JP2011206509A - Game pieces, and soccer plaything, slalom plaything, match plaything, and jump plaything using the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide novel game pieces which can be guided to any desired position on a table under control and thereby applied not only to a match game where two more such pieces are pitted against one another, but also to various others including slalom and soccer games.SOLUTION: A game piece consists of a piece body 2 and an operational body 3 which guides the piece body 2 into operation out of touch from up above the piece body 2 by using magnetic force acting between the piece body 2 and the operational body 3, so as to move the piece body 2 to any desired position on a table. The piece body 2 includes a rotary shaft 10 whose bottom end in touch with a table surface 4, a rotary body 11 which generates centrifugal force to make the rotary shaft 10 rise and rotate, and an operation piece 20 put on the rotation center of the rotary body 11 to receive suction or repulsive force resulting from the magnetic force between the piece body and the operational body 3.

Description

  The present invention relates to an operation piece capable of guiding and operating a piece at a position desired by a player, a soccer play equipment using the operation piece, a slalom play equipment, a fighting sesame play equipment, and a jump play equipment.

The operation piece according to the present invention includes a magnet, but assembling the magnet to the piece in this way is disclosed in, for example, Patent Documents 1 and 2, and is well known.
The piece of Patent Document 1 is a so-called “fighting sesame” in which a plurality of pieces collide in a concave game board and compete to determine which piece rotates to the end. It is characterized by the formation. In this way, when the weight of the top is formed of a magnet, the collision between the tops is changed by the repulsive force or the attractive force of the magnetic force acting on both tops, and the time for the tops to rotate independently is changed. Can do.
Patent Document 2 relates to a magnet set for learning the influence of the magnetic force of a rotating magnet, in which a plurality of magnets having different shapes are housed in a circular container that also serves as a main body of a top, and one of the circular containers A short axis protruding from the surface is formed of a magnet.

Registered Utility Model No. 3089777 (see FIGS. 2, 3, and 4) Registered Utility Model No. 3114608 (see FIGS. 4 and 7)

  Ryo Okamoto, the present inventor, is a fifth grader living in Kishiwada City, Osaka Prefecture, and if the top can be guided to any position on the desk, the interest as a fighting sesame will be greatly improved, I came up with the idea that it would be possible to play soccer games by running between pieces and using the rotational force of the pieces to fly the ball.

  However, Patent Document 1 is a piece dedicated to fighting sesame, and a setting operation for selecting an axis, a weight, or the like, or which direction is the front or back of the weight (which surface is the S pole, N The setting operation of the choice of poles) requires strategic thinking and logical thinking based on experience, and although it can find high interest in that point, the piece is dropped in the game board After that, there is no choice but to look at the collision motion of the frames, which is far from the operation frame aimed by the present inventor.

  The pieces disclosed in Patent Document 2 are only a magnet set for learning the influence of magnetic force, and see their movements when a magnet or magnetic body is brought close to the short axis of the rotating piece, This is for learning the action of the magnetic force of the rotating magnet, and there is no technical idea of guiding the frame to an arbitrary position on the desk.

  In the present invention, it is possible to guide and operate the piece to an arbitrary position on the desk, and it is possible to realize not only fighting sesame that collides a plurality of pieces but also various ways of playing such as slalom and soccer games. An object of the present invention is to provide a new frame (operation frame) that is not possible in the past.

  The present invention includes a top body 2 and an operating body 3 for guiding and operating the top body 2 in a non-contact state from above the top body 2, and acts between the top body 2 and the operating body 3. This is an operation piece that can guide and operate the top body 2 to an arbitrary position on the desk by the magnetic force to be applied. The top body 2 includes a rotating shaft 10 whose lower end is in contact with the desk surface 4, and a rotating body 11 that exerts a centrifugal force for raising and rotating the rotating shaft 10. An operated piece 20 for obtaining an attractive force or a repulsive force derived from a magnetic force between the operating body 3 and the operating body 3 is provided at the rotation center of the rotating body 11. At least one of the operation body 3 and the operated piece 20 is formed of a magnet, and the other is formed of a magnet or a magnetic metal. Then, when the operating body 3 is brought closer to the operated piece 20 of the piece main body 2 from above so as not to contact the piece main body 2, the magnetic force acting between the operated piece 20 and the operating body 3 is The top body 2 can be guided to an arbitrary position on the desk.

The above-mentioned “the operation piece 20 is provided at the rotation center portion of the rotating body 11” means that the operation piece 20 is provided on the rotation center axis P of the rotation body 11 (FIG. 1, FIG. 5 and FIG. 6), and a concept including a form (see FIGS. 7 and 8) in which the operated piece 20 is provided so as to surround the rotation center axis P of the rotating body 11. Further, as shown in FIG. 9, the rotating body 11 is formed of a circular ring magnet, and the lines of magnetic force emitted from the vicinity of the center of the circular ring magnet act on the operating body 3 to generate an attractive force or a repulsive force. It may be a form to obtain.
The “desk surface 4” is a concept including a floor surface and the like, and is a concept including “desktop” and a floor.
The above concepts are the same in other claims.

  In the present invention, as shown in FIG. 10, the rotating body 11 is a magnet formed in the shape of a circular ring having a central opening, and the magnetic force line L <b> 1 emitted from the vicinity of the center of the rotating body 11 and the operating body 3 It can be guided to an arbitrary position by an attractive force or a repulsive force derived from a magnetic force generated therebetween, and the vicinity of the center of the rotating body 11 formed of a circular ring magnet is The form used as the to-be-operated piece 20 can be taken.

  In the present invention, as shown in FIGS. 1 and 5, a rotating body 11 is attached to the center of the rotating shaft 10 in the vertical direction, and an operated piece 20 is provided at the upper end of the rotating shaft 10. Can take form.

  As shown in FIG. 1, the rotating body 11 is a magnet 11 a and 11 b formed in a circular ring shape having a central opening, and the rotating shaft 10 is inserted into the central opening of the rotating body 11 from above and below. The head includes upper and lower blocks 14 and 15 that sandwich and hold the rotating body 11, a head 16 that is detachably mounted above the upper block 14, and a bottom 17 that is detachably mounted below the lower block 15. 16 can be configured such that the operated piece 20 is assembled.

