KR200434369Y1 - horse-riding health machine having safety footplates, such as stirrups - Google Patents

Abstract

The present invention relates to an equestrian-type exercise equipment provided with a footrest such as a stirrup. The equestrian-type exercise apparatus of the present application includes a rotational force generating means for generating a rotational force using a power source; Power reduction means for reducing the speed of the rotational force; Power conversion means for converting the reduced rotational power into a reciprocating motion; Axis support means for moving the chair to the user up and down using the converted power; Scaffold support means to help maintain the balance of the body easily when a person sits in a chair, including, in particular, the scaffold support means that the user can move the scaffold up, down, front, back like a chair It relates to a horse riding exercise machine provided with a footrest support means.

An embodiment of the present invention for embodying the above-described means is a riding type exercise equipment attached to the safety footrest, the housing to form the exterior while covering the parts driven inside; A driving motor connected to and driven by a power source in the housing; Reduction belt pulley to increase the rotational force while reducing the rotational speed of the drive motor; A crank bearing for converting rotational force of the reduction belt pulley into eccentric rotational power; A saddle support shaft connected to the crank bearing to support the saddle; An eccentric transmission shaft connected to the crank bearing to transmit an eccentric rotation of the eccentric bearing; A scaffold support shaft connected to the eccentric transmission shaft with a scaffold bearing to support a safety scaffold; An axial support bearing supporting the saddle support shaft to cause up and down movement of the saddle; Riding saddle implemented in a shape that the user can sit; A handle part implemented to sit on the riding saddle; A control panel for controlling the operation to the front of the handle portion; It has a component consisting of; a safety footrest implemented in a shape that the user can raise the foot.

The riding type exercise device provided with the safety footrest provided in the present application has an effect of preventing the user from losing balance and slipping in the exercise device by supporting the foot on the safety footrest to maintain the balance of the body. By configuring the footrest in the stirrup shape used in horse riding, it has an effect of improving the horse riding feeling so that the user can actually feel the horse riding when using the exercise equipment.

Riding Equipment, Riding Equipment, Exercise Equipment

Description

Horse-riding health machine having safety footplates, such as stirrups}

1 is a perspective view showing a completed form of the riding-type exercise device provided with a safety footing.

Figure 2 is an exploded perspective view of the riding type exercise device provided with a footrest configured in FIG.

Figure 3 is an embodiment showing the technical configuration of the safety scaffolding.

Figure 3b is an embodiment showing the operating state of the improved safety footrest.

Figure 4a is a cross-sectional view showing the position change of the safety scaffolding according to the movement of the crank bearing.

Figure 4b is a cross-sectional view showing the position of the saddle support shaft and the footrest support shaft and the shaft support bearing connected to the eccentric bearing.

Figure 5 is a plan view showing a state in which power is transmitted from the drive motor to the safety step.

******* Explanation of the main signs in the drawings *******

100: riding equipment

10: saddle 11: handle portion

12: control panel 20: housing

21: support frame 22: bearing pin

30: safety footing 30 ': stirrup

31: scaffold support shaft 31 ': cylindrical scaffold support shaft

32: scaffolding bearing 33: eccentric transmission shaft

34: fixed shaft 34 ': scaffold support shaft bearing

40: drive motor 41: reduction belt pulley

42: crankshaft 43: crank arm

44: crank bearing 45: saddle support shaft

46: saddle shaft support bearing

The present invention relates to a riding type exercise equipment provided with a safety footrest, and more particularly, to an exercise equipment that enables an effective whole body exercise by allowing a riding type saddle and a safety footrest to reciprocate, respectively, using an eccentric cam. .

Looking at the conventional riding-type mechanism, registered utility model No. 0361425, the main body, a motor installed inside the main body, a crank shaft installed inside the main body to rotate to receive the rotational force of the motor, and a crank coupled to the crank shaft Arm, a support shaft coupled to the crank arm to repeat the vertical movement in accordance with the rotation of the crank shaft, exposed to the upper side of the main body, a saddle coupled to the upper end of the support shaft, the shaft is installed on the main body, to support the support shaft to maintain the vertical Disclosed is a technical idea of a riding mechanism including a support means.

In the riding type device, when a user operates a specific controller to drive a motor, the rotational force of the motor is converted into a reciprocating motion of the support shaft, and the user sitting on the saddle while moving the saddle connected to the support shaft up and down is moved. By letting you feel like you're having fun and exercise.

