KR200444410Y1 - Horse riding type health machine - Google Patents

Abstract

The present invention relates to a riding-type exercise equipment, and more specifically, the seating portion is provided on the upper surface and the reinforcement is provided on both sides, the body is provided with a power switch for power supply and cut off from the outside; A driving device installed in the body or at the bottom of the power supply to supply the power by operating the power switch so as to elevate the body on which the rider rides; Horse riding type exercise equipment comprising a predetermined program and a microcomputer for controlling the drive device is connected to each of the parts to perform a command; The sensor is connected to the drive control unit so that the lifting speed of the body can be adjusted according to the movement speed by detecting the movement speed of the rein holding and shaking with both hands. The present invention relates to a riding-type exercise equipment that enables users to enjoy riding without feeling.

Equestrian sports equipment, sensor, drive, rein, lifting

Description

Horse riding type health machine

The present invention relates to an equestrian-type exercise equipment, and more specifically, in the equestrian-type exercise equipment that is manufactured and provided for entertainment and exercise, the speed of the exercise equipment is high when the horseman grabs the reins and shakes the same as the actual horse riding. The present invention relates to an equestrian type sports equipment that allows a horse riding person to enjoy a horseback riding movement while having a sense of presence as if riding a horse.

In recent years, as a means of well-being (well-being), a variety of sports equipment and entertainment equipment, or a combination of sports equipment in the form of a number of trends have been developed and spread.

In particular, the horseback riding type sports equipment to which the present invention belongs is a fixed type horseback riding sports equipment that is designed to allow anyone to easily enjoy horseback riding where it has been limited to a specific class and can only be enjoyed at a specific place.

The conventional riding type sports equipment, which is modeled on horseback riding, is displayed to display images of actual equestrians riding on the climbing type sports equipment or to be raced with other rivals. Equestrian-type sports equipment with various forms and functions has been developed and distributed with recreational functions.

Such a conventional riding type sports equipment is generally provided with an operation unit that allows the horseman to operate the speed or step of the exercise equipment in front of the body of the exercise equipment, the inside of the body receives the signal of the operation unit to increase the speed of movement of the body The driving control unit and the driving device for controlling are provided, so that the equestrian can enjoy the horse riding exercise while controlling the speed of the exercise equipment by manipulating the operation unit provided on the body before or after the riding.

However, when the horseman enjoys the horse riding exercise by manipulating the operation unit provided in front of the body of the riding-type exercise equipment, the command input from the operation unit is transmitted to the drive control unit installed inside the body and according to the set command of the driving signal unit. The driving device was operated to raise and lower the movement at the set speed and period.

Therefore, the horse riding person easily adapts to the speed or movement set in the horseback riding equipment during the horseback riding exercise for a while.

In this way, the conventional riding type exercise equipment is a horse riding enjoyment of the horse riding exercise once the operation unit is operated by the command input from the operation unit is a continuous movement of the exercise equipment is particularly riding horse holding the reins or handles during the horse riding exercise Since only the state needs to be maintained, the equestrian who was easily accustomed to the exercise pattern of the computerized and set horseback riding equipment felt tired of using the horseback riding equipment continuously and had the problem of reducing the exercise effect. .

The present invention is conceived to solve the problems of the conventional riding-type exercise equipment described above, the riding-type exercise equipment according to the present invention is the lifting of the riding-type exercise equipment when the equestrian holding the halter with both hands during the riding exercise The purpose of the present invention is to provide an equestrian sports equipment that can be continuously and easily bored by allowing the equestrian to enjoy the equestrian movement while maintaining the feeling of the equestrian riding on the actual site as the speed is added and decreased according to the shaking speed of the bridle. There is this.

In addition, the present invention is to provide an equestrian-type exercise equipment to prevent the safety accidents caused by a horse during the elevating exercise by allowing the horse riding person to keep the body safely in the seating portion of the body during the equestrian exercise There is another purpose.

In order to achieve the above object, the riding-type exercise device according to an embodiment of the present invention is provided with a seating portion on the upper surface and the reinforcement is provided on both sides, the body is provided with a power switch for power supply and cut off from the outside; A driving device installed in the body or at the bottom of the power supply to supply the power by operating the power switch so as to elevate the body on which the rider rides; Equestrian-type exercise equipment comprising an electric circuit for controlling the drive device and a drive built-in program is connected to each of the parts, comprising: the front and rear of the body of the equestrian riding on the seat with both hands grabbed and shake Sensing the movement speed of the rein and the lifting speed of the body according to the movement speed is made of a structure in which a sensor unit electrically connected to the drive control unit is installed.

