CN209500707U - A kind of exercise-equipment of swinging the bat for shuttlecock training - Google Patents

Abstract

The utility model relates to a racket swing practice apparatus for badminton training, which comprises a lifting frame, a U-shaped frame, a shooting device and a ball-out device in circulation. The upper end of the lifting frame is installed on the rear end of the U-shaped frame. The lower end of the type frame is equipped with a shooting device, and the upper end of the U-shaped frame is equipped with a circulating ball output device. The utility model can solve the problems that the training staff needs to feed the ball by the side when practicing the swing, and the badminton trajectories shot by the training staff are different, and the personnel cannot repeatedly practice the same swing action in a short period of time. Others practice alongside, which reduces the manpower, and the utility model controls the flight trajectory of the badminton, and the personnel can practice the same action repeatedly in a short time.

Description

A racket swing practice device for badminton training

technical field

The utility model relates to the field of badminton swing practice equipment, in particular to a swing practice equipment for badminton training.

Background technique

Badminton is a sport that can be played both indoors and outdoors. According to the number of participants, it can be divided into singles and doubles. Badminton can increase energy consumption, reduce body fat, improve body composition, promote fat decomposition and reduce its synthesis, so it is a popular sport. Practice Swinging is a routine exercise in badminton. A correct swing can help people exert more force and hit the ball with better results.

However, there are often the following difficulties when the personnel practice the swing: 1, the personnel need to be accompanied by the training staff to feed the ball; action.

There are also some explorations and practices in related swing practice in China. The Chinese utility model patent with the patent application number 201721869861.9 discloses a badminton racket swing trainer, which has a simple structure, can test the strength of each swing and can practice various The characteristics of the angle swing; the Chinese utility model patent with the patent application number of 201720416836.9 discloses a badminton underhand swing trainer, which can improve the training efficiency of the forehand and backhand pick and forehand and backhand serve in the front court, without the need for a coach It provides guidance all the time, standardizes actions, is simple to operate, saves manpower and time, improves batting efficiency, and is convenient for training.

However, it is relatively rare to maintain a kind of movement practice device for personnel, so it is very necessary to design a special device for keeping a kind of movement practice for the practitioner.

Utility model content

In order to solve the above-mentioned problems, the utility model provides a swing practice device for badminton training, which can solve the problem that the training staff needs to feed the ball while practicing the swing, and the badminton trajectories shot by the training staff are different, and the personnel are short. You cannot repeatedly practice the same swing movement within a certain period of time.

In order to achieve the above object, the utility model adopts the following technical solutions: a swing practice apparatus for badminton training, including a lifting frame, a U-shaped frame, a shooting device and a circular ball discharging device, the upper end of the lifting frame is installed At the rear end of the U-shaped frame, a shooting device is installed at the lower end of the U-shaped frame, and a circulating ball-out device is installed at the upper end of the U-shaped frame.

The lifting frame includes a bottom frame, a fixed chute, a lifting slider and a positioning mechanism. The upper end of the bottom frame is evenly provided with a positioning groove, and the bottom frame is symmetrically equipped with a fixed chute. The sliders are connected, and the lifting slider is installed on the U-shaped frame. The lower end of the U-shaped frame is equipped with a positioning mechanism. During specific work, the personnel adjust the lifting frame according to their own elevation until it reaches a suitable position.

The described shooting device comprises a main board, a shooting mechanism, a shaking net racket and an angle control mechanism. Mechanism, the angle control mechanism is installed on the main board. During specific work, the shooting mechanism drives the shaking racket to perform the swing action. During the swing process, through the control of the angle control mechanism, the badminton shot flies out of different running tracks, and the shot is The device assists the shuttlecock to fly out and controls its flight path.

The shooting mechanism includes two guide rail plates, a rotating shaft, a main rod, a main spring, an extrusion plate, a main motor, a connecting plate, a cylindrical block and an arc guide rail, the two guide rail plates are installed on the main board, and the two guide rail plates Rotating shafts are installed through bearings.