  As shown in FIG. 11, the present invention includes an operation piece 1 including a piece body 2 and an operation piece 3 for guiding and operating the piece body 2 in a non-contact state from above the piece body 2. 2, a soccer play equipment using an operation piece 1 including a ball 30 that is flipped by 2. The top body 2 includes a rotating shaft 10 whose lower end is in contact with the desk surface 4 and a rotating body 11 that exerts a centrifugal force for raising and rotating the rotating shaft 10. An operated piece 20 for obtaining attraction force or repulsive force derived from magnetic force is provided between the operating body 3 and at least one of the operating body 3 and the operated piece 20 is formed of a magnet, and the other is When the operating body 3 is made closer to the operated piece 20 of the top body 2 so as not to come into contact with the operated body 20 from above, the operated piece 20 and the operating body 3 are The top body 2 can be guided to an arbitrary position on the desk by the magnetic force acting in between. The ball 30 can be flipped in any direction by causing the rotating body 11 of the top body 2 to collide with the ball 30 placed on the desk.

  In addition, as shown in FIG. 12, the present invention includes an operation piece 1 including a piece body 2 and an operation body 3 for guiding and operating the piece body 2 in a non-contact state from above the piece body 2. This is a slalom playground equipment including the obstacle 33 on which is placed. The top body 2 includes a rotating shaft 10 whose lower end is in contact with the desk surface 4 and a rotating body 11 that exerts a centrifugal force for raising and rotating the rotating shaft 10. An operated piece 20 for obtaining attraction force or repulsive force derived from magnetic force is provided between the operating body 3 and at least one of the operating body 3 and the operated piece 20 is formed of a magnet, and the other is When the operating body 3 is made closer to the operated piece 20 of the top body 2 so as not to come into contact with the operated body 20 from above, the operated piece 20 and the operating body 3 are The top body 2 can be guided to an arbitrary position on the desk by the magnetic force acting in between. Then, by guiding the top body 2 from the start position to the goal position while avoiding the obstacle 33, the time required to reach the goal position of the top body 2 can be competed. And

  In addition, as shown in FIG. 13, the present invention includes two or more piece main bodies 2 and 2 and one or two or more operation bodies 3 and 2 for guiding and operating the two piece main bodies 2 and 2 from above without contact. 3 is a fighting sesame play equipment using the operation piece 1 including the operation piece 1. The top body 2 includes a rotating shaft 10 whose lower end is in contact with the desk surface 4 and a rotating body 11 that exerts a centrifugal force for raising and rotating the rotating shaft 10. An operated piece 20 for obtaining attraction force or repulsive force derived from magnetic force is provided between the operating body 3 and at least one of the operating body 3 and the operated piece 20 is formed of a magnet, and the other is When the operating body 3 is made closer to the operated piece 20 of the top body 2 so as not to come into contact with the operated body 20 from above, the operated piece 20 and the operating body 3 are The top body 2 can be guided to an arbitrary position on the desk by the magnetic force acting in between. Then, both the frame main bodies 2 and 2 are caused to collide with each other while performing the guidance operation with the operation body 3, thereby competing for which frame main body 2 has been rotated to the end.

  Further, as shown in FIG. 14, the present invention includes an operation piece 1 including a piece body 2 and an operation body 3 for guiding and operating the piece body 2 in a non-contact state from above the piece body 2. A jump play equipment including a jump stand 35 having a surface 35a. The top body 2 includes a rotating shaft 10 and a rotating body 11 that exerts a centrifugal force for raising and rotating the rotating shaft 10, and a magnetic force is generated between the rotating body 11 and the operating body. An operated piece 20 for obtaining the derived attractive force or repulsive force is provided, at least one of the operating body 3 and the operated piece 20 is formed of a magnet, and the other is formed of a magnet or a magnetic metal. When the operating body 3 is brought closer to the operated piece 20 of the frame main body 2 from above so as not to contact the piece main body 2, the magnetic force acting between the operated piece 20 and the operating body 3 is The main body 2 can be guided to an arbitrary position. A jumping magnet 21 is embedded in a crossing position 35b at the lower end of the inclined surface 35a, and a pole magnet 36 opposite to the jumping magnet 21 is attached to the lower end of the rotating shaft 10. Then, when the top body 2 is guided and slid on the inclined surface 35a using the operating body 3 from above the jump base 35 and the top body 2 reaches the crossing position 35b, the jump magnet 36 and the lower end of the rotary shaft 10 are placed. The top body 2 is configured to project obliquely upward from the jump base 35 by a repulsive force with the magnet.

  The operation piece according to the present invention includes a piece body 2 and an operation body 3 for guiding the piece body 2 in a non-contact state from above the piece body 2. Further, an operated piece 20 for obtaining an attractive force or a repulsive force derived from a magnetic force between the operating body 3 and the operating body 3 is provided at the rotation center portion of the rotating body 11 of the top body 2. In this operation piece, the operation body 3 is brought close to the top body 2 rotating on the desk so as not to come into contact with the top body 2, so that the operation body 3 acts between the operation body 3 and the operated piece 20 from above. The top body 2 can be guided to an arbitrary position on the desk or the like while maintaining the self-supporting rotational state of the top body 2 by the magnetic force (attraction force or repulsive force). Therefore, it is possible to realize an entertaining game in which the player uses the operation body 3 to guide the top body 2 and is not assumed at all in the conventional top.

In addition, if the operated piece 20 is provided at the rotation center portion of the rotating body 11 of the top body 2, the top body 2 is moved using the operating body 3 while applying a magnetic force to the rotation center portion of the rotating body 11. The guiding operation can be performed, and the central axis of rotation of the top body 2 can be prevented from being inadvertently tilted during the guiding operation.
That is, for example, in the form in which the operated piece 20 is provided at the edge of the rotating body 11, when the operating body 3 is brought closer to the top body 2 from above, the edge of the rotating body 11 approaches the operating body 3. Therefore, the rotating body 11 that exerts the centrifugal force for the self-rotation of the top body 2 is prevented from taking a slanting posture because the frame body 2 is lifted upward or the edge part sinks downward so as to be separated from the operation body 3. This is disadvantageous in that the self-supporting rotation time of the top body 2 is shortened. That is, in the form in which the operated piece 20 is provided at the edge of the rotating body 11, when a suction force acts between the operating body 3 and the operated piece 20, the suction force is applied to the edge of the rotating body 11. It is extremely difficult to apply a constant magnetic force to the entire circumference of the part, and the attractive force acting on the entire circumference of the edge of the rotating body 11 in accordance with the change in the distance between the operating body 3 and the operated piece 20. Therefore, it is inevitable that only a part of the periphery of the rotating body 11 is greatly lifted and the rotating body 11 is undulated. The same applies to the case where a repulsive force acts between the operating body 3 and the operated piece 20, and the entire circumference of the edge of the rotating body 11 according to the change in the distance between the operating body 3 and the operated piece 20. It is unavoidable that the repulsive force acting on the surface of the rotating body 11 varies and only a part of the periphery of the rotating body 11 sinks greatly, and the rotating body 11 undulates.
On the other hand, as in the present invention, the operation piece 3 is sucked or repelled by the operation body 3 so that the operation body 3 is guided and operated at the center of rotation of the rotation body 11 of the frame body 2. If this is the case, the edge of the rotating body 11 is not partially lifted upwards or sinks downward, and the disadvantage that the rotating body 11 undulates and the free-standing rotation time of the top body 2 is shortened. The top body 2 can be guided and operated while maintaining the proper rotation state of the rotator 11. Therefore, according to the operation piece according to the present invention, it is possible to perform the guidance operation with the piece body 2 rotating independently for a longer time, and various interests such as a soccer play equipment and a slalom play equipment to be described later. It is easy to apply to a wide variety of playground equipment.

