KR20100022641A - Saddle of riding type tool - Google Patents

Abstract

PURPOSE: A saddle device for a horseback riding apparatus is provided to improve a feeling of a horseback riding, to reduce a muscle fatigue, and to easily install whether a size of a saddle frame in the upper side changes. CONSTITUTION: A saddle device for a horseback riding apparatus comprises the following: a driving unit frame(10) with plural hinge-shaped bolts(20); multiple shock absorbers(30) on the hinge-shaped bolts to rotate; plural hinge-shaped bolts installed by connecting each hinge with the upper side of the shock absorbers to rotate; and a saddle frame(40) fixed to the hinge-shaped bolts installed on the upper side of the shock absorbers. The hinge-shaped bolts comprise: a hinge unit with a supporting unit protruded from both sides of a base and a hinge hole the middle of a supporting unit; a bolt unit protruded from the other side of the supporting unit; and a hinge penetrated though the hinge hole.

Description

Saddle device for riding equipment {SADDLE OF RIDING TYPE TOOL}

The present invention relates to a saddle device of a riding device, and more particularly, to provide a cushioning function by providing a saddle device on an upper portion of a drive frame by using a hinge type bolt and an ultra-small crevis type shock absorber. The saddle device of the appliance.

In general, a lot of devices have been developed to ride on a simulator that simulates the running behavior of animals, including horses, to play games or to practice driving. One example is a horse riding simulator for the training of horse riding riders, if the horse riding practice using the horse riding simulator in advance can be easily adapted to the actual horse riding. Another example is a racing device for games, in which a simple swinging motion is performed according to the driving state displayed on the display device. And when simulating the running of a horse, a tiger, a lion, etc., and installing it in a general home or a playground, the operation | movement at the time of an animal's driving is performed simply.

An example of such a conventional animal simulation apparatus will be described below. In the conventional animal driving simulator, as shown in FIG. 1, when the motor 7 rotates the rear foot shaft 5 to the path ABCDA by a gear assembly (not shown) inside the rear foot post 3, the rear foot shaft 5 The back frame 6 connected to the reciprocating motion of the forefoot shaft 4 in the path EFEGE, thereby rotating the motor 7 at high speed during high-speed driving, so that the rotation of the forefoot shaft 5 and the forefoot shaft 4 are reciprocated. The faster the movement, the shorter the period of oscillation, and at low speeds, the motor 7 is rotated at a low speed to slow the rotation of the rear foot shaft 5 and the reciprocation of the forefoot shaft 4 and to increase the period of oscillation.

In the conventional animal driving simulator as described above, a saddle for a user to sit on an upper portion of the back frame 6 coupled to an upper portion of the rear foot shaft 5 and the forefoot shaft 4 is installed.

However, the saddle installed on the upper part of the back frame is simply installed in the form of a normal saddle considering the shape of the back of the animal, and the saddle is directly connected to the back frame, so the shock is transmitted to the saddle according to the movement characteristics driving the back frame. do.

Therefore, there is a problem that the feeling of fatigue is increased because the feeling of riding is not smooth and the inertia force at the time of movement and the end point is transmitted to the user as it moves up and down and rotates or swings.

The present invention is to provide a cushion by providing a shock absorber on the upper portion of the drive frame and a saddle on the shock absorber in order to improve the problems according to the prior art as described above, to provide a cushion to improve riding feeling and reduce fatigue Is to provide a saddle device.

In addition, the present invention is to provide a saddle device of the riding type mechanism that can be flexibly corresponding to the size of the saddle to be able to mount a saddle of different sizes without a separate structure or form change.

In addition, the present invention is provided with four ultra-small crevis type shock absorbers, four upsoba to the center vertical line is installed to be inclined at a radial angle corresponding to each other can provide a cushioning function stably regardless of the size of the saddle. It is to ensure that.

The object of the present invention,

In the saddle device of a riding mechanism, a plurality of hinge bolts are provided on a drive frame of the riding mechanism, and a plurality of shock absorbers are installed on the hinges of the plurality of hinge bolts so as to be rotatable. A saddle device of a riding type mechanism, in which a plurality of hinged bolts are rotatably installed by hinges respectively coupled to the upper end of the absorber, and a saddle frame is fixed to a plurality of hinged bolts installed at the upper end of the shock absorber. It is achieved by constructing.