The main rod is installed on the rotating shaft, and the cylindrical block is installed on the main rod through the pin shaft. The cylindrical block is connected with the arc guide rail by sliding fit. The arc guide rail is installed on the inner wall of the guide rail plate, and the right end of the rotating shaft is installed. A main motor is installed on the guide rail plate on the right side of the main board, a connecting plate is installed on the output shaft of the main motor, and a main spring is connected between the main rod and the main board.

During specific work, the main motor drives the connecting plate to rotate counterclockwise, the connecting plate drives the extrusion plate to press down, the main rod is pressed down, the connecting plate continues to rotate until the connecting plate is separated from the extrusion plate, and the main rod pops out instantly with the assistance of the main spring , to take out the swing action of the simulated personnel in the organization, so as to take out the badminton.

The circulation ball-out device includes a sponge board, two detection baffles, two push mechanisms, a limit post, a limit post control mechanism, a connecting rope and a shuttlecock, and two detection baffles are installed at the left and right ends of the sponge board , the outer end of each detection baffle is installed with a push mechanism.

A limit column is arranged between the two push mechanisms, the right end of the limit column is connected with the upper end of the limit column control mechanism, the lower end of the limit column control mechanism is installed on the shooting mechanism, and the lower end of the sponge board is connected with the badminton through a connecting rope , the connecting rope is wound on the limit post.

During the specific work, the two detection baffles block the badminton and the bell prompts, and the two push mechanisms push the connecting rope to the limit post, and the limit post control mechanism controls the movement of the limit post with the assistance of the shooting mechanism. In and out, the circular ball-out device blocks flying shuttlecocks and shoots them out in a circular manner.

Further, the positioning mechanism includes a fixed frame, a T block, a pull-out rope, a fixed ring and a spring, a T slot is arranged in the fixed frame, a T block is arranged in the T slot, and a pull-out rope is connected to the front end of the T block. The pull-out rope passes through the fixed ring, and the fixed ring is installed at the lower end of the shooting device, and a spring is connected between the fixed ring and the pull-out rope.

Further, the shaking racket includes a badminton racket, two limit frames, two auxiliary plates and buffer springs, the two auxiliary plates are installed at the left and right ends of the upper end of the main rod, and the two auxiliary plates are installed through a pin A badminton racket is arranged, and two spacer frames are installed on the front and rear sides of the main rod upper end, and a buffer spring is connected between the spacer frame and the badminton racket.

Further, the angle control mechanism includes a matching plate, a counter spring, a counter plate, a sliding frame, a block, a lower pressing plate and an auxiliary spring, the rear end of the cooperating plate is connected with the counter plate through a counter spring, and the cooperating plate is slid through a The way is connected with the sliding frame, and the sliding frame is connected with the lower pressing plate through the auxiliary spring, and the lower pressing plate is evenly equipped with blocks.

Further, the push mechanism includes an L frame, a rotating motor, a threaded rod, a guide rail rod, a push ring, and an in-and-out empty column. The L frame is installed on the arc frame, and the L frame is connected with the threaded rod through a bearing, and the threaded rod is connected to the rotating shaft. The output shaft of the motor is connected, and the rotating motor is installed on the L frame through the base. There is a push ring on the threaded rod, and the push ring passes through the guide rail rod. The upper ends are connected, and the entry and exit empty columns are installed on the arc frame through the fixing frame, and the entry and exit empty columns are provided with limiting columns.

Further, the control mechanism of the limiting column includes an auxiliary frame, a working rope, a return spring, and an I-shaped column. The auxiliary frame is installed on the entry and exit empty column, and the auxiliary frame is connected with the limiting column through a return spring. The upper end of the working rope is connected, and the lower end of the working rope passes through the auxiliary frame and is connected with the I-shaped column, and the I-shaped column is connected with the connecting plate through a pin shaft.

Further, the detection baffle includes an arc frame, a buffer pad, a connection spring and a detection bell, a connection spring is connected between the arc frame and the buffer pad, and a detection bell is arranged at the rear end of the buffer pad.

Further, the auxiliary frame includes a first ring, a second ring, a first frame and a second frame, two frames are connected between the first ring and the second ring, and the first ring is installed on the access column through the first frame.