  The rotating body 11 is a magnet formed in a circular ring shape having a central opening, and attracting force or repulsion derived from the magnetic force generated between the magnetic force line L1 emitted from the vicinity of the center of the rotating body 11 and the operating body 3. It is possible to adopt a form in which the guidance operation is performed by force. As described above, when the guiding operation is performed using the magnetic force lines L1 emitted from the vicinity of the center of the rotating body 11, the rotating body 11 is problematic in the form of using the magnetic force lines generated from the edge of the rotating body 11. Since it is possible to reliably prevent the occurrence of the problem of tilting in a wavy manner, the self-supporting rotation time of the top body 2 can be increased as much as possible. Further, since the vicinity of the center portion of the rotating body 11 formed of a circular ring-shaped magnet is used as the operated piece 20, it is not necessary to separately provide the operated piece 20, and an operating piece can be produced at a lower cost. .

  It is preferable to adopt a form in which the rotating body 11 is attached to the center of the rotating shaft 10 in the vertical direction and the operated piece 20 is provided at the upper end of the rotating shaft 10. As described above, when the operated piece 20 is provided at the upper end of the rotating shaft 10, a suction force or a repulsive force between the operating piece 3 approached from above is directly applied to the operated piece 20. Thus, the frame body 2 can be guided and operated. This means that the suction force and the repulsive force acting on the edge of the rotating body 11 can be minimized, and the self-rotating time of the top body 2 can be made as long as possible.

  As shown in FIGS. 1, 5 and 9, the rotating body 11 is preferably a magnet formed in a circular ring shape having a central opening. According to this, since an operation piece can be produced using a commercially available circular ring-shaped magnet, there is an advantage that the operation piece can be provided at a lower cost. Further, when the rotary shaft 10 is composed of upper and lower blocks 14, 15 and a head 16 and a bottom 17 that are detachably attached to the blocks 14, 15, a cone as shown in FIGS. By attaching the bottom 17 having a different shape such as a lower shaft portion or a dome-shaped lower shaft portion to the support body, it becomes possible to adjust the mobility and the self-supporting rotation time of the top body 2 to be large or small. When the head 16 to which the operated piece 20 is assembled is configured to be detachable, the head 16 including the operated piece 20 having different magnetic poles can be easily replaced by suction or repulsion using the operating body 3. An operation can be selected.

  The operation piece 1 according to the present invention can be applied to a soccer play equipment. In this soccer play equipment, the top body 2 is guided and operated toward the ball 30 by the operating body 3, the top body 2 is caused to collide with the ball 30, and this (ball 30) is flipped in an arbitrary direction. At this time, the flying direction of the ball 30 varies depending on the rotation direction of the top body 2, the approaching direction and approaching speed of the top body 2 to the ball 30. Therefore, in order for the player to fly the ball 30 in a desired direction (for example, the direction of the goal 31), not only the rotation direction of the top body 2 but also the approach direction and the approach speed to the ball 30, It is necessary to guide the top body 2 using the operation body 3. In addition, since the flight distance of the ball 30 depends on the rotation speed of the top body 2, it is necessary to consider the rotation speed. As described above, the soccer game machine of the present invention uses the operation body 3 while taking into consideration various factors such as the rotation direction of the frame body 2 in order to flip the ball 30 in a desired direction. Therefore, it is possible to provide a playground equipment with high interest compared to a conventional piece that is simply turned.

  The operation piece according to the present invention can be applied to a slalom play equipment including the operation piece 1 and the obstacle 33 placed on the desk. In this slalom play equipment, in order to move the top body 2 while avoiding a collision with the obstacle 33, it is necessary to consider the approach direction of the operating body 3 and the approach speed according to the rotation direction of the top body 2. is there. In order to move the frame main body 2 from the start position to the goal position with certainty, it is necessary to take into account the self-supporting rotation time of the frame main body 2. As described above, in the slalom play equipment of the present invention, in order to move the top body 2 to the goal position without colliding with the obstacle 33, a delicate guidance operation on the top body 2 using the operating body 3 is performed. It is necessary and can realize a playground equipment with high interest compared to a conventional piece that is simply turned.

  Further, the operation piece according to the present invention can be applied to a fighting sesame play equipment in which two or more piece main bodies 2 and 2 collide to compete for which piece main body 2 or 2 has been rotated to the end. In this fighting sesame play equipment, the operation body 3 can be used to guide and operate the top body 2 freely. For example, a player who operates the top body 2 having a high attack ability or high mobile ability actively A player who causes the top body 2 to collide with the opponent and operates the top body 2 with strong endurance, on the other hand, can play a strategic game such as releasing the top body 2 so that the collision is kept to a minimum. . Therefore, after dropping a piece into the game board, it is possible to obtain a plaything that is much more interesting than the conventional fighting sesame in which the collision operation of the piece can only be viewed. Further, unlike the conventional fighting sesame, it is not necessary to prepare a game board having a playing surface recessed in a tray shape, and it is also excellent in that it can be played on a flat desk surface.

  Further, the operation piece of the present invention can be applied to a jump play equipment including the operation piece and a jump base 35 having an inclined surface 35a. In this jump play equipment, the top body 2 is guided and slid on the inclined surface 35 a of the jump base 35 using the operation body 3 from above the jump base 35. When the top body 2 reaches the crossing position 35b of the jump base 35, the top body 2 jumps out of the jump base 35 obliquely upward due to the repulsive force between the jump magnet 36 and the magnet 21 at the lower end of the rotary shaft 10. ing. Therefore, in order to make the top body 2 jump far, the player needs to optimize the approach speed, the intrusion angle, and the like of the top body 2 to the crossing position 35b using the operation body 3. By using the operating body 3 after the jump to guide the top body 2 further obliquely upward, the jump distance of the top body 2 can be extended, and a contrivance is also required for the guiding operation of the operation 3 after the jump. As described above, according to the jumping playground equipment of the present invention, it is possible to provide a playground equipment with high interest compared to a conventional piece that is simply turned.