In particular, a lower end of the body is provided with a support of a certain height, the lower end of the support is provided with a support for fixing the support vertically to the bottom surface, between the support and the support is transmitted to the support through the support A shock absorber is provided to absorb the shock during the lifting of the body.

In addition, the driving device is coupled to a driving motor driven in response to an input command of the power switch or the operation unit, and a plurality of power transmission means, the rotary shaft and the rotary shaft to be driven by the rotational force transmitted by the driving motor and the driving motor. It is hinged with one end of the movable plate at the bottom of the movable plate so that the lifting plate can be moved up and down and back and forth while supporting the movable plate, and the movable plate is supported to support the movable plate. It includes a support plate hinged to the other end of the movable plate so that the movable plate is rotatable, and between the movable plate and the support plate of the drive device to improve the comfort of the user in the seating portion during operation of the drive device and durability of the device It consists of a structure in which a plurality of shock absorbing spring is installed to improve the.

As such, the equestrian-type exercise equipment according to the embodiment of the present invention detects the movement of the rein by holding and shaking the rider with both hands in front of the lifting body in real time, so that the lifting speed of the body is automatically adjusted. Having a feeling of riding makes it easy to enjoy riding without having to be bored, so as to enhance the usability and exercise effect of riding equipment.

In addition, a safety handle and a seat belt are further provided at the front of the body, and when the halter is not held, the safety handle is held and the seat belt is rolled to the rear of the body to prevent the upper part of the body from being separated from the body during the lifting movement of the body. It prevents the riders from falling off from the body that moves up and down accidentally, so that they can enjoy a safe movement.Equipped with a shock-absorbing spring inside the driving device, the rider can enjoy the riding exercise with a soft feeling as well as exercise equipment. To improve its durability.

Hereinafter, with reference to the drawings attached to the specification of the present invention will be described in more detail with respect to the equestrian-type sports equipment for the embodiment of the present invention, in general with respect to the general technical information known or widely used for equestrian sports equipment The description will be omitted.

Figure 1 shows an external perspective view of the riding type exercise equipment (A) according to an embodiment of the present invention, Figure 2 is a drive installed inside the body 30 in the riding type exercise equipment (A) of Figure 1 Some cutaway cross-sectional views of the body 30 are shown to schematically show the installation of the device 40.

As shown in the figure, the drive device 40 may be configured to be integrally coupled with the body 30 from the inside of the body 30, but the support for supporting the shape or shape of the body 30 ( According to the assembly structure with 20) may be installed to the outside of the body 30, in the embodiment of the present invention, the driving device 40 is a riding type exercise equipment made of an integral structure installed in the interior of the body 30 An example will be described.

As shown in Figure 1, the riding type exercise equipment (A) according to an embodiment of the present invention has a body 30 having a seat size 36 of a predetermined size on the upper surface so that a horse riding seat can be seated, and the body The support 20 supporting the 30 to a predetermined height, and the base 10 is coupled to the bottom of the support 20 so that the support 20 is fixed vertically to the bottom surface consists of the main configuration. .

One end is fixedly installed on both sides of the front of the body 30 and the other end is provided with a rein (31) extending a certain length to the rear of the body, both sides of the front side of the body 30 through which both the reins pass the equestrian grasping the reins The sensor unit (S) is provided with one or more sensors are installed to detect the speed of the shaking rein, when the front of the body 30 can supply the power required to drive the drive device for the lifting movement of the body A power switch (not shown) is provided.

In addition, as shown in FIG. 2, a driving device 40 which is in charge of the lifting motion of the body 30 is installed inside the body 30, and the driving device 40 is applied to the power switch. It is configured to be controlled by a drive control unit (not shown) connected to the power switch to operate in a predetermined programmed mode according to the power source.

In addition, the body 30 may be provided separately from the control unit configured to adjust the lifting speed of the body while the horse riding manipulator directly manipulated, although not shown in the figure.

