JP3124602U - Rotating ball toy - Google Patents

Rotating ball toy Download PDF

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JP3124602U
JP3124602U JP2006004379U JP2006004379U JP3124602U JP 3124602 U JP3124602 U JP 3124602U JP 2006004379 U JP2006004379 U JP 2006004379U JP 2006004379 U JP2006004379 U JP 2006004379U JP 3124602 U JP3124602 U JP 3124602U
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rotating parts
wall
rotating
toy according
parts
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シュエリァン，リュー
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シュエリァン，リュー
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    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63F—CARD, BOARD, OR ROULETTE GAMES; INDOOR GAMES USING SMALL MOVING PLAYING BODIES; VIDEO GAMES; GAMES NOT OTHERWISE PROVIDED FOR
    • A63F9/00—Games not otherwise provided for
    • A63F9/06—Patience; Other games for self-amusement
    • A63F9/08—Puzzles provided with elements movable in relation, i.e. movably connected, to each other
    • A63F9/0826—Three-dimensional puzzles with slidable or rotatable elements or groups of elements, the main configuration remaining unchanged, e.g. Rubik's cube
    • A63F9/0861—Three-dimensional puzzles with slidable or rotatable elements or groups of elements, the main configuration remaining unchanged, e.g. Rubik's cube with elements slidably connected to neighbouring elements, e.g. with hollow interior
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63F—CARD, BOARD, OR ROULETTE GAMES; INDOOR GAMES USING SMALL MOVING PLAYING BODIES; VIDEO GAMES; GAMES NOT OTHERWISE PROVIDED FOR
    • A63F9/00—Games not otherwise provided for
    • A63F9/06—Patience; Other games for self-amusement
    • A63F9/08—Puzzles provided with elements movable in relation, i.e. movably connected, to each other
    • A63F9/0826—Three-dimensional puzzles with slidable or rotatable elements or groups of elements, the main configuration remaining unchanged, e.g. Rubik's cube
    • A63F9/0873—Three-dimensional puzzles with slidable or rotatable elements or groups of elements, the main configuration remaining unchanged, e.g. Rubik's cube a sphere rotatable with respect to an inner sphere

Abstract

【課題】大きな知力開発効果を奏する回転可球体玩具を提供すること。
【解決手段】本考案はいくつかの回転部からできた回転可球体玩具に関するものである。いくつかの回転部は共に一つ球体を構成し、隣りあう上記回転部は共にレールまた溝によって合っており、上記回転部のそれぞれはレールに沿って自由に滑ることができるものである。このような回転可球体玩具では、上記回転部がきつく繋がり、自由に滑ることができるので、利用者の知力を大いに高めることができる。
【選択図】図１An object of the present invention is to provide a rotatable ball toy that has a great intellectual development effect.
The present invention relates to a rotatable ball toy made of several rotating parts. Several rotating parts together constitute one sphere, and the adjacent rotating parts are fitted together by rails or grooves, and each of the rotating parts can freely slide along the rails. In such a rotatable sphere toy, the rotating part is tightly connected and can freely slide, so that the user's intelligence can be greatly enhanced.
[Selection] Figure 1

Description

本考案は、回転可球体玩具に関するものである。   The present invention relates to a rotatable sphere toy.

ルービック・キューブ(Rubik's Cube：登録商標)として一番最初の形は、ハンガリーの建築学部の教授エルノ・ルビック(Erno Rubik)が生徒たちに確率の順列(Permutation)を教えるために設計した教具である。この最初のルービック・キューブ（登録商標）は３×３×３の立方体で、全部で２７個小さい立方部があり、自由に中心部をめぐって回すことができる。ルビック教授は、生徒たちによく理解させるために、それらの小さい立方部の表面に違う色で塗りつけた。このような教具は１種の知力開発のおもちゃとされて広く伝えられていく。いまでは市場に販売されるルービック・キューブ（登録商標）にはいろいろな形がある。前記立方体の形以外、回転可球体の形もある。例えば、ハンガリー地球儀(Hungarian-Globe)、マジックボール(Magic Ball)、またケーボール(K-Ball)もこの形の回転可球体玩具である。   The first form of Rubik's Cube (registered trademark) is a tool designed by the professor Erno Rubik of the Hungarian School of Architecture to teach students the permutation of probability. . This first Rubik's Cube (registered trademark) is a 3 × 3 × 3 cube with 27 small cubes in total, and can be freely turned around the center. Professor Rubic has painted the surfaces of these small cubes in different colors to help the students understand better. Such teaching tools are widely known as a kind of intelligence development toy. There are various forms of Rubik's Cube (registered trademark) sold on the market now. Besides the cube shape, there is also a rotatable sphere shape. For example, Hungarian-Globe, Magic Ball, and K-Ball are also this type of rotatable ball toy.