It is a vertical front view of the frame main body which comprises the operation piece which concerns on 1st Example of this invention. It is a disassembled perspective view of the frame main body which comprises the operation piece which concerns on 1st Example of this invention. It is a vertical front view of the frame main body which comprises the operation piece which concerns on 1st Example of this invention. It is a figure for demonstrating the game method using the operation piece which concerns on 1st Example of this invention. It is a vertical front view of the frame main body which comprises the operation piece which concerns on 2nd Example of this invention. It is a vertical front view of the frame main body which comprises the operation piece which concerns on 3rd Example of this invention. It is a vertical front view of the frame main body which comprises the operation piece which concerns on 4th Example of this invention. It is a vertical front view of the frame main body which comprises the operation piece which concerns on 5th Example of this invention. It is a vertical front view of the frame main body which comprises the operation piece which concerns on 6th Example of this invention. It is a figure for demonstrating the game method using the operation piece which concerns on 6th Example of this invention. It is a figure which shows the soccer play equipment using the operation piece which concerns on 7th Example of this invention. It is a figure which shows the slalom play equipment using the operation piece which concerns on 8th Example of this invention. It is a figure which shows the fighting sesame using the operation piece which concerns on 9th Example of this invention. It is a figure which shows the jumping play equipment using the operation piece which concerns on 10th Example of this invention.

First Embodiment FIGS. 1 to 4 show a first embodiment of an operation piece according to the present invention. As shown in FIGS. 1 and 4, the operation piece 1 includes a piece body 2 and an operation body 3 for guiding the piece body 2 from above the piece body 2. Then, the operating body 3 is brought close to the top body 2 in the self-rotating state, and the top body 2 is guided to an arbitrary position on the desk surface 4 by the magnetic force acting between the top body 2 and the operating body 3. Can be done.

  The operating body 3 is a rod-shaped magnet having an S pole at one end and an N pole at the other end. By bringing any one of these magnetic poles close to the top body 2, a magnetic attractive force is exerted on the top body 2. Alternatively, the top body 2 can be guided and operated by applying a magnetic repulsive force. However, the operation body 3 is not limited to a rod-shaped magnet, and may be anything as long as a guidance operation force derived from a magnetic force can be obtained between the operation body 3 and the top body 2.

  The top body 2 includes a rotating shaft 10 whose lower end is in contact with the desk surface 4 and a rotating body 11 that is formed to have a larger diameter than the rotating shaft 10 and that exerts a centrifugal force for raising and rotating the rotating shaft 10. Is provided. As shown in FIG. 2, the rotating body 11 is composed of a pair of upper and lower circular ring-shaped magnets 11a and 11b having a central opening 12 and different magnetic pole surfaces on the upper and lower surfaces. Are integrated by magnetic adsorption. The rotary shaft 10 has a cylindrical bearing cylinder 13 inserted through the central opening of the rotating body 11, and a pair of upper and lower blocks 14 that are inserted into the bearing hole 13 a of the bearing cylinder 13 from above and below to sandwich and hold the rotating body 11. 15, a head 16 mounted on the upper block 14, and a bottom 17 mounted on the lower block 15.

  The bearing cylinder 13 includes a vertically long cylindrical body 13b having an outer diameter dimension substantially the same as the inner diameter dimension of the central opening 12 of the magnets 11a and 11b constituting the rotating body 11, and outward from the upper and lower ends of the cylinder body 13b. This is a rubber molded product having flanges 13c and 13c formed so as to be integrally formed, and the cylindrical main body 13b is inserted into the central opening 12 of the magnets 11a and 11b while deforming one of the upper and lower flanges 13c. The bearing cylinder 13 can be assembled to the rotating body 11 by pushing. In such an assembled state, the upper and lower flanges 13 c and 13 c sandwich the upper and lower surfaces of the rotating body 11.

  The lower block 15 is a resin molded product formed by integrally molding a small diameter portion 15a inserted into the bearing cylinder 13 and a large diameter portion 15b provided below the small diameter portion 15a. The upper block 14 integrally includes a small-diameter portion 14a inserted into the bearing cylinder 13, a large-diameter portion 14b provided above the small-diameter portion 14a, and a male screw portion 14c formed to protrude from the lower surface of the small-diameter portion 14a. It is a resin molded product formed by molding. A female screw portion 15c is formed on the inner surface of the recess formed in the upper surface of the small diameter portion 15a of the lower block 15. After both blocks 14 and 15 are inserted into the bearing cylinder 13 from above and below, the male threaded portion 14c of the upper block 14 is screwed into the female threaded portion 15c of the lower block 15, and the blocks 14 and 15 are screwed and joined together. Thus, both 14 and 15 can be integrated. When the blocks 14 and 15 are screwed and joined, the large diameter portions 14b and 15b of the blocks 14 and 15 hold the upper and lower surfaces of the rotating body 11 via the upper and lower flanges 13c and 13c. The outer diameter dimensions of the small diameter portions 14a and 15a of the upper and lower blocks 14 and 15 are set to be approximately the same as the inner diameter dimension of the bearing hole 13a of the bearing cylinder 13.

  The head 16 is a resin molded product formed by integrally molding a base 16a having an operated piece 20 on the upper surface and a male screw portion 16b projecting downward from the lower surface of the base 16a. A hole having a female screw portion 14d is formed on the upper surface of the large-diameter portion 14b of the upper block 14, and the head 16 is inserted into the upper block 14 by screwing the male screw portion 16b of the head 16 into the female screw portion 14d. On the other hand, it is detachably mounted. Reference numeral 18 denotes a circular ring-shaped packing for preventing rotation that is externally fitted to the male threaded portion 16 b of the head 16. A circular recess 14e for receiving the packing 18 is formed around the hole of the upper block 14 having the female screw portion 14d. A circular recess 16c is formed in the center of the upper surface of the base 16a, and a magnet or magnetic metal as the operated piece 20 is fitted in such a posture that the upper end protrudes from the recess 16c.

