Modern standardized shuttlecock kicking device and shuttlecock shoes

Abstract

A modern standardized shuttlecock kicking device and shuttlecock shoes comprise a net racket 1, a pair of shuttlecock clamps 2, three supporting legs 3, three insertion feet 4 and the shuttlecock shoes, and insertion openings 5 are formed in the shoes. After the insertion pins 4 are sequentially inserted into the insertion openings 5, the angle of the net racket 1 can be adjusted to meet the using habit of a shuttlecock kicking person by unscrewing the bolt 2A03 on the shuttlecock clamp 2, and the shuttlecock 6 can be kicked by screwing down the bolt 2A03 to lock the whole shuttlecock kicking device. Compared with a traditional shuttlecock kicking mode, the shuttlecock kicking device and the shuttlecock shoe are easier to control the shuttlecock, higher in playability and more suitable for being widely used by common people.

Description

Technical Field

[0001] The present invention is designed to be a shuttlecock kicking device and shuttlecock kicking shoes which are easy to use and can be produced in a standardized manner. Background Art

[0002] For a long time, people have needed a small-scale activity that is not limited by the venue and has both sports and entertainment. Shuttlecock meets this need well. So shuttlecock kicking became popular all over the world, especially in China. However, the traditional way of kicking shuttlecock has a fatal disadvantage: it is very difficult and has low playability. I spent a year observing the activities of shuttlecock kicking groups in multiple parks and found that even for a normal shuttlecock kicking group with a few years of experience who kick shuttlecock for one or two hours every day, they can pass and kick the ball 4-5 times on average after each serve, and then they have to pick up the ball and kick it again. If it is an ordinary person who does not often play shuttlecock, the number of continuous air shuttlecock kicks is less than this. In the past few years, many primary and secondary schools hope to use shuttlecock as a means of exercise for students during class breaks to obtain a good school life with dynamic and static coordination, but few have succeeded, and most of them gave up later. The reason is that shuttlecock kicking is too difficult and students cannot maintain their enthusiasm for kicking shuttlecock.

[0003] So some people began to think: Is there a way to take advantage of shuttlecock, which can be played anytime and anywhere, while overcoming the disadvantage of high difficulty of the sport? To solve this problem, we must first know where the problem lies.

[0004] The traditional way of kicking shuttlecock is that people directly use various parts of shoes to hit the shuttlecock to make it fly along the desired route and distance. This method faces the following three problems.

[0005] The first problem is to catch the ball accurately. This is a difficult problem for most people. Because to catch the flying shuttlecock, a flat contact surface is the easiest. But normal shoes should fit the shape of the human foot as much as possible, neither too loose nor too tight, so that they are comfortable to wear. The human foot is an irregular shape, which means that the shoes can only be irregular in shape. This irregular shape determines that there cannot be a large flat area on the shoe, which makes the way of catching the ball with shoes far from the ideal way of catching the ball.

[0006] The second problem is the control of the return ball route. The flight route of the shuttlecock is the most difficult to control because it is difficult for the shuttlecock kicker to accurately judge the direction of the force exerted by the shoe's hitting point on the ball. We know that the force direction of the object being hit always coincides with the normal direction of the impact point of the impact object. However, the shoe is an irregular object, and the normal direction of each position on its surface is different. Since the position of the shoe hitting the shuttlecock is different each time, the shuttlecock kicker must try hard to judge the shape of the shoe surface at the target hitting point, the concave and convex direction every time. Only when these are accurate can the kicked shuttlecock fly along the desired route.

[0007] The third question is the control of the hitting force. This is related not only to the output force of the shuttlecock kicker, but also to the hardness of the shoe surface at the hitting point. However, the hardness of each point on the shoe surface varies greatly. This needs to be judged by the shuttlecock kicker each time. Only shuttlecock kicking masters can quickly and accurately judge these key factors. They either have a high talent in this area or have undergone long-term and rigorous training. It is difficult for ordinary people to do this.

[0008] Due to the above reasons, although shuttlecock is an ideal form of exercise, it is difficult to promote on a large scale.