前記回転可球体玩具は、主な移動部は三つの軸に置き各壁を連接する小輪である。その移動できる小輪はいくつかの移動部まで解体できないので、回転可球体玩具の複雑度を引き上げることはできない、したがって、このような回転可球体玩具は十分な知力開発効果を奏することができない。   In the rotatable ball toy, the main moving part is a small ring that is placed on three axes and connects the walls. Since the movable small wheel cannot be disassembled up to several moving parts, the complexity of the rotatable ball toy cannot be raised. Therefore, such a rotatable ball toy cannot exert a sufficient intelligence development effect.

このため、本考案の主な目的は、大きな知力開発効果を奏する回転可球体玩具を提供することである。   For this reason, the main object of the present invention is to provide a rotatable ball toy that exhibits a great intellectual development effect.

上記の技術課題を解決するために、本考案は以下の技術案を採用する。すなわち、いくつかの回転部からできた回転可球体玩具を提供することである。これらの回転部はつなぎ合わせて１つの球体を組み立てる。隣の回転部はレールと溝の協力によってきつく繋がること、自由に滑ることができる。なお、上記回転可球体玩具は、換言すれば回転可球体ルービック・キューブ（登録商標）ともいえる。   In order to solve the above technical problems, the present invention adopts the following technical solutions. That is, to provide a rotatable sphere toy made of several rotating parts. These rotating parts are joined together to assemble one sphere. The adjacent rotating part is tightly connected by the cooperation of rails and grooves, and can slide freely. In addition, it can be said that the said rotatable sphere toy is, in other words, a rotatable sphere Rubik's cube (registered trademark).

上記の技術案の改善案として、レールは隣り合わせている回転部の間に置き、前記溝は各回転部に付けられていることである。   As an improvement plan of the above technical solution, a rail is placed between adjacent rotating parts, and the groove is attached to each rotating part.

上記の技術案の改善案として、前記各レールは“T”の形を呈して、横の方向の接続部と縦の方向の接続部をもっている。二つ隣り合っている回転部は、各自の横接続部の両端に溝がある。   As an improvement plan of the above technical solution, each rail has a shape of “T” and has a connection portion in a horizontal direction and a connection portion in a vertical direction. Two adjacent rotating parts have grooves at both ends of their lateral connection parts.

上記の技術案の改善案として、前記各回転部が畳んである一枚内壁と一枚外壁からできたものである。内壁と外壁とのへりの間のところは前記溝になる。   As an improvement plan of the above technical plan, each rotating part is made of one inner wall and one outer wall folded. The groove between the inner wall and the outer wall becomes the groove.

上記の技術案の改善案として、前記各回転部の内壁の表面のへりに発展方向が隣りあっているへりと同様の凹む溝がある。前記各レールの横連接部の両端とも鈎がつけられる。レールは二つ隣りの回転部に挟まれる時、レールの鈎は内壁の凹む溝にのこる。上記の技術案の改善案として、前記各回転部の頂点に１つ柱形の移動ボタンがある。その 移動ボタンは上端と下端があり、両端の間に溝がある。上記の技術案の改善案として、前記回転可球体玩具は、球体の外に若干の装飾部がある。これらの装飾部は各回転部による繋ぎ合わせる球体の表面に付けられる。   As an improvement plan of the above technical solution, there is a concave groove similar to a rim whose development direction is adjacent to the rim of the inner wall surface of each rotating part. Both ends of the laterally connected portion of each rail are wrinkled. When the rail is sandwiched between two adjacent rotating parts, the rail ridges rest in the recessed groove on the inner wall. As an improvement plan of the above technical solution, there is a single column-shaped moving button at the apex of each rotating unit. The move button has an upper end and a lower end, and a groove between both ends. As an improvement plan of the above technical plan, the rotatable sphere toy has some decorative parts outside the sphere. These decorative parts are attached to the surfaces of the spheres joined by the rotating parts.

上記の技術案の改善案として、前記外装飾部の表面にレリーフがあり、或いは、平面の図案が印刷される。   As an improvement plan of the above technical plan, there is a relief on the surface of the outer decoration part, or a flat design is printed.