  The bottom 17 is a resin molded product obtained by integrally molding a base 17a having a grounding piece 21 in contact with the desk surface 4 on the lower surface and a male screw portion 17b projecting upward from the upper surface of the base 17a. A hole having a female screw portion 15d is formed on the lower surface of the large-diameter portion 15b of the lower block 15, and the bottom 17 is attached to the lower block 15 by screwing the male screw portion 17b of the bottom 17 into the female screw portion 15d. It is detachably attached. Reference numeral 19 denotes a circular ring-shaped packing for preventing rotation, which is externally fitted to the male screw portion 17 b of the bottom 17. A circular recess 15e for receiving the packing 19 is formed around the hole of the lower block 15 having the female screw portion 15d. A circular recess 17c is recessed in the center of the upper surface of the base 17a, and the grounding piece 21 is fitted in such a posture that the upper end protrudes from the recess 17c. Such a grounding piece 21 can also be made of a magnet or a magnetic metal. In addition, the code | symbol 21 shows the magnet which comprises a grounding piece or a grounding piece below.

  When the bottom 17 is configured to be detachable from the lower block 15 as described above, the bottom 17 having the grounding pieces 21 having different shapes is replaced with the lower block 15 as shown in FIG. The attack power and endurance of the main body 10 can be changed as appropriate. Incidentally, when the bottom 17 having the dome-shaped grounding piece (the leftmost bottom in FIG. 3) is attached, the top body 2 can be a permanent type top that can stably maintain a self-rotating state for a long time. . When the bottom 17 having the flat surface on the lower surface or the bottom 17 (the bottom edge at the right end in FIG. 3) provided with the grounding portion 21 having the depression is selected, the top body is an attack-type top with a large movement. be able to. The material of the grounding piece 21 may be metal, resin, or rubber. However, the top body 2 according to the first embodiment can be rotated even if it is inverted to the upside down posture. Therefore, the ground piece 21 functions so that the ground piece 21 functions as the operated piece 20. May be formed of a magnetic metal or a magnet.

In the operation piece 1 having the above configuration, first, the piece body 2 is rotated independently on the desk surface. Specifically, the top body 2 can be independently rotated on the desk surface 4 by picking and twisting the upper block 14 with a fingertip. Next, by bringing the operating body 3 close to the operated piece 20 of the piece main body 2 in a self-rotating state, the piece main body is caused by a magnetic attractive force or a magnetic repulsive force acting between the operating body 3 and the operated piece 20. 2 can be moved to a desired position on the desk.
Specifically, when the magnetic pole at the lower end of the operating body 3 approaching the top body 2 is different from the magnetic pole of the operated piece 20 or when the operated piece 20 is made of magnetic metal, the top body 2 The top body 2 can be guided and operated in the direction approaching the operating body 3 by applying a magnetic attraction force to the top. On the contrary, when the magnetic pole at the lower end of the operating body 3 and the magnetic pole of the operated piece 20 coincide with each other, a magnetic repulsive force is applied to the top body 2 to guide the top body 2 away from the operating body 3. Can be operated.

  As described above, according to the operation piece 1 according to the present embodiment, it is possible to guide and operate the top body 2 that rotates independently on the desk surface 4 to a position on the desk desired by the player. It is possible to realize a new game that is not expected at all in the frames described in 1, 2, etc. and has a great interest.

In addition, if an operated piece is provided on the rotation center axis P of the rotation shaft 10 of the top body 2, the operation body 3 is used to operate the top piece while applying a magnetic force directly to the rotation center of the top body 2. Since the main body 2 can be guided and operated, the rotating body 11 can be prevented from tilting so as to wave during the guiding operation. That is, in this operation piece 1, the operated piece 20 is provided on the rotating body 11, and it is inevitable in the form in which a magnetic force is applied to the rotating body 11, between the operating body 3 and the operated piece 20. Thus, there is no inconvenience that the rotating body 11 undulates due to the magnetic force acting on the frame body and the self-rotating time of the frame main body 2 is shortened, and the self-rotating state of the frame main body 2 can be maintained for a longer time.
In the present embodiment, it is not planned to operate the top body 2 by applying a magnetic attractive force or a magnetic repulsive force to the rotating body 11 which is basically a circular ring magnet. In other words, it is not planned to use the rotating body 11 as the operated piece 20. This is because, as described above, when a magnetic force is applied to the edge of the rotating body 11, the rotating body 11 may wave and the self-rotating time of the top body 2 may be shortened.
The rotating body 11, which is a circular ring-shaped magnet, is useful for improving the interest in the fighting sesame play equipment of the ninth embodiment described later. Specifically, a magnetic force (magnetic repulsive force or magnetic attractive force) acts on the top main bodies 2 and 2 due to the magnetic poles of the magnets 11a and 11a constituting the rotating body 11, and the top main body 2 is generated by the magnetic force.・ It is useful for improving the interest of the fighting sesame play equipment by changing the collision between the two.

Second Embodiment FIG. 5 shows a second embodiment of the operation piece according to the present invention. In the frame main body 2 of the present embodiment, the spacer 22 is interposed between the lower block 15 and the bottom 17 and the number of magnets constituting the rotating body 11 is one. It differs from the form. The spacer 22 is a male screw that is screwed and joined to the female screw portion 15d of the lower block 15 on the upper end surface of the spacer main body 22a with the spacer main body 22a having the same outer diameter as the large diameter portion 15b of the lower block 15 as a base. A portion 22b is projected, and a hole having a female screw portion 22c that is screwed and joined to the male screw portion 17b of the bottom 17 is formed in the lower end surface of the spacer body 22a. A recess 22d for receiving the packing 19 is formed around the hole having the female screw portion 22c. Reference numeral 23 indicates a circular ring spacer interposed between the spacer 22 and the lower block 15. The rotating body 11 according to the present embodiment includes a single circular ring-shaped magnet 11a and a cylindrical weight 24 having a smaller outer diameter than the magnet 11a.
Since points other than these are the same as those in the first embodiment, the same reference numerals are given to the same members, and descriptions thereof are omitted.

  Also in the frame main body 2 according to the second embodiment, since the operated piece 20 is mounted on the rotation center axis P of the frame main body 2, a guidance operation using the operation body 3 is performed on the frame main body 2 in a self-rotating state. In this case, the rotating body 11 does not tilt so as to wave, so that there is no inconvenience of shortening the self-supporting rotation time of the top body 2, and it is possible to maintain the self-supporting rotational state of the top body 2 for a longer time. it can. Moreover, since the height position from the desk surface 4 of the rotary body 11 can be changed by mounting | wearing with the spacer 22, a change can be attached to the motion of the top main body 2. FIG.