[0009] Some people have also realized the shortcomings of shoes for kicking shuttlecock, so they have started some attempts to overcome this shortcoming. The more representative attempts found so far are: The Japanese patent application with the publication number 10-118232 attempts to tie a racket with a stem to bare feet, with the stem tied to the ankle and the far end of the racket frame tied to the big toe through a column, with the racket face parallel to the floor. Its disadvantages are: 1. The use site is limited and can only be used on clean indoor floors; 2. The installation is unstable and it is very easy to tilt, which basically cannot be used for shuttlecock kicking.

[0010] The patent application with application number KR20900000983U, its solution is to lay a rectangular hard board on the upper of the shoe, pass the straps connected to the back of the hard board through the sole and tighten them, so as to form a hard foot racket. Disadvantages: 1. It is difficult for a hard racket to bounce a light ball to a sufficient height and distance; 2. This binding method requires the straps to pass through the sole of the shoe, and the shuttlecock kicker always feels that there is a protruding foreign object on the sole of the foot, which is not a good experience; 3. The straps are easily damaged by friction with the floor.

[0011] The patent application with application number KR20120095040A has a solution of fixing an elliptical plane tennis racket to a shoe through a semicircular clamping frame, and the semicircular clamping frame wraps the left side, the upper, and the right side of the shoe. Its disadvantages are: 1. The clamping method is not effective. If the clamping force is not enough, the tennis racket is easy to fly off the shoe during intense exercise; if the clamping force is increased, the clamping frame will squeeze the feet of the shuttlecock kicker and make him feel uncomfortable; 2. The whole set of devices is easy to shift forward and backward along the direction of the foot and cannot be fixed in one position well.

[0012] The patent application with application number CN201910177627.7 has a solution of installing a round racket on the top of a clip, the clip is clamped to the left and right sides of the shoe, and the two legs of the clip can be adjusted in length to allow the top of the clip to rest on the shoe surface to increase stability. The advantages of this solution are: 1. It is easy to wear; 2. The angle of the racket can be adjusted. The disadvantages are: 1. This clamping method cannot reliably connect the shuttlecock kicking device to the shoe, and the shuttlecock kicking device may detach from the shoe during intense exercise; 2. There are many parts and many movable connection points, and the firmness and reliability of use are not very high. Summary of the invention

[0013] In order to solve the problem that traditional shuttlecock is difficult to kick, this paper provides a simple shuttlecock kicking device and shuttlecock shoes, which greatly reduces the difficulty of shuttlecock kicking and enables most ordinary people to enjoy the fun of shuttlecock kicking. Moreover, the device and shoes can be manufactured, circulated and used in a standardized manner. These have created favorable conditions for the establishment and vigorous development of modern shuttlecock sports.

[0014] Technical Solution A modern shuttlecock kicking device and shuttlecock shoes include a racket 1, a pair of ball clips 2, three legs 3, three pins 4, and shuttlecock shoes. The front part of the shuttlecock shoe is provided with three sockets 5, which are respectively located at the front end and the left and right sides of the outer edge of the shoe. The center lines of the three sockets 5 form an isosceles triangle M, the center of the front end socket is the middle vertex of the triangle, and the centers of the other two sockets are the end points on both sides. The three legs 3 are all arched, the upper ends of the three legs converge on a small platform 35, and the lower ends are each connected to a The three pins 4 are connected to form an isosceles triangle N, and the triangle M is congruent with N, that is, the three pins 4 on the shuttlecock kicking device can be aligned with the three sockets 5 on the shuttlecock shoes at the same time; after the pins 4 are inserted into the sockets 5 on the shoes, the angle of the racket 1 can be adjusted to meet the use habits of the shuttlecock kicker by loosening the bolts 2A03 on the ball clamp 2, and then the bolts 2A03 are tightened to lock the entire shuttlecock kicking device into a stable whole, and then the shuttlecock kicking can be started 6. The shuttlecock kicking device and shuttlecock shoes are easier to use than the traditional shuttlecock kicking method, more playable, and more suitable for widespread use by ordinary people.

[0015] Furthermore, the racket 1 includes a circular net frame, on which multiple net lines are stretched to form a net surface with great elasticity for catching and hitting the ball; at least three frame beams are fixedly connected at equal distances to the lower edge of the net frame, and the lower ends of these frame beams converge at the upper part of a ball head, which is a component connected to other parts of the shuttlecock kicking device.

