KR101366149B1 - Sports tools for horse riding - Google Patents

Abstract

The present invention relates to an exercising apparatus for horse-riding allowing a user to enjoy a horse-riding sport just like a real horse-riding without having restrictions of space even in narrow indoor space and to produce the same exercising effects of horse-riding. The present invention comprises: an elevation member (30) with which a pair of second connection arms and third connection arms (32) (34) are connected so as to enable a saddle support (10) installed on the front of a frame (1) to do reciprocating motions up and down; a connection member (40) wherein the elevation member (30) is operated and a third crank (42) is connected with; a fourth crank (50) and a sixth crank (60) respectively installed on the lower parts of a first and a second operation lever (20a) (20b) so as to transmit back and forth reciprocating motions by the connection member (40); a first driving member (70) and a second driving member (72) installed to be able to connect at the lower part of the center of the frame (1) for operating a movement member (20), a second connection member (40) and the third connection arms (32) (34); and a weight control member (80) connected with the elevation member (30) so as to control the load strength of the saddle support (10).

Description

Sports tools for horse riding

The present invention relates to a sports equipment for riding, and more particularly, even in a narrow space, such as indoors, the user can enjoy horseback riding sports, such as riding a horse in a combination of vertical and front and rear movement without being limited by space. It relates to a horse riding exercise equipment that can implement an effective exercise with a simple configuration by improving the structure of the horse riding equipment that can achieve the same athletic effect.

In general, horseback riding is a sport with a special character that must be united with life-giving horses. It is a sport that trains the body and nurtures the spirit of the chivalry. have.

In addition, horseback riding is a full-body exercise that can be enjoyed by anyone of all ages, and this horseback riding is a straightening exercise unlike the town dong, which helps in posture correction, and when the horse is on the horse, it is also good for strengthening the bowel function. In addition, students help constipation, men are effective in prostate disease, etc. It also helps improve lung capacity and strengthen the lower body such as calves and thighs.

Therefore, horse riding corrects the upper body and makes the waist more flexible, mental concentration and rhythm of the body are increased, lung capacity is increased, the pelvis is strengthened, and the courage is increased. To help develop the correct body.

As such, horseback riding is well known to achieve excellent effects on the whole body movement, but the reality is that most people cannot actually enjoy horseback riding because of poor economic ability, location and time.

On the other hand, a number of mock riding equipment has been proposed to enjoy horseback riding in a narrow space such as indoors for the above reasons, but the horseback riding equipment presented in the related art is merely provided with a play function of play, and it is different from the liveliness of riding a horse. Far distance and almost no sense of motion, in particular, there was a problem that can not actually realize the horse riding motion close to the rhythm and rhythm of the horse.

Such a horse training exercise apparatus is disclosed in Korean Patent Registration No. 1064864.

However, the equine exercise device disclosed in the Korean Patent Registration No. 1064864 can drive the motion base back and forth, but since the motion base is composed of a single frame of a predetermined length, it is not natural in motion to move the saddle up and down, Has been limited in its implementation.

Japanese Patent Publication No. 6-65350 Japanese Patent Publication No. 2004-216072 Domestic patent registration No. 1064864

The present invention has been developed to solve the above-mentioned problems of the present invention. It is an object of the present invention to provide a game machine which can be used indoors in a narrow space without restriction of space, The present invention is to provide a riding exercise apparatus which can maximize the flexibility of driving and thereby obtain a movement effect such as horse riding while enjoying a lively riding sport as a user actually riding a horse.

Another object of the present invention is to provide a horse riding exercise equipment that can be adjusted to the vertical movement and the front and rear movement while achieving a displacement by improving the driving structure to a structure that implements a simple and good operation.