(Third Embodiment) FIG. 6 shows a third embodiment of the present invention. In the top body 2 according to the third embodiment, the rotating body 11 is tapered and formed into a tapered conical resin molded product, and a through hole 11c having an internal thread portion is formed at the center of the rotating body 11. The point that the columnar head 16 containing the operation piece 20 is screwed and attached to the through hole 11c, the point that the bottom 17 including the grounding piece 21 is screwed and attached from below the through hole, etc. Different from the embodiment. In the state where the head 16 is mounted on the rotating body 11, the cylindrical end surface above the head 16 and the upper end surface of the rotating body 11 are flush with each other. In other words, the operated piece 20 is embedded in the rotating body 11 in an embedded manner. Since the other points are the same as those in the first embodiment, the same members are denoted by the same reference numerals and the description thereof is omitted.

  Also in the top body 2 according to the third embodiment, since the operated piece 20 is mounted on the rotation center axis P of the top body 2, a guidance operation is performed using the operating body 3 on the top body 2 in a self-rotating state. In this case, the rotating body 11 does not tilt so as to wave, so that there is no inconvenience of shortening the self-supporting rotation time of the top body 2, and it is possible to maintain the self-supporting rotational state of the top body 2 for a longer time. it can.

(Fourth Embodiment) FIG. 7 shows a fourth embodiment of the present invention. In the top body 2 according to the fourth embodiment, the rotating body 11 has the inclined surfaces 11d and 11d on the outer peripheral portions of the upper and lower surfaces, and is formed in a disk shape whose thickness dimension gradually decreases in the horizontal outward direction. This is different from the third embodiment in that the operated piece 20 is mounted above the head 16. The head 16 is composed of a columnar base 16a and a flange 16d that is formed so as to protrude in the horizontal outward direction from the upper and lower central portions of the base 16a. A male screw portion 16b is formed on the outer peripheral surface of the lower end of the base 16a so as to be screwed and attached to the female screw portion of the through hole 11c of the rotating body 11, and is operated as a circular ring magnet on the upper end portion of the base 16a. The piece 20 is mounted in an outer fitting shape. Since the other points are the same as those of the third embodiment, the same members are denoted by the same reference numerals, and the description thereof is omitted.

  Also in the top body 2 according to the fourth embodiment, since the operated piece 20 is mounted in the vicinity of the rotation center axis P of the top body 2, the operating body 3 is used with respect to the top body 2 in a self-rotating state. Even when the guiding operation is performed, the rotating body 11 does not tilt so as to wave, and therefore, there is no inconvenience that the self-supporting rotation time of the top body 2 is shortened, and the self-maintaining rotational state of the top body 2 is maintained for a longer time. be able to.

(Fifth Embodiment) FIG. 8 shows a fifth embodiment of the present invention. In the top body according to the fifth embodiment, the rotating body 11 is formed in a flat columnar shape, and is formed of a non-magnetic material. Inside the rotating body 11, a magnet that becomes a cylindrical operated piece 20 is embedded. On the other hand, a rubber bearing cylinder 13 is mounted in a through hole 11c opened in the center of the rotating body 11, and the upper block 14 is inserted into the bearing hole 13a of the bearing cylinder 13 from above and the bottom 17 is inserted from below. This is largely different from the previous fourth embodiment. The male screw portion 17b of the bottom 17 is screwed to the female screw portion 14d provided in the upper block 14, whereby the both 14 and 17 are integrated. An operated piece 20 made of a cylindrical magnet or magnetic metal is embedded in the rotating body 11. The inner surface of the cylinder wall of the operated piece 20 constitutes a part of the inner surface of the through hole 11 c of the rotating body 11. In other words, the operated piece 20 is embedded in the innermost peripheral portion of the rotating body 11. .

  Also in the frame main body 2 according to the fifth embodiment, since the operated piece 20 is mounted in the vicinity of the rotation center axis P of the frame main body 2, the operation body 3 is used for the frame main body 2 in a self-rotating state. Even when the guiding operation is performed, the rotating body 11 does not tilt so as to wave, and therefore, there is no inconvenience that the self-supporting rotation time of the top body 2 is shortened, and the self-maintaining rotational state of the top body 2 is maintained for a longer time. be able to.

(Sixth Embodiment) FIGS. 9 and 10 show a sixth embodiment of the operation piece according to the present invention. In the frame main body 2 of the present embodiment, the operated piece 20 mounted on the upper end of the head 16 is eliminated, and the magnets 11a and 11b constituting the rotating body 11 have a function as the operated piece 20. This is different from the first embodiment. That is, in the top body 2 according to the sixth embodiment, as shown in FIG. 10, the magnetic force generated from the vicinity of the center (rotation center) of the circular ring-shaped magnets 11a and 11b constituting the rotating body 11 is used. Thus, the top body 2 can be guided and operated by the operating body 3. In FIG. 10, reference symbol L <b> 1 indicates a magnetic force line generated from the vicinity of the rotation center portion among magnetic force lines generated from the magnets 11 a and 11 b, and reference symbol L <b> 2 indicates a magnetic force line generated from the operating body 3. Since the other points are the same as those in the first embodiment, the same members are denoted by the same reference numerals, and the description thereof is omitted.

  As described above, in the operation piece according to the present embodiment, out of the lines of magnetic force emitted from the circular ring-shaped magnets 11a and 11b constituting the rotating body 11, it is emitted from the vicinity of the rotation center, that is, from the vicinity of the rotation center axis P. Using the magnetic attractive force or magnetic repulsive force acting between the top body 2 and the operating body 3 derived from both the magnetic field lines L1 and L2 of the magnetic field line L1 generated and the magnetic field line L2 emitted from the operating body 3. The main body 2 can be guided to an arbitrary position on the desk surface 4. Thus, as with the operation piece according to the first embodiment, the top body 2 is guided and operated using the operation body 3 while directly applying a magnetic force to the rotation center of the rotation shaft 10 of the top body 2. Therefore, it is possible to prevent the rotating body 11 from being inclined so as to wave during the guiding operation. Therefore, it is possible to maintain the top body 2 in a self-rotating state for a longer time. In the present embodiment, the operating body 3 uses a rod-shaped magnet, but it is not necessary, and the operating body 3 may have physical properties that are attracted to a magnet such as a magnetic metal.

(Seventh Embodiment) FIG. 11 shows a sixth embodiment in which the operation piece 1 according to the present invention is applied to a soccer play equipment. This soccer play equipment includes an operation piece 1 according to the first embodiment, a ball 30 that is thrown away by a piece body 2 that constitutes the operation piece 1, and a miniature goal 31 that is formed to imitate a soccer goal. Composed. The ball 30 is formed by knitting a wire in a spherical shell shape.

