KR200416551Y1 - Horse riding - Google Patents

Abstract

The present invention relates to a horse riding exercise machine, more specifically, the frame; A motor installed in the frame; Crank mechanism for converting the rotational motion of the motor into a vertical linear movement consisting of a crank shaft and a crank pin eccentrically coupled to the rotating crank shaft and the crank shaft is rotated by receiving the power of the motor by the deceleration means ; A flow shaft coupled to the crank pin to repeat the up and down movement according to the rotation of the crank mechanism; A saddle coupled to the top of the flow shaft; Guide means for supporting a portion of the flow shaft and guides the up and down movement of the flow shaft and is installed in front or rear of the flow shaft and the upper end is coupled to the saddle through a connecting piece, when the flow shaft moves up, down, left and right It comprises a fixed shaft for limiting the vertical movement width of the saddle side to increase the angle of the vertical movement of the saddle.

Flow shaft, fixed shaft, motor, reduction means, crank mechanism

Description

Riding Equipment {RIDING-TYPE ATHLETIC DEVICE}

1 is an operation view showing an operation state of a conventional horse riding exercise equipment.

2 is a perspective view of a horse riding exercise apparatus according to the present invention.

Figure 3 is a side view showing the internal structure of the riding exercise equipment according to the present invention.

Figure 4 is a plan sectional view showing the internal structure of the horse riding exercise apparatus according to the present invention.

Figure 5 is an exploded perspective view showing the guide means of the horse riding exercise apparatus according to the present invention.

6 is a view showing another embodiment of the riding exercise equipment according to the present invention.

7 is an operation view showing an operating state of the horse riding exercise apparatus according to the present invention.

◎ Explanation of symbols for main part of drawing

100: frame 200: case

310: crankshaft 320: crank arm

330: crank pin 410: drive pulley

420: driven pulley 430: first reduction pulley

440: second deceleration pulley 500: flow shaft

600: saddle 710: support block

711: rotating pin 720: support bracket

730: fixed bracket 800: fixed shaft

810: connecting piece 900: handlebar

910: handle 920: operation panel

B1: first belt B2: second belt

M: motor A1: axis of rotation

A2: Reduction Shaft V: Vibrator

The present invention relates to an equestrian sports equipment, and more particularly, by installing a fixed shaft that is coupled to the saddle in front or rear of the flow shaft, by limiting the vertical movement width of one side of the saddle by increasing the angle of vertical movement of the saddle, The present invention relates to a horse riding exercise machine that can feel like riding and that can increase the amount of exercise.

In general, horseback riding is not only excellent in athletic effect, but also causes a lot of interest by allowing a person to perform various actions by riding a horse. And horseback riding is a full-body exercise that can be enjoyed by all ages.Every horseback is corrected, the waist is flexible, the lung capacity is increased, the bowel function and the pelvis are strengthened. For women, especially abdominal obesity and constipation can be prevented, and for men it is effective in treating prostate disease.

However, it is well known that horseback riding can have an excellent effect on the whole body movement. However, horseback riding requires a special environment called a riding ground and requires a lot of cost and time. Is the reality. On the other hand, as an alternative for overcoming the practical limitations of horse riding as described above, horse riding exercise equipments that can enjoy horse riding in a narrow space such as indoors and obtain a motor effect obtained by horse riding have been proposed. However, such a horse riding equipment has a complex structure for most of the saddle movement, not only frequent breakdowns, but also high production costs, users can not feel the actual horse riding due to the simplification of the up and down movement and exercise effect There was also a problem that is insufficient.

In order to solve this problem, Korean Utility Model Registration No. 361425 discloses a horse riding exercise machine.

Accordingly, the horse riding exercise mechanism is an exercise mechanism that applies the principle of crank to convert the rotary motion into a linear movement. When the crank mechanism rotates by receiving the power of the motor, the flow shaft connected to the crank mechanism is guided and supported by the guide means. By exercising, sitting on the saddle mounted on the fluid shaft, exercise is possible to obtain an effect similar to that obtained by riding.

However, in the conventional horse riding exercise equipment as shown in Figure 1 has a problem that the vertical movement angle of the saddle according to the rotation of the crank mechanism is gentle to have a real horse riding and insufficient exercise amount.

In addition, there is a problem that the structure of the guide means for supporting the support shaft and guide the up, down, left and right movements is complicated, frequent failures and noise.

In addition, since the elastic means for imparting elasticity when the saddle is moved up and down is not provided, a soft seating feeling cannot be given. In particular, when the saddle moves upward, the weight of the user offsets the user's weight and can be elastically operated. Not only did not have a good seating comfort, but also gave a crank mechanism has a problem that is broken and broken.