In order to achieve the above object, the present invention, the saddle support for arranging the saddle support and the saddle support that is mounted on the center of the frame, the horse riding equipment for swinging the horse model is supported on the saddle support A driving device comprising: a transfer member installed at a central portion of the frame and connected with first and second driving levers to reciprocate the saddle support back and forth; A lifting member to which a pair of second connection arms and a third connection arm are connected to reciprocate the saddle support installed in the front part of the frame up and down; An interlocking member driven with the elevating member and connected with a third crank; A fourth crank and a sixth crank respectively installed at intervals at the bottom of the first and second driving levers so as to transfer the reciprocating movement back and forth by the interlocking member; A first power member and a second power member installed to be interlockable at the lower center of the frame to operate the movable member, the second interlocking member, and the third connection arm; It is connected to the lifting member comprises a load adjusting member for driving to adjust the load strength of the saddle support.

As described above, the horse riding exercise equipment of the present invention can feel a horse riding motion close to the rhythm and sensation and rhythm of the horse actually running without being restricted by the space even in a narrow space such as an indoor room. As you ride, you can enjoy the equestrian sports such as riding while enjoying the same sporting effect, and in particular, there is an effect that can realize a variety of horse riding movements that are actually close to the rhythm and rhythm of the horse.

In addition, the present invention has the effect of improving the productivity by simplifying the structure of the horse riding exercise equipment to save the production cost and eliminate the deterioration factor of durability by a complex device.

1 is a perspective view showing the entire structure of the present invention.
2 and 3 is a perspective view of the main portion of the present invention.
4 is a front view of main parts of the riding mechanism of the present invention.
5 is a perspective view of main parts of the riding mechanism of the present invention.
6 is a front view of main parts of the conveying member, the elevating member, and the driving member;
Figure 7 is a perspective view of the transfer member.
8a, 8b is an operating state of the riding equipment.
9 and 10 are perspective views taken from the first power member and the second power member.
11 is a perspective view taken from the load adjustment member.
12 is an exploded view of the interlocking member, the connecting lever, and the auxiliary lever.
Figure 13 is a perspective view of the second connecting arm and the fourth crank.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the technical structure of the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIGS. 1 to 13, the horse riding exercise apparatus of the present invention is disposed on the upper portion of the center of the frame 1 to support the saddle 2 and the saddle support 10 that the user can ride. In the driving device 100 for a horse riding exercise machine for oscillating the horse model 2a in which the dove 2 is supported by the saddle support 10, the saddle support 10 is installed at the center of the frame 1. A transfer member 20 to which the first and second driving levers 20a and 20b are connected to reciprocate back and forth; A lifting member 30 to which a pair of second connecting arms and third connecting arms 32 and 34 are connected to reciprocate the saddle support 10 installed in the front part of the frame 1 up and down; ; An interlocking member 40 for driving with the elevating member 30 and having a third crank 42 connected thereto; The fourth crank 50 and the sixth crank 60, which are installed at intervals at the bottom of the first and second driving levers 20a and 20b to transmit the reciprocating movement back and forth by the interlocking member 40 and ; The first power member 70 and the first power member 70 and the second interlocking member (40) and the third connecting arm (30) and 32 are installed to be interlocked at the center lower end of the frame (1) to operate. 2 power member 72; It is connected to the elevating member 30 is configured to include a load adjusting member 80 for driving to adjust the load strength of the saddle support 10 is a basic feature of the technical configuration.

Here, the frame (1) constitutes the main frame of the horse riding exercise equipment according to the present invention, such a frame (1) is made firmly so as not to shake during operation of the horse riding exercise equipment, the frame (1) In FIG. 1, a cover 1a is provided to block exposure of the components installed in the interior.

The above-mentioned book 2 is provided to provide an atmosphere in which a user (a person who wants to practice horse-riding) actually rides on horseback. In this case, And a handle strap 2b is provided at a front upper portion of the handle 2.

As described above, it is preferable to form a horse model 2a similar to an actual horse to increase the riding atmosphere as described above. However, if necessary, lions, tigers, cows, and elephants may be used. Various animal models may be formed.