The hinge bolt has a hinge portion protruding from both sides of the base and having a hinge hole formed in the middle of the support portion, a bolt portion protruding from an opposite side of the support portion of the hinge portion, and a hinge coupled through the hinge hole. It is configured to include.

The shock absorber,

A cylindrical cylinder; A lower coupling part integrally formed at an outer end of the lower end of the cylindrical cylinder and coupled to a hinge of the hinged bolt; Compressed oil is partially filled in the cylindrical cylinder; A piston unit inserted into an upper portion of the cylindrical cylinder and coupled to compress the compressed oil; A piston rod formed integrally with the piston and drawn out of the cylindrical cylinder; A spring inserted into the outer side of the piston rod and installed to be caught by an upper surface of the cylindrical cylinder; A flange portion formed to prevent separation of the spring and coupled to an upper end portion of the piston rod, and an upper portion coupled to a hinge of the hinged bolt to protrude to form a coupling portion having a coupling hole at an upper portion of the flange portion; It consists of.

The shock absorber is provided with four ultra-small crevis-type shock absorbers, but four upshock bars are inclined at a radial angle corresponding to each other with respect to the center vertical line to provide a cushion function stably regardless of the size of the saddle. It is to make it possible.

The saddle frame,

Two horizontal frames each of which is fixed at both ends to two of the hinged bolts coupled to the upper end of the shock absorber; Two arc-shaped frames fixedly coupled to a hinged bolt coupled to an upper end of the absorber in a direction perpendicular to the two horizontal frames, and formed to be arcuate upwards; Characterized in that the upper frame is installed across the center of the arc-shaped upper end of the two arc-shaped frame and the support portion protrudes back and forth.

The present invention configured as described above can provide a cushioning function by installing four shock absorbers on an upper part of a driving frame of an equestrian-type playground equipment or a sports equipment, thereby improving riding feeling and reducing fatigue. In addition, the present invention is installed on the upper and lower ends of the four shock absorbers, respectively, so that the shock absorber is installed rotatably coupled to the hinge bolts, even if the size of the saddle frame installed on the top without changing other structures Since it can be installed, there is an effect that can increase productivity for different riding equipment.

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

Figure 2 is a three-dimensional view showing the configuration of the saddle device of the riding device according to the present invention, Figure 3 is a left side view (a), front view (b), right side view (c) of the riding device saddle device according to the present invention 4 is a configuration diagram of a hinge bolt according to the present invention, and FIG. 5 is a configuration diagram of a shock absorber according to the present invention.

As shown in the figure, in the saddle apparatus of the riding mechanism according to the present invention, a plurality of hinged bolts 20 are installed on the drive frame 10 of the riding mechanism, and the plurality of first hinged bolts ( A plurality of shock absorbers 30 are installed on the hinges 23 of the 20 so as to be rotatable, and hinges 23 are respectively coupled to upper ends of the plurality of shock absorbers 30 so as to be rotatable. The bolt 20 is installed, and the saddle frame 40 is fixed to the plurality of second hinged bolts 20.

Here, the plurality of hinged bolts 20 coupled to the upper and lower ends of the shock absorber 30 have the same configuration, and the hinges are coupled to the shock absorber 30 and the bolts are driven by the driving frame of the riding mechanism. 10) and the saddle frame 40 is fixedly installed.

The hinged bolt 20,

A hinge portion 21 having protruding portions 21a and 21b protrudingly formed on both sides of the base and a hinge hole formed in the middle of the supporting portions 21a and 21b, and a bolt portion protrudingly formed on the opposite side of the supporting portion of the hinge portion 21. And a hinge 23 coupled through the hinge hole.

