KR100667353B1 - A horse riding health machine - Google Patents

Abstract

A horse riding exercise machine is provided to reduce operation noise and to firmly support a saddle shaft by supporting the saddle shaft combined with a saddle by a shaft supporting member having a spherical bearing. In the horse riding exercise machine, a shaft supporting member(100) holding a saddle shaft(60) is composed of a spherical bearing(110) penetrated by an upper end of the saddle shaft and a bearing housing(120) installed at the upper part of a support bracket(21) by a combining member to receive the spherical bearing and to guide the saddle shaft to move an upper end of the saddle shaft around the center of the spherical bearing. The support bracket is installed at the upper side of a support frame(20) and formed with a through-hole sufficiently passing the saddle shaft. The shaft supporting member is installed on the upper side of the support bracket. An up/down device is disposed at the support bracket to change the longitudinal shaking angle of the saddle shaft by vertically moving the supporting member.

Description

Horseback Riding Equipment {A HORSE RIDING HEALTH MACHINE}

1 is a perspective view showing a horse riding exercise machine according to a first embodiment of the present invention.

2 is a perspective view schematically showing the internal structure of the horse riding exercise machine according to the first embodiment of the present invention.

FIG. 3 is a cross-sectional view taken along line III-III of FIG. 2 and showing the internal structure of the shaft-supporting member.

4 to 7 sequentially show the operating state of the horse riding exercise equipment according to the first embodiment of the present invention.

8 is a perspective view showing an extract of the shaft-supporting member of the riding exercise device according to the second embodiment of the present invention.

9 and 10 are cross-sectional views taken along line VII-VII of FIG. 8, showing the structure of the shaft-supporting member up-down apparatus according to the second embodiment of the present invention and an operating state thereof.

* Explanation of symbols for main parts of drawings *

10.base 20.support frame

21. Support bracket 30. Driving motor

60. Saddle-shaft 70. Saddle

80. Control panel 100. Shaft-support member

110. Spherical Bearings 120. Bearings-Housings

200. Up-down device 210. Guide member

220..guide rod 230..actuator

240 .. Reverse Motor

The present invention relates to a horse riding exercise equipment provided in a health club or home, and more particularly, to a horse riding exercise equipment having a saddle inclination control device that can adjust the inclination of the saddle that the user directly rides to the body type.

Recently, it is not easy for busy modern people to exercise outdoors every day, so a variety of simple indoor sports equipment have been developed. One of these indoor sports equipment is a riding sports equipment that can be aerobic exercise while feeling like riding on a saddle. In other words, horseback riding is known to be effective in improving back movement and flexibility, correcting posture, preventing constipation and gastrointestinal diseases, and mental concentration by inducing intestinal movement. There aren't many opportunities.

In order to overcome the practical limitations of horse riding, the horse riding equipment, which can enjoy the exercise effect by maintaining the posture sitting on the saddle moving up and down, similar to the horse movement when riding, especially aerobic waist exercise It is very effective and can only prevent service costs.

That is, a riding mechanism for transmitting the power of the drive motor through the crank mechanism and causing the saddle to swing up and down by this is filed and registered by the present applicant (registered patent 10-0595971).

The riding device disclosed in Korean Patent No. 10-0595971 is an exercise device to which a crank mechanism mechanism for converting a rotary motion into a linear motion is used. The crank mechanism converts the rotational force of the driving motor into a linear motion of the saddle support shaft, The saddle is mounted on a linearly supported saddle support shaft. In addition, it is provided with a shaft support means for supporting the saddle support shaft to maintain the vertical, the shaft support means is fixed to each of the housing and a pair of holding members and the bearing is disposed, and the fixing member is rotated through the support shaft It is provided with a hollow support member that is possibly coupled. Accordingly, the saddle support shaft is coupled to the hollow of the hollow support member, and the saddle support shaft swings in a limited angle range.

However, in such a conventional riding mechanism, the structure supporting the saddle support shaft so as to be able to swing back and forth is complicated, so that the assembly productivity is low, and the operation noise is aggravated by friction with each component.

In addition, because the shaft support means for supporting the midway of the saddle support shaft is fixed at a certain position, the front and rear swing width of the saddle is also kept constant, there is a limit to satisfy users who require more active exercise.

The present invention is to solve this problem; It is an object of the present invention to improve the support structure of the shaft coupled to the saddle to provide a horse riding exercise equipment that can reduce the operating noise and improve the assembly workability and support the shaft more robustly.