The saddle support 10 is arranged to be movable back and forth and up and down on the center of the frame 1 to support the saddle (2), such a saddle support (10) to firmly support the saddle (2). The saddle 2 and the saddle support 10 are fastened to be detachable through a plurality of bolts and nuts.

The transfer member 20 is installed in the center of the frame 1 to reciprocate the saddle support 10 forward and backward, such a transfer member 20 is a bearing (1) in the frame 1 as shown in Figs. The first driving lever 20a and the second driving lever pivotally connected to the upper portion of the fourth crank 50 connected to the bearing B3 by the bearing B2 to the second connecting arm 32 fixed to the B1). 20b, a sixth crank 60 pivotally connected to the first and second driving levers 20a and 20b with a bearing B4, and a sixth crank 60 and a pivot connected to the bearing B5. A pair of bearings mounted on the third connecting arm 34, the bearing B6 pivotally connected to the third connecting arm 34, and fixed to the frame 1, and the first and second driving levers 20a and 20b. It consists of the bases 22a and 22b.

The interlocking member 40 is formed in a substantially straight shape, and the center portion thereof is rotatably fixed to the fixed shaft 28 fixed to the bearing B7. At this time, the upper part of the connecting lever 48 is connected to the third crank 42 and the lower part is connected to the second crank 44 to be movable.

The first driving lever 20a and the second driving lever 20b are provided in a pair of two, and a pair of bases 22a and 22b are mounted on both sides of the upper end.

Referring to the operation of the conveying member 20 made as described above are as follows.

As shown in FIG. 4 and FIG. 8B, the second connector pipe pivotally connected to the bearing B1 fixed to the frame 1 to reciprocate back and forth of the saddle support 10 within the frame 1. 32, the base 22a, 22b is mounted on the first driving lever 20a and the second driving lever 20b, which are pivotally connected to the fourth crank 50, and the second connecting pipe 32 The left part and the right part of the third connecting pipe 34 are interlocked with the first and second power members 70 and 72 so that the bases 22a and 22b move forward and backward by the pushing and pulling action.

As described above, when the fourth crank 50 and the sixth crank 60 are tilted to the right, the first and second driving levers 20a and 20b may be tilted to the right as shown in FIG. 8A.

When the first driving lever 20a and the second driving lever 20b move forward, and the fourth crank 50 and the sixth crank 6 are inclined to the left side, the first driving lever 20a and the second driving lever 20b. Since 20b is retracted as shown in FIG. 8B, the insole support 10 supporting the horse's eye part 2 can be moved back and forth.

Therefore, the first driving lever 20a, the second driving lever 20b, the fourth crank 50, the sixth crank 60, the second connecting arm 32 and the third connecting arm 34 are bearings, respectively. (B1) (B2) (B5) (B6) is pivotally connected to the rotational movement is made naturally, the forward and backward movement is made smoothly and smoothly.

As shown in FIGS. 8A and 8B, the elevating member 30 includes a second connecting arm 32 and a third connecting arm 34 that are bisected and opposed to each other. Both ends of the fifth crank 52 and the fifth crank 50 having a set of dogs connect bearings B8 and B9, respectively, and the left bearing B8 is connected to the interlocking member 40, and The bearing B9 is connected to the connecting cam 56 rotatably installed on the saddle support 10.

Referring to the operation of the lifting member 30 made as described above is as follows.

As shown in FIGS. 5 to 8B, when the seventh crank 62 connected to the second crank 44 and the second power member 72 is lowered (moved downward), the second crank 44 and the second crank 44 are lowered. The seventh crank 62 and the linking member 40 and the third connecting arm 34 pivotally connected to the bearing are rotated downward, and at the same time, the first driving lever 20a and the second driving lever 20b and The saddle support 10, which is connected to support the saddle 2, is lowered downward.

