CN215195337U - Teaching device for simulating golf hitting state - Google Patents
Teaching device for simulating golf hitting state Download PDFInfo
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- CN215195337U CN215195337U CN202120595470.2U CN202120595470U CN215195337U CN 215195337 U CN215195337 U CN 215195337U CN 202120595470 U CN202120595470 U CN 202120595470U CN 215195337 U CN215195337 U CN 215195337U
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Abstract
The utility model relates to a golf technical field specifically is a teaching device of simulation golf ball batting state, including bottom plate, demonstration ball and teaching club, the activity is provided with the directional stick of face and head direction of motion stick of face on the face of teaching club, the teaching club can free rotation, accessible adjustment on the bottom plate teaching club, the directional stick of face with different batting states such as the different batting angle of simulation are transferred to head direction of motion stick, and this golf teaching device becomes the teaching model of being convenient for to understand with the theoretical simulation of abstract, can simulate out the face directional, head direction of motion, can direct observation when teaching pole directional and tilt state, and the take-off direction and the aerial bending direction of judgement play ball pass through the utility model discloses, understand the principle that produces different ball ways.
Description
Technical Field
The utility model relates to the technical field of golf, in particular to a teaching device for simulating the hitting state of a golf ball.
Background
The golf swing action is that the rotation of the spine of the human body drives the arms, and then the arms drive the club, so that the club head can hit the golf ball at a reasonable motion path and a reasonable hitting angle under the high-speed motion. Now, by means of radar detection equipment, a number of hitting parameters at the moment of hitting the ball can be detected, such as: loft, dynamic shaft inclination, head path, angle of impact, hosel angle, etc., which may provide a scientific analysis of the ball's flight state (ball path). The ball path, i.e. the flight path of a ball in the air, relates to the takeoff direction, the bending direction in the air and the trajectory. There are 11 common ball paths (see fig. 1). On a golf course, players need to choose to play different routes according to different conditions of a fairway and a green. The difficult and obscure hitting principle is difficult to be understood by most ball players and is difficult to stably play different ball paths.
Based on the pain point, a teaching device for simulating the hitting state of the golf is developed, is applied to teaching and training of golf, is helpful for ball players to understand the hitting principle, and makes different matching technical actions according to different requirements of a ball path.
SUMMERY OF THE UTILITY MODEL
To the deficiency of the prior art, the utility model provides a teaching device for simulating the batting state of a golf.
In order to achieve the above object, the utility model provides a following technical scheme: the utility model discloses a teaching device of simulation golf batting state, include: a bottom plate (15), a demonstration ball (2) and a teaching ball rod (17);
the sole plate (15) is provided with a club head track indicating component (16), the club head track indicating component (16) can freely rotate on the plane of the sole plate (15), and the club head track indicating component (16) is used for indicating the club head track;
the demonstration ball (2) demonstrates the motion state of the ball body in the batting process, and the motion state comprises the position of the ball body;
the bottom of the teaching club (17) can rotate and incline on the bottom plate (15) so that the head of the teaching club (17) can simulate different club face angles and different batting angles.
Further, the club face pointing stick (181) and the club head moving direction stick (182) are also included;
the face pointing rod (181) is connected to the face (171), the connection comprising a fixed connection and a magnet attracting connection;
the club head moving direction rod (182) is movably connected with the club face pointing rod (181) through a bolt (19), and the club head moving direction rod (182) indicates different angles through rotation change.
Further, the lower section of the face directing rod (181) is a hollow structure, and the rod head moving direction rod (182) can be folded and accommodated in the hollow structure.
Further, the pointing direction of the face-pointing rod (181) varies with the change of the face angle and the dynamic loft angle;
the orientation of the club head direction of motion bar (182) varies with club head path and ball striking angle.
Further, a target line (12) is arranged on the bottom plate (15), the target line (12) is positioned in the aiming direction when preparing to hit the ball,
the face angle is an included angle between the face (171) and a target line (12) on the surface of the bottom plate (15) at the moment of hitting the ball;
the dynamic loft angle is the angle of the face (171) to the vertical at the moment of impact;
the head moving direction is the moving path of the head of the teaching golf club (17) before and after hitting a ball;
the batting angle is an included angle between the movement track of the club head and the surface of the bottom plate (15) when batting.