In addition, another object of the present invention is to improve the support structure of the shaft coupled to the saddle by linearly automatically adjusting the front and rear swing width of the saddle can maximize the exercise effect, as well as to increase the horsepower riding equipment To provide.

The present invention for achieving this object is; The base is placed on the floor and the support frame forming the entire skeleton, the drive motor installed on the base, the crank shaft is rotated by receiving the power of the drive motor and the crank arm is provided eccentrically, and the bottom is the crank It is mounted to the arm idly and the upper end is saddle-shaft extended to the upper support frame, and the upper portion of the saddle-shaft is disposed on the support frame and the upper and lower reciprocating movement of the saddle-shaft up and down to support the upright state A horse riding exercise machine having a guide shaft-supporting member and a saddle disposed on an upper end of the saddle-shaft;

A through hole is formed in the upper portion of the support frame to allow the saddle-shaft to pass therethrough and a support bracket for mounting the shaft-support member on the upper portion thereof;

The shaft-supporting member is provided with a spherical bearing through which the upper end of the saddle-shaft is coupled, and the spherical bearing is accommodated to guide the upper end of the saddle-shaft to move around the spherical bearing center. Characterized in that the bearing made of a housing mounted through the fastening member on the top.

In addition, the present invention; The base is placed on the floor and the support frame forming the entire skeleton, the drive motor installed on the base, the crank shaft is rotated by receiving the power of the drive motor and the crank arm is provided eccentrically, and the bottom is the crank It is mounted to the arm idly and the upper end is saddle-shaft extended to the upper support frame, and the upper portion of the saddle-shaft is disposed on the support frame and the upper and lower reciprocating movement of the saddle-shaft up and down to support the upright state A horse riding exercise machine having a guide shaft-supporting member and a saddle disposed on an upper end of the saddle-shaft;

A through hole is drilled in the upper portion of the support frame to allow the saddle-shaft to penetrate comfortably, and a support bracket for mounting the shaft-support member on the upper portion of the support frame and the support bracket, and the shaft-support member is moved up and down. An up-down device is provided for varying the forward and backward swing angles of the saddle-shaft;

The front part of the saddle is characterized in that the control panel for controlling the electrical components and the up-down device disposed on the base is disposed.

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

As shown in FIG. 1 and FIG. 2, the horse riding exercise apparatus according to the first embodiment of the present invention includes a base 10 having a drive motor 30 and a crank mechanism 40 installed therein, and a crank mechanism ( The saddle shaft 60 is rotatably mounted to the crank arm 50 of the 40 and reciprocates up and down, and the shaft support supports the upper and lower reciprocating movements while supporting the saddle shaft 60 in an upright state. A member 100 and a control panel 80 for controlling the driving of various electric components are provided.

The base 10 is a portion that is actually placed on the floor. The drive motor 30 receives power to drive and generates a rotational force, and the power of the drive motor 30 is decelerated and transmitted to the crank mechanism 40. The power transmission mechanism 31 and the shaft-supporting member 100 for guiding the saddle-shaft 60 are arranged, and a pair of support frames 20, etc., which form an appearance of the horse riding sports equipment, are disposed. In addition, a support bracket 21 in which a shaft-supporting member 100 is mounted on an upper portion of the support frame 20 and a through-hole 21a is drilled in the center thereof so that the upper portion of the saddle-shaft 60 can be penetrated with ease. This is provided in the horizontal direction.

And the crank mechanism 40 is connected to the power transmission mechanism 31 and the belt 41 and the crank shaft 43 is rotatably supported by the crank bearing block 42, and the crank shaft 43 The crank arm 50 which rotates with a main shaft is provided. The crankshaft 43 is provided with a crank pulley 44 that is connected to the power transmission mechanism 31 side and the belt 41, the crank arm 50 is formed on the edge of the crank pulley 44 integrally Will rotate.

In addition, the saddle-shaft 60 is mounted to the crank arm 50 through the bearing block 61 so that the lower end can be idling, the upper end of the saddle-shaft 60 extends above the support frame 20. And the saddle-shaft (60) is mounted on the top of the saddle 70 that the user can comfortably ride through the shaft bracket 62 made of a metal plate, the control panel 80 is the front portion of the saddle 70 Is disposed in the user is able to control the overall operation of the horse riding equipment in the state of riding on the saddle (70).

The shaft-support member 100 is firmly disposed on the support frame 20 through which the top of the saddle-shaft 60 passes to guide the vertical movement of the saddle-shaft 60.

