JP3009284U - Spherical puzzle toys - Google Patents

Abstract

(57) [Summary] [Purpose] To provide a spherical puzzle toy with high difficulty, rich variety, and increased fun. [Structure] A slewing disk that is a component of a spherical surface
An intersecting orbit, which is a component of an annular orbit that intersects vertically with the book, is provided, and the orbits are switched by the rotation of the swivel disc, whereby the slide blocks on the orbits are moved and the combination of the arrangement is changed.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a kind of spherical puzzle toy, and in particular, a swivel disk, which is a component of a spherical surface, is provided with a crossing track which is a structural element of three vertically intersecting circular orbits on a spherical surface to rotate the swivel disk. The present invention relates to a spherical puzzle toy in which the orbits are switched by using this to move the slide blocks on the orbit and change the combination of the arrangements.

[0002]

[Prior art]

 The so-called “cubic game”, which was popular in the past, was a toy that tested the wisdom and patience by changing the color arrangement on each side of the cube. Various different toys such as triangular cones, polygons, cylinders and spheres have been devised as puzzle toys that change the arrangement of similar colors. Among them, the spherical shape has no fixed plane, that is, is composed of an infinite number of planes, and thus is more difficult than other solid geometric shapes. However, even though it is in the market, the difficulty level was not yet satisfactory.

[0003]

[Problems to be solved by the device]

 An object of the present invention is to provide a kind of spherical puzzle toy that can change the trajectory of the slide block, is more difficult than the conventional one, and can enjoy dramatic changes.

[0004]

[Means for Solving the Problems]

 The spherical puzzle toy of the present invention mainly comprises a main body, a swivel disc, an orbital protection piece, and a slide block. Is connected to the swivel to form a track between the track protection pieces, and the slide block is set in the track and slid and propelled into one track. The above main body is basically one spherical body, and six circular concave circular grooves are provided on the three mutually perpendicular central axes, and the central axis of each circular circular groove is the center axis. A hole is provided, and a cross-shaped concave cross-track is formed on the six swivel plates corresponding to the shape of the swirl circular groove, and a connecting hole and positioning are made on each of four triangular convex pieces around the orbit. One with a hole that projects below the swivel A swivel axis is provided to connect this to the central shaft hole, and the 24 orbital protection pieces are provided with a connecting portion and a positioning pin at the bottom thereof, and fixed to the corresponding connecting hole and the positioning hole on the swivel disc, After connecting the swivel disc to the protective piece, its edge shall extend above the track, so that the track forms a concave space on both sides, and multiple slide blocks have convex side surfaces. It shall be fitted in the track and slid under the thrust.

A swivel angle positioning point may be provided between the swivel circular groove of the main body and the swivel disc, which is installed on the inner circular edge of the swirl circular groove and the outer peripheral edge of the swivel disc in correspondence with the angle of the track. By using the convex and concave points, the material will be elastically rotated and rotated by a certain angle each time to automatically lock and position.

[0006] The surface of the slide block may be provided with some protrusions or dents, and the number and size of the slide blocks are determined depending on the ease of thrusting by rubbing with fingers or the degree of irritation to the fingers. To do.

[0007]

[Action]

 The spherical toy provided by the present invention can change the trajectory of the slide block, is more difficult than the conventional one, and can enjoy dramatic changes.

[0008]

【Example】

 As shown in FIGS. 1 and 2, the spherical puzzle toy according to the present invention is composed of various components such as a main body (1), a swivel plate (2), a track protection piece (3) and a slide block (4). Among them, the swivel disc (2) is connected to the main body (1) in a freely swiveling manner, and forms one spherical shape outside the main body (1) and the track protection piece (3). The slide block (4) is fitted in the intersecting track (20) and can slide by receiving an external force. In addition, three orbital axes X, Y, and Z that intersect perpendicularly to each other are formed on the surface of the sphere.

As shown in FIGS. 2 and 3, the main body (1) basically comprises a substantially hemispherical left shell (10) and a right shell (11) in one substantially spherical shape. Six swirl circular grooves (12) are provided on the six mutually perpendicular axes on the shape, thereby making the spherical main body substantially cubic. The left shell (10) and the right shell (11) are internally provided with a coupling portion (13) and a coupling portion (14) each having a male and female shape, and they are fitted to each other and locked to couple the left and right shells. To do. In each of the above-mentioned swivel circular grooves (12), one central swivel shaft hole (15) is provided. Around the circular circular groove (12), a substantially triangular arc projection seat (16) is relatively formed so as to project. Each swirl circular groove (12) is joined to the four swirl circular grooves around it by a notch (17).

The six swivel discs (2) are mounted in the six swivel circular grooves (12), and the surface of each swivel disc (2) is provided with a cruciform crossed track (20) of equal width. . That is, four substantially triangular triangular protrusions (21) are formed around each of the intersecting tracks (20). One connecting hole (22) and one positioning hole (23) are provided on each triangular protrusion, and one swivel shaft plug (24) is provided so as to project downward from the bottom center of each swivel disc (2).

Further, 24 orbital protection pieces (3) are assembled on 6 swivel discs (2). The track protection piece (3) has the same shape as the triangular projection piece (21) and is provided slightly larger than that. The three edges of the track protection piece (3) are parallel to the track edge (30) above the cross track (20), and the surface (31) of the track protection piece (3) is the spherical arc seat (16). Shall have equal radian. A single connecting part (32) and a positioning pin (33) are provided below each track protection piece (3), and these are used for connecting and fixing the corresponding connecting hole (22) and the corresponding positioning hole (23). .