Compared with the prior art, the utility model has the beneficial effects of:

1. The utility model has the advantages of automatic cyclic serve, no need for other people to practice alongside, which reduces manpower, and the utility model controls the flight trajectory of the shuttlecock, and the personnel can practice the same action repeatedly in a short period of time, etc.;

2. The utility model is equipped with a lifting frame, and personnel can adjust the lifting frame according to their own elevation until the lifting reaches a position suitable for them;

3. The utility model is equipped with a shooting device, which can control the flight trajectory of the badminton, and personnel can practice the same movement repeatedly in a short period of time, without the need for other people to practice alongside, which reduces manpower;

4. The utility model is provided with a circulating ball-out device, which blocks the badminton shot by the personnel and falls back to the serving place, and automatically circulates the ball.

Description of drawings

The drawings described here are used to provide a further understanding of the utility model, constitute a part of the application, and do not constitute an improper limitation of the utility model, in the drawings.

Fig. 1 is the structural representation of the utility model;

Fig. 2 is a first structural schematic diagram of the shooting device of the present invention;

Fig. 3 is a second structural schematic diagram of the shooting device of the present invention;

Fig. 4 is a structural schematic diagram of the utility model circulation ball-out device;

Fig. 5 is a partial enlarged view in the X direction of Fig. 4 of the present utility model;

Fig. 6 is a Y-directed partial enlarged view of Fig. 1 of the present utility model;

Fig. 7 is a schematic diagram of personnel using the utility model to perform swing practice.

Detailed ways

Embodiments of the utility model are described below with reference to the accompanying drawings. In the process, in order to ensure the clarity and convenience of illustration, we may exaggerate the width of the lines or the size of the constituent elements in the diagram.

In addition, the following terms are defined based on the functions in the present invention, and may be different according to intentions or practices of users and operators. Therefore, these terms are defined based on the entire content of this specification.

As shown in Figures 1 to 7, a swing practice apparatus for badminton training includes a lift frame 1, a U-shaped frame 2, a shooting device 3 and a ball-out device 4 in circulation, and the upper end of the lift frame 1 Installed on the rear end of the U-shaped frame 2, the lower end of the U-shaped frame 2 is equipped with a shooting device 3, and the upper end of the U-shaped frame 2 is equipped with a circulating ball-out device 4.

Described elevating frame 1 comprises underframe 11, fixed chute 12, lifting slide block 13 and positioning mechanism 14, and the upper end of underframe 11 is evenly provided with positioning groove, is symmetrically installed with fixed chute 12 on underframe 11, fixed slide The groove 12 is connected with the lifting slider 13 by sliding fit, the lifting slider 13 is installed on the U-shaped frame 2, and the lower end of the U-shaped frame 2 is equipped with a positioning mechanism 14. During specific work, the personnel can adjust it according to their own elevation. Lifting frame 1 until lifting to the position suitable for oneself.

Described positioning mechanism 14 comprises fixed frame 141, T block 142, pull-out rope 143, fixed ring 144 and even spring 145, is provided with T groove in the fixed frame 141, is provided with T block 142 in T groove, T block 142 The front end is connected with a pull-out rope 143, and the pull-out rope 143 passes through the fixed ring 144, and the fixed ring 144 is installed on the lower end of the shooting device 3, and a spring 145 is connected between the fixed ring 144 and the pull-out rope 143. During specific work, When adjusting the U-shaped frame 2 up and down, the personnel pulls the pull-out rope 143 forward, and the T block 142 is away from the positioning groove. Groove carries out height positioning to U-shaped frame 2.

Described shooting device 3 comprises main board 31, shooting mechanism 32, shaking net racket 33 and angle control mechanism 34, and the upper end of mainboard 31 is equipped with shooting mechanism 32, and the upper end of shooting mechanism 32 is equipped with shaking net racket 33, The front end of the shooting mechanism 32 is provided with an angle control mechanism 34, and the angle control mechanism 34 is installed on the main board 31. During specific work, the shooting mechanism 32 drives the shaking net racket 33 to perform a swing action. The shuttlecock 47 shot out flies out different running tracks, and the shooting device 3 assists the shuttlecock 47 to fly out and control its flight track.

