KR19980037284A - Magnetic ball or shuttlecock that allows the racket's magnet to pick up the ball, shuttlecock - Google Patents

Abstract

The present invention provides magnetic ball to the ball, shuttlecock, which is a sports equipment, shuttlecock which falls on the floor with a racket with a magnet, and slightly lowers the waist and puts the ball with the magnet [31, 35] of the racket on the ball. When the shuttlecock is attached to the magnet of the racket [31, 35], the racket can be lifted to pick up the ball and shuttlecock by hand, so that the waist and the cock are not pulled up and picked up by hand. An invention in which a component is made of magnetic material or mixed and made to be attached to a magnet.

Description

Magnetic ball or shuttlecock that allows the racket's magnet to pick up the ball, shuttlecock

1 is a front view of tennis, racket ball, etc.

2 is a cross-sectional view of FIG.

3 is a cross-sectional view of FIG.

4th is a front view of a golf ball

FIG. 5 is a cross section of a golf ball

6th section is a section of a golf ball

7 shows badminton shuttlecocks (plastic products)

8 is a cross-sectional view of FIG.

Figure 9 shows badminton shuttlecocks

10 is a cross-sectional view of FIG.

11 is a cross-sectional view of FIG.

The front view of the badminton racket

Figure 13 is a front view of a tennis racket

14 is the sharpness of the enlarged portion of the 12, 13 degrees

FIG. 15 is a side view of the enlarged portion of FIGS. 12 and 13

The front view of the 16th golf club

17 is a partial cross-sectional view of a magnetized method at the end of the golf club

18 is a partial cross-sectional view of a magnetized method at the end of the golf club

19 is a configuration diagram in which a magnet such as a clay, oval or the like is inserted into the handle portion of the golf club.

20 is a cross-sectional view of the magnet attached to the golf club

21 is a cross-sectional view of the method of attaching the silicon rubber for golf ball adsorption at the end of the golf club

22 is a cross-sectional view of the aerogel attached to the end of the golf club to suck the ball

23 is a front view of the magnet attached to the head of the golf club

24 is a cross-sectional side view of FIG.

FIG. 25 is an enlarged view of a portion of FIG. 24

26 is a cross-sectional view of the magnetic material and magnet applied to the board and ball of the ride magic

FIG. 27 is a sectional view of a ball attached to a magic boat

* Description of the symbols for the main parts of the drawings *

1. Rubber 2. Rubber

3. Public surface [hair] 4. Magnetic coating surface

5. Magnetic material [dot] 6. Magnetic material [string]

7.golf ball 8.golf ball irregularities cotton

9.rubber 10.magnetic layer

11.magnetic layer 12.

13. Thread 14. Shuttlecock Head

15.Shuttlecock wing 16.Magnetic strip

17. Magnetism 18. Shuttlecock Wings and Head Teeth

19.Uneven joint part of the shuttlecock 20.Shuttlecock wing tying thread

21.Shuttlecock heads [Made from duck hair] 22.Magnetic strips, when fixed

23. Shuttlecock wings [Made from duck feathers] 24. Shuttlecock Mori protection

25.Cork 26.Magnetic Layer

29 Magnetic material 29 Badminton racket handle

29.badminton rope fixed frame 30.badminton racket rope

31.Magnet attached to badminton racket 32. Tennis racket

33. Tennis racket straps 34. Tennis racket straps

35. Magnet attached to the tennis racket 36. Area to enlarge

37. Magnet 38. Magnet fixed and protective material

39. Magnet fixed, shock absorbing material

40. File for securing magnets to rackets

42. Shock absorption, magnetic protection device 43. String fixing device

44.Golf 45

46 golf club handle

48. Magnet protection, magnetic concentrating mechanism

50.Magnet 51.Silicone rubber

52.Aerogel 53.Adhesive Layer

54. Magnet mounted mechanism 55. Magnet, aerogel

56. Magnet 57. Magic Board Surface

58. Magic Board 59. Finger Insertion Strap

60. Magnet 61. Magic Ball

62. Cushion fiber, air gun

The present invention provides magnetism to balls and shuttlecocks of sports equipment, so that the shuttlecocks and balls can be lifted by slightly lowering the waist from the floor with a racket attached to a magnet and a golf club.

In the present invention, when playing badminton, every time the shuttlecock falls, the person who has high blood pressure, who has high blood pressure, or who is obsessed with lifting the shuttlecock dropped on the floor is very difficult and dangerous operation.

If you do some exercise, you may be out of breath, but it may also be a problem to lean back completely when you breathe.

Rather than lifting the shuttlecock completely by lifting the waist, the magnet should be attached to the racket and slightly lowered to bring the racket frame [29] close to the shuttlecock. This will allow you to remove the shuttlecock attached to the magnet on [29] by hand so that you can continue the game.

