KR100316143B1 - A pleasure apparatus - Google Patents

Abstract

1. TECHNICAL FIELD OF THE INVENTION

Technique for freely rotating gyro capsule rides.

2. The technical problem to be solved by the invention

The chair is equipped with a triangular sphere having a weight to form the inner ring where the occupant is located, so that the change in the center of gravity occurs quickly and freely, thereby providing a gyro capsule ride that further enhances the play satisfaction of the occupant. To do so.

3. Summary of Solution to Invention

A fixed stand positioned outside to support the structure, an outer ring freely rotated by being connected to both sides of the holder in a horizontal direction, and a rotating force providing means connected to one side of the outer rotating rod to provide a rotational force; Gyro capsule play having an inner ring connected to both sides of the ring in the vertical direction and freely rotating but having an inner ring consisting of a triangular rod and a bottom plate formed on the lower side of the inner ring and fixed to the respective bars. Providing apparatus.

4. Important uses of the invention

Used in gyro capsule rides that provide a high degree of play satisfaction to the occupants by free rotation.

Description

Gyro capsule rides free of rotation {A PLEASURE APPARATUS}

The present invention relates to a gyro capsule ride that rotates in all directions to provide enjoyment to the occupant, and to a gyro capsule ride free to rotate.

Considering that the gyroscope mechanism developed for the training of the aviation pilot is freely rotated in all directions, the gyro capsule play equipment which has been developed into a playground equipment has recently been widely used.

That is, as shown in Figure 1, the base (1a), etc. are integrally configured at the bottom to form a fixing stand (1) fixed to the position, and the outer ring (3) inside the fixing stand (1), but the outside The outer ring (3) by the outer rotating rod (2) by connecting the holding rod (1) and the outer ring (3) to the outer rotary rod (2) in both horizontal directions so that the ring (3) can rotate freely It is configured to rotate freely while the position of is fixed.

And, the inner ring (5) is located inside the outer ring (3), the outer ring (3) and the inner ring (5) in the vertical direction of the outer ring (3) as the inner rotary rod (4) By configuring the connection, the inner ring (5) is located inside the outer ring (3) is configured to rotate freely, by connecting a motor (7) or a handle to one side of the outer rotary rod (2) to the outside It is configured to provide a rotational force to rotate the rotating rod (2), the inner ring (5) is configured to allow the occupant to ride by configuring the chair to one side or both sides.

Therefore, when the outer rotary rod 2 on one side is rotated through the motor 7 or the handle formed on the upper portion, the outer ring 3 is rotated by the rotational force, and at the same time the outer ring 3 The inner ring 5 is configured to rotate freely by the inner rotating rod (4) in the interior of the free to rotate.

In other words, it is free to rotate by the change in the center of gravity by the weight of the rider and the structure of the chair, such as to provide the enjoyment of the passenger to rotate in all directions.

However, in the conventional gyro capsule rides configured as described above, the inner ring 5 is generally made of a cross-shaped quadrangular rod, and the chair of the occupant riding therein consists of one or two, In the case of one passenger, the center of gravity is biased to one side, so the rotation is not free.In the case of two passengers, the occupants are in symmetrical positions. If the center of gravity is reversed by the continuous rotation of the outer ring (3), the center of gravity suddenly changes and the center of gravity suddenly changes as if Ottogi stands up. Rather than being scared and afraid Since the weight of the lower side of the seat is more heavy, the free rotation is not achieved, and in particular, the inner ring 5 is composed of a rectangular rod, and thus the rod on which the chair 6 is positioned and the rod on which the chair 6 does not deviate, In the case of the rod with (6), it rotates in the state hidden by the back of the occupant, so even if the occupant takes his or her hand, the outer ring (3) and the inner ring (5) cannot go to the intersection, but the chair (6) In the case of no rod, the occupant may reach the outer ring 3 and the inner ring 5 so that the occupant extends his hand, thereby causing a fatal safety accident.

Therefore, the present invention by configuring the inner ring structure in a triangular shape to configure the chair that the rider can sit on each, to implement the rotation more freely by turning the inflection point to change the center of gravity during rotation to the triangular shape, the inner ring Chairs are formed on all three openings, so that even if the occupant suddenly reaches out, the outer ring and the inner ring do not enter the overlapping part to prevent safety accidents. It is an object of the present invention to provide a rotatable gyro capsule ride that adjusts the weight so that the rotation of the omnidirectional movement is smooth and flexible.

1 is a configuration diagram of a conventional gyro capsule rides,

Figure 2 is an embodiment configuration example of a gyro capsule rides according to the present invention.

Figure 3 is an exemplary configuration of the weight adjustment weight of the gyro capsule rides according to the present invention.

Figure 4 is an example configuration of this embodiment of the gyro capsule rides equipped with a weight adjustment according to the present invention.

