KR20140003218U - Horseback Riding Machine - Google Patents

Abstract

.

Description

[0001] Horseback Riding Machine [

The present invention relates to equine exercise equipments and is a equine exercise equipments which are made for exercise and amusement and have a soft feeling like a real horse.

In the conventional equestrian exercise equipment, the movement of the center of gravity due to the upward and downward movements of the horse during operation causes the momentary rotational motion to become instantaneous no-load state.

Due to this phenomenon, extra rotational kinetic energy is converted into distorted secondary vibration, which adversely affects the entire machine.

As a result, the service life of the motor is shortened, and frequent failures occur due to damage caused by abrupt friction of the mechanical parts and the like.

Especially, impact kinetic energy (secondary vibration) is transmitted to the human body of the rider, which adversely affects the rider's spine.

The above-mentioned problems can not achieve the original purpose of the rehabilitation therapy machine and equine exercise machine.

The present invention is a riding exercise apparatus in which a rotary shock absorber is installed in series with a motor to minimize the secondary vibration as a means for solving the above-mentioned problems.

The present invention also relates to a riding exercise machine designed to minimize vibrations, noise, and component friction by converting rotational motion into vertical and horizontal motion using a rochem and a belt.

Equestrian exercise equipment has the effect of rehabilitation therapy while using leisure for all ages and all capable people.

Riding exercises, not just as sports, are helpful in the form of therapy and exercise.

Accelerated running helps to strengthen the spinal and coronal muscles, holds the posture, and catches the abdominal muscles and muscles.

Horse riding has the effect of dropping blood glucose levels more than twice the amount of walking.

Equestrian exercise equipment improves glucose metabolism without imposing a large burden on the body, and the physical exercise effect can be obtained perfectly even if the patient does not exercise hard physical exercise.

Many diabetics suffer from gonorrhea, back pain and cardiovascular function. However, they are experiencing a lot of therapeutic effects using equine exercise equipment, and they are getting more popular as a rehabilitation treatment apparatus than amusement machines.

However, the conventional equine exercise equipments are a driving system using a power transmission system using a chain, a link, a crank and a stick bar. Such a driving system has many distorted vibrations and shocks and is not smooth, Especially, it can give a load to the spine of the rider.

Also mechanical noise is severe.

Especially, when changing from rotational motion to vertical motion, the machine is overloaded due to a sudden change of center of gravity, which can cause a lot of malfunctions and impact on the spinal column due to distorted vibration.

The present invention has been devised to solve the problems of the prior art as described above. The power transmission chain is constituted by a belt type to minimize noise, and a link, a crank and a stick bar type are unified in a Locham system, The main purpose is to protect the health and safety of the rider from unnecessary vibration while minimizing the damage to the motor life and machinery by absorbing the reactive kinetic energy due to sudden change of movement position by interlocking the absorber.

In order to achieve the above object, the present invention provides a riding type exercise machine having a support provided on an upper portion of a pedestal to which vibration prevention is applied, and a device for moving up and down and back and forth, By connecting a speed reducer to the rotary shaft and driving the shock absorber interlocked with the V-belt on the rotary shaft of the reducer rotary shaft, the rotary motion is transmitted to the upper frame of the supporter while keeping the speed parallel to the center of gravity.

When a circular motion is transmitted to the Rota plate of the locomotive side, the drive unit installed on the upper frame of the supporter switches to the up and down direction by the crank connected to the locom 2 side bearing and the fixed link connected to the belly ring 1 side bear ring.

At this time, the crank connected to the Rohchem 2 side bearing has a feature to adjust the size of the motion of up and down and right and left by the gap adjusting rod.