The present invention was devised to solve the above problems, an object of the present invention is to install a fixed shaft that is coupled to the saddle in front or rear of the flow shaft by limiting the vertical movement width of the saddle side of the saddle up and down angle By increasing the, it is to provide a horse riding exercise equipment that allows the user to feel like a real horse riding and the amount of exercise can be increased.

In addition, another object of the present invention is a simple and robust structure of the guide means for supporting the flow shaft is less trouble and noise, and the seating feeling is installed by installing a spring that can give elasticity when the saddle moves up and down on the flow shaft Not only does it provide good horse riding equipment that does not strain the crank mechanism.

The equestrian exercise mechanism according to the present invention for achieving the above and other objects frame; A motor installed in the frame; Crank mechanism for converting the rotational motion of the motor into a vertical linear movement consisting of a crank shaft and a crank pin eccentrically coupled to the rotating crank shaft and the crank shaft is rotated by receiving the power of the motor by the deceleration means ; A flow shaft coupled to the crank pin to repeat the up and down movement according to the rotation of the crank mechanism; A saddle coupled to the top of the flow shaft; Guide means for supporting a portion of the flow shaft and guides the up and down movement of the flow shaft and is installed in front or rear of the flow shaft and the upper end is coupled to the saddle through a connecting piece, when the flow shaft moves up, down, left and right It comprises a fixed axis to increase the angle of vertical movement of the saddle by limiting the vertical movement width of the saddle end.

The guide means includes a support block fitted to the flow shaft and formed at both ends of the support block and a pair of shafts on the bottom plate, and having a shaft coupling groove formed at the upper end thereof so that the rotation pin of the support block is rotatably received. It is coupled to the upper end of the bracket and the support bracket, it is configured to include a fixing bracket for forming the axial coupling groove rotatably fixing the rotation pin.

And a spring fitted to the flow shaft to be elastically lifted when the saddle moves upward, wherein the bottom of the spring is supported by the support block and the top of the spring is fixed to the flow member. Is supported by.

And the deceleration means is provided with a drive pulley coupled to the rotating shaft is rotated by receiving the power of the motor, a driven pulley connected through the drive pulley and the first belt, a diameter smaller than the driven pulley and the first driven pulley And a first reduction pulley connected through a reduction shaft and a second reduction pulley provided with a larger diameter than the first reduction pulley and connected to the first reduction pulley through a second belt and coupled to the crankshaft.

In addition, a vibration device is provided inside the saddle to massage the seating part.

The object of the present invention described above will become more apparent from the preferred embodiment of the present invention described below with reference to the accompanying drawings.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

Attached Figure 2 is a perspective view of the horse riding exercise equipment according to the present invention, Figure 3 is a side view showing the internal structure of the riding exercise equipment according to the present invention, Figure 4 is a flat showing the internal structure of the riding exercise equipment according to the present invention 5 is a perspective view showing a guide means of the horse riding exercise equipment according to the present invention, Figure 6 is a view showing another embodiment of the horse riding exercise equipment according to the present invention, Figure 7 is a horse riding exercise equipment according to the present invention This is an operation diagram showing the operation state of.

2 to 3, the horse riding exercise apparatus according to the present invention includes a frame 100 in which the components of the present invention are installed.

And the case 200 is installed on the upper portion of the frame 100, the upper end of the case 200 is opened so that the fixed shaft and the flow shaft to be described later penetrates and flows with sufficient clearance.

Next, a motor (M) is installed on one side of the frame 100 and transmits power to the crank mechanism through the deceleration means. Here, the crank mechanism is provided eccentrically to the crank shaft 310 and the crank arm 320 and the crank arm 320 is rotated in combination with the crank shaft 310, the center of the crank shaft is rotated by receiving the power of the motor (M). The crank pin 330 is configured to convert the rotational motion of the motor (M) into a vertical movement up and down.

And the rotation of the motor (M) is decelerated at an appropriate speed through the deceleration means and transmitted to the crankshaft (310). The deceleration means may be configured in various ways, as shown in the exemplary but preferably shown, the drive pulley 410 is coupled to the rotating shaft A1 is rotated by the power of the motor (M), the drive pulley 410 and the driven pulley 420 connected through the first belt (B1), the first pulley provided with a smaller diameter than the driven pulley 420 and connected through the driven pulley 420 and the reduction shaft (A2) A second deceleration provided with a larger diameter than the reduction pulley 430 and the first reduction pulley 430 and connected to the first reduction pulley 430 through the second belt B2 and coupled to the crankshaft 310. It is preferable to include a pulley 440. That is, the rotation of the motor M is decelerated by the difference in diameter between the driving pulley 410, the driven pulley 420, the first reduction pulley 430, and the second reduction pulley 440, and is transmitted to the crank shaft 310. As a result, the crankshaft 310 rotates at an appropriate speed while increasing the rotational force.