Described shooting mechanism 32 comprises two guide rail plates 321, rotating shaft 322, main rod 323, main spring 324, extrusion plate 325, main motor 326, connecting plate 327, cylindrical block 328 and arc guide rail 329, two guide rails The board 321 is installed on the main board 31 , and a rotating shaft 322 is installed between the two guide rail boards 321 through bearings.

A main rod 323 is installed on the rotating shaft 322, and a cylindrical block 328 is installed on the main rod 323 through a pin shaft. The cylindrical block 328 is connected with the arc guide rail 329 by sliding fit, and the arc guide rail 329 is installed on the inner wall of the guide rail plate 321. The right end of 322 is equipped with extruding plate 325, and main motor 326 is installed on the guide rail plate 321 that is positioned at main board 31 right sides, and connecting plate 327 is installed on the output shaft of main motor 326, is connected with main shaft between main bar 323 and main board 31. The spring 324, the structural features, working principle and control method of the main motor 326 are all prior art.

During specific work, the main motor 326 drives the connecting plate 327 to rotate counterclockwise, the connecting plate 327 drives the extruding plate 325 to press down, the main rod 323 presses down, and the connecting plate 327 continues to rotate until the connecting plate 327 is separated from the extruding plate 325, and the main rod 323 pops up instantaneously under the assistance of the main spring 324, and the swing action of the shooting mechanism 32 simulates the personnel, thereby shooting the shuttlecock 47 out.

Described shaking racket 33 comprises badminton racket 331, two limit frames 332, two auxiliary plates 333 and buffer spring 334, two auxiliary plates 333 are installed on the left and right ends of main rod 323 upper ends, two auxiliary plates 333 A badminton racket 331 is installed between the bearing pin, and two spacer frames 332 are installed on the front and rear sides of the main rod 323 upper end, and a buffer spring 334 is connected between the spacer frame 332 and the badminton racket 331. When the mechanism 32 drives the badminton racket 331 to swing forward, when the badminton racket 331 stops forward, the badminton racket 331 continues to move forward for a small distance with the assistance of the buffer spring 334, simulating the action of shaking the wrist of a person to ensure that the shuttlecock 47 flies out more naturally.

The angle control mechanism 34 includes a matching plate 341, a counter spring 342, a counter plate 343, a slide frame 344, a block 345, a lower pressing plate 346 and an auxiliary spring 347, and the rear end of the cooperating plate 341 passes through the counter spring 342 and the counter plate 343. Connected, the mating plate 341 is connected with the sliding frame 344 through a sliding fit, the sliding frame 344 is connected with the lower pressing plate 346 through the auxiliary spring 347, and the lower pressing plate 346 is evenly equipped with a block 345. During specific work, through the sliding frame 344 The length that enters controls the angle that main rod 323 shoots so that the trajectory that shuttlecock 47 flies out is different.

The described circulation ball-out device 4 comprises a sponge board 41, two detection baffle plates 42, two push mechanisms 43, a limit post 44, a stop post control mechanism 45, a connecting rope 46 and a shuttlecock 47, and the left and right sides of the sponge board 41 Two detection baffles 42 are installed at both ends, and a push mechanism 43 is installed on the outer end of each detection baffle 42 .

Between the two pushing mechanisms 43, a limit post 44 is arranged, and the right end of the limit post 44 links to each other with the upper end of the limit post control mechanism 45, and the lower end of the limit post control mechanism 45 is installed on the shooting mechanism 32, and the sponge plate 41 The lower end is connected with the shuttlecock 47 through the connecting rope 46, and the connecting rope 46 is wound on the limiting post 44.

During specific work, two detection baffles 42 are blocked and the bell prompts to playing badminton 47, and two push mechanisms 43 are pushed on the limit post 44 to the connecting rope 46, and the limit post control mechanism 45 is in the position of the shooting mechanism 32. Assisted to control the entry and exit of the limit post 44, the circulation ball device 4 blocks the flying shuttlecock 47 and shoots it badly.

