PUZZLE

CROSS-REFERENCE TO RELATED APPLICATION

This application is based upon and claims the benefit of priority under 35 USC 119 of Japanese Patent Application No. 2017-054950 filed on Mar. 21, 2017, the entire disclosure of which, including the description, claims, drawings, and abstract, is incorporated herein by reference in its entirety.

BACKGROUND OF THE INVENTION
Field of the Invention

The present invention relates to a puzzle that has a plurality of pieces having puzzle patterns and being rotatably provided to a shaft.

Description of the Related Art

There have been disclosed puzzles that offer a matching puzzle game in which a plurality of pieces having puzzle patterns is provided rotatably to a shaft so as to be rotated. In a puzzle disclosed in TOKUKAI (Japanese Unexamined Patent Application Publication) No. Hei 6-190143, three bases having three hexahedral pieces are slidably disposed in the lateral direction. Moving the base in the lateral direction allows the pieces to be rotatable for doing the matching puzzle game.

TOKUKAI (Japanese Unexamined Patent Application Publication) No. Hei 6-190143 discloses a puzzle toy whose pieces can be rotated continuously when the base is moved in the lateral direction. Therefore, in a matching puzzle game for producing an image, sometimes positioning the pieces in the rotational direction properly may be difficult in particular for young children, so fun of the matching puzzle game sometimes becomes less interesting to the young children.

SUMMARY OF THE INVENTION

An object of the present invention is to provide a puzzle with which even young children can enjoy a matching puzzle game with ease.

A puzzle of the present invention includes a housing main body and a puzzle shaft provided to the housing main body, where the puzzle shaft is provided with a shaft whose rotation of a shaft center is fixed, and a plurality of pieces that is rotatably provided around the shaft center of the shaft along a shaft center direction of the shaft via the shaft and a ratchet mechanism, and puzzle patterns are provided to outer periphery of the shaft around the shaft center.

With the present invention, even young children can have fun with the matching puzzle game since position of the pieces can be matched with ease.

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWINGS

FIG. 1 is a perspective view of a puzzle according to an embodiment of the present invention, showing a front side of the puzzle;

FIG. 2 is a perspective view of the puzzle according to the embodiment of the present invention, showing a back side of the puzzle;

FIG. 3 is a perspective view of the puzzle according to the embodiment of the present invention, showing the front side of the puzzle in a state where some of a plurality of pieces are rotated with grip parts being slided;

FIG. 4 is a perspective view of the puzzle according to the embodiment of the present invention, showing the front side of the puzzle with a front side top cover and a front side bottom cover removed in the state where some of the plurality of pieces are rotated with the grip part being slided;

FIG. 5 is a perspective view of the puzzle according to the embodiment of the present invention, showing the back side of the puzzle with a back side top cover and a back side bottom cover removed in the state where some of the plurality of pieces are rotated with the grip part being slided;

FIG. 6 is a perspective view of a shaft member and shaft support members on the left side of the puzzle according to the embodiment of the present invention;

FIG. 7A is a perspective view of one of the plurality of the pieces of the puzzle according to the embodiment of the present invention seen from above;

FIG. 7B is a perspective view of one of the plurality of the pieces of the puzzle according to the embodiment of the present invention seen from below; and

FIG. 8 is a cross sectional view of the puzzle according to the embodiment of the present invention taken along line VIII-VIII of FIG. 3.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

Hereinafter, an embodiment of the present invention will be described along with the accompanying figures. A puzzle 1 has a housing main body 10, and a plurality of pieces 30 as shown in FIGS. 1, 2. With the puzzle 1, a player can play a matching puzzle game by rotating the pieces 30 as shown in FIG. 3 after gripping and pulling outward a left grip part 21a and a right grip part 21b by a left hand and a right hand respectively. The matching puzzle game includes, for example, matching all patterns on the pieces 30 to the same pattern, or producing an image using all the pieces 30. When the matching of the matching puzzle game is completed, the rotating of the pieces 30 can be restricted by pushing back the grip parts 21a and 21b to a state shown in FIG. 1. In descriptions hereinafter, a side where arrows 22a, 22b are disposed is referred to as front face (or front), an opposite side to the front face is referred to as back face (or back), a left side when facing the front face is referred to as left, an opposite side to the left is referred to as right, an upper side of the puzzle 1 in FIG. 1 is referred to as top, and an opposite side to the top is referred to as bottom.