That is, as shown in Figure 2 and 3, the shaft-support member 100 is mounted to the support bracket 21 disposed on the support frame 20, the upper end of the saddle-shaft 60 through The spherical bearing 110 is coupled to, and the bearing-housing 120 is installed to accommodate the spherical bearing 110 so that the upper end of the saddle-shaft 60 can be moved to some extent around the center of the spherical bearing 110. Is defined as

The spherical bearing 110 is a through-hole 111 in the center so that the saddle-shaft 60 is actually coupled through, the bearing-inner ring 112 made of a spherical surface (sphere) and one spherical surface It is equipped with a bearing-outer ring 113 which is composed of a groove to be coupled to surround the bearing-outer ring 112. In addition, a cylindrical bush 114 is inserted into the through-hole 111 of the bearing-inner ring 112 to smoothly guide the slip of the saddle-shaft 60.

The spherical bearing 110 is accommodated and supported in the bearing-housing 120 through which the upper and lower parts are penetrated, and the bearing-housing 120 is disposed on the support bracket 21 so that the fastening member 140 (wrench in the embodiment of the present invention) is provided. Bolts are applied). In addition, two grooves are machined in the circumferential direction on the inner surface of the bearing-housing 120, and the o-ring 130 is disposed therein. The o-ring 130 is intended to reduce operating noise by preventing direct contact between the inner surface of the bearing-housing 120 and the spherical bearing 110. In addition, it is preferable to fill a lubricant (aka grease) between the bearing-housing 120 and the spherical bearing 110.

Accordingly, the up-and-down movement of the saddle-shaft 60 is allowed by the spherical bearing 110 accommodated in the bearing housing 120 as well as the forward and backward swing within a predetermined angle range. As a result, the saddle with the saddle-shaft 60 is able to swing back and forth while simultaneously reciprocating up and down.

Next will be described the operation and the resulting effects of the riding exercise equipment according to the first embodiment of the present invention configured as described above.

First, when the user rides on the saddle 70 and drives the drive motor 30 mounted on the base 10 through the control panel 80, the rotational force of the drive motor 30 is the power transmission mechanism 31 Is transmitted to the crankshaft 43 through the crank arm 50 is rotated, whereby the saddle-shaft 60 coupled to the crank arm 50 through the bearing block 61 is moved up and down. Therefore, the saddle 70 that the user rides also moves up and down while forming a certain trajectory.

4 to 7, the saddle-shaft 60 is supported by the shaft-support member 100 by the rotation of the crank arm 50, and moves up and down, and at the same time, moves forward and backward at a constant angle. do. That is, FIG. 4 shows a state in which the crank arm 50 is located at the top dead center, and the saddle 70 is raised to the top, and FIG. 5 shows the saddle-shaft 60 and the saddle 70 descending forward. 6 shows a state in which the crank arm 50 is positioned at the bottom dead center, and the saddle-shaft 60 and the saddle 70 are lowered, and FIG. 7 shows the saddle-shaft 60. The saddle 70 is slightly inclined rearward while showing a state. The reciprocating motion before and after the up and down is transmitted to the rider riding on the saddle 70 as it is to perform the same effect as the horse riding exercise.

Such a forward and backward swing of the saddle 70 is allowed by the shaft-supporting member 100, and in the first embodiment of the present invention, the spherical bearing 110 is applied to support the saddle-shaft 60 more firmly. Of course, the operation noise can be reduced, as well as the structure is simpler than in the prior art it is possible to reduce the overall manufacturing cost of the horse riding exercise equipment.

On the other hand, in the first embodiment of the present invention, the shaft-supporting member 100 to which the spherical bearing 110 is applied is firmly fixed to the upper part of the support bracket 21 of the support frame 20 through a wrench bolt 140 to be saddled. The shaft 60 has been described as being supported, but is not limited thereto. As shown in FIGS. 8 and 9, the shaft-supporting member 100 to which the spherical bearing 110 is applied is provided through the up-down apparatus 200. When configured to up and down up and down, it is possible to provide a horse riding exercise equipment that can adjust the back and forth swing angle of the saddle (70).