本考案の回転部はレールと溝の協力によってつなぎ合わせるものであるから、製品は各レールに沿って回転することができる。各回転部がよく連接でき、知力開発の効果は大きくなる。また、本考案の外装飾部は自由に外して交換できる。本製品の実施の形態としては球体パズルの形もあり、マジック回転球の形もある。   Since the rotating part of the present invention is connected by the cooperation of the rail and the groove, the product can rotate along each rail. Each rotating part can be connected well, and the effect of intellectual development is increased. Moreover, the external decoration part of this invention can be removed and exchanged freely. Embodiments of this product include a spherical puzzle shape and a magic rotating sphere shape.

本考案の一実施形態について図１ないし図３に基づいて説明すれば、以下の通りである。本実施の形態に係る回転可球体玩具は、いくつかの回転部（図解に明記されない）、レール２、移動ボタン３及び外装飾部４を含める。全ての回転部は八個あって、共に１の空腹の球体を組み立てる。１つの回転部は三つの外装飾部４を有している。レール２は隣り合っている二つの回転部の間にある。移動ボタン３は各回転部の頂点の間にある。外装飾部４は回転部からできた球体の外表面に据え付けて、自由に交換でき球面の図案に用いて、全部で二十四個がある。   An embodiment of the present invention will be described with reference to FIGS. 1 to 3 as follows. The rotatable ball toy according to the present embodiment includes several rotating parts (not shown in the illustration), a rail 2, a moving button 3, and an outer decoration part 4. There are eight rotating parts, all together to assemble one hungry sphere. One rotating part has three outer decoration parts 4. The rail 2 is between two adjacent rotating parts. The movement button 3 is located between the vertices of the rotating parts. There are 24 outer decoration parts 4 installed on the outer surface of a sphere made of a rotating part and can be freely exchanged for use in a spherical design.

一つの回転部は内壁１２、外壁１４及び固定支柱１６を含める。固定支柱１６は、固定用の支柱である。その固定支柱１６、内壁１２及び外壁１４は内から外へ順序にねじ（図解に表示されない）で連接して畳んである。そのほか、内壁１２のへりと外壁１４のへりの間にレール（後に説明する）を挟む溝がある。ねじは勿論、リベットなどを使っても前に述べた固定支柱１６、内壁１２と外壁１４を連接し合わせて畳むことができる。その内壁１２の表面のへりに発展方向が隣りあっているへりと同様の凹む溝１２２がある。その固定支柱１６は三つの回転部を纏めて固めるから、３本お互いに垂直するレールは向かい合って移動できるので、レールがハングアップになることはない。１つのレールはおおかた“T”の形を呈して、横の方向の横連接部２２と縦の方向の接続部２４をもっている。そのレール２の横連接部２２の両端とも鈎２２２がある。レール２は二つ隣り合っている回転部に挟まれる時、二つ回転部の溝はレール２の横連接部２２の両端に挟まれて、レール２の鈎２２２は同時に内壁１２の凹む溝にのこる。この場合、回転部はレール２に沿って向かい合って移動できる。前記移動ボタンは八個の回転部の６個の頂点の上端にあって、回転動作に協力する。移動ボタン３は柱形を呈して，上段３２と下段３４がある。上段３２・下段３４の間のところは溝３６になる。回転部が各レール２のレールを沿って回転する場合、内壁１２のへりはちょうど移動ボタン３の溝３６に置いて、回転部はハングアップになることはない。外装飾部４の下に突き出た栓４２がある。栓４２を外壁１４にさし込む時、外装飾部４を回転部の表面に固めることができる。   One rotating part includes an inner wall 12, an outer wall 14 and a fixed column 16. The fixed column 16 is a column for fixing. The fixed support 16, the inner wall 12 and the outer wall 14 are connected and folded in order from the inside to the outside with screws (not shown). In addition, there is a groove for sandwiching a rail (described later) between the edge of the inner wall 12 and the edge of the outer wall 14. It is possible to fold the fixed support 16, the inner wall 12 and the outer wall 14, which have been described previously, by connecting them with a rivet or the like. At the edge of the surface of the inner wall 12, there is a recessed groove 122 similar to the edge whose development direction is adjacent. Since the fixed struts 16 solidify the three rotating parts together, the three rails perpendicular to each other can move facing each other, so that the rails do not hang up. One rail is generally in the shape of “T”, and has a horizontal connecting portion 22 in the horizontal direction and a connecting portion 24 in the vertical direction. Both ends of the lateral connection portion 22 of the rail 2 have hooks 222. When the rail 2 is sandwiched between two adjacent rotating parts, the grooves of the two rotating parts are sandwiched between both ends of the lateral connection part 22 of the rail 2, and the flange 222 of the rail 2 is simultaneously recessed into the recessed groove of the inner wall 12. It remains. In this case, the rotating part can move facing along the rail 2. The movement buttons are at the upper ends of the six vertices of the eight rotating parts, and cooperate with the rotating operation. The movement button 3 has a columnar shape and includes an upper stage 32 and a lower stage 34. A groove 36 is formed between the upper stage 32 and the lower stage 34. When the rotating part rotates along the rail of each rail 2, the edge of the inner wall 12 is just placed in the groove 36 of the moving button 3, and the rotating part does not hang up. There is a stopper 42 protruding below the outer decorative part 4. When the stopper 42 is inserted into the outer wall 14, the outer decorative portion 4 can be fixed to the surface of the rotating portion.

