing unit further The first signal processing unit is configured to sequentially transmit the analog image and the at least one swing motion information through the first touch image display unit, and the first signal processing unit is also configured to sequentially transmit the first signal transmission unit, the cloud server, and the first The second signal transmission unit transmits the analog image and the at least one swing motion information to the second portable smart electronic device. The golf training system of claim 6, wherein the second signal processing unit is configured to receive the analog image and the at least one swing motion information transmitted by the cloud server through the second signal transmission unit. And displaying the analog image and the at least one swing motion information through the second touch image display unit, the second signal processing unit is further configured to receive an input information through the second touch image display unit, and The input information is recorded in the analog image to further transmit the marked analog image back to the first portable smart electronic device through the second signal transmission unit. The golf training system of the seventh aspect of the invention, wherein the first portable smart electronic device and the second portable smart electronic device are each installed with an application, and the first signal processing The unit includes generating, by the application, the analog image according to the motion sensing signal, and calculating, by the application, at least one swing motion information according to the motion sensing signal, and the second signal processing unit includes The input information is marked in the simulated image through the application. The golf training system according to claim 6, wherein the swing motion information includes a swing path, a club speed, and a hit point of the swing action. At least one of a spot), a face angle, and a swing tempo. The golf training system of claim 6, wherein the first signal processing unit is further configured to record the swing motion information of the user's multiple swing actions to further transmit the first touch type The image display unit displays the swing motion information of the swing actions for the user to compare. The golf training system of claim 6, wherein the first portable smart electronic device and the second portable smart electronic device comprise a smart phone and a portable device. Computer or a tablet.