Further, the plane formed by the intersection of the club face pointing rod (181) and the club head movement direction rod (182) is a D-plane, the D-plane component is positioned on the D-plane, the D-plane component rotates along with the axes of the club face pointing rod (181) and the club head movement direction rod (182), the D-plane component can be adjusted to demonstrate D planes with different directions and different inclination directions by rotating the club face pointing rod (181) and the club head movement direction rod (182), and the D-plane component is used for demonstrating the ball air flight trajectory.
Further, a plurality of demonstration balls (2) are arranged, the first demonstration ball (21) is arranged on the club face pointing rod (181), the first demonstration ball (21) is arranged close to one end of the club face (171), and the first demonstration ball (21) demonstrates the initial position state of a ball when the ball is hit;
and a second demonstration ball (22) is arranged on the D-plane component, the second demonstration ball (22) shows different inclination and rotation directions of the sphere along with the rotation and the inclination of the D-plane component, and the second demonstration ball (22) is used for simulating the inclined state of the sphere in the D-plane.
Furthermore, a rotating shaft (6) is arranged on the demonstration ball II (22), the rotating shaft (6) penetrates through the demonstration ball II (22), and the rotating shaft (6) reflects the rotating shaft direction in the air in the movement process of the demonstration ball II (22) so as to represent the bending direction of the ball path of the demonstration ball II (22) in the air.
If the D-plane component is directed to the left of the target line (12), then it represents a shot to the left of the target line (12); if the D-plane component is directed to the right of the target line (12), then it represents a shot to the right of the target line (12);
if the D-plane component inclines to the left, the rotating shaft (6) of the demonstration ball II (22) also inclines to the left, and the ball body generates leftward lateral rotation after being hit; if the D-plane component inclines rightwards, a rotating shaft (6) of the demonstration ball II (22) also inclines rightwards, and the ball body generates right sidespin after being hit;
if the D-plane component coincides with the target line (12), the ball moves in the direction of the target line (12) after hitting.
If the ball is hit to the right of the target line (12), the D-plane component points to the right of the target line (12);
if a ball is struck in the direction of the target line (12), the D-plane component is directed to coincide with the target line (12).
Furthermore, the club head track indicating component (16) comprises a concentric circle component and an indicating rod, wherein the concentric circle component consists of two circular rings, the inner ring of the concentric circle component is a magnet, the outer ring of the concentric circle component is fixedly connected with the indicating rod, and the club head bottom of the teaching club (17) can be adsorbed on the inner ring to rotate freely, so that the club head of the teaching club (17) simulates the face angle.
Advantageous effects
Compared with the prior art, the utility model provides a teaching device of simulation golf batting state possesses following beneficial effect:
this golf teaching device combines together abstract D-plane principle and complicated ball way, simulates into the teaching model who is convenient for understand, can simulate out the face and point to, pole head direction of motion, and the direction and the tilt state of pole when can direct observation teach out, judge the direction of taking off and the aerial bending direction of ball directly perceived, through the utility model discloses, understand the principle that produces different ball ways.
Drawings
FIG. 1 is a schematic structural view of the present invention;
FIG. 2 is a schematic view of a teaching ball rod of the present invention;
FIG. 3 is a schematic structural view of the club face directing bar and the club head moving direction bar of the present invention;
fig. 4 is a schematic diagram of the position relationship of the D-plane of the present invention.
In the figure:
2. a demonstration ball;
21. demonstrating a ball I;
22. a second demonstration ball;
6. a rotating shaft;
12. a target line;
15. a base plate;
16. a head trajectory indicating member;
17. a teaching cue;
171. a face;
181. a face-pointing bar;
182. the rod head moving direction rod;
19. and (4) bolts.
Detailed Description
To explain technical contents, structural features, and objects and effects of the technical solutions in detail, the following detailed description is given with reference to the accompanying drawings in conjunction with the embodiments.