Described pushing mechanism 43 comprises L frame 431, rotating motor 432, threaded rod 433, guide rail bar 434, push ring 435 and the empty column 436 of going in and out, L frame 431 is installed on the arc frame 421, and on the L frame 431, pass bearing and Threaded rod 433 links to each other, and threaded rod 433 links to each other with the output shaft of rotating motor 432, and rotating motor 432 is installed on the L frame 431 by base, and threaded rod 433 is provided with push ring 435, and push ring 435 passes guide rail rod 434, and guide rail rod 434 is installed on the L frame 431, and the lower end of threaded rod 433 links to each other with the upper end of passing in and out empty column 436 by bearing, and entering and leaving empty column 436 is installed on the arc frame 421 by fixing mount, is provided with limit post 44 in the entering and leaving empty column 436, The structural features, working principle and control method of the rotating motor 432 are all prior art. During specific work, when the connecting rope 46 wound on the guide rail bar 434 did not slide down, the rotating motor 432 drives the threaded rod 433 to rotate, and the push ring 435 drives Connecting rope 46 slides down.

Described limit column control mechanism 45 comprises auxiliary frame 451, work rope 453, back-moving spring 454, I-shaped column 455, and auxiliary frame 451 is installed on the empty column 436 of going in and out, and auxiliary frame 451 passes back-moving spring 454 and limit column 44 Link to each other, the right end of limit column 44 links to each other with the upper end of working rope 453, the lower end of working rope 453 passes auxiliary frame 451 and links to each other with I-shaped column 455, and I-shaped column 455 links to each other with connecting plate 327 by bearing pin, during specific work, The main motor 326 drives the connecting plate 327 to descend, and the connecting plate 327 drives the working rope 453 to press down. The upper end of the working rope 453 drives the limit post 44 to move to the right for a certain distance. Shuttlecock 47 falls freely, and at this moment, connecting plate 327 separates from extruding plate 325, main rod 323 ejects, and badminton racket 331 shoots shuttlecock 47 to fly.

The detection baffle plate 42 includes an arc frame 421, a cushion plate 422, a connection spring 423 and a detection bell 424, and a connection spring 423 is connected between the arc frame 421 and the cushion plate 422, and the rear end of the cushion plate 422 A detection bell 424 is provided. During specific work, when the personnel swings the shuttlecock 47 to the cushion plate 422 during swing practice, the detection bell 424 will make a sound to remind the personnel that the personnel can better control the badminton by detecting the baffle plate 42. 47 flew out of the running track.

The auxiliary frame 451 includes a ring 4511, a second ring 4512, a frame 4513 and a second frame 4514, two frames 4514 are connected between the first ring 4511 and the second ring 4512, and the first ring 4511 is installed on the access column through a frame 4513 436, the auxiliary frame 451 plays a position-limiting role.

Before practice: When adjusting the U-shaped frame 2 up and down, the personnel pull the pull-out rope 143 forward, and the T block 142 is away from the positioning groove. The personnel adjust the height of the U-shaped frame 2 according to their own height. 142 enters the positioning groove and U-shaped frame 2 is highly positioned.

The badminton racket 331 hits the shuttlecock 47: the main motor 326 drives the connecting plate 327 to rotate counterclockwise, the connecting plate 327 drives the extrusion plate 325 to press down, and the main rod 323 presses down. At this time, the connecting plate 327 drives the working rope 453 to press down and work The upper end of the rope 453 drives the stop post 44 to move a certain distance to the right. After that, the connecting rope 46 is free-falling due to the absence of the stop post 44. The extruding plate 325 separates, and the main rod 323 pops up instantly under the assistance of the main spring 324, after which the badminton racket 331 shoots the free-falling shuttlecock 47 into the air;

When the personnel practice the high-distance ball swing: the personnel shoot the flying shuttlecock 47 upwards, and the shuttlecock 47 flies upwards and reverses and hits the circular ball output device 4. When the shuttlecock 47 hits the sponge board 41, it hangs silently and freely On the guide rail bar 434, when the shuttlecock 47 hits the cushion plate 422, the detection bell 424 will make a sound to remind the personnel that the shuttlecock 47 freely hangs and falls on the guide rail bar 434, and the personnel can judge the flying of the shuttlecock 47 according to whether there is sound or not. Out of the track, so as to better control the running track of the badminton 47 after flying out;