* Explanation of symbols for main parts of the drawings

1, 11: holder 2, 12: external rotating rod

3, 13: outer ring 4, 14: inner rotating rod

5, 15: inner ring 6, 16: chair

7, 17: motor 18: base plate

20: weight adjustment weight

The freely rotated Cairo capsule rides of the present invention for achieving the above object is connected to the holding rod, the outer ring is connected to the outer rotary rods located on both sides in the horizontal direction in the interior of the fixed freely rotated position, and In the gyro capsule play equipment having an inner ring which is connected by an inner rotary rod located on both sides of the outer ring in a vertical direction and freely rotates, and a rotational force providing means connected to one side of the outer rotary rod to provide rotational force. The inner ring is composed of three rods of an equilateral triangle around the inner rotary rods on both sides, characterized in that the chair is formed on each rod.

In addition, the Cairo capsule ride of the present invention for achieving the above object, the lower side of the chair is fixed to the lower side of the inner ring, characterized in that it further comprises a circular base plate having the three rods as a point do.

In addition, the Cairo capsule ride of the present invention for achieving the above object, characterized in that the upper side of the inner ring, further comprising a weight adjustment weight having a weight corresponding to the weight of the lower side by the occupant and chair, etc. .

Hereinafter, with reference to the accompanying Figures 2 to 4 will be described in detail a preferred embodiment of the present invention.

Figure 2 is an exemplary configuration example of a gyro capsule rides according to the present invention, Figure 3 is a configuration diagram of the weight adjustment weight of the gyro capsule rides according to the present invention, Figure 4 is provided with an additional weight adjustment according to the present invention Illustrative example of the construction of a single gyro capsule rides.

In the figure, 11 is a fixed rod, 12 is an outer rotary rod, 13 is an outer ring, 14 is an inner rotary rod, 15 is an inner ring, 16 is a chair, 17 is a motor, 18 is a bottom plate, 20 is a weight adjustment weight.

Consists of a gyro capsule ride, but constitutes a fixed base (11) formed integrally with the base (11a) at the bottom so that the position is fixed to the outermost, the outer ring 13 is located therein, the fixed base (11) By positioning the outer rotary rod 12 on both sides of the horizontal direction of the connection to the outer ring 13, the outer rotary rod 12 in the state that the position of the outer rotary rod 12 is fixed by the holder (11) It is configured to rotate, and at this time, by connecting a lever or a motor 17 to one side of the external rotary rod 12 to provide a rotational force from the outside, through the external rotary rod 13 to the fixed stand 11 is fixed position The connected outer ring 13 is rotated by receiving a rotational force by a rotational force providing means such as an external motor 17 or a lever connected to one side of the external rotary rod 13.

And, the inner ring 15 is located inside the outer ring 13, so that the inner ring 15 is connected by placing the inner rotating rod 14 to both sides in the vertical direction of the outer ring 13, The outer ring 13 and the inner ring 15 are positioned at regular intervals by the inner rotating bar 14, and in this state, the inner ring is formed around the inner rotating bar 14 located at both ends thereof. 15) It is configured to rotate freely.

At this time, the inner ring 15 is composed of three rods 15a, 15b, and 15c which form a semicircle in the equilateral triangle direction around the inner rotating rod 14, and each of the rods 15a, 15b, and 15c. By placing the chair 16 on the seat 16 so that the occupant can sit, and configuring the bottom plate 18 with each rod of the inner ring 15 as a lower side of the chair 16, the occupant Safe to ride on and off the ride, while securing a certain distance between the rider, it is possible to more firmly secure the chair (16).

In addition, the three rods (15a, 15b, 15c) of the inner ring 15 is caused by the weight load is biased downward by the occupant and the chair, such as in Figure 3 to reduce the weight difference between the upper and lower As described above, a weight adjustment weight 20 having a weight of about 30 kg to about 80 kg is further added to each of the three rods 15a, 15b, and 15c of the inner ring 15. It is more preferable to configure the inner ring 15 to rotate freely and smoothly in all directions by reducing the weight difference between the upper side and the lower side together with preventing one-sided deflection.

In a preferred embodiment of the present invention, when selecting the weight of the weight adjustment weight 20 was found that the weight of about 60kg is appropriate, to explain this in more detail as follows to help understand. When the weight of the weight adjustment weight 20 is too light, that is, about 30 kg or less, for example, when the weight of the chair 16 and the bottom plate 18 is 80 kg to reduce the weight gap of the upper and lower sides The problem is that the effect is insignificant to achieve the desired purpose. On the other hand, if it is too heavy, that is, if it has a weight of about 80 kg or more, the weight of the upper side is too heavy without the occupant in the chair. Since a problem such as inclination occurs, the total weight of the weight adjustment weight 20 is configured to be heavier than 30kg and lighter than 80kg, in consideration of safety and flexibility of rotation, and thus the weight of the chair 16 and the base plate 18. It is desirable to configure about 60kg less than the sum of about 20kg. When the difference between the weight of the weight adjusting weight 20 and the sum of the weights of the chair 16 and the bottom plate 18 is about 20 kg, the bottom plate 18 is naturally in the state in which the inner ring 15 is stopped. ) Is located downward and in this state the weight gap between the top and bottom is minimized.