Referring to fig. 1-4, the teaching device for simulating the hitting state of a golf ball of the present invention comprises a bottom plate 15, a demonstration ball 2, and a teaching ball rod 17;
the sole plate 15 is provided with a club head track indicating component 16, the club head track indicating component 16 can freely rotate on the plane where the sole plate 15 is located, the club head track indicating component 16 is used for indicating the club head track, the club head track indicating component 16 can be freely rotated by being attracted to the sole plate 15 through a magnet, or can be movably fixed on the sole plate 15 through a bolt 19, and other connection modes, and the club head track indicating component 16 can be a rod-shaped stick or other components;
the demonstration ball 2 demonstrates the motion state of the ball body in the batting process, the motion state comprises the position of the ball body, and the state of the ball body under different batting angles and different batting directions is intuitively simulated through the state of the demonstration ball 2;
the sole of the teaching club 17 can be rotatably tilted on the sole plate 15 so that the head of the teaching club 17 simulates different lofts and different ball striking angles. The bottom of the teaching ball rod 17 can be contacted with the bottom plate 15 in a magnet adsorption mode, or other modes which enable the teaching ball rod 17 to rotate freely are adopted.
Further, a face-pointing rod 181 and a head movement direction rod 182; the face pointing rod 181 is connected to the face 171, specifically, may be connected by a direct fixing manner or by a magnet adsorption manner; the club head moving direction bar 182 is movably connected to the club face pointing bar 181 by a bolt 19, and the club head moving direction bar 182 indicates different angles by a rotational change.
Further, the lower section of the club face pointing rod 181 is a hollow structure, the club head moving direction rod 182 can be folded and accommodated in the hollow structure, and the pointing direction of the club face pointing rod 181 changes with the change of the club face angle and the dynamic loft angle; the orientation of the club head direction of motion bar 182 varies with club head path and ball striking angle.
A target line 12 is arranged on the bottom plate 1, the target line 12 is positioned in the aiming direction during the preliminary striking, and the club face angle is the included angle of the club face 171 and the target line 12 on the surface of the bottom plate 15 at the moment of striking; the dynamic loft angle is the angle of the face 171 from the vertical at the moment of impact; the head moving direction is the moving path of the teaching club 17 head before and after the hitting; the hitting angle is an included angle between the movement track of the club head and the plane of the bottom plate 15 during hitting. By adjusting the teaching club 17, the club face directing rod 181 and the club head moving direction rod 182, different club head paths, different hitting angles, different club face angles, different dynamic loft angles and other variables can be simulated, so that a teacher can operate the teaching club to intuitively display the moving state of a ball under different hitting conditions.
The plane formed by the intersection of the club face directing rod 181 and the club head moving direction rod 182 is a D-plane, a D-plane component is located on the D-plane, the D-plane component rotates along with the axes of the club face directing rod 181 and the club head moving direction rod 182, and the rotation of the club face directing rod 181 and the club head moving direction rod 182 can adjust the D-plane component to demonstrate D-planes with different directions of orientation and different directions of inclination, and the D-plane component is used for demonstrating the flight trajectory of the golf ball in the air.
The demonstration ball 2 is provided in plurality, the demonstration ball 21 is arranged on the face pointing rod 181, the demonstration ball 21 is arranged close to one end of the face 171, and the demonstration ball 21 demonstrates the initial position state of the ball when hitting the ball. The D-plane component is provided with a demonstration ball II 22, the demonstration ball II 22 shows different inclination and rotation directions of the sphere along with the rotation and the inclination of the D-plane component, and the demonstration ball II 22 is used for simulating the inclined state of the sphere in the D-plane.
The second demonstration ball 22 is provided with a rotating shaft 6, the rotating shaft 6 penetrates through the second demonstration ball 22, and the direction of the rotating shaft 6 in the movement process of the second demonstration ball 22 represents the bending direction of the ball path of the second demonstration ball 22 in the air. The rotation direction of the ball can influence the revolving direction of the ball in the air after the ball is hit, so the rotation shaft 6 is arranged to facilitate the observation of the rotation direction so as to judge the revolving direction of the ball in the air after the ball is hit. Meanwhile, the demonstration ball one 21 can also be provided with the rotating shaft 6. And the motion states of the ball body in different hitting directions and angles are demonstrated through the demonstration balls 2.