In the housing main body 10, a top side edge and left and right edges are formed in a convex arc shape, a bottom side edge is formed substantially linearly, and connecting portions of the top side and the bottom side edges and the left and the right edges are formed in a rounded corner shape. The top side and the bottom side of the housing main body 10 are formed by joining front side components: the front face side top cover 11; the front face side bottom cover 13, and back side components: the back face side top cover 12; the back face side bottom cover 14, respectively. A hole portion 15 penetrating the front face side top cover 11 and the back face side top cover 12 is formed in a vicinity of the upper end portion of the convex arcuate edge portion of the front face side top cover 11 and the back face side top cover 12. On the front face side top cover 11 and the back face side top cover 12, arcuate concave portions 11a, 12a, which are downwardly convex, are respectively formed on a front face side and a back face side of the hole portion 15 to communicate each other. A laterally elongated recess 11f, which is long in the left and right and whose upper rim is curved in an arc shape, is formed on a front face side of the front face side top cover 11. A flat surface 18 is formed on the bottom end of the puzzle 1 where the front face side bottom cover 13 and the back face side bottom cover 14 are joined (refer to FIG. 2), whereby the puzzle 1 can be placed on a desk or the like in an upright position.

The back face side top cover 12 is formed in a substantially shell-shape, as shown in FIG. 4. In an inside of the back face side top cover 12, a cylindrical bearing part 12b is provided at the center in left-right direction so that a shaft center is oriented to front-back direction. On the left and right sides of the bearing part 12b, deep recesses 12c are formed into which screws 16 are inserted from the back. In the inside of the back face side top cover 12, portions where the deep recesses 12c are formed are formed in a cylindrical shape and shaft centers of the portions are oriented to front-rear direction. Also in the inside of the back face side top cover 12, flat plate-shaped guide plates 12d are formed from the left and right edge portions toward the bearing part 12b. The guide plates 12d are provided so as to be overlapped with and joined to parts of the deep recesses 12c respectively.

Bottom plates 12e are formed beneath the guide plates 12d of the back face side top cover 12 having a predetermined distance from the guide plates 12d. A cutout 12e1 and a cutout 12e2 are formed on the bottom plates 12e. The cutout 12e1 guides and restricts a sliding movement in the left-right direction of a support base 24 of a slide plate 23 of left and right puzzle shaft moving members 20 (described later), and the cutout 12e2 guides and restricts the sliding movement in the left-right direction of a flat plate 41b1, 45b1 for supporting a left shaft 41a and a right shaft 42a of a puzzle shaft 40 (described later).

The front face side top cover 11 is formed also in the shell shape as with the back face side top cover 12. In an inside of the front face side top cover 11, a cylindrical insert shaft 11b is formed at the center in the left-right direction. The insert shaft lib is inserted into the bearing part 12b of the back face side top cover 12. Screw hole bosses 11c to which screws 16 are screwed are formed on positions corresponding to the deep recesses 12c of the back face side top cover 12. In the inside of the front face side top cover 11, guide plates 11d, bottom plates 11e, cutouts 11e1, 11e2 are formed, each corresponding to the guide plates 12d, bottom plates 12e, cutouts 12e1, 12e2 in the inside of the back face side top cover 12.

In addition, the back face side bottom cover 14 is formed in the shell shape, and in the inside of the back face side bottom cover 14, a bearing part 14b, deep recesses 14c, guide plates 14d, bottom plates 14e, cutouts 14e1, 14e2 are formed all in similar shapes to the bearing part 12b, deep recesses 12c, guide plates 12d, bottom plates 12e, cutouts 12e1, 12e2 of the back face side top cover 12. Furthermore, in the inside of the front face side bottom cover 13 formed in the shell shape, screw hole bosses 13c, guide plates 13d, bottom plates 13e, cutouts 13e1, 13e2 are formed all in similar shapes to the screw hole bosses 11c, guide plates 13d, bottom plates 11e, cutouts 11e1, 11e2 of the front face side top cover 11.