And the crank pin 330 is fitted with a bearing (B) to repeat the up and down movement according to the rotation of the crank mechanism is coupled to the lower end of the flow shaft 500, the saddle for the user sitting on the top of the flow shaft 500 The 600 is hinged (H) is in conjunction with the vertical movement of the up and down movement of the flow shaft 500 is to move up and down. Here, the up and down movement refers to a pattern in which the movement angle of the saddle changes as the saddle interlocked with the flow shaft by the rotation of the crank mechanism moves up and down while moving in a circle.

And the flow shaft 500 is provided to support a portion of the flow shaft 500 is provided with a guide means for guiding the up and down movement of the flow shaft 500. As shown, the guide means is installed in the support block 710 fitted to the flow shaft 500 and the rotating pin 711 at both ends, and a pair of the bottom plate 100, the support block (top) Rotation pin 711 of the 710 is coupled to the support bracket 720 and the upper end of the support bracket 720 and the axial coupling groove 721 is rotatably accommodated and the axial coupling groove 731 is formed to rotate The pin 711 is configured to include a fixing bracket 730 for rotatably fixing. That is, when the crank arm 320 rotates, the lower end of the flow shaft 500 coupled to the crank pin 320 rotates up and down, and then reciprocates. The flow shaft 500 moves up and down on the support block 710. While the rotating pin 711 is reciprocated back and forth on the support bracket 720, the flow shaft 500 is a seesaw movement based on the support block 710 fitted to the flow shaft 500. At this time, the saddle 600 coupled to the upper and lower motion of the flow shaft 500 is coupled to the upper end of the flow shaft 500 is to move up and down in a circle.

In addition, a fixed shaft 800 is installed, the upper end of which is coupled to the front or rear of the flow shaft 100 through the connecting piece 810 to the saddle 600. Here, the fixed shaft 800 increases the angle of the vertical movement of the saddle 600 based on the hinge coupling (H) portion of the flow shaft 500 and the saddle 600 when the flow shaft 500 moves up, down, left and right. Let's do it. That is, when the saddle 600 moves downward by interlocking with the up, down, left, and right movements of the flow shaft 500, one end of the saddle 600 moves to the connecting piece 810 linked to one end of the saddle 600. By limiting the movement of only the other end of the saddle 600 to move downwards the angle of vertical movement of the saddle 600 relative to the hinge coupling (H) portion is increased.

Next, the spring (S) is fitted to the flow shaft 500 to be elastically lifted when the saddle 600 moves upward. Here, the lower end of the spring (S) is supported by the support block 710 and the upper end of the spring (S) is supported by a fixing member 510 fixed to the flow shaft (500).

In addition, the handle 900 is installed in front of the bottom plate 100, the handle 900 is installed with a handle 910. In addition, the handle 900 is provided with an operation panel 920 for displaying and operating various operations and functions such as operating speed, operating time, calories burned. Herein, since the configuration and operation principle of the operation panel 920 are well known technologies, detailed descriptions thereof will be omitted.

On the other hand, the interior of the saddle 600 is provided with a vibration device (V) to massage the seating area. Accordingly, it is possible to enjoy the massage with the exercise effect to sit on the saddle 600 riding. Here, the operation of the vibrator is configured to be manipulated through the operation panel 920.

Now, the operation and effect of the present invention configured as described will be described.

When the user sits on the saddle 600 and operates the operation panel 920 to drive the motor M, the driving pulley 410, the first belt B1, the driven pulley 420, the reduction shaft A2, Power of the motor M is transmitted to the crankshaft 310 through the first deceleration pulley 430, the second belt B2, and the second deceleration pulley 440 to rotate the crankshaft 310. At this time, the rotation of the motor M is decelerated by the difference in diameter between the driving pulley 410, the driven pulley 420, the first reduction pulley 430, and the second reduction pulley 440 is transmitted to the crank shaft 310. As a result, the crankshaft 310 rotates at an appropriate speed while increasing the rotational force.