If the D-plane component is directed to the left of the target line 12, then it represents a shot to the left of the target line 12; if the D-plane component is directed to the right of the target line 12, then it represents a shot to the right of the target line 12;
if the D-plane component inclines to the left, the rotating shaft 6 of the demonstration ball II 22 also inclines to the left, and the ball body generates leftward lateral rotation after the ball is hit; if the D-plane component inclines rightwards, the rotating shaft 6 of the demonstration ball II 22 also inclines rightwards, and the ball body generates right lateral rotation after the ball is hit;
if the D-plane element coincides with the target line 12, the ball moves in the direction of the target line 12 after impact.
If a ball is hit to the right of the target line 12, the D-plane component points to the right of the target line 12;
if a ball is struck in the direction of the target line 12, the D-plane component is directed to coincide with the target line 12.
Further, the club head track indicating component 16 includes a concentric circle component and an indicating rod, the concentric circle component is composed of two circles, an inner circle of the concentric circle component is a magnet, an outer circle of the concentric circle component is fixedly connected with the indicating rod, and the club head bottom of the teaching club 17 can be adsorbed on the inner circle to freely rotate, so that the club head of the teaching club 17 simulates a club face angle.
To sum up, the utility model simulates a teaching model which is convenient to understand when in use, can simulate the direction of the club face and the motion direction of the club head, can directly observe the direction and the inclination state of the teaching club 17, and can visually judge the take-off direction and the aerial bending direction of the ball; can simulate different batting conditions through adjusting teaching club 17, the directional stick 181 of club face and club head direction of motion stick 182, can manually adjust club head orbit indicating component 16 simultaneously, and cooperation state demonstration ball 2 shows the demonstration batting process spheroid state, the rotatory state of ball in the air can be embodied to specific rotation axis 6, with the horizontal plane coincidence, incline to the left or incline to the right, represent the crooked direction in the air of ball way respectively, the demonstration through the model makes the teaching course understand more easily, and then improve the precision of teaching and teaching model's result of use. Further, for the result of use that improves bottom plate 15, the utility model discloses the improvement has, bottom plate 15's material is the light board of KT.
It should be noted that, although the above embodiments have been described herein, the scope of the present invention is not limited thereby. Therefore, based on the innovative concept of the present invention, the changes and modifications of the embodiments described herein, or the equivalent structure or equivalent process changes made by the contents of the specification and the drawings of the present invention, directly or indirectly apply the above technical solutions to other related technical fields, all included in the scope of the present invention.
Claims (10)
1. A teaching device for simulating the hitting state of a golf ball is characterized by comprising a bottom plate (15), a demonstration ball (2) and a teaching ball rod (17);
the sole plate (15) is provided with a club head track indicating component (16), the club head track indicating component (16) can freely rotate on the plane of the sole plate (15), and the club head track indicating component (16) is used for indicating the club head track;
the demonstration ball (2) demonstrates the motion state of the ball body in the batting process, and the motion state comprises the position of the ball body;
the sole of the teaching club (17) can be rotationally inclined on the sole (15) so that the head of the teaching club (17) simulates different face angles and different ball striking angles.
2. A teaching device for simulating the state of a golf shot according to claim 1, further comprising a face-pointing stick (181) and a head-movement direction stick (182);
the face pointing rod (181) is connected to the face (171), and the connection comprises a fixed connection and a magnet adsorption connection;
the club head moving direction rod (182) is movably connected with the club face pointing rod (181) through a bolt (19), and the club head moving direction rod (182) indicates different angles through rotation change.
3. The teaching device for simulating the hitting state of a golf ball according to claim 2, wherein the lower section of the club face directing bar (181) is a hollow structure, and the club head moving direction bar (182) is foldable and receivable in the hollow structure.
4. The teaching device for simulating the hitting state of a golf ball according to claim 2, wherein the pointing direction of the club face pointing rod (181) is changed according to the change of the face angle and the dynamic loft angle;
the orientation of the club head direction of motion bar (182) varies with club head path and ball striking angle.