The sensor unit (S) consists of a configuration that is electrically and electronically connected to the drive control unit to adjust the lifting speed of the body 30 in accordance with the movement speed of the rein (31) and the operation pattern or body of the rein (31) Various types of sensors that can detect the movement according to the contact status, that is, sensors that can accurately detect the movement of the rein, such as optical sensors, infrared sensors and contact sensors can be selected and used, the mounting position of the sensor In consideration of the type and distance from the rein, the body may be selected and mounted appropriately, but preferably the horse body is held horizontally with the curved portion of the rein in a state where the reins are held with both hands. It will be preferable to provide a plurality in the up, down or left and right directions.

The control unit that can be selectively installed on the front of the seating portion 36 of the body 30 is not shown in the figure, the power switch for applying power to the exercise equipment from the outside and cut off may be integrally configured, the body It may be made of a configuration including a mode selection function that can be selected in the manual and automatic mode of the movement pattern for the lifting movement, and a speed adjustment function for adjusting the speed by a certain step.

In addition, the drive control unit is also installed inside the body, although not shown in the drawing is provided with a predetermined program to control the drive device 40 according to the control signal input from the operation unit or the power switch body 30 It is configured to include a microcomputer that can adjust the lifting movement of the) and includes a predetermined electric and electronic circuit device such as a circuit processing unit and a command processing unit having an operable for the comparison and processing of signals, which is known in the art Since it can be easily implemented by the detailed description thereof will be omitted.

In addition, the front of the body 30 is fixed to the safety handle 32 that can be gripped by the hand instead of the reinforcement 31 in the equestrian riding on the seat 36, the safety handle 32, The outer surface of the elastic member of a certain thickness is wrapped so that when the horse's body hits during the equestrian movement, it is configured to minimize the impact.

In addition, the seat belt 34 installed in front of the upper surface seating portion 36 of the body 30 is adjustable in length, made of the same structure as that used for ordinary vehicles free from mutual fastening and separation. The fixed end adjustable length fixedly installed at one end of the body 30 is fixed to the fixed clip fixed to the opposite side of the body, so that the rider riding on the seat 36 has a seat belt behind his back. The body 34 is configured so that the body is not separated from the seating part when the body swings.

On the other hand, Figures 3 and 4 is a perspective view and one side view (back view) to extract only the drive device in order to explain in detail the configuration and structure of the drive device 40 applied to the riding-type exercise equipment according to an embodiment of the present invention Are shown respectively.

As shown in the figure, the drive device 40 is a support plate 50 of the flat plate is fixed to the upper end of the support 20, and the movable plate 52 of the flat plate installed on the top of the support plate 50 Although largely configured, the movable plate 52 positioned in the upper portion is made of a structure capable of swinging while moving up and down and up and down in the upper portion of the supporting plate 50.

In more detail with respect to the drive device 40, a drive motor 54 is installed in the central portion of the upper surface of the movable plate 52 to which the various drive elements are coupled, spaced a predetermined distance forward of the drive motor 54 One side of the movable plate 52 is provided with a first rotary shaft 41 which is rotated by receiving the rotational force of the drive motor 54.

Both ends of the first rotating shaft 41 is coupled to a predetermined size of the circular rotating plate (42a, 42b) is configured to be rotated together with the rotating shaft 41, the central portion of the first rotating shaft 41 the drive motor A driven bevel gear 56 is coupled to the driving bevel gear 55 provided at the distal end of the rotation shaft 54 to receive the rotational force of the driving motor. A first rotating shaft 41 is provided inside the one side rotation plate 42b. The first chain gear 46 which transmits the rotational force of) to another member is provided.

In addition, on the other side of the upper surface of the movable plate 51 facing the first rotary shaft 41, the second chain gear 47 is rotated by receiving power by a chain 46a connected to the first chain gear 46. Is installed at one end, and a second rotating shaft 43 having a third chain gear 48 for transmitting the rotational force transmitted to the second chain gear 47 to another power transmission member is installed at the center portion.

In addition, a third rotary shaft 45 is installed at a position spaced apart from the front of the second rotary shaft 43 by an electron clutch 49a at the center of the third rotary shaft 45. One side of the clutch 49a receives power from the third chain gear 48 of the second rotation shaft 43, but selectively receives power according to the operation of the electromagnetic clutch 49a to rotate the third rotation shaft 45. The fourth chain gear 49 is installed.