That is, the front and rear swing angle ?? of the top of the saddle-shaft 60 on which the saddle 70 is mounted is located at the position of the shaft-supporting member 100 through which the top of the saddle-shaft 60 passes through the lever principle. In the horse riding exercise equipment according to the second embodiment of the present invention, the shaft-supporting member 100 is moved up and down through the up-down apparatus 200 so that the front and rear swing angles of the saddle 70 can be variously adjusted. It was. (In the horse riding exercise apparatus according to the second embodiment of the present invention, except for the up-down apparatus 200, the spherical bearing so as to support the power transmission mechanism 31 and the saddle-shaft 60 inside the base 10 ( Since the overall structure of the shaft-supporting member 100 to which 110 is applied is the same as that of the first embodiment of the present invention, the same components are denoted by the same reference numerals and detailed description thereof will be omitted.)

The up-down apparatus 200 applied to the horse riding exercise equipment according to the second embodiment of the present invention is controlled by the control panel 80 to up / down the shaft-support member 100 to which the spherical bearing 110 is applied. Intended for; The support bracket 21 is provided in the longitudinal direction on the outer side of the bearing housing 120 and penetrates the guide member 210 in which the guide hole 211 is perforated, and the guide hole 211 of the guide member 210. The guide rod 220 installed in the upper part, and one side is provided on the bearing housing 120 side and the other side is disposed on the support bracket 21, the actuator 230 is stretchable in the vertical direction and the actuator 230 ) Is provided with a forward and reverse motor 240 for stretching and driving. Therefore, the shaft-support member 100 is moved up and down in the vertical direction according to the expansion and contraction of the actuator 230, and the front and rear swing angles of the saddle are adjusted. The detailed structure of each component is as follows.

The guide member 210 is disposed at three locations at 120 degree intervals outside the bearing-housing 120, and a guide hole 211 penetrating the upper and lower parts thereof is perforated therein. A cylindrical bush 212 is disposed in the guide hole 211 to smooth the slip action of the guide rod 220.

In addition, the guide rod 220 is installed on the support bracket 21, and is firmly disposed at a position facing the guide members 210. Therefore, when the shaft-supporting member 100 through which the saddle-shaft 60 is coupled to the guide rod 220 through the guide member 210 is coupled, the shaft-supporting member 100 moves up / down. Down is possible.

In addition, the actuator 230 is a vertical length is stretched in accordance with the drive of the stationary motor 240, the screw-cylinder 231 provided on the outer surface of the bearing housing 120, and the screw-cylinder 231 inside It is composed of a screw block 233 is provided with a lead screw 232 to be idle while being coupled in a screw manner. The screw-cylinder 231 is internally threaded and has a top and bottom open. And the screw block 233 is firmly disposed on the upper surface of the support bracket 21, the lead screw 232 is screwed to the screw-cylinder 231 in the state entered in the screw block 233.

In addition, the stationary motor 240 is mounted to the screw block 233 to operate the lead screw 232, its power is transmitted through a gearbox (not shown) to drive the lead screw 232. The stationary motor 240 is preferably constituted by a geared motor with a reduction gear. In the present invention, when the stationary motor 240 is driven in the forward direction through the control panel 80, the lead screw 232 is rotated forward and the screw- When the shaft-supporting member 100 moves up and down together with the cylinder 231 and is driven in the reverse direction, the shaft-supporting member 100 along with the screw-cylinder 231 descends. That is, the linear length of the screw-cylinder 231 and the lead screw 232 is stretched in accordance with the forward and reverse rotation of the lead screw 232. {In the embodiment of the present invention, the screw-cylinder 231 has been described as having the screw block 233 mounted on the support bracket 21 side on the bearing-housing 120 side. It is a matter of course that the desired purpose of the invention can be achieved.

Through the shaft-supporting member 100 configured as described above, the up-and-down device 200 may perform a more thrilling horse riding exercise. The operation of the horseback riding equipment according to the second embodiment of the present invention and the effect thereof are shown in FIG. 9. It will be described with reference to FIG.

That is, when the user operates the up / down device 240 of the up-down device 2000 by operating the operation button of the control panel 80 in the reverse direction, as shown in FIG. 9, as the lead screw 232 rotates in reverse, the screw -The cylinder 231 is lowered, thereby gradually reducing the length of the actuator 230. As the actuator 230 shrinks, the shaft-supporting member 100 descends to the support bracket 21 side. The degree of falling of the shaft-supporting member 100 is adjusted according to the time for driving the motor 240. Thus, when the driving motor 30 is driven while the shaft-supporting member 100 is lowered, The saddle 70 with the saddle-shaft 60 reciprocates up and down as well as swings back and forth at the maximum range, thus allowing the rider to perform more thrilling movements.