When the shuttlecock 47 hangs down on the guide rail rod 434: the rotating motor 432 drives the threaded rod 433 to rotate, the push ring 435 drives the connecting rope 46 to slide down to the limit post 44, and repeats the above actions to make the shuttlecock 47 play again;

Control the trajectory of the shuttlecock 47 flying to the personnel: the length of the sliding frame 344 is used to control the angle of the shot of the main rod 323 so that the trajectory of the shuttlecock 47 flying to the personnel is different.

To sum up, the above-mentioned workflow solves the problem that the training staff needs to feed the ball by the side when practicing the swing, and the badminton 47 trajectories shot by the training staff are different, and the staff cannot repeatedly practice the same swing movement in a short period of time, etc. Achieved.

The above descriptions are only preferred embodiments of the present utility model, and are not intended to limit the present utility model. For those skilled in the art, the present utility model can have various modifications and changes. Any modification, equivalent replacement, improvement, etc. made within the spirit and principles of the present utility model shall be included in the protection scope of the present utility model.

Claims (8)

1. a kind of exercise-equipment of swinging the bat for shuttlecock training, including crane (1), U-shaped frame (2), takes device (3) and follow Ring ball-sending device (4), it is characterised in that: the upper end of the crane (1) is mounted on the rear end of U-shaped frame (2), U-shaped frame (2) Lower end, which is equipped with, takes device (3), and the upper end of U-shaped frame (2) is equipped with circulation ball-sending device (4)；

The crane (1) includes chassis (11), fixed chute (12), lifting slider (13) and positioning mechanism (14), chassis (11) upper end is evenly arranged with locating slot, is symmetrically installed on chassis (11) fixed chute (12), and fixed chute (12) passes through The mode being slidably matched is connected with lifting slider (13), and lifting slider (13) is mounted on U-shaped frame (2), the lower end of U-shaped frame (2) Positioning mechanism (14) are installed；

The device (3) of taking includes mainboard (31), takes mechanism (32), shake net bat (33) and angle control mechanism (34), the upper end of mainboard (31), which is equipped with, takes mechanism (32), and the upper end for taking mechanism (32) is equipped with shake net and claps (33), claps Equipped with angle control mechanism, (34, angle control mechanism (34) is mounted on mainboard (31) for the front end of mechanism (32) out；

Described take mechanism (32) include two guide-rail plates (321), shaft (322), mobile jib (323), main spring (324), squeeze Pressing plate (325), main motor (326), connecting plate (327), cylindrical piece (328) and arc-shaped guide rail (329), two guide-rail plate (321) peaces On mainboard (31), shaft (322) are equipped with by bearing between two guide-rail plates (321)；

It is equipped in shaft (322) mobile jib (323), cylindrical piece (328), cylindrical piece is equipped with by pin shaft on mobile jib (323) (328) it is connected by way of being slidably matched with arc-shaped guide rail (329), arc-shaped guide rail (329) is mounted on guide-rail plate (321) inner wall On, the right end of shaft (322) is equipped with stripper plate (325), is located on the guide-rail plate (321) on the right side of mainboard (31) and is equipped with main electricity Machine (326) is equipped with connecting plate (327) on the output shaft of main motor (326), is connected with main bullet between mobile jib (323) and mainboard (31) Spring (324)；

The circulation ball-sending device (4) includes sponge plate (41), two detection baffles (42), two delivery devices (43), limit Position column (44), limited post control mechanism (45), connecting rope (46) and shuttlecock (47), the left and right ends of sponge plate (41) are equipped with The outer end of two detection baffles (42), each detection baffle (42) is equipped with delivery device (43)；

Limited post (44) are equipped between two delivery devices (43), right end and limited post control mechanism (45) of limited post (44) Upper end is connected, and the lower end of limited post control mechanism (45), which is mounted on, takes on mechanism (32), and the lower end of sponge plate (41) passes through company Splicing (46) is connected with shuttlecock (47), and connecting rope (46) is wrapped on limited post (44).