In this design, the shock absorber installed on the support absorbs the secondary inertia energy by abrupt lowering motion of the equestrian movement mechanism, minimizing the damage of the parts to the mechanical device and the life of the motor, and also the impact kinetic energy Vibration) is designed so as not to affect the human body of a horse rider and provides a new concept of a horse riding exercise machine with no worsening of noise, no parts failure,

1 is a perspective view of a riding exercise device according to an embodiment of the present invention;
2 is a side view of a riding exercise device according to an embodiment of the present invention;
3 is a perspective view of a device for constructing a riding exercise device according to an embodiment of the present invention.
FIG. 4 is a side view of an apparatus for constructing a riding exercise device according to an embodiment of the present invention; FIG.
FIG. 5 is a perspective view of a riding exercise machine according to an embodiment of the present invention; FIG.
6 is a side view of a riding exercise device according to an embodiment of the present invention;
FIG. 7 is a side view of a robot for driving a riding exercise machine according to an embodiment of the present invention; FIG.
FIG. 8 is a side view of a shock absorber and a horse body moving direction for driving a riding exercise machine according to an embodiment of the present invention; FIG.
BRIEF DESCRIPTION OF THE DRAWINGS
1. Body 2. Safety saddle
3. Supports 4. Shock Absorber
5. Base 6. Middle buffer louver
7. Lower buffer louver 8. Upper buffer louver
9, horseshoe fixing frame 10. Connecting rod
11. Middle frame 12. Crank spindle
13. Crankshaft bracket 14. Crankshaft bearing
15. Rochem 16. Rochem Bearing
17. Top transverse support 18. Loctem Fixed Connections
19. Crank rod 20. Spring tension rod
21. Spring tension adjustment nut 22. Rollers
23. Roller fixing frame 24. Shock absorber bearing
25. Support frame 26. Belt
27. Motor 28. Reducer
29. Crank rod adjusting nut 30. Crankshaft
31. Connecting rod bearing 32. Loop arm support
33. Rochem wing 34. Intermediate connecting frame
35. Shock Absorber Span 36. Shock Absorber
37. Band moon shaft 38. - Reverse rotation rise -
39. - Rise / fall - 40. - Horse body direction -

Specific details for carrying out the invention will be described with reference to the accompanying drawings.

The riding exercise device according to the invention was provided with a motor having a speed reducer mounted inside a support fixed to the upper part of the pedestal, a shock absorber installed in series with the motor main rotary shaft,

In the upper part of the support, the driving part composed of the rochem and the crank rod converts the rotational motion into the vertical motion and the back and forth motion so that the horse body attachment frame is independently driven (refer to FIGS. 5 and 6).

The motor (FIG. 4-27) was decelerated to 1/20 through a speed reducer (FIG. 4-28) (1/2 horsepower 3,000RPM) to drive the shock absorber (FIG. 2-4) And transmits the motor rotational motion to a crank swivel plate (Figs. 4-12) provided on the upper portion of the support (Fig. 2-3) (see Fig. 3).

The crank (FIG. 5-29) connected to the crankshaft is connected to the second axis (FIG. 5-33) of Locham (FIG. 5-15) to convert the rotational motion into up and down motion (see FIG.

)에 따라 프레임(도7-9)을 상하,전후로 동작 시킨다.The horse body fixing frame connected to the second wing (Figs. 7-18)

(Figs. 7-9) in the up and down directions.

The size of the top, bottom, and back and forth movements is controlled by a crank nut (Fig. 7-29) integrated with the crank (Figs. 7-19).

The rochem was fixed to a locem bearing bracket (Figs. 7-14, 15), the frame (Fig. 7-9) was supported on a linkage (Fig. 7-10) and the linkage was fixed by a linkage bearing bracket Is fixed.

The tension of the power transmission belt (Fig. 4-26) is adjusted by a spring tension (Fig. 4-20) fixed between the body frame (Fig. 4-25) and the tension roller frame (Fig. 4-23).

The strength of the spring tension rod is adjusted by the spring tension adjusting nut (Figure 4-21).

The orientation angle of the belt (Fig. 4-26) is fixed by the belt tension roller (Fig. 4-22).

The shock absorber (Figs. 1-4) is attached to the lower frame (Fig. 4-25) of the support (Fig. 1-3) 8-35), and when the center of gravity (FIG. 8-40) is changed, the position angle (see FIG. 8) of the bimonthly weight (FIG. 8-36) Deceleration, and up and down movements in response to rapid changes in the equilibrium is maintained at a constant rate.

As shown in FIG. 3, the riding type exercise machine has a support base (FIGS. 1-3) attached to the upper portion of the lower support (FIGS. 1-5) The horse body fixing frame (see FIGS. 3 and 4) is attached to fix the horse model (FIGS.

