JPH0345749Y2 - - Google Patents

Description

[Detailed Description of the Invention] Industrial Application Field This invention relates to a vibrating ring platform for competitions in which dolls, toy robots, etc. are combined and vibrated to knock them down.

Conventional Techniques Conventionally, a simple version of the game is vibrating paper sumo, where you cut out a sumo shape from folded paper, put the two pieces together on a flat plate, and compete by hitting the flat plate to see which one falls down. This idea revives this ancient game using new technology.

DESCRIPTION OF EMBODIMENTS 1 is a vibrating ring platform for competitions according to the invention,
Synthetic resin material is formed by blow molding, and the inside has a cavity 2.
The outer shape has the required thickness, the upper surface 5 has a square shape with the rods 4 on which the ring rods 3 are inserted and raised at the four corners, and the curved surface has a gentle arc concave curve toward the center of the required surface. 5a, a protruding bottom face 6a of an appropriate width is formed at the center of the bottom face 6, and furthermore, in the embodiment, a rectangular annular groove 7 of an appropriate width parallel to the periphery is formed at a suitable position on the outside of the protruding bottom face 6a and inside the periphery. A recess is formed inside the protruding bottom surface 6a.
A peripheral bottom surface 8 is provided so as to separate the outside of the rectangular annular groove 7 upward from the set surface. 9
10 is an insertion hole, 10 is a ring robe, and 11 and 12 are toy robots.

Effects of the invention Since the base plate of this invention is installed as described above, it is possible to manufacture a product that is lightweight, inexpensive, and of a reasonable size.The transforming toy robot, which was conventionally sold separately, is combined on the base plate 1. If you strike the upper surface of the base plate 1 with your fingertips raised, the center of the bottom surface is protruding, so it will tilt until the peripheral bottom surface 8 touches the surface, and when you stop pressing, it will return to its original state, causing slight vibrations due to its inertia. The continuous vibration necessary for the competition can be applied to the platform, and if the ring rod 3 and ring rope are stretched around the top surface, the entire surface can be used for competitions.
Since it is provided on an arc-shaped concave curved surface that slopes gently toward the center, the competition robots can move to the center and compete to see which one falls down first or down. The base plate makes a sound when struck with a fingertip or when it vibrates.

As a result, competitions have a real feel to them, are extremely interesting, and expand the world of play.

[Brief explanation of drawings]

The drawings show an example of the implementation of this invention, and Figure 1 is a perspective view of a vibration ring board for competitions in use;
FIG. 2 is a perspective view of the main part of the base plate as viewed from above, FIG. 3 is a perspective view of the reversed bottom, and FIG. 4 is a cross-sectional view of the center. 1... Competition vibration ring base, 2... Cavity, 3
. . . Ring rod, 5 . . . Top surface, 5 a .

Claims (1)

[Scope of utility model registration request] In a flat plate-shaped competition vibration ring base made of synthetic resin material by blow molding, the inside is hollow, and the required thickness and width are appropriately wide, and the required surface of the upper surface of the base is gentle toward the center. The concave curved surface slopes in an arc shape, and the bottom surface is formed with a protruding surface of an appropriate width at the center, and when the upper surface of the periphery of the base plate is pressed, it loses its balance and descends on the pressing side, and when the entire body is tilted and the presser foot is removed, A vibrating ring platform for competitions that uses a balance effect to return to its original state and causes the entire body to vibrate under pressure.