The plurality of slide blocks (4) have convex side surfaces, a bottom plate (41) on the lower side, a neck (40) on the upper side, and some protrusions (42) on the surface. ) Alternatively, a recess may be provided. The slide block (4) is arranged and slides on the cross track (20), the bottom plate (41) is provided in the groove of the cross track (20), and the neck (40) is located on the track edge (30). Due to restrictions, only slide in orbit. The protrusions (42) or dents provided on the surface of the slide block (4) are convenient for being pushed and moved mainly by pressing with a finger, and have an effect of rubbing fingers or hands.

One spherical puzzle toy is completed by combining different numbers of parts such as the above-mentioned main body (1), swivel plate (2), track protection piece (3), slide block (4) (FIG. 1). As shown in). Among them, the surface of the sphere is composed of the arcuate projection seat (16) of the main body (1), the track protection piece (3), the slide block (4) and the like. The crossed tracks (20) on each swivel (2) can be joined to each other to form three annular, X, Y, Z, perpendicular tracks on the sphere.

By making the crossing track (20) on each swivel disc (2) into a cross shape, it is possible to accurately connect with the trajectories of other swivel discs by one swivel disc, and therefore the swivel disc (2) ), An angular positioning convex point (25) and an angular positioning concave point (26) can be provided on the outer fixed edge of (1) and the inner peripheral edge of the swirling circular groove (12). Also, due to the elasticity of the plastic material, it is possible to automatically position and fix it after making a certain angle in one turn.

As shown in FIG. 4, the slide block (4) can be moved to any position on three circular tracks of X, Y, and Z to change the combination of arrangement relationship with other slide blocks. Cause

[0016]

[Effect of device]

 The spherical puzzle toy of the present invention mainly has a slide block that can slide on the orbit and change direction at the intersection of the orbits. This has the effect of dramatically changing the combination of blocks, increasing the difficulty of this type of wisdom-type game, stimulating the player's three-dimensional imaginary space, and further enhancing intelligence and enhancing the taste. At the same time, the projections provided on the surface of the slide block also have a massage effect that stimulates the user's fingers and palm.

[Brief description of drawings]

FIG. 1 is a perspective view of the present invention.

FIG. 2 is an exploded perspective view of the present invention.

FIG. 3 is a sectional view of the present invention.

FIG. 4 is a perspective view illustrating a playing method of the present invention.

[Explanation of symbols]

1 ... Main body 2 ... Swivel disk 3 ... Track protection piece 4 ... Slide block 20 ... Cross track 10
・ ・ ・ Left shell 11 ・ ・ ・ Right shell 12 ・ ・ ・ Swirling circular groove 13 ・ ・
・ Connecting part 14 ・ ・ ・ Connecting part 15 ・ ・ ・ Center turning shaft hole 12 ・ ・
-Swirl circular groove 16 ... Arc protrusion seat 17 ... Notch 21 ... Triangular protrusion 22 ... Connection hole 23 ... Positioning hole 24 ...
Swivel shaft plug 3 ... Track protection piece 30 ... Track edge 31 ... Surface 32 ... Coupling 33 ... Positioning pin 41 ...
-Bottom plate 40 ... Neck part 42 ... Projection grain 25 ... Angular positioning convex point 26 ... Angular positioning concave point

Claims (3)

[Scope of utility model registration request] 1. A main body, a swivel disc, an orbital protection piece, and a slide block. The swivel disc is rotatably connected to some circular circular grooves on the main body, and the orbital protection strip is the swivel disc. It is assumed that a track is formed between the track protection pieces by being connected to each other, the slide block is fitted in the track, and is slid by being pushed, and one spherical body is formed by these constituent parts. Is basically one spherical body, and six circular concave circular circular grooves are provided on the three mutually perpendicular central axes, and a central axial hole is provided at the center of each circular circular groove. A cross-shaped concave crossed orbit is formed on the above six swivel plates corresponding to the shape of the swirl circular groove, and four crossed orbits around the orbit are formed.
Provide a connecting hole and positioning hole on each of the triangular convex pieces,
One swivel axis projecting downward of the swivel disc is provided and coupled with the central shaft hole, 24 orbit protection pieces are provided with a connecting portion and a locating pin at the bottom thereof, and they correspond to each other on the swivel disc. After fixed to the connecting hole and the positioning hole, the orbit protection piece shall be connected to the swivel disc, and then the edge should protrude upwards from the orbit, so the orbit forms a concave space on both sides, and multiple slide blocks Is a spherical puzzle toy that has a convex shape on its side surface, is fitted in the track, and receives thrust to slide. 2. A swivel angle positioning point is provided between the swivel circular groove of the main body and the swivel disc, and the convex point is provided on the inner circular edge of the swivel circular groove and the outer peripheral edge of the swivel disc in correspondence with the angle of the track. The spherical puzzle toy according to claim 1, wherein the spherical puzzle toy is automatically locked and positioned by utilizing a point and a concave point and turning each time a fixed angle by the elasticity of the material. 3. The number and size of the slide blocks are determined by providing some protrusions or dents on the surface of the slide blocks, and easiness of thrusting by rubbing with fingers or the degree of stimulation to the fingers. The spherical puzzle toy according to Item 1.