CN108905141A - A kind of standing training equipment - Google Patents

Abstract

The invention provides a training device for a standing pile, which comprises a standing pile bottom plate, a training back plate, a front staring rod, a clock, an adjusting support plate, a lifting chute, an arc-shaped ball holding bottom plate, an arc-shaped ball holding outer side plate, an arc-shaped ball holding inner side plate, a knee bending training mechanism and a balance automatic control mechanism. This stake training equipment of standing stares at through setting up and looks at preceding pole and clock and watch, and the beginner can count and improve attention through looking at the clock and watch to effectual having solved present stake body-building of standing lacks corresponding training equipment, and the beginner posture is difficult to be held, and comparatively skilled people can only increase training time reinforcing training effect, lacks the equipment that promotes reinforcing training effect through technical ability, so need a stake problem of training equipment of standing.

Description

A kind of standing training equipment

technical field

The invention relates to the technical field of fitness, in particular to a training equipment for stance.

Background technique

Standing is a traditional way of fitness. People who only need to exercise stand in a standard standing posture. The standing time is generally longer. Long-term training can improve physical fitness and achieve unexpected fitness effects. Standing is different from traditional Martial arts are closely related. Many basic skills of martial arts require stance to reach a certain level of skill. It has been proved by research and investigation that stance can strengthen the body and improve people's attention. Bend, feet shoulder-width apart.

There are a lot of fitness equipment in the current gym, but there are not many equipment for static training. In the conversation with fitness coaches, I learned that the reason why stances are not popular in the gym is related to equipment. Most people lack equipment to compare postures. Standing takes a long time, and it is a static training. It is impossible for the coach to stare at it all the time. If the posture is not standard, it is easy to fall short. After mastering the basic skills of standing, it is easy to feel boring, not challenging and interesting, and the skill improvement and growth are slow. It is understood that the ancients would choose tall and very independent round wooden stakes as an auxiliary tool for stance training to increase the difficulty, but the safety performance is poor, and the balance and perseverance are improved. Currently, stance fitness lacks corresponding training. The training equipment is difficult for beginners to grasp the posture. More skilled people can only increase the training time to enhance the training effect. There is a lack of equipment to enhance the training effect through skill improvement, so a training equipment for stance is needed.

Contents of the invention

(1) Solved technical problems

Aiming at the deficiencies of the prior art, the present invention provides a training equipment for stance training, which solves the lack of corresponding training equipment for stance fitness, beginners are not easy to grasp the posture, and more skilled people can only increase the training time to enhance the training effect However, there is a lack of equipment to enhance the training effect through skill improvement, so there is a need for a training equipment for stance.

(2) Technical solution

In order to achieve the above object, the present invention is achieved through the following technical proposals: a training equipment for stance standing, comprising a stance base plate, a training back plate, a staring front rod, a clock, an adjustment support plate, a lifting chute, and an arc-shaped holding ball Bottom plate, arc-shaped ball-holding outer plate, arc-shaped ball-holding inner plate, knee-bending training mechanism and balance self-control mechanism, the surface of the standing pile bottom plate is welded to the surface of the training back plate, and the surface of the staring front bar is connected to the surface of the standing pile bottom plate Welding, the clock is installed on the staring front rod, the surface of the adjustment support plate is welded with the surface of the training backboard, the lifting chute is set on the training backboard, the inner wall of the lifting chute is slidingly connected with the lifting slider, and the lifting slider The surface is welded with the surface of the arc-shaped ball-holding bottom plate. The arc-shaped ball-holding bottom plate is located directly above the adjustment support plate. The surface of the adjustment support plate is welded with a telescopic tube. The inner wall of the telescopic tube is slidably connected with a telescopic rod. The lower surface of the arc-shaped ball-holding bottom plate is welded, the surface of the telescopic tube is threadedly connected with an adjusting bolt, the surface of the arc-shaped ball-holding outer plate is welded to the surface of the arc-shaped ball-holding bottom plate, the surface of the arc-shaped ball-holding inner plate is connected to the arc-shaped ball-holding plate The surface of the bottom plate is welded, the knee bending training mechanism is set on the training back plate, and the balance self-control mechanism is set on the standing pile bottom plate.