  In this soccer play equipment, the operating body 3 is approached from above so that the top body 2 in a self-rotating state on the desk does not come into contact with the top body 2, and the ball 30 placed on the desk is placed on the top body 2. Guide operation towards Then, by causing the rotating body 11 of the top body 2 to collide with the ball 30, the ball 30 is flipped off in a desired direction, for example, in the direction of the goal 31. At this time, in order to fly the ball 30 in a desired direction, not only the rotation direction of the top body 2 but also the approach direction and the approach speed to the ball 30 are used, and the top body 2 is used with the operation body 3. It is necessary to perform a guidance operation. Further, since the flight distance of the ball 30 is determined by the rotation speed of the top body 2, it is necessary to consider the rotation speed.

  As described above, the soccer game machine of the present invention uses the operation body 3 while taking into consideration various factors such as the rotation direction of the frame body 2 in order to flip the ball 30 in a desired direction. Therefore, it is possible to provide a playground equipment with high interest compared to a conventional piece that is simply turned. Further, since the ball 30 is formed of a wire knitted in a spherical shell shape, high interest is also obtained in that the movement of the ball 30 becomes tricky depending on the collision of the top body 2.

(Eighth Embodiment) FIG. 12 shows a seventh embodiment in which the operation piece 1 according to the present invention is applied to a slalom play equipment. This slalom play equipment includes an operation piece 1 according to the first embodiment, a game sheet 32 placed on a desk and having a start position and a goal position written thereon, and a plurality of obstacles placed on the game sheet 32 The object 33 is included.

  In this slalom play equipment, the operation body 3 is brought close to the top body 2 that is in a self-rotating state on the desk so as not to contact the top body 2, and the top body 2 is moved from the start position of the play sheet 32 to the goal. Guide operation is performed while avoiding the obstacle 33 to the position. As described above, in order to perform the guidance operation of the top body 2 while avoiding the collision with the obstacle 33, it is necessary to consider the approach direction and the approach speed of the operating body 3 in accordance with the rotation direction of the top body 2. . In order to move the frame main body 2 from the start position to the goal position with certainty, it is necessary to take into account the self-supporting rotation time of the frame main body 2. As described above, in the slalom play equipment of this embodiment, in order to move the top body 2 to the goal position without colliding with the obstacle 33, a delicate guidance operation on the top body 2 using the operating body 3 is performed. Compared to the conventional piece that was simply turned, it is possible to realize a playground equipment with high interest.

Ninth Embodiment FIG. 13 shows an eighth embodiment in which the operation piece 1 according to the present invention is applied to a fighting sesame play equipment. This fighting sesame play equipment comprises two or more piece main bodies 2 and 2 according to the first embodiment, and operation bodies 3 and 3 for guiding and operating each piece main body 2 and 2 from above without contact. . Then, the two players guide and operate the piece main bodies 2 and 2 that they own to collide the two piece main bodies 2 and 2 and determine which piece main piece 2 or 2 is rotated to the end. To compete.

  In this fighting sesame play equipment, since the top body 2 can be freely guided and operated using the operation body 3, for example, a player who operates the top body 2 having a strong attacking ability actively participates in the top body 2 The player who operates the piece main body 2 with a strong endurance on the other side can play a strategic game such as escaping the piece main body 2 so that the collision is kept to a minimum. Therefore, after dropping a piece into a conventional game board, it is possible to obtain a plaything that is much more interesting than the fighting sesame that only had to look at the collision action of the piece. As described above, the attack power, endurance, and the like of the top body 2 change depending on the shape of the grounding piece 21 of the top body 2, and the bottom 17 having the grounding piece 21 can be replaced with each other. It is possible to change the endurance of the frame body 2. Further, a magnetic force (magnetic repulsive force or magnetic attraction force) acts on the top body 2 or 2 due to the magnetic poles of the magnets 11a and 11a constituting the rotating body 11, and the top body 2 or 2 is caused by the magnetic force. Interesting improvement can also be expected from the point that the degree of collision changes.

(Tenth Embodiment) FIG. 14 shows a ninth embodiment in which the operation piece 1 according to the present invention is applied to a jump play equipment. This jump play equipment includes an operation piece 1 and a jump base 35 having an inclined surface 35a. A jumping magnet 36 is embedded in a take-off position 35 b at the lower end of the inclined surface 35 a of the jump base 35. A grounding piece 21 made of a magnet having a pole opposite to the jumping magnet 36 is attached to the lower end of the rotation shaft of the top body 2. The inclined surface 35a is provided with a guide groove 37 for guiding the top body 2 toward the crossing position 35b. The crossing position 35b of the inclined surface 35a is formed on a horizontal plane or a surface slightly inclined obliquely upward, and an inertial force in the horizontal direction or obliquely upward acts on the top body 2.

  In this jump play equipment, the top body 2 is guided and slid on the inclined surface 35a of the jump base 35 using the operation body 3 from above the jump base 35, and the top body 2 is guided to the crossing position 35b of the jump base 35. Manipulate. When the frame main body 2 reaches the crossing position 35b, the magnetic repulsive force acting between the jumping magnet 36 and the magnet of the grounding piece 21 and the inertial force in the horizontal direction or the diagonal direction of the frame main body 2 are combined. As a result, it is possible to cause the frame main body 2 to protrude obliquely upward from the jump base 35. Therefore, in order to make the top body 2 jump to a distance, the player needs to optimize the entry speed, the entrance angle, etc. of the top body 2 to the crossing position 35b using the operation body 3. Compared to a piece that has only been turned, it can provide a playground equipment that is highly interesting.

  The frame main body 2 constituting the operation frame 1 according to the present invention is not limited to those shown in the first to fifth embodiments. The top body 2 of the operation top 1 used in the play equipment of the sixth to ninth embodiments is not limited to that shown in the first embodiment. In addition to manually rotating the frame main body 2, the frame main body 2 may be rotated independently using an electric or manual rotation operation tool.