However, the above-mentioned riding-type mechanism is that the saddle is moved up and down while the user is on the saddle while holding the handle, so that the feet are floating in the air, and the user is adapted to the movement of the saddle while both legs are floating in the air. It is necessary to balance the body, but inadvertently slipped on the saddle due to the moment of carelessness has a problem that frequently occurs.

The present invention has a problem to prevent the injuries caused by the user's foot is floating in the air due to the support base member and the instantaneous mistakes slipped from the riding-type equipment injured in the use of the riding equipment, and also in the conventional horse riding I started with the task of presenting an exercise equipment that can enhance the fun and exercise effect by making the riding feel more thrilling and thrilling than the type equipment.

As a means for solving the above problems, the present disclosure discloses a technical idea of a horse riding equipment provided with a safety footing such as a stirrup.

The above-mentioned safety footrests not only allow the user to feel more thrilling riding feeling while moving back and forth with the riding saddle, but also to support the user's feet. Its purpose is to provide an equestrian-type exercise equipment that allows you to balance and enjoy thrilling and thrilling riding feelings more safely.

The present invention is a power generating means for generating power using a power source to achieve the above object; Power reduction means for reducing the speed of the power; Power conversion means for converting the power into a reciprocating motion; Saddle shaft moving means for moving the saddle that the user rides up, down, before, and after using the converted power; so as to easily maintain the balance of the body when sitting in the saddle-type exercise equipment comprising a Scaffold support means having a scaffold to help; and scaffold axis moving means for moving the scaffold up, down, before, and after is further included.

The present invention constituted by the above-described means is a riding type exercise equipment with a safety footrest, the housing forming an appearance while covering the parts driven inside; A driving motor connected to and driven by a power source in the housing; Reduction belt pulley to increase the rotational force while reducing the rotational speed of the drive motor; A crank bearing for converting rotational force of the reduction belt pulley into eccentric rotational power; A saddle support shaft connected to the crank bearing to support the saddle; An eccentric transmission shaft connected to the crank bearing to transmit an eccentric rotation of the eccentric bearing; A scaffold support shaft connected to the eccentric transmission shaft with a scaffold bearing to support a safety scaffold; An axial support bearing supporting the saddle support shaft to cause up and down movement of the saddle; Riding saddle implemented in a shape that the user can sit; A handle part implemented to sit on the riding saddle; A control panel for controlling the operation to the front of the handle portion; It is configured to include; a safety footrest implemented in a shape that the user can raise the foot.

The reduction belt pulley and the crank bearing are respectively connected to the frame inside the housing through a bearing pin, the crank bearing is a crank shaft to rotate by receiving the rotation force from the reduction belt pulley; A crank arm connected to the crank shaft and rotating; Concentrically connected to the crank arm is an eccentric bearing for eccentric rotation; It is preferably composed of.

In addition, a frame supporting weight distribution to the user and the saddle may be further configured by supporting the shaft support bearing installed on the saddle support shaft to the outside of the housing.

The safety footrest may be provided in the form of stirrups used for horse riding, and the foothold support shaft connected to the safety footrest is preferably provided with a fixed shaft for converting the eccentric rotation into a reciprocating motion up and down.

The fixed shaft may be provided in the same form as the shaft support bearing, wherein the ratio of the length from the foot bearing to the safety footrest and the length from the foot bearing to the fixed shaft, from the crank bearing to the riding saddle It is preferable to align the position of the fixed shaft to be equal to the ratio of the length of and the length from the crank bearing to the shaft bearing bearing.

The position of the fixed shaft will be described in detail with reference to FIG. 4.

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

Figure 1 is a preferred embodiment of the present invention, a perspective view showing the completed form of the riding type exercise device provided with a safety footing.

As shown, the present invention has a saddle 10 that the user can ride, a handle portion 11 to help the body sitting on the saddle and to balance the body, the user to the front of the handle portion 11 The control panel 12 is configured to allow the manipulator to operate the exercise device, the housing 20 in which parts for moving the saddle underneath are embedded, and a support frame 21 for supporting and dispersing the weight of the user sitting on the saddle. Appearance is formed in), and as a footrest support means is provided with a safety footrest 30 to allow the user to put the foot on the front lower side of the saddle 10.