Puzzle shaft moving members 20 are disposed on the left and right sides of the housing main body 10. The puzzle shaft moving members 20 are puzzle shaft moving means for moving a left side puzzle shaft 40 of three puzzle shafts 40 (described later in detail) to the left, and a right side puzzle shaft 40 of the three puzzle shafts 40 to the right. Moving member main bodies 21 of the puzzle shaft moving members 20 are formed substantially in a shell shape and the back face sides of the moving member main bodies 21 are formed hollow. The moving member main bodies 21 are used as grip parts (a left grip part 21a, a right grip part 21b). Pluralities of long concave parts 21a1, long concave parts 21b1 for preventing slippage and arrow 22a, arrow 22b formed concave are provided to the grip parts (the left grip part 21a, the right grip part 21b), respectively. Finger-hooking recesses 21a2, 21b2 are provided to the front face side of the moving member main bodies 21, which are long in the top-bottom direction and whose outer rim is curved in an arc shape. When a user grips the grip parts (the left grip part 21a, the right grip part 21b), fingers other than thumbs are inserted into the back face sides of the moving member main bodies 21, which are formed hollow, and the thumbs can be hooked on the finger-hooking recesses 21a2, 21b2, thereby the puzzle shaft moving members 20 can be reliably gripped and moved.

Top and bottom ends of the puzzle shaft moving members 20 are formed flat. Support bases 24 are formed on the flat top and bottom ends. On end parts of the support bases 24, slide plates 23 are extended from the support bases 24 to inner directions. The slide plates 23 are formed in a flat plate shape and are slidably disposed in the left-right direction between the guide plates 11d, 12d, 13d, 14d and the bottom plates 11e, 12e, 13e, 14e of the front face side top cover 11, the back face side top cover 12, the front face side bottom cover 13, and the back face side bottom cover 14. Support bases 24 are guided by the cutouts 11e1, 12e1, 13e1, 14e1 of the bottom plates 11e, 12e, 13e, 14e, and left-right moving limits are defined by end parts of the cutouts 11e1, 12e1, 13e1, 14e1. Cutout portions 23a and engagement insertion portions 23b are formed on the slide plates 23.

The three puzzle shafts 40 are disposed to the housing main body 10. The puzzle shafts 40 are provided with shaft members 41, 42, 43 each having three pieces 30 and a shaft (left shaft 41a, right shaft 42a, center shaft 43a), and shaft support members 44, 45, 46. The shaft member 41 and the shaft support member 44 on the left side are shown in FIG. 6. The shaft member 41 is made up of a left shaft 41a that is long in the top-bottom direction and a shaft slide plate 41b that is fixed to a top end portion that is one end portion of the left shaft 41a. Ratchet teeth 41a1 are formed on an outer periphery of the left shaft 41a, as shown in FIG. 8. The ratchet teeth 41a1 include eight teeth. A substantially rectangular shaped fixing portion 41a2 is formed on a bottom end portion which is the other end portion of the left shaft 41a.

A flat plate portion 41b1 is formed on the shaft slide plate 41b in a substantially flat-plate shape that is slightly long in the left-right direction so that the left shaft 41a is fixed in the vicinity of a left end portion that is one side of the flat plate portion 41b1. An engaging hole portion 41b2 projecting in a downwardly opening U-shape is formed on a right end portion that is a top surface and the other side of the flat plate portion 41b1. A hole 41b3 is provided to the flat plate portion 41b1 of the shaft slide plate 41b corresponding to the engaging hole portion 41b2 by injection molding so as to form the engaging hole portion 41b2.

A shaft support member 44 is substantially in the same shape as the shaft slide plate 41b. That is to say, the shaft support member 44 includes a flat plate portion 44b1, an engaging hole portion 44b2, a hole 44b3, which have the same shape as the flat plate portion 41b1, the engaging hole portion 41b2, the hole 41b3 of the shaft slide plate 41b. A boss 44a is provided in the vicinity of a left end portion that is a top surface and one side of the flat plate portion 44b1 of the shaft support member 44. The boss 44a is provided with a fixing hole 44a1 into which a fixing portion 41a2 of the left shaft 41a is inserted.