本考案の回転可球体玩具を組み立てる時、まずレール２を内壁１２と外壁１４の間に置いて、レールを立てる。そして、固定支柱１６を内壁１２の内側に付けてから、レール２が内壁１２と外壁１４に挟まれるようにねじで内壁１２、外壁１４及び固定支柱１６を連接する。このように何回も繰り返してから、レール２を連れた回転部を複数組み立てる。移動ボタン３を各回転部の頂点の間に置く。上記の方法で空腹の回転可球体玩具の骨組みを立てる。外装飾部４をその回転可球体玩具の骨組の表面に据え付けて、最後にある特殊な設計通りレリーフ或いは平面の図案を外装飾部４の表に印刷して、完成品を作り終わる。本考案の回転可球体玩具は、各回転部が三つのお互いに垂直するレールを沿って自由に回転する、八個の回転部は球体の表面で自由に位置を交換できる。   When assembling the rotatable globe toy of the present invention, the rail 2 is first placed between the inner wall 12 and the outer wall 14 to stand the rail. And after attaching the fixed support | pillar 16 to the inner side of the inner wall 12, the inner wall 12, the outer wall 14, and the fixed support | pillar 16 are connected with a screw so that the rail 2 may be pinched | interposed into the inner wall 12 and the outer wall 14. After repeating this many times, a plurality of rotating parts with the rails 2 are assembled. The moving button 3 is placed between the vertices of each rotating part. Build the frame of the hungry rotating globe toy by the above method. The outer decoration part 4 is installed on the surface of the framework of the rotatable globe toy, and finally, a relief or flat design is printed on the surface of the outer decoration part 4 according to a special design at the end, and the finished product is finished. In the rotatable ball toy of the present invention, each rotating part freely rotates along three mutually perpendicular rails, and the position of the eight rotating parts can be freely exchanged on the surface of the sphere.

上述のレール２は本考案の１つの好ましい実施の形態である。そのレール２以外、他の方式により回転部とレール、溝を連接することもできる。例えば、隣の二つ回転部のへりに対応する溝と突出道を設計することも好ましい方式である。上に説明した実施の形態に係る回転可球体玩具は八個の回転部からできたものである。一つ回転部の表面に外装飾部４は三つがある。本番に実施になる場合に、回転部また外装飾部４の数量は製品の知力開発の目標効果によって、この数に限らない。   The rail 2 described above is one preferred embodiment of the present invention. In addition to the rail 2, the rotating part, the rail, and the groove can be connected by other methods. For example, it is also a preferable method to design a groove and a protruding path corresponding to the edges of two adjacent rotating parts. The rotatable globe toy according to the embodiment described above is made up of eight rotating parts. There are three outer decorative parts 4 on the surface of one rotating part. In actual implementation, the number of rotating parts or outer decoration parts 4 is not limited to this number, depending on the target effect of product intelligence development.

本考案は、回転部がレールと溝の協力によってつなぎ合わせるものであるから、各レールに沿って自由に回転でき、よくつなぎ合わせてよく滑られて、利用者の知力を大いに高められる。本考案の外装飾部４は自由に交換できる。本製品の他の実施形態としては球体パズルもあり、マジック回転球もある。   In the present invention, since the rotating part is connected by the cooperation of the rail and the groove, it can be freely rotated along each rail, and can be well connected and slid to greatly enhance the user's intelligence. The external decoration 4 of the present invention can be freely replaced. Other embodiments of the product include a sphere puzzle and a magic rotating sphere.

本実施の形態に係る回転可球体玩具のモジュールの解体説明図である。It is disassembly explanatory drawing of the module of the rotatable ball toy which concerns on this Embodiment. 図１に表示された多数の内壁の説明図である。It is explanatory drawing of many inner walls displayed on FIG. 図１に表示された多数のレール及び移動ボタンの説明図である。It is explanatory drawing of many rails displayed on FIG. 1, and a movement button.