On the contrary, when the second crank 44 and the seventh crank 62 are raised (moved upward), the interlocking member 40 and the third connecting arm 34 interlock with each other and rise upward. The saddle support 10 which is connected to the first and second driving levers 20a and 20b to support the saddle 2 is raised upward.

Accordingly, when the second crank 44 and the seventh crank 62 are reciprocated up and down, the saddle support 10 supporting the saddle 2 by the lifting member 30 operating as described above is interlocked and simultaneously. The reciprocating motion is performed up and down.

In addition, the interlocking member 40 has a set of two, and the fixed shaft 28 is provided in the center of the bearing (B1) fixed to the frame (1).

The lower part of the interlocking member 40 is pivotally connected to the second crank 44 freely, and the upper part is pivotally connected to the third crank 42 to freely rotate.

On the other hand, the third crank 42 is rotatably connected to the connecting lever 48, the rotation of which is freely connected to the second connecting arm 32 installed in the bearing (B1) fixed to the frame (1).

In addition, the connecting lever 48 is supported by being connected to the auxiliary lever 46 which is connected at both ends to the frame 1 so as to be adjustable.

The first power member 70 and the second power member 72 operate the first crank 142, the second crank 44 and the first connecting pipe 144 simultaneously, such a first power member ( 70 and the second power member 72 is a drive motor 73, the drive motor 73 is electrically connected and driven with a controller (not shown) as shown in Figs. 4, 6 and 9, 10 ) And a drive cam 77 driven by the belt 75a and the first pulley 76a, and a reduction cam 78 driven by the drive cam 77 and the belt 75b and the second pulley 76b. .

A first crank 142 connected to the reduction cam 78 and a first connecting arm 144 connecting the second crank 44 are provided, and lower ends of the first connection box 144 are provided at both ends. It is coupled to the fixed shaft (S2) fixed by the bearing (B10), the front is the lower end of the linkage member 40 and the second crank 44 is pivotally connected to the movement.

The lower end of the interlocking member 40 has a second crank 44 is connected, one side of the second crank 44 is one side of the first crank 142 rotatable with the first connection interval 144 It consists of a pivot connection.

The drive motor 73 is electrically connected to a controller (not shown) to drive by power, and is firmly fixed to the frame 1.

Referring to the operation of the second power member 72, the first power member 70 made as described above is as follows.

As shown in FIGS. 1 to 6, 9, and 10, when the driving motor 73 is driven by a controller (not shown), the driving cam 77 is driven by the first pulley 76a and the belt 75a. Then, while the reduction cam 78 is driven by the second pulley 76b and the belt 75b of the drive cam 77, the first crank 142 is reciprocated left and right.

In addition, at the same time to drive the second crank 44 connected to the first connecting arm 144 connected to the first crank 142, the first connecting arm 144 is connected to the bearing (B10) Since the first crank 142 is pushed and pulled while performing the reciprocating rotational movement with the fixed shaft S2 as an axis, the fourth crank 50 and the sixth crank 60, which are integrally formed, make a reciprocating motion from side to side. do.

In addition, by the second crank 44, the interlocking member 40 reciprocates the fifth crank 52, the third crank 42 and the connecting lever 48 from side to side, and the fourth crank 50. And the first driving lever 20a and the second driving lever 20b connected to the bearings B3 and B4 on the sixth crank 50 make a reciprocating motion from side to side.

In this case, the force transmitted from the drive motor 73 to the first crank 142 and the second crank 44 separated from each other is connected to the first connection arm 144, and the force transmitted from the driving cam 77 is reduced. Is transmitted to the deceleration cam 78 and the ellipse by the action of the first crank 142 and the first connection arm 144 connected to the eccentric shaft 179 when the reduction cam 78 rotates 360 ° While drawing the phenomenon that the second crank 44 is pushed and pulled.