As shown in FIGS. 4 and 5, a shaft member 41 and a shaft support member 44 on the left side are the same shape as the shaft member 42 and the shaft support member 45 on the right side. In addition, the shaft member 42 and the shaft support member 45 on the right side are provided upside down with respect to the shaft member 41 and the shaft support member 44 on the left. In FIG. 4, portions of the shaft member 42 and the shaft support member 45 on the right corresponding to the flat plate portions 41b1, 44b1 and the engaging hole portions 41b2 and 44b2 of the shaft member 41 and the shaft support member 44 on the left will be depicted with reference numerals as flat plate portions 42b1, 45b1 and engaging hole portions 42b2, 45b2. Engagement insertion portions 23b of the slide plate 23 of the puzzle shaft moving member 20 are inserted into and engaged with the each engagement hole portions 41b2, 44b2, 42b2, 45b2. The flat plate portions 41b1, 44b1, 42b1, 45b1 are slidably disposed in the left-right direction between the guide plates 11d, 12d, 13d, 14d and the bottom plates 11e, 12e, 13e, 14e of the front face side top cover 11, the back face side top cover 12, the front face side bottom cover 13, and the back face side bottom cover 14. The flat plate portions 41b1, 44b1, 42b1, 45b1 are guided by the cutouts 11e2, 12e2, 13e2, 14e2 of the bottom plates 11e, 12e, 13e, 14e, and left-right moving limits are defined by end parts of the cutouts 11e2, 12e2, 13e2, 14e2. In this way, the puzzle shaft moving members 20 are connected to the left and right outer two puzzle shafts 40. Lateral movement stroke of the support bases 24 of the puzzle shaft moving members 20 and lateral movement stroke of the flat plate portions 41b1, 44b1, 42b1, 45b1 are set to be the same. Amount of the stroke is set to a degree where the pieces 30 are rotatable when the puzzle shaft moving members 20 are moved to left and right limits. This will be described later in detail.

In addition, as shown in FIG. 4, the center shaft 43a of the shaft member 43 in the center is the same shape as the left shaft 41a, the right shaft 42a. A shaft fixing portion 43b is formed on the top end which is one end of the center shaft 43a. The shaft fixing portion 43b is formed in a downwardly opening U-shape and the insert shaft 11b of the front face side top cover 11 is inserted into the shaft fixing portion 43b. The shaft support member 46 is fitted to be fixed to a bottom side of the center shaft 43a. A U-shaped fixing portion 46b is formed on the bottom side which is the other side of the shaft support member 46. An insert shaft 13b of the front face side bottom cover 13 is inserted into a U-shaped portion of the fixing portion 46b. In this way, the shaft member 43 in the center and the center shaft 43a are fixed to the housing main body.

In this manner, three shafts (the left shaft 41a, the right shaft 42a, the center shaft 43a) are disposed in the housing main body 10 so as to be parallel to each other in the top-bottom direction so that the shaft centers of the three shafts are flush with each other. Consequently, the three shafts (the left shaft 41a, the right shaft 42a, the center shaft 43a) are disposed with rotation of the shaft centers fixed with respect to the housing main body 10. The shaft members 41, 42 (namely the left and right puzzle shafts 40) can be moved by the puzzle shaft moving members 20 in the left-right direction, which is a direction orthogonal to the shaft center direction of the shafts (left shaft 41a, right shaft 42a, central shaft 43a).

The piece 30 is shown in FIGS. 7A and 7B. The piece 30 has a piece main body 30a that is a substantially square tubular shape. Thus, puzzle pattern surfaces 30a1 that are four flat surfaces are formed on an outer peripheral surface of the piece main body 30a. A plate portion 30b in a substantially plate shape connected to an inner peripheral surface of the piece main body 30a is formed so as to be orthogonal to the shaft center of the piece main body 30a in the vicinity of a top end which is one end of the piece main body 30a. A bearing portion 30c that is connected to the bottom surface of the plate portion 30b and is a substantially tubular shape extending in the bottom direction is formed around the shaft center of the piece main body 30a. A portion of the bearing portion 30c where facing a ratchet pawl 30d3 (described later) is cut out in a shaft direction of the bearing 30c. The bearing portion 30c is extended to a bottom end which is the other end of the piece main body 30a. A pawl support 30d is formed inside the piece main body 30a which is an outer periphery side of the bearing portion 30c. The pawl support 30d is made up of an elastic portion 30d1 formed in an arc shape, a connecting portion 30d2 that connects one end of the elastic portion 30d1 to an inner corner portion of the piece main body 30a, and a ratchet pawl 30d3 projecting toward the bearing portion 30c from the other end of the elastic portion 30d1. The pawl support 30d formed as described is extended to the bottom end of the piece main body 30a.