Now, the operation of the gyro capsule rides according to the present invention configured as described above will be described. Initially, as shown in FIG. 2, the outer ring 13 positioned inside the holder 11 is fixed in a vertical state by fixing the position of the external rotating rod 12 with an external power supply means, that is, a lever or a motor 17. In this way, the inner ring 15, which is fixed in position by the inner rotary rod 14, stands upright on both sides of the outer ring 13 in the vertical direction, so that the ride occupant climbs on the base plate 18 and the inner ring. The seat 15 is seated on a chair fixed to the rods 15a, 15b, and 15c.

At this time, the occupant is provided with a safety belt (16a) to each chair 16 so that the body is not separated from the chair 16 during rotation to fix the body, the rotational force providing means connected to one side of the external rotating rod 12 When the external rotary rod 12 is rotated by operating the motor 17, the outer ring 13 starts to rotate, and the inner ring 15 therein also rotates together and is located in a triangular shape. Rotation in both directions is caused by a change in the center of gravity due to the weight of the occupant.

Therefore, the rotation of the outer ring 13 and the rotation of the inner ring 15 are made at the same time to rotate the occupant irregularly in all directions, thereby maximizing the satisfaction of the rider's play, at this time, the inner ring 15 Since the configuration of the triangular shape consisting of three rods (15a, 15b, 15c) and the occupant is located on each rod, so that the weight of the occupant is triangular, so that the change in the center of gravity occurs quickly the direction of rotation The faster the change of the center of gravity due to the triangular corners, the faster the rotational direction is changed, but the rotational speed is slower than the conventional one. The rotation is not generated, which solves the cause of disgust for the passenger.

And, if the weight adjustment weight 20 is added to the upper side of each of the rods 15a, 15b, 15c of the inner ring 15 as shown in Figure 4 the weight and chair 16, the bottom plate 18 of the occupant The back is positioned on the lower side, and the weight load in the lower direction is very high, so that the weight load on the upper and lower sides is reduced by the weight adjusting weight 20 so as to prevent the inclination of rotation to either side. The inner ring 15 is further moved upward and downward by reducing the weight bias in the horizontal direction with the rod to realize the rotation freely and simultaneously reducing the weight bias in the upper and lower sides, that is, the vertical direction by the weight adjusting weight 20. It rotates freely, and prevents the sudden sudden rotation by the weight of the weight can realize a smooth rotation.

In addition, even when the outer ring 13 and the inner ring 15 are rotated, respectively, when the overlapping area occurs, the chair 16 is positioned on each of the rods 15a, 15b, and 15c of the inner ring 15. Because it is in the state hidden by the back of the occupant, even if the riders inadvertently extend the hand inadvertently to prevent the safety accident to prevent the hands from entering the intersection of the outer ring 13 and the inner ring 15. do.

And, since the bottom plate 18 is provided on the lower side of the inner ring 13, to prevent the user from sitting and lowering the chair while paying attention to the place where the outer ring and the inner ring is complex as in the prior art, through the bottom plate It is possible to easily ride on and off the ride, while providing a convenience in use, while achieving a stable chair fixing by fixing the bottom of the chair 16 to the base plate (18).

In addition, it is possible to further configure a safety device for fixing the foot to the base plate 18, it is possible to further increase the effect of preventing the occurrence of a safety accident of the occupant. Specific embodiments and drawings so far to help understanding The present invention has been described with reference to the present invention, and various changes, modifications, and changes can be made by those skilled in the art without departing from the technical spirit of the present invention. It is obvious that the embodiments are not limited to the accompanying drawings.

Gyro capsule play equipment freely rotated according to the present invention configured and operated as described above is composed of three rods of triangular shape of the inner ring, the chair is installed in each rod is installed, Since the weight of the occupant has a triangular weight position, a change in the center of gravity occurs more frequently and a change in rotational direction occurs at a faster cycle. It does not give the occupant a sense of frustration, and in particular, by providing a weight adjustment weight on the upper side of the inner ring to minimize the weight bias of the upper and lower side to implement a free and smooth rotation in all directions further increase the play satisfaction, The chair, that is, the occupant, covers the part where the outer ring overlaps, Extends also not located in the part that overlaps the inner ring and the outer ring, so the effect of preventing accidents.

Claims (3)

The position is fixed by being connected to the inside of the holding rod, the outer ring which is fixed by the outer rotary rod located on both sides in the horizontal direction, and the position is fixed by the inner rotary rod located on both sides in the vertical direction of the outer ring. In the gyro capsule play equipment having an inner ring to be freely rotated, and a rotational force providing means connected to one side of the external rotating rod to provide a rotational force, The inner ring is provided with three rods having an equilateral triangle around the inner rotating rods on both sides, and the freely rotatable Cairo capsule rides, characterized in that the chair is provided on each rod. The method of claim 1, The lower side of the inner ring, the lower side of the chair is fixed, the gyro capsule play equipment free to rotate, characterized in that it further comprises a bottom plate with the three rods as a point. The method according to claim 1 or 2, The upper part of the inner ring, gyro capsule rides freely rotatable, characterized in that it further comprises a weight adjustment weight having a weight corresponding to the weight of the lower side by the passenger and chair.