Preferably, there are two arc-shaped ball-holding bottom plates, two arc-shaped ball-holding inner plates and two arc-shaped ball-holding outer plates, two arc-shaped ball-holding bottom plates, two arc-shaped ball-holding inner plates and two The arc-shaped ball-holding outer plates are all symmetrically distributed with the midline on the surface of the training back plate as the line of symmetry.

Preferably, the knee bending training mechanism includes a threaded hole, a threaded rod, an adjustment slot, a rotation adjustment block, an inclined knee bending plate, an arc top bending plate, an arc correction plate and an inclined backing plate, and the threaded holes are set on the training back plate On the top, the inner wall of the threaded hole is threadedly connected with the surface of the threaded rod, one end of the threaded rod is welded to the surface of the rotating adjustment block, and the end of the threaded rod away from the rotating adjusting block is welded with a bearing, which is embedded in the inner surface of the curved top bending plate .

Preferably, the adjustment groove is set on the training backboard, the inner wall of the adjustment groove is slidably connected with the adjustment slider, the inner wall of the adjustment groove is welded with a first shrapnel, the surface of the first shrapnel is welded to the surface of the adjustment slider, and the adjustment slider The surface of the inclined knee plate is welded with the surface of the inclined knee plate. The number of the inclined knee plate is two. The two inclined knee plates are symmetrically distributed with the center line of the surface of the threaded rod as the symmetrical line. The surfaces of the curved top bends are hinged.

Preferably, an arc-shaped chute is provided on the surface of the inclined knee-bending plate, the inner wall of the arc-shaped chute is slidingly connected with the surface of the arc-shaped correction plate, the surface of the arc-shaped correction plate is welded to the surface of the inclined pad, and the inclined pad The number of plates is two, and the two inclined backing plates are symmetrically distributed with the center line of the surface of the arc-shaped correction plate as the symmetrical line. The surface of the arc-shaped correction plate is provided with a correction elastic groove, and the surface of the threaded rod slides with the inner wall of the correction elastic groove. connection, the inner wall of the rectification elastic groove is welded with a second elastic piece, and the surface of the second elastic piece is welded with the surface of the threaded rod.

Preferably, among the two inclined knee-bending boards and the two inclined backing boards, the upper inclined knee-bending board and the inclined backing board slope downward from left to right, and the lower inclined knee-bending board and the inclined backing board from Tilt left to right.

Preferably, the balance self-control mechanism includes an air chamber, a balance self-control groove, a control chute, a first foot pedal backing plate, an electric control groove, insulating wood blocks and a second foot pedal backing plate, and the air chamber is opened on the training backboard , the inner wall of the air cavity is welded with a support rod, the surface of the support rod is installed with a fan, and the inner wall of the air cavity is clamped with a protective net.

Preferably, the balance self-control groove is set on the bottom plate of the standing pile, and the distance between the two balance self-control grooves is 40 centimeters. The inner wall of the balance self-control groove is welded with a self-control spring, and one end of the self-control spring is connected to the lower surface of the second pedal backing plate. Welding, the surface of the second pedal backing plate is slidingly connected with the inner wall of the balance self-control groove, the control chute is set on the bottom plate of the standing pile, the inner wall of the control chute is slidably connected with a control slider, and the surface of the control slider is connected to the first foot The surface sliding connection of the tread plate.

