CN211935487U

CN211935487U - Accurate golf push rod evaluation training system

Info

Publication number: CN211935487U
Application number: CN201922265333.8U
Authority: CN
Inventors: 张炳麟
Original assignee: New Era Future Beijing Technology Co ltd
Current assignee: New Era Future Beijing Technology Co ltd
Priority date: 2019-12-16
Filing date: 2019-12-16
Publication date: 2020-11-17
Anticipated expiration: 2029-12-16

Abstract

The utility model provides an accurate golf push rod evaluation training system, which comprises a frame placed on the ground of a golf training room, wherein electric guide rails are respectively arranged in three directions and at the top of the frame, the electric guide rails fix a camera through an electric bracket of the camera, and four groups of electric guide rails are connected with a control box; the system also comprises SAM PuttLab push rod test equipment and a display screen which are connected with the control box to the server. The method of combining the system is to wear the sensor on the person to be trained and send it to the server through the receiver. And then the data is analyzed to realize training. The accurate golf push rod evaluation training system directly compares and corrects the user action, is convenient and visual, and has better real-time comparison and standard action correction effects.

Description

Accurate golf push rod evaluation training system

Technical Field

The utility model relates to a motion training platform especially relates to an accurate golf push rod test and appraisal training system.

Background

The golf game is not limited by seasons, has all-round body movement and controllable amount of exercise, and is popular among people of different ages. In addition to participating in golf competitions, the practice of daily golf skills for fitness purposes has become a very important part of the lives of many people. Training of the basic phases of action (e.g., swing) is the most basic and critical to a golfer's golfing; among them, the training and the process of pursuing a perfect swing are the most time consuming tasks for the trainers and beginners. Various training and training aids and devices have been developed to help quickly improve the skill level of a trainee's golfing activity.

SUMMERY OF THE UTILITY MODEL

The utility model provides an accurate golf push rod evaluation training system for solve the training problem of golf basic motion, its technical scheme as follows:

an accurate golf push rod evaluation training system comprises a frame placed on the ground of a golf training room, wherein electric guide rails are respectively arranged in three directions and at the top of the frame, a camera is fixed by the electric guide rails through an electric camera support, and four groups of electric guide rails are connected with a control box; the system also comprises SAM PuttLab push rod test equipment and a display screen which are connected with the control box to the server.

The display screen is provided with three, is used for showing the content of shooing four cameras of the sportsman of being trained respectively to and show the training result.

The SAM PuttLab putting test device is located between the trained player and one of the cameras.

The server is in wireless connection with two tablet computers and used for wirelessly adjusting the position of the camera.

The ground of the golf training room is laid with sand-inlaid green, the area of the sand-inlaid green is at least 3m multiplied by 5 m.

The server is connected with a receiver and used for receiving data of a sensor, and the sensor is worn on a trained player.

The four cameras are divided into two groups, the first group of cameras are used for shooting images right above the standing position and on the right side of the standing position and are displayed on the first display screen, and the second group of cameras are used for shooting images on the left front side of the standing position and on the rear side of the hole and are displayed on the second display screen.

The first camera is adjusted to be parallel to the hand position of a tested person, the third camera is adjusted to be right above the head of the player, the second camera is adjusted to be basically parallel to the ball, and the fourth camera is adjusted to be parallel to the ball.

The sensor adopts a three-axis gyroscope and is used for detecting the position data of the wrist and the club.

The accurate golf push rod evaluation training system directly compares and corrects the user action, is convenient and visual, and has better real-time comparison and standard action correction effects.

Drawings

FIG. 1 is a schematic diagram of the structure of the precision golf putter evaluation training system;

fig. 2 is a perspective view of a field of the present system.

Detailed Description

As shown in fig. 1, the accurate golf putter evaluation training system includes: the system comprises a first camera 1, a second camera 2, a third camera 3, a fourth camera 4, a SAM PuttLab push rod test device 5, a display screen 6, a control box 7 and a framework 10.

The frame 10 is placed on the ground of a golf training room, is of a cuboid structure and is constructed by upright posts, cross rods and longitudinal rods.