Puzzle patterns 30a2 such as animals or characters are provided to flat puzzle pattern surfaces 30a1 that are outer peripheral surfaces of the piece 30a, as shown by broken line in FIGS. 7A and 7B. The puzzle patterns 30a2 may be provided by printing as two-dimensional images, or by injection molding as a three-dimensional objects.

Three of the piece 30 formed in this way are arranged along a shaft center P of the each shaft (the left shaft 41a, right shaft 42a, center shaft 43a) of the shaft members 41, 42, 43 by inserting the each shaft (the left shaft 41a, right shaft 42a, center shaft 43a) into the bearing portion 30c. At this time, the piece 30 is rotatably provided around the shaft center P of the each shaft (the left shaft 41a, right shaft 42a, center shaft 43a) via a ratchet mechanism 70 composed of ratchet teeth 41a1, 42a1, 43a1 and ratchet pawl 30d3. In movement of the each shaft (the left shaft 41a, right shaft 42a, center shaft 43a) of the piece 30 in a shaft center P direction, a top end edge of the piece 30 on the top side abuts against bottom end edges of the front face side top cover 11 and the back face side top cover 12, whereby upward movement is restricted, and a bottom end edge of the piece 30 on the bottom side abuts against top end edges of the front face side bottom cover 13 and the back face side bottom cover 14, whereby movement downward movement is restricted.

The puzzle 1 formed in this way can be played as follows. In a state where the left and right puzzle shaft moving members 20 are closed as shown in FIG. 1, when moving the puzzle shaft moving members 20 to the left and right outward moving limits by gripping the left and right grip parts 21a, 21b and pulling the puzzle shaft moving members 20 in the left and right outer directions which are directions of the arrows 22a, 22b, the left puzzle shaft 40 moves to the left and the right puzzle shaft 40 moves to the right along with the puzzle shaft moving members 20.

When the puzzle shaft moving members 20 are moved to the left and right outward moving limits, as shown in FIG. 8, one piece 30 is made rotatable when the puzzle pattern surface 30a1 of the other piece 30 adjacent in the left-right direction faces front (or back). Specifically, among the three pieces 30 on the top shown in FIG. 8, in a state where the puzzle pattern surface 30a1 of the piece 30 in the center faces the front face side, the pieces 30 on both the left and right sides are made rotatable. In the three pieces 30 in the middle, in a state where the puzzle pattern surfaces 30a1 of the pieces 30 on the left and right sides face the front face side, the piece 30 in the center is made rotatable.

The pieces 30 can be positioned at every predetermined angle while being rotated since the pieces 30 and the shafts (the left shaft 41a, right shaft 42a, center shaft 43a) of the puzzle shafts 40 are ratchet engaged. In this embodiment, the pieces 30 can be positioned at every 45 degrees while being rotated. Therefore, even in young children, the positioning in the rotating direction of the pieces 30 can be done with ease, whereby puzzle games such as the matching puzzle game with the puzzle patterns 30a2 can be enjoyed with more enjoyment.

After the rotating operation of the pieces 30 is completed with all the puzzle pattern surfaces 30a1 of the pieces 30 being positioned facing front face direction, the grip parts 21a, 21b are gripped and the puzzle shaft moving members 20 are moved inward directions opposite to the arrows 22a, 22b, whereby the puzzle 1 is back to the state in FIG. 1, and the pieces 30 are made non-rotatable.

Note that the present invention is not limited to the embodiment that has been described heretofore and hence can be freely modified or improved without departing from the spirit and scope of the present invention. For example, the each piece 30 in this embodiment includes four flat puzzle pattern surfaces 30a1. However, the puzzle pattern surface 30a1 may be spherical surface and five or more. In addition, although the three puzzle shafts 40 are provided in this embodiment, the present invention can be implemented with one or more puzzle shafts 40.

Information

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Abstract

Description

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Priority Claims (1)