[0016] Furthermore, under the ball head is a ball clamp. The ball clamp can have several forms. In the first preferred form, the ball clamp includes two rings, one of which is fixedly connected to other parts of the shuttlecock kicking device, and this ring is called a fixed ring; the other ring is movable, and is called a movable ring; the fixed ring and the movable ring are each provided with two ears on both sides, each ear having a bolt hole, and the fixed ring and the movable ring are connected by bolts and nuts, and tightening or loosening the bolts can control the distance between the fixed ring and the movable ring, thereby clamping or loosening the ball head on the racket.

[0017] Another preferred form of the ball clamp is: the two rings in the first preferred form are replaced by two spherical shells, and the remaining parts are the same as the first form; the closing or separation of the two spherical shells can also play the role of clamping or loosening the ball head.

[0018] Furthermore, there are three legs below the ball clamp, namely a front leg, a left leg and a right leg. All three legs are arched, and their upper ends converge on a small platform. When the small platform is parallel to the ground, the lower edge cut surface of the three legs is perpendicular to the ground. The upper surface of the small platform is fixedly connected to the fixed ring or fixed spherical shell of the ball clamp.

[0019] Furthermore, a pin is fixedly connected under each of the three legs; the pin can have several forms. In a first preferred form, the pin is a card pin, the middle part of which is the card pin body, and there is a card on each side.

[0020] The second preferred form of the pin is a pin pin, which includes a pin pin body and a pin hole. The pin socket body is a U-shaped plate, including an outer plate and an inner plate, a U-shaped cavity is formed between the inner and outer plates, and the pin hole is located in the middle of the outer plate.

[0021] The third preferred form of the pin is a spring pin, which includes a spring pin body and a spring. The spring pin body is a U-shaped curved plate, with a U-shaped cavity in the middle and two windows on both sides, called spring limit openings. The spring is also U-shaped, with outward convex shoulders in the middle of both sides. The spring is located in the U-shaped cavity, and the shuttlecock player can pinch the top of both sides of the spring with two fingers to make the spring convex shoulders retract into the U-shaped cavity, and once the hands are released, the convex shoulders extend out of the spring limit opening again.

[0022] The shuttlecock kicking device is matched with a shuttlecock shoe. The shuttlecock shoe is based on an ordinary shoe with three additional sockets, which are located at the front, left and right sides of the shoe. The socket is close to the outer edge of the shoe, the upper end surface is flush with the upper edge of the shoe edge, and the lower end surface is a short distance away from the sole, in order to avoid the socket from contacting the ground. The socket is used to accommodate the pins and plays the role of connecting the shuttlecock kicking device and the shuttlecock shoe.

[0023] Corresponding to the pin, the socket also has three forms. The first preferred form of the socket is a card socket, which includes a card socket body and card slots on both sides thereof. When the card pin is inserted into the card socket, the shuttlecock kicking device and the shuttlecock shoe are firmly connected, and the shuttlecock kicking activity can be carried out.

[0024] The second preferred form of the socket is a pin socket, which includes a pin socket body, a pin hole and a pin; the pin hole is located in the middle of the pin socket body. When the pin pin is inserted into the pin socket, the pins are inserted into their pin holes in sequence, so that the shuttlecock kicking device and the shuttlecock shoes are firmly connected, and the shuttlecock kicking activity can be carried out.

[0025] The third preferred form of the socket is a spring socket, which comprises a spring socket body and spring slots on both sides. When the spring pins are inserted into the spring slots, the shuttlecock kicking device is firmly connected to the shuttlecock shoes, and the shuttlecock kicking activity can be performed.