The shock absorber 30,

A cylindrical cylinder 31; A lower coupling part 32 formed integrally with the lower outer side of the cylindrical cylinder 31 and having a hinge coupling hole 32a to which the hinge 23 of the hinged bolt 20 is coupled; Compressed oil 33 is partially filled in the cylindrical cylinder 31; A piston part 34 inserted into an upper portion of the cylindrical cylinder 31 and coupled to compress the compressed oil 33; A piston rod (35) formed integrally with the piston portion (34) and drawn out of the cylindrical cylinder (31); A spring (36) inserted into and coupled to the outside of the piston rod (35) so as to be caught by an upper surface of the cylindrical cylinder (31); A flange portion 37a is formed to prevent separation of the spring 36 and is coupled to an upper end of the piston rod 35, and a coupling portion provided with a hinge coupling hole 37b at an upper portion of the flange portion 37a. 37c is protruded to form a top engaging portion 37 for engaging the hinge 23 of the hinged bolt (20).

The saddle frame 40,

Two horizontal frames (41) having both ends fixedly coupled to two of the hinged bolts (20) coupled to the upper ends of the shock absorbers (30); Two arc-shaped frames fixedly coupled to a hinged bolt 20 coupled to an upper end of the shock absorber 30 in a direction perpendicular to the two horizontal frames 41, and formed to be arcuate upwards. (42); It consists of the upper frame 43 which is installed across the arc-shaped upper end center of the two arc-shaped frames 42 and protrudes back and forth in support.

According to the present invention constituted as described above, the riding-type equipment includes various kinds of animal-like sports equipment or play equipment, and also includes various vehicle-type equipment in which the lifting and swinging movement is performed. The driving unit frame 10 of the riding type mechanism is a driving unit frame in which various movements such as lifting and lowering, swinging, rotation, etc. are performed by the driving unit of the riding type mechanism not shown in the drawing. Provides a saddle device that is installed.

In the saddle device of the present invention, the bolt part 22 of the hinged bolt 20 is coupled to the drive unit frame 10 to be fixedly installed. Four hinged bolts 20 are installed on the upper surface of the drive frame 10, and the hinge coupling of the lower coupling portion 32 of the shock absorber 30 by the hinge 23 of the hinged bolt 20. The hole 32a is fitted and is rotatably installed.

The four shock absorbers 30 are ultra-small crevis type shock absorbers, which are configured and installed as very small shock absorbers having a vertical movement width of about 50 mm. Four small crevis type shock absorbers are installed, but the four up shock bars are inclined at corresponding radial angles with respect to the center vertical line.

The hinge 23 of the hinged bolt 20 is installed to the upper end of the shock absorber 30 again. That is, the hinge 23 of the hinged bolt 20 is fitted into the hinge coupling hole 37b formed at the upper end of the shock absorber 30 to be engaged. Accordingly, the shock absorber 30 is coupled to the hinged bolt 20 in the upper and lower portions so as to be rotatable.

And, the saddle frame 40 is fixed to the bolt portion 22 of the hinged bolt 20 is installed on the upper, the saddle frame 40, the horizontal frame 41 and the arc-shaped frame 42 Separately configured, one upper frame 43 is fixedly installed at the upper center of the arc-shaped frame 42. End portions of the horizontal frame 41 and the arc-shaped frame 42 of the saddle frame 40 are fixedly coupled to the hinged bolt 20 together with two circular arcs for two horizontal frames 41. The frame 42 is installed to cross at right angles.

FIG. 6 is an installation example in the case where the saddle frame sizes of the riding device saddle device according to the present invention are different from each other. FIG. 6 shows four shock absorbers for different saddle frames 40 ', 40 and 40'. 30 and the hinged bolt 20 of the upper and lower parts can be installed differently only in the size of the saddle frame 40. As described above, the shock absorber (b) is hinged by the hinged bolt 20. 30) is installed so as to be rotatable in a direction perpendicular to each other in the upper and lower portions, it is possible to freely adjust the width of the upper side according to the size of the saddle frame to be fixed fixed installation without any other structural changes.