Since the electronic clutch 49a is widely used as a means for transmitting a rotational force, a detailed description thereof will be omitted in the present invention.

On the other hand, above the movable plate 52 in which the driving motor 54, the first rotary shaft 41, the second rotary shaft 43, and the third rotary shaft 45 are coupled to each other, a movable plate ( A frame 60 having a rectangular frame shape is installed to be fixed to the inner side of the body 30 so as to swing the body 30 coupled to the upper portion of the body 52.

The frame 60 rotates forward and backward with the front pivot 62 and the rear pivot at both lower ends of the front and rear ends so as to move together according to the operation of the respective drive units at positions spaced apart from the respective drive units above the movable plate 52. Base 64 is provided, respectively.

That is, in the case of the rear pivot 64, the upper end is fixed to both sides of the rear end of the frame 60, respectively, the lower end of the circular rotary plate (42a) (42b) provided at both ends of the first rotary shaft (41) The hinge is fixed to a position eccentrically from the center to enable the upper, lower, and the front and rear movements of the rotating plate 42a and 42b in which the rear end of the frame 60 is rotated by the rotation of the first rotating shaft 41. Are configured to be coupled together.

In addition, in the case of the front pivot 62, the upper end is fixed to both front ends of the frame 60, the lower end is hinged with the other end of the connecting table 63 one end is fixed to the second rotary shaft 43 It is made up of a fixed structure.

In this way, the front and rear ends of the frame 60 are connected to the first and second rotary shafts 41 and 43 fixed to the movable plate 52 by the front pivot 62 and the rear pivot 64. It is made of a structure that can receive the rotational force, in the case of the movable plate 52, one side is hinged to the support plate 50 and the other side of the circular rotary plate 44a provided at both ends of the third rotary shaft 45 One end is fixed to the eccentric 44b, the other end is made of a structure supported by a lifting platform 66 of a fixed height hinged to the support plate (50).

Each of the rotary shafts 41 and 43 and 45 installed on the upper surface of the movable plate 52 is fixedly rotatable by a predetermined bearing (not shown), and the support plate 50 and the movable plate 52 are fixed. As shown in the figure, a plurality of shock absorbing springs 70 having a compression coil spring shape are installed between the plurality of the plurality of shock absorbers.

 The shock absorbing spring (70) absorbs the impact force generated when the horse riding is lifted up after climbing on the body 30, giving comfort to the horse, the support 20 and the support plate 10 supporting the body (30) ) Is configured to minimize the transmission of shock to improve the durability of the exercise equipment.

In addition, a predetermined shock absorber 80 is provided at the lower end of the support 20 as a means for buffering vibration generated by the front, rear, and up and down movement of the body 30 installed on the upper end of the support 20. It is provided.

That is, as shown in Figure 5, the shock absorber 80 applied to the embodiment of the present invention is installed between the bottom surface of the support 20 and the upper surface of the pedestal 10 is generated in the body 30 installed in the upper end When the vibration of the horse riding exercise equipment is transmitted to the lower pedestal 10, the impact can be alleviated and resolved to be transmitted to maintain the durability and noise generation of each part of the horse riding exercise equipment to a minimum.

The shock absorber 80 includes a plurality of linear bearings 82 coupled to the bottom surface of the movable plate 81 of a predetermined size integrally coupled to the lower end of the support 20, and the linear bearings coupled to the movable plate 81. A pair of guide rails 83 installed through the center of the linear bearing 82 are fixedly installed on the upper surface of the pedestal 10 so that the 82 is movable in the front-rear direction from the upper surface of the pedestal 10.

In addition, the front and rear sides of the pedestal 10, the moving plate 81 which is moved in the front and rear direction along the guide rail 83 is cushioned louver made of an elastic material excellent in shock absorption performance so that the movement is limited while the shock is alleviated ( 85) are installed respectively.

In addition, the front and rear central portion in which the guide rail 83 is installed, the buffer cylinder 86 having a working fluid therein in the direction toward the inner center of the pedestal 10 is coupled to the rod end of a predetermined length of the moving plate 81 It is configured to be connected to the bottom surface to mitigate the impact generated during the front and rear movement of the moving plate 81, the recessed groove of a predetermined depth in the front and rear side of the bottom surface of the moving plate 81 so that the buffer cylinder 86 is movable. It is processed.