[0026] Furthermore, in order to promote the activity of shuttlecock kicking, some standards can be set up for reference by various equipment manufacturers. For example, shuttlecock kicking devices and shuttlecock shoes can be divided into three specifications: large, used for shoes above size 43; medium, used for shoes from size 35 to 42; small, used for children's shoes over 6 years old and smaller adult shoes. Each specification of shuttlecock kicking device and shoe socket is given clear parameter regulations. In this way, the production cost of the product is reduced, the cost of use is reduced, and modern shuttlecock can become a standardized industry and sport, which is expected to be widely carried out around the world. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] Figure 1 The overall picture of the shuttlecock kicking device and shuttlecock shoes Figure 2 The overall picture of the shuttlecock kicking device Figure 3 Exploded view of the shuttlecock kicking device Figure 4 The top and bottom appearance of shuttlecock shoes Figure 5 A second alternative type of ball clamp Figure 6 Parts diagram and assembly appearance of the first type of pins and sockets Figure 7 Parts diagram and assembly appearance of the second type of pins and sockets Figure 8 Parts diagram and assembly appearance of the third type of pins and sockets Fig. 9 Shuttlecock overall and decomposition diagram Fig.10 Front view, top view and top view of the shuttlecock shoe and key dimensions for the legs and pins

[0028] Figure 3 1: Online auction 11: Screen frame 12: Network cable 13: Frame beam 14: Ball head 2: Ball clamp 2A: Round ball clamp 2A01: Fixed ring 2A02: Movable Ring 2A03: Bolt 2A04 Nut 3: Outriggers 31: Front outrigger 32: Left leg 33: Right leg 35: Small platform 4: Pins Figure 4 5: Socket Figure 5 2B: Ball shell and ball clamp 2B01: Fixed ball shell 2B02: Movable ball shell Figure 6 4A: Card pin 4A01: Card pin body 4A02: Card 5A: Card slot 5A01: Card slot body 5A02: Card slot Figure 7 4B: Pin pin 4B01: Pin body 4B02: Pin hole 1 5B: Pin socket 5B01: Pin socket body 5B02: Pin hole 2 5B03: Pin Figure 8 4C: Spring-loaded pins 4C01: Spring pin body 4C02: Spring limiter 4C03: Spring 5C: Spring socket 5C01: Spring socket body 5C02: Spring slot Fig. 9 6: Shuttlecock 61: shuttlecock sphere 62: Mounting hole 63: Wing 64: Cylindrical head Fig.10 T: Pin width K: Socket width H1: Front outrigger height H2: Left / right outrigger height M: A triangle with the pin centers connected N: Socket center line triangle D: Front-to-back pin distance W: Left-right pin distance DETAILED DESCRIPTION

[0029] The design scheme is described in detail below with reference to the accompanying drawings.

[0030] like Figure 3 and Figure 4 The modern standardized shuttlecock kicking device comprises a racket 1, a pair of ball clamps 2, three legs 3, three pins 4, and a shuttlecock shoe, and the shuttlecock shoe has a socket 5; the racket 1 comprises a circular net frame 11, a net line 12, a frame beam 13, and a ball head 14; the net line 12 is arranged horizontally and vertically at a certain distance and is tensioned by the net frame 11 to form an elastic net surface; there are at least three frame beams 13, the upper end of which is connected to the net frame 13 and is equidistantly distributed along the circumference of the net frame 13, and the lower end converges at the ball head 14; the ball clamp 2 can clamp or loosen the ball head 14 through bolts 2A03 and nuts 2A04; the three legs 3 are all arched, the upper ends converge on a small platform 35, and the lower ends are each connected to a pin 4; the ball clamp 2 is fixedly connected to the legs 3 through the small platform 35; three sockets 5 are distributed on both sides of the toe and front end of the shuttlecock shoe, and the three pins 4 can be inserted into the three sockets 5 respectively.

[0031] The ball clamp 2 has two forms, one is as follows Figure 3As shown, a round ball clamp 2A comprises a fixed ring 2A01, a movable ring 2A02, a bolt 2A03, and a nut 2A04; there is an ear piece on each side of the fixed ring 2A01 and the movable ring 2A02, and each ear piece has a bolt hole; the fixed ring 2A01 and the movable ring 2A02 are connected by bolts 2A03 and nuts 2A04; the ball head 14 is placed in the fixed ring 2A01 and the movable ring 2A02; tightening the bolt 2A03 can allow the round ball clamp 2A to clamp the ball head 14, thereby forming the entire shuttlecock kicking device into a stable whole; loosening the bolt 2A03 can allow the round ball clamp 2A to loosen the ball head 14, at which time the racket 1 can be adjusted to the required angle, and then the bolt 2A03 can be tightened again.