Accordingly, the stroke distance of the second crank 144 is reduced by approximately 20 to 30%, and at the same time, the drive motor 77, the drive cam 77, the reduction cam 78, the first crank 142, and the first connection arm 144 are reduced. And since the rotational speed and the stroke distance of the second crank 44 are different from each other, it is possible to obtain a smooth driving force that can produce horse movement, horse rhythm and horse riding close to the sense of the horse.

And the left and right reciprocating motion of the second crank 44 is to perform the reciprocating movement back and forth around the interlocking member 40, as a result of which the fourth crank 50 and the sixth crank 60 to reciprocate back and forth at the same time do.

The driving of the first and second power members 70 and 72 is initially performed from the drive motor 73 by the drive cam 77 → the reduction cam 78 → the first crank 142 → the first connection arm ( 144) → the second crank 44 → interlocking subsidiary 40 and the seventh crank 62 → the fourth crank 50 and the sixth crank 60 are transmitted a driving force → third crank 42 The first driving lever 20a and the second driving lever 20b) reciprocate left and right at the same time while supporting the connecting lever 48 through the auxiliary lever 46, and also the sixth crank 60 and the first Receiving the left and right reciprocating motion of the seven cranks 62, the second connection arm 34 and the interlocking member 82 and the load adjusting member 80, etc. are interlocked to achieve the reciprocating motion up and down at the same time.

The load adjusting member 80 is to adjust the movement tension of the third connecting arm 34, such a load adjusting member 80, as shown in Figure 6 and 11, the third connecting arm (34) The interlocking member 82 which is vertically installed at the lower part of and connected to the bearing 12 is pivotally pivotally connected.

In addition, the lower end of the interlocking member 82 is supported by caps 47a and 47b with tension springs 49 disposed above and below, and cap rods 36 connected to upper portions of tension springs 49.

The load adjusting member 80 made as described above is connected to the elevating member 30 to appropriately adjust the load strength of the saddle support 10 supporting the saddle 2 according to the user's weight to adjust the fourth crank 50. Therefore, the sixth crank 60 and all the parts are prevented from being overloaded.

Referring to the operation of the load adjustment member 80 made in this way as follows.

The load adjusting member 80 is to smoothly transfer the lifting member 30 by relieving the motion of the fourth crank 40, the sixth crank 60, as shown in Figures 1 to 6 and 11 Likewise, when the third connecting arm 34 is moved downward, the tension springs 49 in the upper and lower caps 47a and 47b are compressed by the cap rod 36 and are returned by the tension force of the tension springs 49. Since the third connecting arm 34 is moved upward while having a force, the transfer member 20 connected to the sixth crank 960 is reciprocated by a buffer action.

Therefore, when the conveying member 20 reciprocates from side to side and the elevating member 30 reciprocates up and down, the tension spring 49 connected to the cap rod 36 has a compressive force while simultaneously compressing and relaxing. Will be distributed.

As a result, the cushioning force generated through the elevating member 30, the fourth crank 50, and the sixth crank 60 is absorbed or dissipated in the tension spring 49, and thus the elevating operation is performed smoothly.

Referring to the overall operating relationship of the present invention riding exercise equipment configured as described above in more detail based on Figure 6 as follows.

Before the horseback riding exercise, a user (a person who wants to ride a horse) climbs into the saddle 2 of the saddle support 10 and prepares for horseback, and then drives the motor of the first power member 70 with the controller. ) Drive motor 73 is driven, the driving force of the drive motor 73 is the first pulley (76a) → belt (75a) → drive cam (77) → second pulley (76b) → belt (75b) ) → deceleration cam 78 → the first crank 142 → the first connecting arm 144 → the second crank 44 through the linking member 40, the third crank 42, the connecting lever 48, It is transmitted to the first and second drive levers 20a and 20b through the fifth crank 52, the sixth crank, and the fourth crank 50, whereby the saddle support 10 is reciprocated simultaneously from side to side. Lifting and tilting movement up and down is achieved.