Preferably, the power control groove is set inside the bottom plate of the station pile, the power control groove communicates with the balance self-control groove, the surface of the second foot pad is inserted with a conductive iron block, and the insulating wood block is inlaid inside the bottom plate of the stand pile , the surface of the insulating wooden block is inlaid with a conductive iron sheet, and the conductive iron block is located inside the power control tank. One end of the two-pedal backing plate is slidingly connected to the surface of the conductive iron sheet, and an electric switch is fixedly installed on the surface of the training backboard. The output end of the iron block is electrically connected, the input end of the conductive iron block is connected to an external power supply, and the output end of the electric switch is electrically connected to the input end of the fan.

(3) Beneficial effects

(1) When the present invention is in use, the two feet stand on the balance self-control mechanism, the legs are bent close to the knee-bending training mechanism, and the two arms hold the ball and place it on the arc-shaped ball-holding bottom plate, the arc-shaped ball-holding outer plate and the arc-shaped ball-holding Between the inner panels, the eyes look straight ahead at the clock, which can play a role in timely adjustment of training postures during use, and can also improve concentration. Through the selection of functions, it can play a role in improving skills. Challenging and fun to develop skills.

(2) The present invention forms an arc shape by setting the arc-shaped ball-holding bottom plate, the arc-shaped ball-holding outer plate and the arc-shaped ball-holding inner plate, and the arc-shaped ball-holding bottom plate, the arc-shaped ball-holding outer plate and the arc-shaped ball-holding inner plate Limiting the range can play the role of restricting the arm to hold the ball. At the same time, it can also adjust the correct posture of the trainer's arm in time to avoid the gradual error of the trainer's posture during the training process, and the telescopic rod can be adjusted by adjusting the bolt Then adjust the height of the arc-shaped ball-holding bottom plate, the arc-shaped ball-holding outer plate and the arc-shaped ball-holding inner plate.

(3) The present invention sets the knee bending training mechanism, and when the trainer is close to the knee bending training mechanism, the inside of the leg needs to be bent to achieve the effect of bending the leg.

(4) The present invention rotates the adjusting block by setting the threaded rod, and the rotating adjusting block drives the threaded rod to rotate inside the threaded hole. The threaded rod can drive the arc-shaped top bending plate to expand and contract, and the arc-shaped top bending plate can drive the inclined knee-bending plate to move , the angle of inclination of the inclined knee-bending board will change during the moving process, achieving the effect of adjusting and limiting the bending degree of the trainer's legs.

(5) In the present invention, by setting the arc correction board, when the trainer's posture changes and sinks, the inclined backing plate on the arc correction board can play the role of adjustment. When the body sinks, the buttocks and thighs will touch The upper inclined backing plate, the upper inclined backing plate drives the arc correction plate to shift and rotate, and the arc correction plate drives the lower inclined backing plate to rotate and touch the calf of the trainer, which not only reminds the trainer but also prevents the training Or continue to sink the body.

(6) The present invention arranges the arc-shaped top bending plate, on the one hand, the arc-shaped top bending plate can play the role of connecting the inclined knee-bending plate to facilitate angle adjustment; on the other hand, when the trainer lifts up, the inner side of the knee bends The upper part of the body will touch the arc-shaped curved top plate, which not only reminds the trainer, but also restricts the trainer from continuing to lift the body, so that the trainer can correct the posture in time.

(7) The present invention is provided with a balance self-control mechanism. In the first aspect, it can be adjusted to provide a stable support point for beginners. In the second aspect, it can be adjusted to provide a better support point for training for the skilled person. In the third aspect , through the control of balance to affect the operation of the equipment, enhance the fun and challenge of training.

(8) The present invention arranges the rotation adjustment block, on the one hand, the rotation adjustment block can provide a stable support point for beginners, and on the other hand, the distance between the threaded rods can provide the correct foot distance adjustment standard for the trainer.