In addition, below, the operation content of the drive device which consists of a structure mentioned above is demonstrated.

First, when the drive control unit transmits a constant electric signal to the drive motor according to a signal input from the outside, the drive bevel gear 55 and the drive bevel gear provided on the rotation shaft of the drive motor 54 by the rotation of the drive motor. The driven bevel gear 56 coupled to the gear is rotated.

Rotation of the driven bevel gear 56 causes the first rotating shaft 41 coupled with the driven bevel gear to rotate, and the first chain gear 46 coupled to one end of the first rotating shaft by the rotation of the first rotating shaft 41. ) And circular rotating plates 42a and 42b provided at both ends of the first rotating shaft rotate together.

As the chain 46 coupled to the first chain gear 46 rotates by the rotation of the first chain gear 46 of the first rotation shaft 41, the second chain gear 47 connected to the chain rotates, and the second chain The rotation of the gear 47 rotates the second rotation shaft 43 and the third chain gear 48 at the same time, and the rotational force of the third chain gear 48 is transmitted to the third rotation shaft 45 to transmit the third rotation shaft 45. Rotating plate (44a) (44b) provided at both ends of the) is rotated so that a plurality of rotating shafts and the rotating plate provided on the upper surface of the movable plate (52) continuously rotate.

As each driving unit of the driving device 40 rotates, the rear pivot 64, whose one end is eccentrically fixed to the rotating plates provided at both ends of the first rotating shaft, is pivoted up and down by the rotating plates 42a and 42b. Continuous vertical movement of the frame 60 and the body 30 coupled to the pivot 64 is possible, and the rotation of the second rotary shaft 43 is connected to both ends of the second rotary shaft 43 ( The other end of the 63) can be rotated by the movement of the front pivot 62 coupled to the connecting table 63, the up, down and forward and backward movement of the frame is made.

In addition, the rotation of the third rotary shaft 45 is the movable plate through the rotation of the lifting platform 66 eccentrically coupled to both rotating plates (44a, 44b) through the rotation of the rotating plates (44a, 44b) provided at both ends thereof. The front of the 52 is moved up and down, the third rotary shaft 45 is moved while the rotation is made by selectively receiving the rotational force of the second rotary shaft 43 by the electromagnetic clutch 49a installed in the middle portion thereof. The lifting operation of the plate 52 is caused.

That is, each of the rotary shafts are rotated at a constant speed by the drive motor 54, and the rotary plates 42a, 42b, 44a, 44b provided at both ends of the rotary shafts, and the rotation and rotation of the connecting rod to the rotary plate and the connecting rod Lifting motion and the forward and backward motion of the frame and the body according to the rotation of the connected forward and backward pivot and the lifting platform is generated.

On the other hand, with reference to the block diagram of Figure 6 and the use state diagram of Figure 7 will be described the overall use and operation process of the riding-type exercise equipment according to an embodiment of the present invention made of the above-described configuration.

Hereinafter, a power switch is integrally provided on an operation unit operable by an equestrian so as to adjust the lifting movement of the body 30, and an operation unit and a sensor unit for inputting a driving command necessary for the lifting movement of the body are simultaneously installed on the body of the user. The description will be made based on the embodiment of the exercise equipment, which is configured such that either or both of the commands are selectively and merged according to the selection.

After the user who wants to enjoy the horse riding exercise is climbed on the horse model, the operation unit installed in front of the body is operated after turning on the switch of the power switch that is integrally provided or separately configured on the operation unit.

The operation unit is provided with a selection button for selecting a variety of functions, the horse riding, the user can select a function button that can be appropriate to exercise.

The input command of the operation unit is transmitted to the drive control unit installed inside the body, and the signal transmitted to the drive control unit gives a drive command to the drive unit to perform a function selected by the horse riding machine by the loaded program, thereby lifting the body. .

In addition, when the horse riding person is holding the reins installed on both sides of the front of the body separately from the operation of the operation unit, if you want to change the lifting speed of the body that is a constant movement by the program performed by the drive control unit, provided on both front of the body Grab the reins and shake them up and down quickly to detect the shaking of the reins from the sensor installed on both sides of the body.

The signal detecting the shaking of the rein is converted into a constant state and then transmitted to the operation unit of the driving control unit, and the signal transmitted to the operation unit is compared with the signal first input from the operation unit.