符号の説明Explanation of symbols

２ レール
３ 移動ボタン
４ 外装飾部
１２ 内壁
１４ 外壁
１６ 固定支柱
２２ 横連接部
２４ 接続部
３２ 上段
３４ 下段
３６ 溝
１２２ 溝
２２２ 鈎 2 Rail 3 Movement button 4 Outer decoration part 12 Inner wall 14 Outer wall 16 Fixed column 22 Lateral connection part 24 Connection part 32 Upper stage 34 Lower stage 36 Groove 122 Groove 222 ２２２

Claims (10)

いくつかの回転部からできた回転可球体玩具であって、
いくつかの上記回転部は共に一つの球体を構成し、
隣りあう上記回転部はレールまたは溝によって合っており、上記回転部のそれぞれがレールに沿って自由に滑ることができることを特徴とする回転可球体玩具。 A rotating ball toy made of several rotating parts,
Some of the above rotating parts together constitute a sphere,
The rotating parts described above are characterized in that adjacent rotating parts are fitted by rails or grooves, and each of the rotating parts can freely slide along the rails. 溝に沿って上記回転部のそれぞれが、中置きレールによって滑ることができることを特徴とする請求項１に記載の回転可球体玩具。   2. The rotatable spherical toy according to claim 1, wherein each of the rotating parts can slide along the groove by an intermediate rail. 上記レールのそれぞれが“T”の形を呈して、横の方向の接続部と縦の方向の接続部を有しており、
二つ隣り合っている上記回転部は、各自の横接続部の両端に溝があることを特徴とする請求項２に記載の回転可球体玩具。 Each of the rails has a “T” shape and has a horizontal connection and a vertical connection,
3. The rotatable ball toy according to claim 2, wherein the two adjacent rotating parts have grooves at both ends of their lateral connection parts. 上記回転部のそれぞれが畳んである一枚の内壁と一枚の外壁とを備え、
上記内壁および上記外壁のへりのところに溝があることを特徴とする請求項３に記載の回転可球体玩具。 Each of the rotating parts comprises one inner wall and one outer wall that are folded,
4. The rotatable spherical toy according to claim 3, wherein there is a groove at the edge of the inner wall and the outer wall. 上記回転部のそれぞれにおける内壁の表面のへりに、発展方向が隣りあっているへりと同様の凹む溝を備えており、
上記レールのそれぞれにおける横連接部の両端には、鈎が設けられており、
上記レールが二つ隣りの回転部に挟まれる時、レールの鈎は内壁の凹む溝にのこることを特徴とする請求項４に記載の回転可球体玩具。 The edge of the surface of the inner wall in each of the rotating parts is provided with a recessed groove similar to the edge whose development direction is adjacent,
At both ends of the lateral connection portion in each of the rails, a hook is provided,
5. The rotatable ball toy according to claim 4, wherein when the rail is sandwiched between two adjacent rotating parts, the rail cage is placed in a groove recessed in the inner wall. 上記回転部のそれぞれが上記内壁の内側に据え付けられた固定用の支柱を備えていることを特徴とする請求項４に記載する回転可球体玩具。   5. The rotatable spherical toy according to claim 4, wherein each of the rotating parts includes a fixing column installed inside the inner wall. ねじによって上記回転部のそれぞれの上記内壁、上記外壁または固定用の支柱がつなぎ合わされていることを特徴とする請求項６に記載の回転可球体玩具。   7. The rotatable ball-shaped toy according to claim 6, wherein the inner wall, the outer wall, or the fixing column for each of the rotating parts are connected by screws. 上記回転部のそれぞれの頂点に１つ柱形の移動ボタンが備えられており、
上記移動ボタンには上側と下側があり、両側の間に溝があることを特徴とする請求項２に記載の回転可球体玩具。 There is one columnar movement button at each vertex of the rotating part,
The rotary movable toy according to claim 2, wherein the moving button has an upper side and a lower side, and a groove is provided between both sides. 上記球体の外側に若干の装飾部が備えられており、
上記装飾部は上記回転部のそれぞれから繋ぎ合わされた球体の表面に置かれることを特徴とする請求項１から請求項８までの何れか１項に記載の回転可球体玩具。 There are some decorative parts on the outside of the sphere,
The rotating decorative toy according to any one of claims 1 to 8, wherein the decoration part is placed on a surface of a sphere joined from each of the rotating parts. 上記外装飾部の表面にレリーフがあり、或いは、平面の図案が印刷されていることを特徴とする請求項９に記載の回転可球体玩具。   10. The rotatable ball-shaped toy according to claim 9, wherein a relief is provided on a surface of the outer decoration portion, or a flat design is printed.
JP2006004379U 2005-09-13 2006-06-06 Rotating ball toy Expired - Fee Related JP3124602U (en)

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