(9) In the present invention, by setting the arc correction plate, on the one hand, the arc correction plate can provide a support point for the skilled person; on the other hand, when the skilled person stands on the arc correction plate, the body needs to be kept as stable and stable In the case of turning on the electric switch, the fan will generate wind. The start of the fan is a signal, indicating that the station is stable. Cutting can increase the interference of training. If the body shakes, the self-control spring will spring, and the second footrest will Drive the conductive iron block to slide up and down. If the sliding is too large, the conductive iron block will slide out of the range of the conductive iron sheet, and the fan will stop. Therefore, if the fan keeps on and off, it means that the standing position is not successful, and the standing posture is not stable enough, which reflects the equipment Challenging and fun with skill-boosting at the same time.

(10) The present invention sets staring at the front bar and the clock, and beginners can count and improve their attention by staring at the clock, thereby effectively solving the lack of corresponding training equipment for the current stance fitness, and the posture of beginners is not easy to grasp. More skilled people can only increase the training time to enhance the training effect, and lack the equipment to enhance the training effect through skill improvement, so there is a need for a training equipment for stance.

Description of drawings

Fig. 1 is a structural representation of the present invention;

Fig. 2 is a top view of the arc-shaped ball-holding bottom plate structure of the present invention;

Fig. 3 is a sectional view of the knee bending training mechanism of the present invention;

Fig. 4 is a sectional view of the balance automatic control mechanism of the present invention;

Fig. 5 is an enlarged view of the structure at A in Fig. 4 of the present invention.

Among them, 1 standing pile bottom plate, 2 training back plate, 3 staring front rod, 4 clock, 5 adjusting support plate, 501 telescopic tube, 502 telescopic rod, 503 adjusting bolt, 6 lifting chute, 601 lifting slider, 7 arc Shaped ball-holding bottom plate, 8 arc-shaped ball-holding outer plates, 9 arc-shaped ball-holding inner plates, 10 knee-bending training mechanisms, 1001 threaded holes, 1002 threaded rods, 1003 adjustment slots, 1004 rotation adjustment blocks, 1005 inclined knee-bending plates, 1006 arc top bending plate, 1007 arc correction plate, 1008 inclined backing plate, 1009 adjustment slider, 10010 first shrapnel, 10011 arc chute, 10012 correction elastic groove, 10013 second shrapnel, 11 balance automatic control mechanism, 1101 Air cavity, 1102 balance self-control groove, 1103 control chute, 1104 first foot pedal backing plate, 1105 electric control groove, 1106 insulating wood block, 1107 second foot pedal backing plate, 1108 support rod, 1109 fan, 11010 guard net, 11011 self-control spring, 11012 control slider, 11013 conductive iron block, 11014 conductive iron sheet, 11015 electric switch.