On the contrary, when the user drives the forward / reverse motor 240 of the up-down apparatus 200 through the operation button of the control panel 80 in the forward direction, as shown in FIG. 10, the screw as the lead screw 232 rotates forward. -The cylinder 231 is lifted and this causes the length of the actuator 230 to gradually increase. As the actuator 230 extends, the shaft-supporting member 100 moves upwardly from the support bracket 21. When the driving motor 30 is driven in this state, the saddle 70 reciprocates up and down together with the saddle-shaft 60, at which time the front and rear swing angle ?? 2 is relatively reduced. Therefore, beginners or children can exercise safely through the horse riding equipment.

As a result, the position of the shaft-supporting member 100 is linearly controlled through the stationary motor 240 of the up-down apparatus 200, thereby maximizing the effect of motion while inducing various situations.

As described in detail above; According to the riding exercise device according to the first embodiment of the present invention; A spherical bearing for supporting the saddle-shaft is provided with a spherical bearing in which the upper end of the saddle-shaft is coupled, and the spherical bearing is accommodated and guided so that the upper end of the saddle-shaft can move around the spherical bearing center. It consists of a bearing-housing mounted on the upper part of the bracket via a fastening member. Therefore, by supporting the saddle-shaft combined with the saddle through the shaft-supporting member to which the spherical bearing is applied, the operation noise can be reduced and the saddle-shaft can be supported more steadily. It has an effect.

In addition, according to the horse riding exercise device according to the second embodiment of the present invention; A through hole is drilled to allow the saddle-shaft to penetrate the upper part of the support frame, and a support bracket for mounting the shaft-support member on the upper part, and the saddle-shaft is disposed on the support bracket and moves the shaft-support member up and down. There is provided an up-down device for varying the front and rear swing angles of the. Therefore, the front and rear swing angle of the saddle-shaft equipped with the up-down device is automatically adjusted linearly to maximize the exercise effect, and users can enjoy riding equipment while creating various situations. There is an advantage that can increase the purchasing power even more.

Claims (6)

delete delete delete delete The base is placed on the floor and the support frame forming the entire skeleton, the drive motor installed on the base, the crank shaft is rotated by receiving the power of the drive motor and the crank arm is provided eccentrically, and the bottom is the crank It is mounted to the arm idly and the upper end is saddle-shaft extended to the upper support frame, and the upper portion of the saddle-shaft is disposed on the support frame and the upper and lower reciprocating movement of the saddle-shaft up and down to support the upright state A horse riding exercise machine having a guide shaft-supporting member and a saddle disposed on an upper end of the saddle-shaft; A through-hole 21a is drilled to allow the saddle-shaft 60 to pass through the support frame 20, and a support bracket 21 for mounting the shaft-support member 100 thereon. And an up-down device (200) disposed on the support bracket (21) for varying the front and rear swing angles of the saddle-shaft (60) by moving the shaft-support member (100) up and down; The shaft-supporting member 100 is provided with a spherical bearing 110 through which the upper end of the saddle-shaft 60 is coupled, and the spherical bearing 110 is accommodated and the upper end of the saddle-shaft 60 is mounted. Bearing-housing 120 for guiding movement around the spherical bearing 110 center; The up-down device 200 is provided in the longitudinal direction on the outer side of the bearing housing 120 and the guide member 210 is provided with a guide hole 211 penetrating up and down therein, the guide of the guide member 210 A guide rod 220 disposed above the support bracket 21 to penetrate the hole 211 to guide the vertical movement of the shaft-supporting member 100, and one side of which is provided at the bearing-housing 120 side. The other side includes an actuator 230 coupled to the support bracket 21 to expand and contract in an up and down direction, and a forward / reverse motor 240 for stretching and driving the actuator 230; The front and rear parts of the saddle 70 are arranged with a control panel 80 for controlling the electric component disposed on the base 10 and the stationary motor 240 of the up-down device 200, the stationary motor 240 Equestrian sports equipment, characterized in that up and down the shaft-support member 100 in the vertical direction according to the expansion and contraction action of the actuator 230 according to the drive. The method of claim 5, The actuator 230 is installed up and down on the outside of the bearing-housing 120 and has a screw-cylinder 231 with a female thread inside thereof, and is fixedly disposed on the support bracket 21 and the screw-cylinder. A screw block 233 provided with a lead screw 232 to be screwed to the 231 and rotated in the forward and reverse directions by the forward and reverse motor 240; Equestrian sports equipment, characterized in that the linear length of the screw-cylinder (231) and the lead screw 232 is stretched by the forward and reverse rotation of the lead screw (232).

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