A second connection connected to the fourth crank 50 by driving the third connection arm 34 by driving the seventh crank 62 and driving the connection member 40 connected to the second crank 44. The first and second driving levers 20a and 20b reciprocate back and forth by driving the arm 32, and the forward and backward movements of the first and second driving levers 20a and 20b are performed by the base 22a ( 22a) reciprocates back and forth, thereby causing the reciprocating motion of the saddle support 10 as a result.

The lifting member 30 is connected to the third connecting arm 34 connected to the sixth crank 60 by connecting the load adjusting member 80 so as to interlock the cap rod 36 to form a lifting movement. (2) the saddle support 10 supporting the interlocking movement is made smoothly up and down and back and forth at the same time.

Therefore, since the ridge section 2 fixed to the saddle support 10 performs a reciprocating motion like a gentle sweeping motion in the front, rear, and top and bottom, the user who rides on the ridge section 2 can sense the rhythm, You can feel the rhythm-like horse riding behavior, and you can get the same exercise effect as horse riding while enjoying the lively horse riding sport like horse riding.

Meanwhile, FIG. 11 is a load adjusting member 80 for buffering loads generated by various operations of the saddle 2 according to the present invention, and the load adjusting member 80 is a third connection arm 34. By smoothing the movement of the sixth crank (60) to be able to ease the load generated by the operation of the horse saddle (2).

Therefore, when the fourth crank 50 and the sixth crank 60 of the transfer member 20 reciprocate from side to side and the load adjusting member 80 reciprocates up and down, the tension spring 49 compresses and relaxes in parallel. The buffering effect is achieved to distribute the force.

As a result, the cushioning force generated through the conveying member 20 and the elevating member 30 is absorbed or dissipated in the tension spring 49, so that the elevating operation is performed smoothly.

In this way, the horse riding exercise apparatus of the present invention performs the reciprocating movement of the horse saddle 2 back and forth and up and down by various movements, close to the movement of the horse, the rhythm of the horse and the sense of the horse, so that the user actually rides the horse. There is an advantage that you can feel the joy and liveliness of riding.

In addition, the horse riding exercise equipment of the present invention can enjoy the lively equestrian sports at the same time easy and convenient for users in the narrow space of the home or other gymnasium without using any expensive horses, regardless of the place There is an advantage that can be obtained such an exercise effect.

In addition, the horse riding exercise equipment of the present invention does not physically force the user as in the conventional fitness exercise, but can easily perform horse riding exercise by simply grabbing the center of the horse saddle 2 so as not to sit down. Because it feels like riding and riding, there is an advantage that the user can exercise safely and enjoy the whole body exercise and exercise that develops fitness and flexibility without having to try hard and fun.

One; Frame 1a; cover
2; A saddle 2b; Hand strap
10; Saddle support 20; [0035]
20a, 20b; First and second driving levers 22a and 22b; Base
28; Fixed shaft 30; Lifting member
32; Second connecting arm 34; 3rd connection arm
40; Interlocking member 42; 3rd crank
44; Second crank 48; Lever
49; Tension spring 50; 4th crank
52; Fifth crank 60; 6th crank
62; Seventh crank 70; First power member
72; Second power member 73; Drive motor
80; Load adjusting members B1 to B12; bearing

Claims (11)