DESCRIPTION OF SYMBOLS 1 Operation piece 2 Top body 3 Operation body 4 Desk surface 10 Rotating shaft 11 Rotating body 14 Upper block 15 Lower block 16 Head 17 Bottom 20 Operated piece 30 Ball 31 Goal 33 Obstacle 35 Jump stand 35a Inclined surface 35b Crossing position 36 Magnet

Claims (8)

The top body (2) and an operating body (3) for guiding and operating the top body (2) in a non-contact state from above the top body (2). The top body (2) and the operating body (3) An operation piece that can guide and operate the top body (2) to an arbitrary position on the desk by the magnetic force acting between
The top body (2) includes a rotating shaft (10) whose lower end is in contact with the desk surface (4) and a rotating body (11) that exerts a centrifugal force for raising and rotating the rotating shaft (10).
An operated piece (20) for obtaining an attractive force or a repulsive force derived from a magnetic force with the operating body (3) is provided at the rotation center of the rotating body (11),
At least one of the operation body (3) and the operated piece (20) is formed of a magnet, and the other is formed of a magnet or a magnetic metal,
When the operating body (3) is brought closer to the operated piece (20) of the top body (2) from above so as not to contact the top body (2), the operated piece (20) and the operating body (3 The operation piece is characterized in that the top body (2) can be guided to an arbitrary position on the desk by the magnetic force acting between the head and the head. The rotating body (11) is a magnet formed in a circular ring shape having a central opening,
It can be guided to an arbitrary position by an attractive force or a repulsive force derived from a magnetic force generated between the magnetic force line (L1) emitted from the vicinity of the center of the rotating body (11) and the operating body (3). And
The operation piece according to claim 1, wherein an operation piece (20) is provided in the vicinity of the center of the rotating body (11) formed of a circular ring-shaped magnet. The rotating body (11) is attached to the center of the rotating shaft (10) in the vertical direction,
The operation piece according to claim 1, wherein an operation piece (20) is provided at an upper end of the rotation shaft (10). The rotating body (11) is a magnet (11a, 11b) formed in a circular ring shape having a central opening,
The rotating shaft (10) is inserted into the central opening of the rotating body (11), and the upper and lower blocks (14, 15) sandwiching and holding the rotating body (11) from above and below, and above the upper block (14). A head (16) that is detachably attached to the lower block (15), and a bottom (17) that is detachably attached to the lower block (15).
The operation piece according to claim 3, wherein the operated piece (20) is assembled to the head (16). An operation frame (1) comprising a frame body (2) and an operation body (3) for guiding and operating the frame body (2) in a non-contact state from above the frame body (2); 2) A soccer play equipment using an operation piece (1) including a ball (30) to be thrown away by
The top body (2) includes a rotating shaft (10) whose lower end is in contact with the desk surface (4) and a rotating body (11) that exerts a centrifugal force for raising and rotating the rotating shaft (10).
An operated piece (20) for obtaining an attractive force or a repulsive force derived from a magnetic force with the operating body (3) is provided at the rotation center of the rotating body (11),
At least one of the operation body (3) and the operated piece (20) is formed of a magnet, and the other is formed of a magnet or a magnetic metal,
When the operating body (3) is brought closer to the operated piece (20) of the frame main body (2) from above so as not to contact the piece main body (2), the operated piece (20) and the operating body (3) The top body (2) can be guided to any position on the desk by the magnetic force acting between
The ball (30) can be flipped in any direction by colliding the rotating body (11) of the top body (2) with the ball (30) placed 3+ on the desk. A soccer play equipment that uses the featured operation pieces. An operation frame (1) comprising a frame main body (2) and an operating body (3) for guiding the frame main body (2) in a non-contact state from above the frame main body (2); A slalom playground equipment including an obstructed obstacle (33),
The top body (2) includes a rotating shaft (10) whose lower end is in contact with the desk surface (4) and a rotating body (11) that exerts a centrifugal force for raising and rotating the rotating shaft (10).
An operated piece (20) for obtaining an attractive force or a repulsive force derived from a magnetic force with the operating body (3) is provided at the rotation center of the rotating body (11),
At least one of the operation body (3) and the operated piece (20) is formed of a magnet, and the other is formed of a magnet or a magnetic metal,
When the operating body (3) is brought closer to the operated piece (20) of the frame main body (2) from above so as not to contact the piece main body (2), the operated piece (20) and the operating body (3) The top body (2) can be guided to any position on the desk by the magnetic force acting between
By guiding the top body (2) from the start position to the goal position while avoiding the obstacle (33), it is possible to compete for the required time to reach the goal position of the top body (2). A slalom playground equipment that uses operation frames. An operation piece comprising two or more piece main bodies (2, 2) and one or more operation bodies (3, 3) for guiding the two piece main bodies (2, 2) in a non-contact state from above. Including (1.1)
The top body (2) includes a rotating shaft (10) whose lower end is in contact with the desk surface (4) and a rotating body (11) that exerts a centrifugal force for raising and rotating the rotating shaft (10).
An operated piece (20) for obtaining an attractive force or a repulsive force derived from a magnetic force with the operating body (3) is provided at the rotation center of the rotating body (11),
At least one of the operation body (3) and the operated piece (20) is formed of a magnet, and the other is formed of a magnet or a magnetic metal,
When the operating body (3) is brought closer to the operated piece (20) of the frame main body (2) from above so as not to contact the piece main body (2), the operated piece (20) and the operating body (3) The top body (2) can be guided to any position on the desk by the magnetic force acting between
Using the operation piece, which is characterized in that both pieces (2) are collided while guiding with the operation piece (3), and which piece (2) rotates to the end. Fighting top play equipment. An operation piece (1) comprising a piece body (2) and an operation body (3) for guiding the piece body (2) in a non-contact state from above the piece body (2), and an inclined surface ( A jump toy comprising a jump platform (35) having 35a),
The top body (2) includes a rotating shaft (10) and a rotating body (11) that exerts a centrifugal force to stand and rotate the rotating shaft (10).
An operated piece (20) for obtaining an attractive force or a repulsive force derived from a magnetic force with the operating body is provided at the rotation center of the rotating body (11),
At least one of the operation body (3) and the operated piece (20) is formed of a magnet, and the other is formed of a magnet or a magnetic metal,
When the operating body (3) is brought closer to the operated piece (20) of the frame main body (2) from above so as not to contact the piece main body (2), the operated piece (20) and the operating body (3) The top body (2) can be guided to an arbitrary position by the magnetic force acting between
A jumping magnet (36) is embedded in the crossing position (35b) at the lower end of the inclined surface (35a),
At the lower end of the rotating shaft (10), a pole magnet (21) opposite to the jumping magnet (36) is mounted,
From the upper side of the jump stand (35), the top body (2) is guided and slid on the inclined surface (35a) using the operating body (3), and the top body (2) reaches the crossing position (35b) to jump. The top body (2) is configured to project obliquely upward from the jump base (35) by the repulsive force between the magnet (36) for use and the magnet (21) at the lower end of the rotating shaft (10). Jump play equipment using operation pieces.

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