Four cameras are arranged on the frame 10, the first camera 1 is positioned at the left side of the frame 10 and is used for monitoring and recording wrist holding rod actions, station aiming lines, putter head positions and aiming baselines.

On the left of the frame 10, a display screen 6 is provided, and three sets of display screens 6 are provided.

The second camera 2 is located in front of the frame 10, which is also directly in front of the standing position, and monitors, records, analyzes the initial roll of the golf ball, the face contact angle, the hand motion, and the body motion.

The third camera 3 is positioned above the frame 10, which is also right above the top of the head of the trained player, and is provided with a cross electric guide rail for monitoring the head action, the eye ball-aiming position and the body action.

The fourth camera 4 is positioned behind the frame 10, just above the hole, and monitors the rolling condition of the whole ball.

Only parameters of the whole motion process of the push rod are provided, no specific video body parameters exist, and the push rod evaluation training system for accurate golf is more perfect. The technical core links of the push rod training are captured by four high-definition cameras with multiple machine positions, for example, whether the movement of a wrist in the whole push rod process is more reasonable or not, the initial sliding distance after the hitting of golf is long, and the result can directly influence the hole entering accuracy of the push rod. Whether the body's static posture and dynamic posture differ reasonably, etc.

Each camera is fixed through the electronic support of camera that corresponds, the different equipment fixing demands of realization that can be better. Electric guide rails are respectively arranged at the top ends of the frame 10 in the left direction, the front direction and the rear direction and are used for fixing four electric camera supports. The camera arranged on the electric guide rail can be suitable for players of different statures, and the adopted data is better and more accurate.

Between the first camera 1 and the trained player, a SAM PuttLab push test device 5 is provided. The SAM PuttLab push rod test device 5 is used in synchronization with the camera and is capable of detecting the overall data of ten balls. The direct cooperation of the camera and the SAM PuttLab push rod test equipment 5 can enable the data of the player push rod to be visualized, and the training effect is better.

The electric guide rails where the first camera 1, the second camera 2, the third camera 3 and the fourth camera 4 are located are all connected with the control box 7, and the electric guide rails are controlled through the control box 7 so as to control the positions of the four cameras.

The SAM PuttLab push rod testing device 5, the display screen 6 and the control box 7 are all connected with the server.

In addition, the system also comprises two tablet computers which are in wireless connection with the server and used for wirelessly adjusting the position of the camera.

And the sand-inlaid greens laid on the ground are 3m multiplied by 5m, the sand-inlaid greens restore the field effect of actual combat to the maximum extent, and can be adjusted in real time according to the speeds of different competition greens, so that the requirements of player training can be better met.

The utility model discloses a combination of different equipment can let the coach to sportsman's more clear of technique, and the sportsman also can know the advantage and disadvantage of oneself in real time through the vision, lets the better high efficiency of training.

The utility model discloses a detection step as follows:

s1, turning on a power switch, lamplight, starting a server and turning on Sam puttlab software;

s2, connecting a Sam puttlap host of the inspection equipment with a third television, preparing a push rod, a receiver, a sensor, a calibration ruler, a calibration board and a laser calibrator, checking whether the Sam support is in a horizontal state, placing the Sam support at a position 3-4 yards away from an opening, pulling out the Sam measuring ruler to determine a ball position facing a batting person, and installing the receiver;

s3, camera: the position is regulated and controlled on an operation desk, and the video recording sets iPad operation, wherein one group is black and one group is white. A first group: a second group directly above (head top) the standing position and on the right side (high flush with hand) of the standing position: the left front (with high knees) of the standing position is shown on the second television after the ball hole (with high knees).

S4, clicking to input customer information first, wherein the name last: and the family name is stored, and the server inputs the information of the tested person.

S5, calibration: and binding the sensor on the push rod from bottom to top by using the calibration ruler, placing the bottom surface of the push rod on the calibration ruler to be superposed with the calibration line of the push rod, enabling the sensor to be vertical to the surface direction of the rod, and adjusting the position.

S6, placing the calibration board on the opening, enabling the aiming line to be in the middle of the opening, pulling out the measuring scale at the bottom of the sam support, attaching the laser indicator to the front of the sam measuring scale, enabling the laser point to be irradiated on the central line of the calibration board, keeping the laser indicator still, opening the sensor, attaching the push rod face to the measuring scale, keeping the laser indicator still, and clicking the server to calibrate.