The saddle support 10, which is disposed at the center of the frame 1 and supports the saddle 2, and the saddle support 2 that the user can ride, are supported by the saddle support 10. In the driving device for horse riding exercise equipment for swinging,
A transfer member 20 installed at the center of the frame 1 and connected to the first and second driving levers 20a and 20b to reciprocate the saddle rest 10 forward and backward;
A lifting member 30 to which a pair of second connecting arms and third connecting arms 32 and 34 are connected to reciprocate the saddle support 10 installed in the front part of the frame 1 up and down; ;
An interlocking member 40 for driving with the elevating member 30 and having a third crank 42 connected thereto;
The fourth crank 50 and the sixth crank 60, which are installed at intervals at the bottom of the first and second driving levers 20a and 20b to transmit the reciprocating movement back and forth by the interlocking member 40 and ;
The first power member 70 and the first power member 70 and the second interlocking member (40) and the third connecting arm (30) and 32 are installed to be interlocked at the center lower end of the frame (1) to operate. 2 power member 72;
Horse riding exercise equipment, characterized in that it comprises a load adjusting member (80) connected to the lifting member (30) to drive to adjust the load strength of the saddle support (10). The method of claim 1,
The transfer member 20 is pivoted to the upper part of the fourth crank 50 and the bearing B3 pivotally connected to the second connection arm 32 fixed to the frame 1 by the bearing B1 as the bearing B2. The first connected to the upper portion of the sixth crank 60 is pivotally connected to the bearing (B4) and to the third connection arm 34, which is fixed to the frame (1) by the bearing (B6) to the bearing (B5) And a fifth crank 52 pivotally connected to the second driving lever 20a and 20b and the first and second driving levers 20a and 20b by a bearing B9, and the fifth crank 52 and the bearing. And a fixed shaft 28 that is connected to the interlocking member 40 pivotally connected to B8 and the interlocking member 40 and is fixed to a bearing B6 fixed to the frame 1, wherein the first and second Horse riding exercise equipment, characterized in that consisting of a pair of base (22a, 22b) mounted on the drive lever (20a, 20b). 3. The method of claim 2,
The linkage member 40 is formed in a straight shape so that the center portion thereof is rotatably fixed to the fixed shaft 28 fixed to the bearing B7, the upper portion of the third crank 42 and the lower portion of the second crank 44. Horse riding exercise equipment, characterized in that the movable. The apparatus of claim 2,
The interlocking member (40) is made of two pairs and riding equipment, characterized in that the fifth crank 52 is pivotable by a pair of bearings (B8) (B9) on the top. 3. The method of claim 2,
The conveying member 20 includes a second connecting arm 32 and a third connecting arm 34 and is bisected in the center of the frame 1 to form the fourth crank 50 and the sixth crank 60. Horse riding exercise equipment, characterized in that installed to achieve a reciprocating motion up and down. The method of claim 1,
The lifting member 30 has a fourth crank 50 pivotally connected to the second connection arm 32 which is pivotally connected, bisected and symmetrically connected to the seventh crank 62 and the third connection arm 34, and the first crank 62. Equestrian sports equipment, characterized in that consisting of a tension spring (49) placed in the cap rod (36) connected to the lower portion of the three connecting arms (34). The method of claim 1,
The load adjustment member 80 is a horse riding exercise equipment, characterized in that the pivot rod is pivotally connected to the bearing (B12) fixed to the frame (1) is pivotally connected to the cap rod 36 and the upper part is installed freely . The method of claim 1,
The transfer member is a horse riding exercise equipment, characterized in that the first and second driving lever (20a, 20b) is connected to the rotation cam 56 is fixed pivotally connected to the fifth crank (52) freely. The method of claim 1,
The first power member 70 and the second power member 72 are driven by the drive motor 73, the drive motor 73 and the belt 75a and the first pulley 76a electrically connected and driven with the controller. Horse riding exercise equipment, characterized in that consisting of a drive cam (77), the drive cam (77), the belt (75b) and a deceleration cam (78) driven by a second pulley (76b). The method of claim 9,
A first crank 142 connected to the deceleration cam 78 by an eccentric shaft 79 and a first connecting arm 144 connecting the second crank 44 are provided, and the first connecting arm 144 is provided. The lower end of the) is coupled to the fixed shaft (S2) is fixed to both ends of the bearing (B10), the front further comprises a second crank 44 connected to the lower end of the linkage member 40 to pivotally move. Horse riding exercise equipment, characterized in that. delete

Images