Detailed ways

The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

As shown in Figures 1-5, the embodiment of the present invention provides a training equipment for stance, including stance bottom plate 1, training back plate 2, staring front bar 3, clock 4, adjustment support plate 5, lifting chute 6 , arc-shaped ball-holding bottom plate 7, arc-shaped ball-holding outer plate 8, arc-shaped ball-holding inner plate 9, knee-bending training mechanism 10 and balance self-control mechanism 11, the surface of the stand base plate 1 is welded with the surface of the training back plate 2, Staring at the surface of the front bar 3 is welded with the surface of the stand base plate 1, the watch 4 is installed on the staring front bar 3, the surface of the adjustment support plate 5 is welded with the surface of the training back plate 2, and the lifting chute 6 is opened on the training back On the plate 2, the inner wall of the lifting chute 6 is slidably connected with a lifting slider 601, the surface of the lifting slider 601 is welded to the surface of the arc-shaped ball-holding bottom plate 7, and the arc-shaped ball-holding bottom plate 7 is located directly above the adjustment support plate 5, The surface of the adjustment support plate 5 is welded with a telescopic tube 501, the inner wall of the telescopic tube 501 is slidably connected with a telescopic rod 502, and one end of the telescopic rod 502 is welded to the lower surface of the arc-shaped ball-holding base plate 7, and the surface of the telescopic tube 501 is threaded to be adjusted. Bolt 503, the surface of the arc-shaped ball holding outer plate 8 is welded with the surface of the arc-shaped ball holding base plate 7, the surface of the arc-shaped ball holding inner plate 9 is welded with the surface of the arc-shaped ball holding base plate 7, and the knee bending training mechanism 10 is arranged on On the training backboard 2, the balance self-control mechanism 11 is arranged on the base plate 1 of the standing pile. The shape-shaped ball-holding base plate 7, the two arc-shaped ball-holding inner plates 9 and the two arc-shaped ball-holding outer plates 8 are symmetrically distributed with the midline on the surface of the training back plate 2 as the symmetrical line, and the knee-bending training mechanism 10 includes threaded holes 1001 , threaded rod 1002, adjustment groove 1003, rotation adjustment block 1004, inclined knee bending plate 1005, arc top bending plate 1006, arc correction plate 1007 and inclined backing plate 1008, threaded hole 1001 is offered on the training backboard 2, threaded The inner wall of the hole 1001 is threadedly connected to the surface of the threaded rod 1002, one end of the threaded rod 1002 is welded to the surface of the rotation adjustment block 1004, and the end of the threaded rod 1002 away from the rotation adjustment block 1004 is welded with a bearing, which is embedded in the arc-shaped top bending plate 1006 On the inner side of the training backplane 2, the adjustment groove 1003 is opened, and the inner wall of the adjustment groove 1003 is slidably connected with the adjustment slider 1009. The inner wall of the adjustment groove 1003 is welded with the first elastic piece 10010, and the surface of the first elastic piece 10010 is connected with the adjustment slider. The surface of 1009 is welded, the surface of adjustment slide block 1009 is welded with the surface of inclined knee-bending plate 1005, the quantity of inclined knee-bending plate 1005 is two, and two inclined knee-bending plates 1005 take the centerline of threaded rod 1002 surface as symmetrical line to form Symmetrically distributed, the surfaces of the two inclined knee benders 1005 are hinged with the surface of the arc-shaped top bender 1006, and the surface of the inclined knee bender 1005 is provided with an arc-shaped chute 10011, and the inner wall of the arc-shaped chute 10011 is aligned with the arc correction The surface of the plate 1007 is slidingly connected, the surface of the arc correction plate 1007 is welded to the surface of the inclined backing plate 1008, and the inclined The number of backing plates 1008 is two, and the two inclined backing plates 1008 are symmetrically distributed with the midline of the surface of the curved correction plate 1007 as the symmetrical line. It is slidingly connected with the inner wall of the correction elastic groove 10012, and the inner wall of the correction elastic groove 10012 is welded with a second elastic piece 10013, the surface of the second elastic piece 10013 is welded to the surface of the threaded rod 1002, two inclined knee bend plates 1005 and two inclined backing plates In 1008, the inclined knee-bending board 1005 and the inclined backing board 1008 at the top are inclined downward from left to right, the inclined knee-bending board 1005 and the inclined backing board 1008 at the bottom are inclined upward from left to right, and the balance automatic control mechanism 11 includes wind Cavity 1101, balance self-control groove 1102, control chute 1103, first foot pedal backing plate 1104, power control groove 1105, insulating wood block 1106 and second foot pedal backing plate 1107, wind cavity 1101 is offered on the training backboard 2, The inner wall of the wind chamber 1101 is welded with a support rod 1108, the surface of the support rod 1108 is installed with a fan 1109, the inner wall of the wind chamber 1101 is clamped with a guard net 11010, and the balance self-control groove 1102 is opened on the base plate 1 of the station pile. Two balance self-control grooves The distance of 1102 is 40 centimetres, and the inwall of balance self-control groove 1102 is welded with self-control spring 11011, and one end of self-control spring 11011 is welded with the lower surface of second pedal backing plate 1107, and the surface of second foot pedal backing plate 1107 and balance self-control groove The inner wall of 1102 is slidably connected, and the control chute 1103 is provided on the base plate 1 of the standing pile, and the inner wall of the control chute 1103 is slidably connected with a control slider 11012, and the surface of the control slider 11012 is slidably connected with the surface of the first pedal backing plate 1104 , the power control slot 1105 is set inside the bottom plate 1 of the station pile, the power control slot 1105 communicates with the balance self-control slot 1102, the surface of the second pedal pad 1107 is plugged with a conductive iron block 11013, and the insulating wood block 1106 is embedded in the stand pile. Inside the bottom plate 1, the surface of the insulating wood block 1106 is inlaid with a conductive iron sheet 11014, and the conductive iron block 11013 is located inside the power control groove 1105. The surface of the conductive iron block 11013 is slidably connected to the surface of the conductive iron sheet 11014 away from the second pedal backing plate 1107, and the surface of the training backboard 2 is fixedly equipped with an electric switch 11015. The input end of the electric switch 11015 is connected to the The output end of the conductive iron sheet 11014 is electrically connected, the input end of the conductive iron sheet 11014 is electrically connected to the output end of the conductive iron block 11013, the input end of the conductive iron block 11013 is connected to an external power supply, the output end of the electric switch 11015 is connected to the input end of the fan 1109 electrical connection.