After the command processor receives data about the speed of the reins compared by the operation unit, the command processor determines whether to give a new command to the drive unit, and when the movement speed of the rein is faster than the rotation speed of the drive unit according to the command of the control unit, the new command Sending to the drive to control the rotational speed of the drive to maintain a drive speed suitable for the signal input from the rein.

Of course, when the signal corresponding to the input signal of the sensor unit for the movement of the reins is less than the rotational speed of the drive device performed by the command of the operation unit, the signal of the sensor unit for the movement of the reins does not make a special contribution to the drive control unit.

Although the calculation unit and the command processing unit are separately shown in the drawings for clarity, the microcomputer may be configured as a single microcomputer to simplify the structure.

The operation unit is provided with a function selection switch for selecting a function mode whether the horse riding rider rhythm of the automatic movement or manual operation, if the automatic mode is selected at a predetermined step (1) However, the exercise mode set to-> 2-> 3) is repeated continuously.

That is, if the automatic mode is selected, the driving device operates according to the command programmed in the drive control unit without pressing the speed control button displayed on the control unit separately. To enjoy it.

In addition, while the automatic mode is being performed, when the manual mode button is first pressed, the automatic speed control system is released, and when the rider presses any one of the speed control buttons, the command by the corresponding operation button is transmitted to the driving control unit. The lifting speed of the body is achieved at the speed according to the button command.

Therefore, when a horse riding person wants to enjoy a horse riding exercise with the same speed pattern, the driving of the driving device can be constantly rotated by pressing the required speed control button after pressing the manual mode button rather than the automatic mode button so that the horse riding movement can be enjoyed. do.

As such, when the horseman manipulates the buttons of the operation unit installed at the front of the body, the electrical signal of the operation unit is transmitted to the drive control unit installed in the body, and the signal transmitted to the drive control unit is a predetermined command provided in the drive control unit. After passing through the processing circuit, an appropriate signal is sent to the driving device so that the speed of the driving device is automatically adjusted so that the lifting movement of the body is finally made.

On the other hand, when the horseback riding the body to enjoy the horseback riding movement holding the reins, such as riding a horse directly without holding the safety handle, the vertical movement of the reinforces the swing speed by the plurality of sensors installed on both sides of the front of the body It is detected and converted into a constant signal and then transmitted to the drive control unit.

The rotation speed of the reins delivered to the drive control unit is driven by the built-in operation unit and command processing unit to give the driving device a driving command suitable for the rotation speed of the reins so that the drive unit can be rotated. The lifting speed of the body is adjusted accordingly.

Of course, if the body lifting movement is performed by the operation unit before the operation of the rein, the rocking speed of the rein input from the sensor unit is transmitted to the drive control unit reinforcement compared to the drive signal transmitted from the operation unit If the speed is low, the lifting and lowering motion of the body continues to be performed according to the signal set by the control unit, and if it is determined that the rocking speed of the rein is faster than the speed signal transmitted from the control unit, the drive control unit controls the rocking speed of the rein. Recognized as a command, the control system can be configured to operate the drive faster.

The sensor unit for detecting the movement of the reins senses only the movement of the reins that fluctuate more than a certain number of times in a set period to send an electrical signal to the conversion drive controller for the rein speed. If the speed is lower or lower than the set standard, the sensor unit judges that there is no movement of the reins, even if there is a fluctuation of the reins, and thus does not transmit a separate signal to the drive control unit. You lose.

As described above, the body is moved up and down by controlling the driving device by receiving an external signal input by the operation unit, the drive control unit, and the sensor unit for sensing the speed of the rein.

In this way, the embodiment of the present invention that can enjoy the horse riding movement through the lifting and back movement of the movable plate and the frame is a riding mechanism with a feeling similar to the actual horse riding while a series of movements are continuously performed by a mechanical mechanism In particular, a plurality of coil compression spring-type shock absorbing springs are provided on the bottom surface of the movable plate causing the lifting movement, so that a horse-riding person who rides on the body can enjoy a riding movement with a smooth movement without a big impact.

In addition, when the horseback riding exercise, the lifting speed of the body is adjusted according to the speed of shaking the rein installed in front of the body with both hands so that the horseback riding horse can enjoy the horseback riding exercise while maintaining the feeling of actual horseback riding. To have a sense of realism to eliminate the boredom that occurs in conventional riding equipment.