And S7, clicking a measure test after the calibration is finished, and hitting ten balls at a fixed point. When a ball is hit, the distance between a ball point and a ball hole is 3.5M, a straight line is formed between a round hole vertical point pulled out by a pull rod of the SAM push rod device and the ball hole, and the distance is not less than 3M.

And S8, closing the sensor after the batting is finished, storing batting reports, and checking and explaining extended detailed reports.

And S9, detaching the sensor, arranging all the devices and returning to the original position.

The sensors are arranged on the club and the wrist and are respectively used for detecting the position data of the club and the wrist, and the sensors can also be arranged on the head and are used for detecting the position data of the head.

The server is provided with a central control console, and is connected with all the camera track control and lamplight illumination as well as the power supply of the display screen. The server is connected with the SAM push rod device, and the test result and the data analysis are displayed on the No. 3 display screen.

In the example, the SAM T-sensor is tied to the putter with the bottom at an angle of 90 degrees from the putter sole 25CM, the parallel plane of the T-device and the putter face normal.

And pulling out the scale, putting the push rod on the facing in parallel, enabling the face of the rod to face the hole, and calibrating the laser sighting device. The vertical point of the scale circle is marked to place the ball.

The player takes the push rod to make a preparation gesture at the mark point, the technician console adjusts and combines the high-speed camera,

the first camera 1 and the third camera 3 are connected to the IPAD No. 1 in a combined mode, the second camera 2 and the fourth camera 4 are connected to the IPAD No. 2, and the camera positions are adjusted through IPAD display.

The first camera 1 is adjusted to be parallel to the hand position of the tested person, and the third camera 3 (overhead cross track) is adjusted to be right above the head of the player. The second camera 2 (the camera in front of the person to be tested) is adjusted to a position substantially parallel to the ball, and the fourth camera 4 (above the hole) is adjusted to a position parallel to the ball.

After the tested player pushes 10 balls, the tested player firstly sees the test result of the SAM, then analyzes the video playback of the four cameras, comprehensively analyzes the data of the player and carries out perfect analysis.

Claims

1. The utility model provides an accurate golf push rod evaluation training system which characterized in that: the golf training room comprises a frame which is placed on the ground of a golf training room, electric guide rails are respectively arranged in three directions and at the top of the frame, a camera is fixed by the electric guide rails through an electric camera support, and four groups of electric guide rails are connected with a control box; the system also comprises SAM PuttLab push rod test equipment and a display screen which are connected with the control box to the server.

2. The accurate golf putter evaluation training system of claim 1, wherein: the display screen is provided with three, is used for showing the content of shooing four cameras of the sportsman of being trained respectively to and show the training result.

3. The accurate golf putter evaluation training system of claim 1, wherein: the SAM PuttLab putting test device is located between the trained player and one of the cameras.

4. The accurate golf putter evaluation training system of claim 1, wherein: the server is in wireless connection with two tablet computers and used for wirelessly adjusting the position of the camera.

5. The accurate golf putter evaluation training system of claim 1, wherein: the ground of the golf training room is laid with sand-inlaid green, the area of the sand-inlaid green is at least 3m multiplied by 5 m.

6. The accurate golf putter evaluation training system of claim 1, wherein: the server is connected with a receiver and used for receiving data of a sensor, and the sensor is worn on a trained player.

7. The accurate golf putter evaluation training system of claim 1, wherein: the four cameras are divided into two groups, the first group of cameras are used for shooting images right above the standing position and on the right side of the standing position and are displayed on the first display screen, and the second group of cameras are used for shooting images on the left front side of the standing position and on the rear side of the hole and are displayed on the second display screen.

8. The precision golf putter evaluation training system of claim 7, wherein: the first camera is adjusted to be parallel to the hand position of a tested person, the third camera is adjusted to be right above the head of the player, the second camera is adjusted to be basically parallel to the ball, and the fourth camera is adjusted to be parallel to the ball.

9. The precision golf putter evaluation training system of claim 6, wherein: the sensor adopts a three-axis gyroscope and is used for detecting the position data of the wrist and the club.