The safety scaffold 30 may be provided in a form fixedly coupled to the housing, it is preferable that the scaffold shaft moving means that can be moved together in accordance with the movement of the saddle 10 is not fixed.

In addition, the safety footrest 30 is preferably configured to change the height to some extent in accordance with the physical conditions of the user, the height adjustment technology will be omitted because it can be easily implemented.

Figure 2 is an exploded perspective view of the riding type exercise equipment with a safety footrest configured in Figure 1, the power generating means; Power reduction means; Power conversion means; Saddle shaft moving means; And the scaffold support means and the scaffold axis moving means.

As the power generating means, the drive motor 40 is connected to a power source to generate rotational power, and as the power reduction means, the reduction belt pulley 41 reduces and transmits the rotation speed, and as the power conversion means, the reduction belt pulley. The crankshaft 42 and the crank arm 43 are transmitted with the rotational power transmitted from the 41, and the rotational motion is converted into a reciprocating circular motion by the crank bearing 44 eccentrically connected to the crank arm 43.

The crank bearing 44 is eccentrically connected through the crank arm 43 and the bearing does not rotate, but the circular motion around the eccentric shaft.

In addition, as the saddle shaft movement means, the saddle support shaft 45 transfers the circular motion of the crank bearing 44 to the saddle 10, wherein the saddle shaft support bearing 46 connected to the saddle support shaft 45 is provided. As the center, the saddle 10 is swung up, down, before, and afterwards in a symmetrical form with the crank bearing 44.

The saddle 10 swings in a symmetrical form with the crank bearing 44 because the saddle support shaft 45 is fixed around the saddle shaft support bearing 46 like a lever, so that the vertical movement occurs. When the saddle shaft support bearing 46 is closer to the saddle 10, the saddle 10 is less oscillated, and when the saddle shaft support bearing 46 is closer to the crank bearing 44, the saddle 10 is significantly oscillated. .

In particular, the eccentric transfer shaft 33 connected to the crank bearing 44 without fixing the safety scaffold 30 to the housing 20 or the support frame 21 as the scaffold support means provided with the scaffold shaft moving means; , The safety scaffold 30 is configured on the scaffold support shaft 31 connected to the eccentric transmission shaft 33 via the scaffold bearing 32, and the safety scaffold 30 is moved by the reciprocating circular motion of the crank bearing 44. Will move.

The technical configuration of the safety scaffold 30 is shown in more detail in Figure 3a, Figure 3a shows an operating state of the basic safety scaffold as an embodiment of the scaffold shaft moving means of the safety scaffold.

The reciprocating motion of the crank bearing 44 is transmitted to the scaffold bearing 44 as it is by the core transmission shaft 44 fixedly connected to the crank bearing 44, and the scaffold bearing 44 is also crank bearing 44. It will be a circular motion together.

The scaffold support shaft 31 connected to the scaffold bearing 44 moves the safety scaffold 30 around the drive shaft 34 fixed to the housing 20 or the support frame 21.

At this time, as the drive shaft 34 is closer to the safety scaffolding 30, the safety scaffolding 30 moves less and moves farther from the safety scaffolding 30.

At this time, since the distance between the scaffolding bearing 32 and the drive shaft 34 is fixed, and the length of the eccentric transmission shaft 31 is also fixed, the circular motion of the scaffolding bearing 32 is distorted and the circular motion of the crank bearing 44. There is a difference, and because of this movement of the riding saddle 10 and the safety footrest 30 is not the same.

Therefore, the safety footrest that has been properly fitted to the body may be uncomfortable to the user as the distance between each other is widened or narrowed due to the different movements of the saddle 10 and the safety footrest 30.

Figure 3b is an embodiment showing the operation state of the improved safety footrest, replacing the stirrup 30 'which is the form used in actual horse riding instead of the safety footrest 30, the distance from the footrest bearing 32 is fixed Instead of discarding the drive shaft 34, it replaces the scaffold shaft support bearing 34 ′ having the same shape as the saddle shaft support bearing 46, and replaces the scaffold support shaft 31 to use the scaffold shaft support bearing 34 ′. The state comprised by replacing with the cylindrical footrest support shaft 31 'like the saddle support shaft 45 is shown.