When in use, connect the power supply, adjust the height of the telescopic rod 502 through the adjustment bolt 503, and then adjust the height of the arc-shaped ball-holding bottom plate 7, the arc-shaped ball-holding outer plate 8 and the arc-shaped ball-holding inner plate 9, and rotate the rotation adjustment block 1004 , the rotation adjustment block 1004 drives the threaded rod 1002 to rotate inside the threaded hole 1001, the threaded rod 1002 can drive the arc-shaped top bending plate 1006 to expand and contract, the arc-shaped top bending plate 1006 can drive the inclined knee-bending plate 1005 to move, and the inclined knee-bending plate 1005 is in the The angle of inclination will change during the moving process, and the adjustment limits the leg bending degree of the trainer. When using it for beginners, first slide the control slider 11012 inside the control chute 1103, and the control slider 11012 drives the rotation adjustment block 1104 on the base of the standing pile 1. Slide the upper surface and completely cover the balance self-control groove 1102. Beginners stand on different first foot pedal pads 1104 with two feet, and then approach the knee bending training mechanism 10 with their bodies, and place their arms in an arc The ball-holding bottom plate 7, the arc-shaped ball-holding outer plate 8 and the arc-shaped ball-holding inner plate 9 form the inside of the arc-shaped limit range, and the knee inner side is bent and continues to gradually approach the knee-bending training mechanism 10. When the trainer's posture changes and sinks , the inclined backing plate 1008 on the arc correction plate 1007 can play the role of adjustment. When the body sinks, the buttocks and thighs will touch the upper inclined backing plate 1008, and the upper inclined backing plate 1008 drives the arc correction plate 1007 Displacement and rotation occur, and the arc correction plate 1007 drives the inclined backing plate 1008 below to rotate and touches the trainer's calf, which not only reminds the trainer, but also prevents the trainer from continuing to sink the body. When the trainer lifts up, The inner bending part of the knee will touch the arc-shaped top bending plate 1006, which not only reminds the trainer, but also restricts the trainer from continuing to lift the body. At this time, the electric switch 11015 can be turned on to generate wind for simple interference lifting Attention or cooling, the trainer counts and improves the attention by staring at the clock 4. When the skilled person needs to increase the difficulty and strengthen the training effect, slide the control slider 11012 inside the control chute 1103, and the control slider 11012 drives the first Pedal backing plate 1104 slides on the upper surface of standing pile bottom plate 1 and leaves control slider 1102. When a skilled person stands on the arc correction plate 1007, he needs to keep his body as stable as a pile. Under the stable situation, turn on the electric switch 11015, The fan 1109 will generate wind power. The start of the fan 1109 is a signal, indicating that the station is stable, and cutting can increase the interference of training. If the body shakes, the self-control spring 11011 will bounce, and the second foot pad 1107 will drive the conductive iron block 11013 slides up and down, if the sliding is too large, the conductive iron block 11013 will slide out of the range of the conductive iron sheet 11014, and the fan 1109 will stop, so if the fan 1109 keeps on and off, it means that the standing position is not very successful, the standing posture is not stable enough, and it needs to be constantly Improve the concentration and the ability of stance, thus completing the training process of using the training equipment for stance.