[0032] Another form of ball clamp 2 is as Figure 5 The spherical shell ball clamp 2B is shown. The difference between the spherical shell ball clamp 2B and the circular ball clamp 2A is that a fixed spherical shell 2B01 and a movable spherical shell 2B02 are used to replace the fixed circular ring 2A01 and the movable circular ring 2A02 in the circular ball clamp 2A. The other parts of the two ball clamps are the same, and the operation method is also the same.

[0033] like Figure 3 , below the ball clamp 2 are legs 3, including a front leg 31, a left leg 32, and a right leg 33; the three legs 3 are all arched, and the upper edges converge on a small platform 35, and the upper surface of the small platform 35 is fixedly connected to the fixed ring 2A01 or the fixed ball shell 2B01 of the ball clamp 2; each leg 3 is fixedly connected to a pin 4 at the lower end, and the pin 4 has three forms, which are described as follows: like Figure 6 , the first form of the pin 4 is a card pin 4A, comprising a card pin body 4A01 and cards 4A02 on both sides. like Figure 7 The second form of the pin 4 is a pin pin 4B, which includes a pin pin body 4B01 and a pin hole 4B02. The pin socket body 4A01 is a U-shaped plate, including an outer plate and an inner plate, with a U-shaped cavity between the inner and outer plates, and the pin hole 4B02 is located in the middle of the outer plate.

[0034] like Figure 8 The third type of pin 4 is a spring pin 4C, which includes a spring pin body 4C01, a spring stopper 4C02, and a spring 4C03. The spring pin body 4C01 is a U-shaped curved plate, with a U-shaped cavity in the middle and two windows on both sides, called spring stopper 4C02. The spring 4C03 is also U-shaped, with outward convex shoulders in the middle of both sides. The spring 4C03 is located in the U-shaped cavity, and the shuttlecock kicker can pinch the top of both sides of the spring with two fingers to make the spring convex shoulders retract into the U-shaped cavity, and after releasing the fingers, the convex shoulders extend out of the spring stopper again.

[0035] The shuttlecock shoe also has three sockets 5 corresponding to the pins 4, so that the shuttlecock kicking device can be firmly connected to the shuttlecock shoe.

[0036] The socket 5 also has three forms, corresponding to each form of the pin 4.

[0037] like Figure 6 , and the card pin 4A corresponding to the card socket is the card socket 5A, including the card socket body 5A01 and the card slots 5A02 on both sides. like Figure 7 Corresponding to the pin pin 4B is the pin socket 5B, which includes a pin socket body 5B01, a pin hole 5B02, and a pin 5B03. The pin hole 5B02 is located in the middle of the pin socket body.

[0038] like Figure 8 Corresponding to the spring pin 4C is the spring socket 5C, which includes a spring socket body 5C01 and spring slots 5C02 on both sides.

[0039] The connection and separation of pin 4 and socket 5 are as follows: like Figure 6 When the shuttlecock kicking device and the shuttlecock shoes need to be connected, one of the card pins 4A is aligned with the corresponding card slot 5A and inserted into place, and both cards 4A02 are inserted into the two card slots 5A02. The same operation is performed for the remaining two pins 4A and 5A. When the shuttlecock kicking device and the shuttlecock shoes need to be separated, the card pins 4A are pulled out from the card slots 5A in turn.

[0040] like Figure 7 When the shuttlecock kicking device and the shuttlecock shoes need to be connected, first insert one of the pin pins 4B into the corresponding pin socket 5B, align the pin hole 1 4A02 with the pin hole 2 5B02, and then insert the pin 5B03 into place. The same operation is performed on the remaining two pin pins 4B and the pin socket 5B. When the shuttlecock kicking device and the shuttlecock shoes need to be separated, the pins 5B03 are pulled out in sequence, and the pin pins 4B are pulled out from the pin socket 5B in sequence.