In addition, a safety handle is provided at the front of the body to allow the rider to grip with both hands during the lifting movement to prevent the rider's body from being separated from the body, and a safety belt is further provided on both sides of the front of the body. Riders can enjoy riding after turning one side of the seatbelt to the rear of their body and fastening it to a fixed clip on the opposite side, thereby preventing the horsemen's body from being pushed back or left and right from the seating part during riding Prevent accidents in advance.

In addition, when the lifting movement is made by the body and the driving device of the upper end of the support, the impact force of the weight transmitted to the support is absorbed by the shock absorber provided at the lower end of the support and various noise or friction that can be generated in the whole riding equipment It is possible to supply products with excellent merchandise by improving durability of the horse riding equipment by minimizing damage to the equipment due to the damage.

1 is an external perspective view of a riding-type exercise device according to an embodiment of the present invention,

Figure 2 is a side cross-sectional view for showing the configuration of the inside of the body in the riding-type exercise device according to an embodiment of the present invention,

3 to 5 is an exploded perspective view and a rear view and an exploded state of the shock absorber of the driving device applied to the riding-type exercise equipment according to an embodiment of the present invention,

Figure 6 is a block diagram for explaining the operation relationship of each part for the lifting motion of the riding type exercise equipment according to the present invention,

7 is a state diagram used in the riding-type exercise device according to an embodiment of the present invention.

※ Brief description of symbols for the main parts of the drawings

10: pedestal 20: support

25: moving plate 30: body

32: safety handle 34: seat belt

35: sensor unit 40: drive device

41, 43, 45: 1st, 2nd, 3rd rotating shafts 42a, 42b, 44a, 44b: rotating plate

46, 47, 48, 49: 1st, 2nd, 3rd, 4th chain gear 46a, 48a: chain gear

50: support plate 52: movable plate

54: Drive motor 55,56: Drive, driven bevel gear

60: frame 62: front pivot

64: rear pivot 66: platform

70: shock absorbing spring 80: shock absorber

Claims (6)

A seating unit is provided on an upper surface, a rein is provided on both sides of the front, and a body provided with a power switch for supplying and disconnecting power from the outside; A driving device which is supplied to the inside or the bottom of the body to power up and down the body on which the rider rides by operating power switch; In the riding type exercise equipment comprising a; drive control unit is provided with a microcomputer built-in electric circuit or program for controlling the drive device is connected to each part, The front and rear of the body is configured to have a sensor unit electrically connected to the drive control unit so as to adjust the lifting speed of the body according to the movement speed by detecting the movement speed of the halter grasping and shaking with both hands on the seated horse riding part Horse riding exercise equipment. The method of claim 1, The sensor unit riding type athletic equipment, characterized in that consisting of a plurality of sensors spaced apart vertically or horizontally so as to effectively detect the movement of the reins. The method according to claim 1 or 2, Riding type exercise equipment, characterized in that the body further comprises a control unit connected to the drive control unit to adjust the lifting speed and operation mode of the body separately from the signal detected by the sensor unit. The method of claim 3, A support of a certain height is installed at the lower end of the body, and a support for fixing the support vertically to the bottom surface is provided at the lower end of the support, and between the support and the support is a support through the support during the lifting movement of the body. Equestrian-type sports equipment, characterized in that provided with a shock absorber for absorbing the shock transmitted. The method of claim 4, wherein The drive device is provided with a drive motor for controlling the speed according to the signal of the operation unit or the sensor unit, and a plurality of power transmission means and a rotating shaft coupled to both ends of the rotating shaft and the rotating shaft to be driven by the rotational force transmitted by the driving motor and the driving motor. The movable plate is hinged to one end of the movable plate at the bottom of the movable plate so that the movable plate can move up and down and back and forth while supporting the movable plate, thereby allowing the body to move up and down. And a support plate hingedly coupled to the other end of the movable plate, Equestrian-type sports equipment, characterized in that formed between the movable plate and the support plate of the drive device is provided with a plurality of shock absorbing spring that can absorb and mitigate the impact force generated during the lifting movement of the body. The method of claim 4, wherein Equestrian-type exercise equipment, characterized in that the upper front of the body is provided with a safety handle that can be gripped by the rider, the front of the body is further configured to install a seat belt that can be separated and coupled to each other and adjustable in length.

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