Claims (9)

1. a kind of station stake training device, including stand stake bottom plate (1), training backboard (2), stare at view front bar (3), clock and watch (4), adjust Support plate (5), lifting sliding slot (6), arc embraces ball bottom plate (7), arc embraces ball outer panel (8), arc embraces ball interior plate (9), curved Knee training institution (10) and balance automatic control machine structure (11), it is characterised in that：

The surface of station stake bottom plate (1) and the surface of training backboard (2) are welded, and surface and the station stake bottom plate of view front bar (3) are stared at (1) surface welding, clock and watch (4), which are mounted on, to be stared in view front bar (3), adjusts the surface of support plate (5) and the table of training backboard (2) Face welding, lifting sliding slot (6) are provided on trained backboard (2), and the inner wall of lifting sliding slot (6) slidably connects lifting slider (601), the surface that the surface of lifting slider (601) and arc embrace ball bottom plate (7) is welded, and arc armful ball bottom plate (7), which is located at, to be adjusted The surface of support plate (5), the surface for adjusting support plate (5) are welded with telescoping tube (501), the inner wall sliding of telescoping tube (501) It is connected with telescopic rod (502), the lower surface of one end of telescopic rod (502) and arc armful ball bottom plate (7) is welded, telescoping tube (501) Surface be threaded with adjust bolt (503), arc embrace ball outer panel (8) surface and arc embrace ball bottom plate (7) surface Welding, the surface that arc embraces the surface of ball interior plate (9) and arc embraces ball bottom plate (7) are welded, knee sprung training institution (10) setting In training backboard (2), balance automatic control mechanism (11) setting is on station stake bottom plate (1).

2. a kind of station stake training device according to claim 1, it is characterised in that：The arc embraces ball bottom plate (7), arc It is two that shape, which embraces ball interior plate (9) and the quantity of arc armful ball outer panel (8), and two arcs embrace ball bottom plate (7), two arcs Embracing ball interior plate (9) and two arcs armful ball outer panel (8) is line of symmetry in symmetrical point to train the middle line on backboard (2) surface Cloth.

3. a kind of station stake training device according to claim 1, it is characterised in that：Knee sprung training institution (10) packet Include threaded hole (1001), threaded rod (1002), regulating tank (1003), rotation adjusting block (1004), inclination knee sprung plate (1005), arc Shape bending plate (1006), arc rectification plate (1007) and inclination backing plate (1008), threaded hole (1001) are provided with trained backboard (2) On, the inner wall of threaded hole (1001) is threadedly coupled with the surface of threaded rod (1002), and one end of threaded rod (1002) and rotation are adjusted The surface of locking nub (1004) is welded, and threaded rod (1002) is welded with bearing, bearing edge far from one end of rotation adjusting block (1004) On the medial surface of arched top bent plate (1006).

4. a kind of station stake training device according to claim 3, it is characterised in that：The regulating tank (1003) is provided with In training backboard (2), the inner wall of regulating tank (1003) is slidably connected adjusting slider (1009), the inner wall welding of regulating tank (1003) Have the first elastic slice (10010), the surface of the first elastic slice (10010) and the surface of adjusting slider (1009) are welded, adjusting slider (1009) surface on surface and inclination knee sprung plate (1005) is welded, and the quantity of inclination knee sprung plate (1005) is two, and two are inclined Oblique knee sprung plate (1005) is symmetric using the middle line on threaded rod (1002) surface as line of symmetry, two inclination knee sprung plates (1005) Surface it is hinged with the surface of arched top bent plate (1006).