5. A teaching device for simulating the hitting situation of a golf ball according to claim 4, wherein a target line (12) is provided on the sole plate (15), the target line (12) being located in the aiming direction at the time of the preliminary hitting,
the face angle is an included angle between the face (171) and a target line (12) on the surface of the bottom plate (15) at the moment of hitting the ball;
the dynamic loft angle is the angle of the face (171) to the vertical at the moment of impact;
the head moving direction is the moving path of the head of the teaching golf club (17) before and after hitting a ball;
the batting angle is an included angle between the movement track of the club head and the surface of the bottom plate (15) when batting.
6. The teaching device for simulating the hitting state of a golf ball according to claim 5, wherein the plane formed by the intersection of the club face directing rod (181) and the club head moving direction rod (182) is a D-plane, a D-plane component is located on the D-plane, the D-plane component rotates along with the axes of the club face directing rod (181) and the club head moving direction rod (182), and the rotating of the club face directing rod (181) and the club head moving direction rod (182) can adjust the D-plane component to demonstrate D-planes with different directions and different inclined directions, and the D-plane component is used for demonstrating the flight trajectory of a ball in the air.
7. The teaching device for simulating the hitting state of a golf ball according to claim 6, wherein there are a plurality of the demonstration balls (2), the face directing rod (181) is provided with a demonstration ball I (21) and the demonstration ball I (21) is arranged near one end of the face (171), the demonstration ball I (21) demonstrates the initial position state of the ball when hitting the ball;
and a second demonstration ball (22) is arranged on the D-plane component, the second demonstration ball (22) shows different inclination and rotation directions of the sphere along with the rotation and the inclination of the D-plane component, and the second demonstration ball (22) is used for simulating the inclined state of the sphere in the D-plane.
8. The teaching device for simulating the hitting state of the golf ball as claimed in claim 7, wherein the second demonstration ball (22) is provided with a rotating shaft (6), and the rotating shaft (6) penetrates through the second demonstration ball (22), and the rotating shaft (6) reflects the rotating shaft direction in the air during the movement of the second demonstration ball (22) so as to represent the bending direction of the second demonstration ball (22) in the air.
9. A teaching device for simulating the state of a golf shot according to claim 8, wherein if said D-plane section is directed to the left of said target line (12), it represents a shot to the left of the target line (12); if the D-plane component is directed to the right of the target line (12), then it represents a shot to the right of the target line (12);
if the D-plane component inclines to the left, the rotating shaft (6) of the demonstration ball II (22) also inclines to the left, and the ball body generates leftward lateral rotation after being hit; if the D-plane component inclines rightwards, a rotating shaft (6) of the demonstration ball II (22) also inclines rightwards, and the ball body generates right sidespin after being hit;
if the D-plane component is coincident with the target line (12), the ball moves along the direction of the target line (12) after hitting;
if a ball is struck to the right of the target line (12), the D-plane component points to the right of the target line (12);
if a ball is struck in the direction of the target line (12), the D-plane component is directed to coincide with the target line (12).
10. The teaching device for simulating the hitting state of a golf ball according to claim 1, wherein the head trajectory indication member (16) comprises a concentric circle member consisting of two circles and an indication rod, the inner circle of the concentric circle member is a magnet, the outer circle of the concentric circle member is fixedly connected with the indication rod, and the sole of the teaching rod (17) can be adsorbed on the inner circle to freely rotate so that the head of the teaching rod (17) simulates the face angle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120595470.2U CN215195337U (en) | 2021-03-24 | 2021-03-24 | Teaching device for simulating golf hitting state |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120595470.2U CN215195337U (en) | 2021-03-24 | 2021-03-24 | Teaching device for simulating golf hitting state |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN215195337U true CN215195337U (en) | 2021-12-17 |
Family
ID=79443912
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202120595470.2U Active CN215195337U (en) | 2021-03-24 | 2021-03-24 | Teaching device for simulating golf hitting state |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN215195337U (en) |
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2021
- 2021-03-24 CN CN202120595470.2U patent/CN215195337U/en active Active
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