In tennis, racket, and squash games that use rackets like badminton, the ball used in the game should be leaned deeply to pick up the ball. By approaching a racquet part to a ball that has fallen away, the ball can be attached to the magnet, allowing you to lift the ball without having to bend your back deeply.

The method for magnetizing shuttlecocks and balls is made by using the ball and shuttlecock components as a magnetic material, or by mixing magnetic materials, or by magnetically coating and attaching magnetic materials to the inner and outer surfaces.

To give magnetism to the golf ball, attach a magnet to the back of the golf club head or the handle of the golf club, and put the handle of the golf club with the magnet into the golf hole to lift the ball in the bottom or hole cup. It is also possible to stick it up and lift it up.

When you play golf, you have to put a golf ball into a golf hole cup, and when you take it out again, you pick it up by hand and you use a device to pick up the golf ball. If you have a large hand to pull it out, it is difficult and uncomfortable to grab the ball and remove it from the golf hole cup.

There are also safety issues, such as the possibility of being surprised or bite if a golf cup contains a bee or a snake.

The solution to this problem is to attach and lift the ball with a magnet.

If you use this magnetic ball to scatter the ball falling in the pond of the golf course, scatter the magnet hooks and scatter the bottom of the lake, the golf ball on the bottom can be attracted to the magnetic force and collected by the magnet.

[[Detailed Description of Drawings]]

Figure 1 shows a tennis, racket and squash ball

FIG. 2 shows the fur of the surface [3] [for tennis balls]

Magnetic material mixed with rubber or coated on surface [3] and inner surface [4]

3 is a diagram illustrating a method in which magnetic bodies are arranged on the inside and the outside of a ball in the form of points [5] and lines [6].

4 is a picture of a golf ball and a baseball ball in a similar configuration.

5 is a method in which the magnetic material is coated on the inner and outer surfaces of the ball, and the magnetic layer [10] is applied on the inner surface.

6 is a method in which a thread entering a ball is made of a magnetic body, and a ball in which the center part of the ball is usually a thread [13], and only the necessary part of the outer part [12] is made of a magnetic material.

Manufacture of magnetic material of other reinforcing materials to reinforce the ball.

There is also a layer [11], which is circular in shape and coated with magnetic material on it.

Converts the ball-making component to a magnetic material, or coats the inside and outside surfaces of the component with a magnetic material

7 shows a badminton shuttlecock, which is made by attaching a magnetic strip [16] to the head of the shuttlecock so that it can be lifted with a badminton racket attached to a magnet.

8 is a cross-sectional view of the seventh view [schematic diagram of the arrangement of the magnetic material]

Rubber of the head of the shuttlecock Coated with magnetic material, coated with magnetic material on the surface, or coated on the inner surface Each shuttlecock component is made of magnetic material or coated on the inner and outer surfaces so that the shuttlecock can be attached to the magnet .

Magnetic space can be attached or filled.

9 is a shuttlecock made of chicken hair, made of magnetic headband [22] from a headband of an existing shuttlecock, a thread fixing a wing [20].

10 and 11 are cross-sectional views of FIG. 9 [schematic diagrams of magnetic body arrangement]

Cork covering cloth [24], which is a shuttlecock head material, is made of a magnetic material and a coating material on the inner and outer surfaces of a magnetic material and shuttlecock components.

12 and 13 are explanatory diagrams in which a magnet is attached to a badminton racket and a tennis racket, and a position explanatory diagram in which a device (31, 35), which makes a magnet be attached to the racket, can be attached to the end of the racket, left and right.

14 is a front view in which a mechanism for allowing a magnet to be attached to a racket is fixed to the racket.

In order to fix the magnet to the racket frame [29, 34], the magnet [37] is bonded onto the structural plate [39], which is in close contact with the racket frame, and wrapped with film [38, 41] and wrapped around the film [29, 30]. ] A diagram in which a racket frame is rolled up and fastened by attaching a line.

FIG. 15 is a configuration diagram in which a string [40] is connected to a film [38, 41] wrapped around a magnet in a side view of FIG. 14 so that the string is wound around a racket frame and inserted into a string fixing mechanism [43].

Figure 16 is a picture of a golf club

17 is a cross-sectional view of a mechanism that makes it easy to attach a magnet [47] to a golf club handle [46].

The mechanism [48] wrapped around the magnet [48] illustrates the role of concentrating the magnetic force and the pore with an optional adhesive layer [49] to facilitate attachment to the golf club.

Can also be attached to the end of the handle to form an optional adhesive layer on the magnet

18 shows that the magnet [47] is sealed so that iron can be attached.