5. a kind of station stake training device according to claim 4, it is characterised in that：Inclination knee sprung plate (1005) Surface offers arc chute (10011), and the inner wall of arc chute (10011) and the surface of arc rectification plate (1007) are slided and connected It connects, the surface of arc rectification plate (1007) and the surface of inclination backing plate (1008) are welded, and the quantity of inclination backing plate (1008) is two A, two inclinations backing plate (1008) are symmetric using the middle line on arc rectification plate (1007) surface as line of symmetry, arc correction The surface of plate (1007) offers correction elastic force slot (10012), surface and correction elastic force slot (10012) of threaded rod (1002) Inner wall is slidably connected, and the inner wall of correction elastic force slot (10012) is welded with the second elastic slice (10013), the table of the second elastic slice (10013) It welds on the surface of face and threaded rod (1002).

6. a kind of station stake training device according to claim 5, it is characterised in that：Described two inclination knee sprung plates (1005) and in two inclination backing plates (1008), the inclination knee sprung plate (1005) that is located above and inclination backing plate (1008) are from left-hand The right side tilts down, underlying inclination knee sprung plate (1005) and inclination backing plate (1008) inclination upwards from left to right.

7. a kind of station stake training device according to claim 1, it is characterised in that：Balance automatic control mechanism (11) packet It includes wind chamber (1101), balance from control slot (1102), control sliding slot (1103), the first foot-operated backing plate (1104), power control slot (1105), it insulate wooden unit (1106) and crus secunda mat board (1107), wind chamber (1101) is provided on trained backboard (2), wind chamber (1101) inner wall is welded with support rod (1108), and the surface of support rod (1108) is equipped with fan (1109), wind chamber (1101) Inner wall be connected with protective net (11010).

8. a kind of station stake training device according to claim 1, it is characterised in that：The balance is opened from control slot (1102) It is located on station stake bottom plate (1), two balances are 40 centimetres from the distance of control slot (1102), balance and weld from the inner wall of control slot (1102) It being connected to automatic control spring (11011), one end of automatic control spring (11011) and the lower surface of crus secunda mat board (1107) are welded, the The surface of two foot-operated backing plates (1107) is slidably connected with balance from the inner wall of control slot (1102), and control sliding slot (1103) is provided with station On stake bottom plate (1), the inner wall of control sliding slot (1103) slidably connects control sliding block (11012), controls the table of sliding block (11012) Face and the surface of the first foot-operated backing plate (1104) are slidably connected.

9. a kind of station stake training device according to claim 1, it is characterised in that：The power control slot (1105) is opened It is located at the inside at station stake bottom plate (1), power control slot (1105) is connected to balance from control slot (1102), crus secunda mat board (1107) surface is plugged with conductive iron block (11013), and insulation wooden unit (1106) is embedded in the inside at station stake bottom plate (1), insulation The surface inserting of wooden unit (1106) has conductive iron plate (11014), and conductive iron block (11013) is located at the interior of power control slot (1105) Portion, one end of the separate crus secunda mat board (1107) of conductive iron block (11013) and the surface of insulation wooden unit (1106) are slided and are connected It connects, the surface of one end of the separate crus secunda mat board (1107) of conductive iron block (11013) and conductive iron plate (11014), which is slided, to be connected It connects, the surface of training backboard (2) is fixedly installed with electric switch (11015), the input terminal of electric switch (11015) and conductive iron plate (11014) output end electrical connection, the input terminal of conductive iron plate (11014) are electrically connected with the output end of conductive iron block (11013), The input terminal of the input terminal external power supply of conductive iron block (11013), the output end and fan (1109) of electric switch (11015) is electrically connected It connects.