By using the stirrup 30 ', the user may have a feeling of riding more and more when using the present apparatus, and even if the distance between the saddle 10 and the stirrup 30' is widened or narrowed to some extent. It is possible to prevent the foot from leaving the stirrup 30 '.

Further, the footrest bearing 32 is freed from the cylindrical footrest support shaft 31 'by using the footrest support bearing 34', so that the distance between the saddle 10 and the stirrup 30 'is widened or narrowed. This can be reduced to some extent.

Figure 4 is an embodiment showing the configuration of the preferred safety scaffold, Figure 4a is a cross-sectional view showing the position change of the safety scaffold according to the movement of the crank bearing, Figure 4b is a saddle support shaft and the scaffold support connected to the eccentric bearing Sectional drawing which shows the position of a shaft and a shaft support bearing.

4a shows that the crank bearing 44 which is eccentrically connected to the crank arm 43 has a circular motion by the rotational movement of the crank arm 43, and is connected to the circular crank bearing and the safety footrest 30 is It shows that the front and rear to move, when the crank bearing 44 goes to the left side around the rotation axis of the crank arm 43, the safety footrest 30 moves to the right side, when the crank arm goes to the right safety footrest ( It can be seen that 30) moves to the left.

Figure 4b is for showing the proper position of the cylindrical footrest support shaft 31 ', the distance (a) between the stirrup 30' and the footrest support bearing 34 'and the footrest support shaft bearing 34' and The ratio of the distance b between the footrest bearings 320 is the distance A between the saddle 10 and the saddle shaft support bearing 46 and the distance B between the saddle shaft support bearing 46 and the crank bearing 44. When it is equal to the ratio, the stirrup 30 'is moved up, down, before, and after in the same manner as the saddle 10 moves up and down.

5 is a plan view of the present invention, showing a state in which power is transmitted from the driving motor to the safety footrest.

When the motor 40 starts to rotate while driving, the reduction belt pulley 41 decelerates the rotational speed of the motor and transmits it to the crankshaft 42, and the crank arm 43 connected to the crankshaft 42 rotates together. While the crank bearing 44 eccentrically connected to the crank pressure 43 is in a circular motion, the eccentric transmission shaft 33 fixedly connected to the crank bearing 44 is a cylindrical scaffold support shaft ( 31 ') and the stirrup 30' connected to the cylindrical scaffold support shaft 31 'is reciprocated up, down, before, and after by the scaffold support shaft bearing 34', not shown in FIG. It shows the exercise.

The riding type exercise device provided with the safety footrest provided herein has an effect of preventing the user from losing balance and slipping on the exercise device by easily supporting the foot on the safety foothold to maintain the balance of the body.

In addition, by configuring the safety step in the form of a stirrup used in horse riding, it is possible to further improve the riding feeling that the user can feel when using the exercise equipment.

Claims (4)

Power generating means for generating power using a power source; Power conversion means for converting the power into a reciprocating motion; In the horse riding exercise machine comprising a saddle shaft movement means for moving the saddle that the user rides up and down using the converted power, Scaffold support means having a footrest to help maintain the balance of the body when sitting on the saddle; and the step of moving the scaffold shaft for moving the footrest up, down, before, and backward further comprises Horse riding equipment. The method of claim 1, The scaffold support means is composed of a scaffold 30 that the user can put a foot and a scaffold support shaft 31 for supporting the scaffold, The scaffold shaft moving means is connected to the scaffold support shaft 31 and the scaffold bearing 32 so that the eccentric transmission shaft 33 reciprocates the scaffold support shaft with the power converting means, and one side of the scaffold support shaft 31. The horse riding exercise machine, characterized in that the fixed shaft 34 is formed. The method of claim 2, The scaffold 30 is made of a riding stirrup 30 'shape, the scaffold support shaft 31 is made of a cylindrical scaffold support shaft 31', and the fixed shaft 34 is a scaffold support shaft bearing ( Horse riding equipment, characterized in that the form (34 '). The method of claim 3, wherein The ratio of the length from the footrest bearing 32 to the stirrup 30 'and the length from the footrest bearing 32 to the footrest support shaft bearing 34' is equal to the equestrian saddle 10 of the crank bearing 44. Horse riding equipment characterized in that the same as the ratio of the length from the crank bearing 44 to the saddle shaft support bearing (46).

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