Figures 19 and 20 show various types of magnets inside the handle to allow the ball to be attached and lifted from the mounting handle.

Magnets of various types are cylinders such as cylindrical, split cylinders, and bar magnets. One or more magnets are arranged so that the magnetic force acts in various directions so that the golf club handle [46] can be magnetically attached to the ball by the side of the ball. A diagram of a room that makes it easy to lift the ball.

Magnet is to place the magnet in the cavity of the handle.

FIG. 21 is a silicone rubber [51], which is a highly inhalable material, attached to the tip of the golf club handle [46] to slightly wrap the golf ball to be adsorbed and picked up. Diagram that easily increases the surface area and fills the air evenly to fill the ball evenly.

FIG. 22 is a diagram in which an adsorptive “aero gel” [52] is attached to a golf club handle to attach and lift a golf ball.

Aerogels [52] form a film on the surface to protect the material and prevent dust from entering.

Figure 23 is an explanatory diagram of a method of attaching a magnet, aerogel that can attach a golf ball on the back of the golf club head.

Magnets can be attached to a mechanism that concentrates the magnetic force and collects the magnetic force so that it acts only behind the head, and the magnet can be embedded in the same way when the magnet is embedded in the head.

24 is a side view of the golf head portion of FIG. 23;

The magnet 54 is fixed to the back of the head, and the usual golf clubs have an optional adhesive layer for attaching the magnet, which can be attached to the back of the head to pick up the magnetic ball.

FIG. 25 is a partial detail of FIG. 24 in which a magnet is bonded to the head with an adhesive [53], and the magnetic force can be behind the head by the shock absorbing and magnetic concentrating mechanism [48].

Fig. 26 is a device that allows a light magnetic ball [60] to be thrown onto a plate with magnets and attached to it. Good feeling.

FIG. 27 is a view showing the magnetic ball [61] of FIG. 26 attached to a plate with a magnet. The method of absorbing kinetic energy from air and cushion material, which is a cushioning section, and enclosing the ball while allowing the ball to attach. Degree.

The magnet has air, a small magnet [56] attached to the inside of the cushion protection film [57] gradually attracting the magnetic ball [61] close to the attraction.

The magnets [60] inside the receiving plate allow the ball to be attached in a mixed manner.

You can just attach the ball to the magnetized or soft board, which can be used to fix the tennis ball.

Claims (17)

Badminton shuttlecocks, shuttlecocks or balls made of a mixture of magnetic materials in the balls (1, 7) allowing them to be lifted by a racket with magnets or with a device with magnets Shuttlecocks, balls made of magnetic material, a mixture of magnetic material, or magnetically coated inner and outer surfaces to be attached to a magnet. The method according to claim 1, wherein a badminton shuttlecock and a ball are picked up using a sucker "aero gel (adsorbent material)" instead of a magnet, a racket, a golf club, and a device having a silicon rubber adsorbent material. When the whole magnetic material is coated on the ball or shuttlecock, or when it is arranged in a string or gradually form, it is supplemented with other materials to make it flat to reduce bending and elastic deformation. Magnets or aerogels are fixed to the racket by the racket handles as shown in 12th and 13th degrees. Fixing magnets on opposite ends, left and right sides [31, 35]. To lift the ball shuttlecock, attach a magnet to the racket Having a part attaching a magnet. In order to attach the magnetic material to the head of the shuttlecock, I attach it to the Mori part of the formation shuttlecock and magnetize it and produce such a strip To sell. When the shuttlecock is made of plastic, the wing and the head are made of shape memory plastic. Magnetic materials are used to make organic compounds or mix materials of shuttlecock components. Magnetic layers (4, 10) are formed on the inner surface of the ball to protect it from impact and friction Making or magnetic material in the middle part of the surface below the ball. The rubber made of the organic magnetic substance of claim 3, the organic magnetic substance is mixed with the rubber Rubber balls, squash, rackets, tennis balls, golf balls, baseball balls Attach a magnet to the back of the golf club to pick up the ball The handle of the golf club and a magnet attached to the end of the handle to pick up a magnetized golf ball. Placing magnets in the cavity inside the handle of a golf club, or placing a magnet with a shock-absorbing layer on a metal surface inside the handle, wrapped in a handle material. The magnet to be attached to the racket is made following the curved shape of the racket. Golf hole cup having a device to automatically put the golf ball in the golf hole cup. If you are certified by winding a thread in the ball, the material of the thread is made of magnetic material, A thread containing magnetic material is used, and the inner side is a normal thread and manufactured by winding. The yarn near the surface of the ball is made of magnetic material and the yarn wound inside Made of ordinary materials.