When affixing the molded horse model (Figures 1 and 2-1) to the horse body fastening frame, the frame and horse fastening bolts (Figures 3-8) are fastened with seven upper complete louvers (Figures 3-8) D Completed the shock.

Seven bottom louvers (Figures 1,2,3-7) are mounted between the frame and the bottom of the lower pedestal (Figure 3-5) to alleviate the impact with the floor secondarily.

Seven intermediate louvers (Figures 2,3-6) are mounted between the support (Figure 3-3) and the pedestal (Figures 1,2-5) to provide a third relief of the intermediate impact.

As a result of the practical test on the design, when the lifting motion is performed by the body and the driving device on the upper side of the supporting frame, the impact force of the weight transmitted to the mechanical structure and the supporting frame is transmitted through the upper primary buffer louver, the middle secondary buffer louver, It is possible to reduce the noise caused by various noises and friction caused by the whole lunar louver, and it is manufactured by the belt drive system in the chain drive system, so that there is no friction sound between the chain and various gears. Durability is improved at the same time.

In addition, it is produced by Lochem method in various kinds of rotary gear drive system, so that it has superior performance compared to conventional commercial products, and the production cost is low, so that it can be supplied in large quantities.

Especially, by designing and manufacturing the shock absorber, it is possible to stably distribute the rehabilitation treatment device by blocking the mechanical secondary vibration which is distorted to the rider in advance.

Claims (4)

In the upper part of the support, the driving part composed of the rochem and the crank rod converts the rotational motion into the vertical motion and the back and forth motion so that the horse body attachment frame is independently driven (refer to FIGS. 5 and 6).
The motor (Fig. 4-27) was decelerated to 1/20 through a speed reducer (Fig. 4-28) (1/2 horsepower 3,000RPM), and the shock absorber (Fig. 2-4) And a rotational power is transmitted to a crank rotating plate (FIG. 4-12) provided on a driving portion (see FIG. 3) provided on the support (FIG. 2-3).
The crankshaft (FIG. 5-29) connected to the crankshaft is connected to the second shaft (FIG. 5-33) of the locom (FIG. 5-15) to convert the rotational motion into up and down and forward and backward movement (see FIG. 7).
The horse body fixing frame connected to the second wing (Figs. 7-18)

(Figs. 7-9) in the up and down directions.
The size of the top, bottom and back and forth movements is controlled by a crank nut (Fig. 7-29) integrated with the crank (Fig. 7-19).
The rochem was fixed to a locem bearing bracket (Figs. 7-14, 15), the frame (Fig. 7-9) was supported on a linkage (Fig. 7-10) and the linkage was fixed by a linkage bearing bracket And a fixation table. The shock absorber (Figs. 1-4) is attached to the lower frame (Fig. 4-25) of the support (Fig. 1-3) 8-35) in the decelerator due to the change of the center of gravity (Fig. 8-40), and the position angle (see Fig. 8) of the half- And an apparatus and structure for maintaining equilibrium at a constant speed in response to a rapid change of acceleration, deceleration, and up / down movement amount. When affixing the molded horse model (Figures 1 and 2-1) to the horse body fastening frame, the frame and horse fastening bolts (Figures 3-8) are fastened with seven upper complete louvers (Figures 3-8) It alleviates the impact.
Seven bottom louvers (Figures 1,2,3-7) are mounted between the frame and the bottom of the lower pedestal (Figure 3-5) to alleviate the impact with the floor secondarily.
Seven intermediate louvers (Figures 2,3-6) are mounted between the support (Figure 3-3) and the pedestal (Figures 1,2-5) to relieve the intermediate impact three times.
As a result of the practical test on the design, when the lifting motion is performed by the body and the driving device on the upper side of the supporting frame, the impact force of the weight transmitted to the mechanical structure and the supporting frame is transmitted through the upper primary buffer louver, the middle secondary buffer louver, Characterized in that it is absorbed by the full-layer louvers. The tension of the power transmission belt (Fig. 4-26) is adjusted by a spring tension (Fig. 4-20) fixed between the body frame (Fig. 4-25) and the tension roller frame (Fig. 4-23).
The strength of the spring tension rod is adjusted by the spring tension adjusting nut (Figure 4-21).
The orientation angle of the belt (Figure 4-26) is fixed by a belt tension roller (Figure 4-22)

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