As described above, the present invention can be fixedly installed regardless of the size of the saddle frame installed at the upper portion by installing a shock absorber using a hinged bolt on the upper portion of the driving frame 10 of the riding type mechanism. In addition, the present invention, when the user is seated by installing the saddle on the top of the saddle frame 40, the cushion function is provided by the four shock absorbers 30, so that the cushion can act as a sense of stability during lifting and swinging It will be possible.

1 is an explanatory diagram of a conventional animal running simulation device.

Figure 2 is a three-dimensional view showing the configuration of the saddle device of a riding mechanism according to the present invention.

Figure 3 is a left side view (a), front view (b), the right side view (c) of the riding device saddle device according to the present invention.

4 is a block diagram of a hinged bolt according to the present invention.

5 is a configuration diagram of a shock absorber according to the present invention.

Figure 6 is an installation example of the saddle frame size is different from the riding type saddle device according to the present invention.

<Description of the symbols for the main parts of the drawings>

10: drive frame 20: hinged bolt

21: hinge portion 21a, 21b: support portion

22: bolt portion 23: hinge

30: shock absorber 31: cylindrical cylinder

32: lower coupling portion 32a: hinge coupling hole

33: compressed oil 34: piston

35: piston rod 36: spring

37: upper coupling portion 37a: flange portion

37b: hinge coupling hole 37c: coupling portion

40: saddle frame 41: horizontal frame

42: arc frame 43: upper frame

43a, 43b: upper frame support

Claims (5)

In the saddle device of the riding equipment, A plurality of hinged bolts 20 are installed on the drive frame 10 of the horse riding mechanism, and a plurality of shock absorbers 30 are rotatable to the hinges 23 of the plurality of hinged bolts 20. Is installed, a plurality of hinge type bolts 20 are rotatably coupled to each of the hinge 23 is coupled to the upper end of the plurality of shock absorber 30, the plurality of shock absorber 30 is installed on the upper end Saddle device of the riding type mechanism, characterized in that the saddle frame 40 is fixed to the hinged bolt (20) is installed. The method of claim 1, wherein the hinged bolt 20, A hinge portion 21 having protruding portions 21a and 21b protrudingly formed on both sides of the base and having a hinge hole formed in the middle of the supporting portions 21a and 21b; A bolt portion 22 protruding from an opposite surface of the support portion of the hinge portion 21; Saddle device of a riding type equipment comprising a hinge 23 is coupled through the hinge hole. The method of claim 1, wherein the shock absorber 30, A cylindrical cylinder 31; A lower engaging portion 32 formed integrally with the lower outer portion of the cylindrical cylinder 31 and having a hinge engaging hole 32a to which the hinge 23 of the hinged bolt 20 is coupled; Compressed oil 33 is partially filled in the cylindrical cylinder 31; A piston part 34 inserted into an upper portion of the cylindrical cylinder 31 and coupled to compress the compressed oil 33; A piston rod (35) formed integrally with the piston portion (34) and drawn out of the cylindrical cylinder (31); A spring (36) inserted into and coupled to the outside of the piston rod (35) so as to be caught by an upper surface of the cylindrical cylinder (31); A flange portion 37a is formed to prevent separation of the spring 36 and is coupled to an upper end of the piston rod 35, and a coupling portion provided with a hinge coupling hole 37b at an upper portion of the flange portion 37a. (37c) protruding to form a top engaging portion (37) for engaging the hinge (23) of the hinged bolt (20); The method of claim 1, wherein the saddle frame 40, Two horizontal frames (41) having both ends fixedly coupled to two of the hinged bolts (20) coupled to the upper ends of the shock absorbers (30); Two arc-shaped frames fixedly coupled to a hinged bolt 20 coupled to an upper end of the shock absorber 30 in a direction perpendicular to the two horizontal frames 41, and formed to be arcuate upwards. (42); Saddle apparatus of the riding type equipment, characterized in that the upper frame 43 is installed across the center of the arcuate upper end of the two arcuate frame (42) and the support (43a, 43b) protruding back and forth. The method of claim 1, wherein the shock absorber, The four crease type shock absorbers are installed four, the saddle device of the riding equipment, characterized in that the four up shock bar is installed inclined at a corresponding radial angle with respect to the center vertical line.

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