When the crank shaft 310 rotates, the crank arm 320 rotates in conjunction with the crank shaft 310, and the flow shaft 500 coupled to the crank pin 330 reciprocates up and down. At this time, the flow shaft 500 is moved up and down based on the support block 710 fitted to the flow shaft 500 to perform the seesaw movement so that the saddle 600 coupled to the upper end of the flow shaft 500 is interlocked to draw a circle. Reciprocating movement up and down. At this time, the connection shaft 810 coupled to one end of the fixed shaft 800 and the saddle restricts one end of the saddle 600 to move downward so that only the other end of the saddle moves downward. Here, one end of the fixed shaft 500 and the saddle 600 is coupled to the link does not affect the forward and backward movement of the saddle 600. Accordingly, as shown in FIG. 7, the angle of vertical movement of the saddle 600 is increased based on the hinge coupling portion H of the fixed shaft 500 and the saddle 600 to have a feeling of actual riding. And the momentum is increased.

As such, the present invention limits the vertical movement width of the saddle end by installing a fixed shaft that is coupled to the saddle in front of or behind the flow shaft, thereby increasing the angle of vertical movement of the saddle relative to the hinge shaft of the flow shaft and the saddle. In addition, the user can feel like riding and has an advantage of greatly improving the amount of exercise.

In addition, the present invention has the advantage that the structure of the guide means for supporting the flow shaft is simple and robust, less failure and noise.

In addition, the present invention has a good seating feeling by installing a spring that can give elasticity when the saddle moves up and down on the flow shaft, and in particular, it can be elastically smooth by offsetting the user's weight when exercising the saddle upwards. In addition, the force applied to the crank mechanism is canceled to have an advantage of preventing breakage and breakage of the crank mechanism.

In addition, the present invention provides a handlebar separately from the saddle, so that the handlebar and the operation panel are installed on the handlebar, so that the horse riding equipment can be safely enjoyed, and the operation panel can be easily operated even in the fast operation of the riding equipment. There is this.

As described above, the riding mechanism according to the present invention by installing a fixed shaft that is coupled to the saddle in the front or rear of the flow shaft, by limiting the vertical movement width of one side of the saddle by increasing the angle of vertical movement of the saddle, You can feel the same and have an effect of increasing the amount of exercise.

In addition, the structure of the guide means for supporting the flow shaft is simple and robust, so there is little trouble and noise, and the spring is provided with a spring that can give elasticity when the saddle moves up and down. It is effective to prevent breakdown and damage by not overloading.

In addition, by installing the handle and the operation panel separately from the saddle, there is an effect that can easily operate the operation panel even for the rapid movement of the horse riding exercise equipment.

As described above, the present invention has been illustrated and described in connection with specific embodiments, but it is understood that various modifications and changes can be made without departing from the spirit and scope of the invention as indicated by the claims. Anyone who owns it can easily find out.

Claims (5)

frame; A motor installed in the frame; Crank mechanism for converting the rotational motion of the motor into a vertical linear movement consisting of a crank shaft and a crank pin eccentrically coupled to the rotating crank shaft and the crank shaft is rotated by receiving the power of the motor by the deceleration means ; A flow shaft coupled to the crank pin to repeat the up and down movement according to the rotation of the crank mechanism; A saddle coupled to the top of the flow shaft; Guide means for supporting a portion of the flow shaft and guides the vertical movement of the flow shaft; The fixed shaft is installed in front or rear of the flow shaft and the upper end is coupled to the saddle through a connecting piece, limiting the vertical movement width of one side of the saddle when the flow shaft moves up, down, left and right, and increases the angle of vertical movement of the saddle. Horseback riding equipment, characterized in that configured to include. The method of claim 1, wherein the guide means A support block fitted to the flow shaft and having rotation pins formed at both ends thereof; A support bracket which is installed on the bottom plate in pairs and has an axial coupling groove formed thereon in which a rotation pin of the support block is rotatably received; Horse riding exercise equipment is coupled to the upper end of the support bracket, a shaft coupling groove is formed, including a fixing bracket for rotatably fixing the rotation pin. The method according to claim 1 or 2, The spring further includes a spring fitted to the flow shaft to be elastically lifted when the saddle moves upward, the bottom of the spring is supported by the support block and the top of the spring by a fixing member fixed to the flow shaft Horseback riding equipment, characterized in that supported. The method of claim 1 or 2, wherein the deceleration means A drive pulley coupled to a rotating shaft that receives the power of the motor and rotates; A driven pulley connected through the driving pulley and the first belt, A first reduction pulley provided with a diameter smaller than the driven pulley and connected through the first driven pulley and the reduction shaft; Equestrian sports equipment, characterized in that it comprises a second deceleration pulley is provided with a larger diameter than the first deceleration pulley and connected to the first deceleration pulley through a second belt and coupled to the crankshaft. The method according to claim 1 or 2, Horse riding exercise equipment, characterized in that the vibration device is provided in the interior of the saddle to massage the seating area.

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