2. a kind of exercise-equipment of swinging the bat for shuttlecock training according to claim 1, it is characterised in that: described determines Position mechanism (14) includes fixed frame (141), T block (142), pulls out rope (143), fixed ring (144) and connect spring (145), fixed It is provided with T slot in frame (141), is equipped with T block (142) in T slot, the front end of T block (142) is connected with pull-out rope (143), pulls out rope (143) fixed ring (144) are passed through, fixed ring (144) is mounted on the lower end for taking device (3), and fixed ring (144) and pull-out are restricted (143) spring (145) are connected between.

3. a kind of exercise-equipment of swinging the bat for shuttlecock training according to claim 1, it is characterised in that: described trembles It includes racket (331), two position-limited racks (332), two auxiliary plates (333) and buffer spring (334) that dynamic net, which claps (33), and two Auxiliary plate (333) is mounted on the left and right ends of mobile jib (323) upper end, is equipped with shuttlecock by pin shaft between two auxiliary plates (333) It claps (331), there are two position-limited rack (332), position-limited rack (332) and rackets for the front and rear sides installation of mobile jib (323) upper end (331) buffer spring (334) are connected between.

4. a kind of exercise-equipment of swinging the bat for shuttlecock training according to claim 1, it is characterised in that: the angle Degree control mechanism (34) include matching board (341), offset spring (342), follow block (343), sliding sash (344), fixture block (345), under Pressing plate (346) and auxiliary spring (347), the rear end of matching board (341) are connected by offsetting spring (342) with follow block (343), are cooperated It is connected by way of being slidably matched with sliding sash (344) on plate (341), passes through auxiliary spring (347) and lower platen in sliding sash (344) (346) it is connected, fixture block (345) is uniformly installed on lower platen (346).

5. a kind of exercise-equipment of swinging the bat for shuttlecock training according to claim 1, it is characterised in that: described pushes away Send mechanism (43) include L frame (431), rotary electric machine (432), threaded rod (433), guide rail pole (434), push ring (435) and into Void column (436) out, L frame (431) are mounted on arc frame (421), are connected by bearing with threaded rod (433) on L frame (431), Threaded rod (433) is connected with the output shaft of rotary electric machine (432), and rotary electric machine (432) is mounted on L frame (431) by pedestal, Threaded rod (433) is equipped with push ring (435), and push ring (435) passes through guide rail pole (434), and guide rail pole (434) is mounted on L frame (431) on, the lower end of threaded rod (433) is connected by bearing with the upper end for passing in and out void column (436), and disengaging void column (436) passes through Fixed frame is mounted on arc frame (421), is equipped with limited post (44) in disengaging void column (436).

6. a kind of exercise-equipment of swinging the bat for shuttlecock training according to claim 1, it is characterised in that: the limit Position column control mechanism (45) includes auxiliary frame (451), working rope (453), reset spring (454), I-column (455), auxiliary frame (451) it is mounted in disengaging void column (436), auxiliary frame (451) is connected by reset spring (454) with limited post (44), is limited The right end of column (44) is connected with the upper end of working rope (453), and the lower end of working rope (453) passes through auxiliary frame (451) and I-column (455) it is connected, I-column (455) is connected by pin shaft with connecting plate (327).

7. a kind of exercise-equipment of swinging the bat for shuttlecock training according to claim 1, it is characterised in that: the inspection Surveying baffle (42) includes arc frame (421), buffer plate (422), connecting spring (423) and detection small bell (424), arc frame (421) it is connected between buffer plate (422) connecting spring (423), the rear end of buffer plate (422) is provided with detection small bell (424)。

8. a kind of exercise-equipment of swinging the bat for shuttlecock training according to claim 6, it is characterised in that: described is auxiliary Frame (451) are helped to include a ring (4511), two rings (4512), a frame (4513) and two framves (4514), a ring (4511) and two rings (4512) it is connected between two framves (4514), a ring (4511) is mounted in disengaging void column (436) by a frame (4513).