[0041] like Figure 8 The connection method of the spring pin 4C and the spring socket 5C is the same as the connection method of the card pin 4A and the card socket 5A, that is, the corresponding pin 4 and the socket 5 are aligned and inserted into place. The separation method of the spring pin 4C and the spring socket 5C is as follows: pinch the top of the two sides of the spring 4C03 with two fingers and slightly pinch towards the middle. When the spring shoulder leaves the spring slot 5C02 in the spring socket 5C, continue to lift the fingers upward to separate the spring pin 4C from the spring socket 5C. The same operation is performed on the remaining two spring pins 4C to completely separate the shuttlecock kicking device from the shuttlecock shoes.

[0042] In order to promote the modern shuttlecock sport, it is necessary to establish a product standard to make the operation of equipment manufacturers, commodity circulation and users involved in this sport simpler and more cost-effective. Here are some standard ideas for reference.

[0043] Assumption 1: Let the three sizes of shuttlecock kicking devices and shuttlecock shoes cover most users, specifically: large size, used for shoes above size 43; medium size, used for shoes from size 35 to 42; small size, used for children's shoes over 6 years old and smaller adult shoes. Assumption 2: The following parameters of shuttlecock kicking devices and shuttlecock shoes with the same size produced by different manufacturers are as similar or close as possible, such as Fig.10 As shown, the center line of the pins of the shuttlecock kicking device is an isosceles triangle M, and the center line of the shoe socket is an isosceles triangle N, M and N are congruent; the width T of the pin 4, the width K of the socket 5, the height H1 of the front leg, the height H2 of the left and right legs, the distance between the front and rear pins and the distance D between the front and rear sockets, the distance between the left and right pins and the distance W between the left and right sockets. The legs and pins are recommended to be made of stainless steel plates with a thickness of 1.5mm, and the pin width is recommended to be set to 15mm. The legs of this thickness and width can meet the support strength requirements and are not heavy. Since the legs of the shuttlecock kicking device have certain elasticity and flexibility, the distance D between the front and rear pins and the distance W between the left and right pins can be easily adjusted by hand or simple tools such as pliers so that the pin 4 can fit the socket 5 well. In this way, the shuttlecock kicking devices and shuttlecock shoes of the same number produced by various manufacturers can always fit well after simple adjustments, even if there is a certain error between the actual size and the nominal size, and there will be no connection problems.

[0044] In summary, the modern standardized shuttlecock kicking device and shuttlecock shoes have simple structures and are easy to use, can solve the problem that traditional shuttlecocks are difficult to kick, can be produced in a standardized and low-cost manner, and have good conditions for large-scale promotion.

[0045] The various parameters in this specification are only examples, the purpose is to more clearly illustrate a certain design concept, these parameters and examples should not be regarded as limiting factors to the design scheme. The protection scope of the design scheme should be determined by the claims.

Claims

1. A modern standardized shuttlecock kicking device and shuttlecock shoes include a racket 1, a pair of ball clips 2, three legs 3, three pins 4, and shuttlecock shoes, wherein the shuttlecock shoes have a socket 5; the racket 1 includes a circular net frame 11, net wires 12, frame beams 13, and ball heads 14; the net wires 12 are arranged horizontally and vertically at a certain distance and are tensioned by the net frame 11 to form an elastic net surface; the frame beams 13 are at least three, the upper ends of which are connected to the net frame 13 and are arranged along the The mesh frames 13 are evenly spaced around the circumference, and the lower ends converge at the ball head 14; the ball clamp 2 can clamp or loosen the ball head 14 through bolts 2A03 and nuts 2A04; the three legs 3 are all arched, and the upper ends converge at a small platform 35, and the lower ends are each connected to a pin 4; the ball clamp 2 is fixedly connected to the legs 3 through a small platform 32; three sockets 5 are distributed on both sides of the toe and front end of the shuttlecock shoe, and the three pins 4 can be inserted into the sockets 5 respectively.

2. The modern standardized shuttlecock kicking device and shuttlecock kicking shoes as claimed in claim 1, characterized in that: The ball clamp is a circular ball clamp 2A, which includes a fixed ring 2A01 and a movable ring 2A02. The fixed ring 2A01 and the movable ring 2A02 clamp the ball head 14 from two opposite sides through bolts 2A03 and nuts 2A04.

3. The modern standardized shuttlecock kicking device and shuttlecock kicking shoes as claimed in claim 1, characterized in that: The ball clamp is a ball shell ball clamp 2B, which includes a fixed ball shell 2B01 and a movable ball shell 2B02. The fixed ball shell 2B01 and the movable ball shell 2B02 clamp the ball head 14 from two opposite sides through bolts 2A03 and nuts 2A04.

4. The modern standardized shuttlecock kicking device and shuttlecock kicking shoes as claimed in claim 1, characterized in that: The pin 4 is a card pin 4A, with a card pin body 4A01 in the center and a card 4A02 on each side; the socket 5 is a card socket 5A, including a card socket body 5A01 and a card slot 5A02, and there are two card slots 5A02, which are respectively located on both sides of the card socket body 5A01; after the card pin 4A is inserted into the card socket 5A, the cards 4A02 are respectively inserted into the card slots 5A02, thereby locking the shuttlecock kicking device and the shuttlecock shoes.

5. The modern standardized shuttlecock kicking device and shuttlecock kicking shoes as claimed in claim 1, characterized in that: The pin 4 is a pin pin 4B, including a pin pin body 4B01 and a pin hole 4B02; the socket 5 is a pin socket 5B, including a pin socket body 5B01, a pin hole 5B02 and a pin 5B03; after the pin pin 4B is inserted into the pin socket 5B, the pin 5B03 is inserted into the pin holes 5B02 and 4B02 in sequence, thereby locking the shuttlecock kicking device and the shuttlecock shoes.

6. The modern standardized shuttlecock kicking device and shuttlecock kicking shoes as claimed in claim 1, characterized in that: The pin 4 is a spring pin 4C, comprising a spring pin body 4C01, a spring limit opening 4C02 and a spring 4C03, and the spring 4C03 can expand or contract along the spring limit opening 4C02; the socket 5 is a spring socket 5C, comprising a spring socket body 5C01 and a spring slot 5C02, and there are two spring slots 5C02, which are respectively located on both sides of the spring socket body 5C01; when the spring pin 4C is inserted into the spring socket 5C, the spring 4C03 is inserted into the spring slot 5C02, thereby locking the shuttlecock kicking device and the shuttlecock shoes.

7. The modern standardized shuttlecock kicking device and shuttlecock kicking shoes as claimed in claim 1, characterized in that: The shuttlecock 6 used comprises a shuttlecock body 61 and wings 63. The shuttlecock body 61 is a sphere with a mounting hole 62. The wings 63 are a plurality of lightweight feather-like objects. The lower ends of the wings 63 converge into a cylindrical head 64, which is firmly installed in the mounting hole 62, thereby forming a complete shuttlecock 6.

8. A modern standardized shuttlecock kicking device and shuttlecock shoes, comprising a racket 1, a pair of ball clips 2, three legs 3, three pins 4, and a pair of shuttlecock shoes; after inserting the pins 4 into the sockets 5 on the shuttlecock shoes in sequence, the angle of the racket 1 can be adjusted to meet the usage habits of the shuttlecock kicker by loosening the bolts 2A03 on the ball clip 2, and the entire shuttlecock kicking device can be locked by tightening the bolts 2A03 to start shuttlecock kicking 6.

9. The modern standardized shuttlecock kicking device and shuttlecock kicking shoes as claimed in claim 1, characterized in that: Some standards can be formulated to facilitate manufacturers to produce shuttlecock kicking devices and shuttlecock shoes. The standards may include: shuttlecock kicking devices and shuttlecock shoes are divided into three sizes: large, medium and small, corresponding to the user groups of people with outstanding heights, most ordinary adults, and children; in each size, the center line of the pins of the shuttlecock kicking device is an isosceles triangle M, and the center line of the shoe sockets is an isosceles triangle N, and M and N are congruent; in each size, the width T of the pin 4, the width K of the socket 5, the front leg height H1, the left and right leg heights H2, the front and rear pin distances and the front and rear socket distances D, the left and right pin distances and the left and right socket distances W are all set with a standard value, and each manufacturer produces the shuttlecock kicking device and shuttlecock shoes according to this standard value, thereby achieving the most economical production cost and use cost to contribute to the widespread development of modern shuttlecock sports.

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