JPH0551400U - Combination toys - Google Patents
Combination toysInfo
- Publication number
- JPH0551400U JPH0551400U JP11061591U JP11061591U JPH0551400U JP H0551400 U JPH0551400 U JP H0551400U JP 11061591 U JP11061591 U JP 11061591U JP 11061591 U JP11061591 U JP 11061591U JP H0551400 U JPH0551400 U JP H0551400U
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- Prior art keywords
- triangular pyramid
- isosceles
- triangular
- elastic body
- length
- Prior art date
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Abstract
(57)【要約】
【目的】 辺の長さの比を特定した二等辺三角形で三次
元空間に隙間なく、限りなく詰める事が出来る三角錐を
作成し、該三角錐の接合辺を特定して複数個を連接し、
色、柄、文字等の変化、形の変化、更には形成された様
々な形を無限に組合わせる事が可能な組合わせ玩具の提
供。
【構成】 二等辺の各辺の長さと残る辺の長さの比が、
ルート３対２の二等辺三角形４面で三角錐を構成し、隣
接する該三角錐の前記残る辺を介して回動可能に複数個
の該三角錐を連接した事を特徴とする組合わせ玩具。
(57) [Summary] [Purpose] Create an isosceles triangle that specifies the ratio of side lengths and create a triangular pyramid that can be packed as close as possible in a three-dimensional space without any gaps, and specify the joining sides of the triangular pyramid. Connect multiple pieces together,
Providing combination toys that can change the shapes of colors, patterns, letters, etc., as well as the various shapes formed infinitely. [Structure] The ratio of the length of each side of the isosceles side to the length of the remaining side is
A combination toy characterized in that a triangular pyramid is formed by four isosceles triangles with roots of 3 to 2, and a plurality of triangular pyramids are rotatably connected through the remaining sides of the adjacent triangular pyramids. ..
Description
【０００１】[0001]
４本考案は、辺の長さの比を特定した二等辺三角形で三次元空間に隙間なく、限 りなく詰める事が出来る三角錐を作成し、接合辺を特定して複数個の前記三角錐 を連接し、色、柄、文字等、及び形の無限の変化が可能な組合わせ玩具に関する ものである。 4 The present invention creates a triangular pyramid that is an isosceles triangle with a specified ratio of side lengths and that can be packed in a three-dimensional space without any gaps. The present invention relates to a combination toy in which colors, patterns, characters, and the like can be infinitely changed by connecting to each other.
【０００２】[0002]
従来から存在しているパズルとしては、平面及び立体的な色合わせパズル、同 じ性質を持ち着脱可能なジョイント等を施した組合わせ自在なパズル、或いは初 めから異なった形や色のものを組合わせるパズル等がある。これ等は一つ一つに 特質があり、従ってその特質に限定されて自ずとそのバリェイションには限界が あり、パズルとしての面白味も底が浅く、飽きの来るのが早い難点があった。 Conventionally existing puzzles are two-dimensional and three-dimensional color matching puzzles, puzzles that have the same properties and can be combined freely, such as with removable joints, or those with different shapes and colors from the beginning. There are puzzles to combine. Each of these has its own characteristics, and as a result, there is a limit to its variation due to its limited characteristics, and the fun as a puzzle is shallow, and there is a difficulty in getting bored quickly.
【０００３】[0003]
本考案は、上記した従来のバズルが有する問題点を悉く解消すると共に、未知 の探究と新たな発見への期待に、限り無い夢と欲望を駆り立てられる組合わせ玩 具の提供を課題とするものである。 The present invention aims to solve the problems of the conventional buzzle described above and to provide a combination toy that can drive unlimited dreams and desires to the unknown inquiry and the expectation for new discoveries. Is.
【０００４】[0004]
本考案は上記課題を達成するに当たり、二等辺の各辺の長さと残る辺の長さの 比が、ルート３対２の二等辺三角形４面で三角錐を構成し、隣接する該三角錐の 前記残る辺同士を介して回動可能に複数個の該三角錐を連接した事を特徴とする 組合わせ玩具を基本的手段とし、 In order to achieve the above object, the present invention is such that the ratio of the length of each side of the isosceles and the length of the remaining side forms a triangular pyramid with four isosceles triangles of route 3 to 2, and the adjacent triangular pyramids are As a basic means, a combination toy is characterized in that a plurality of the triangular pyramids are connected so as to be rotatable through the remaining sides.
【０００５】 二等辺の各辺の長さと残る辺の長さの比が、ルート３対２の二等辺三角形４面 で三角錐を構成し、該三角錐内の二等辺の挟角の二等分線上に弾性体の取付部材 の支持部を設け、一方前記取付部材の弾性体取付部に設けた弾性体が前記三角錐 の前記残る辺の面を貫通出来る長穴を該残る辺の長さ方向中央に該残る辺に直角 に設け、前記長穴を貫通して隣接する三角錐の各弾性体取付部間に隣接する各三 角錐が残る辺を介して回動可能に、且つ該隣接する両三角錐が密着可能に弾性体 を取り付け、これを繰り返して複数個の三角錐を連接した事を特徴とする組合わ せ玩具を第２手段とし、The ratio of the length of each side of the isosceles to the length of the remaining sides constitutes a triangular pyramid with four isosceles triangles with roots of 3: 2, and the angles between the isosceles within the triangular pyramid are equal to each other. A support portion for the elastic member mounting member is provided on the dividing line, while an elastic body provided in the elastic member mounting portion of the mounting member has a long hole through which the surface of the remaining side of the triangular pyramid can be penetrated. It is provided at the center of the direction at a right angle to the remaining side, and each triangular pyramid adjacent to each elastic body mounting portion of the adjacent triangular pyramid penetrating the elongated hole is rotatably and adjacent via the remaining side. An elastic body was attached so that both triangular pyramids could be in close contact with each other, and this was repeated to connect a plurality of triangular pyramids, and the combined toy was used as the second means.
【０００６】 二等辺の各辺の長さと残る辺の長さの比が、ルート３対２の二等辺三角形４面 で三角錐を構成し、該三角錐内の二等辺の挟角の二等分線上に形状記憶弾性体の 取付部を設け、該形状記憶弾性体に所要の動作を記憶せしめる記憶指示装置を設 け、一方前記取付部に取付けた前記形状記憶弾性体が前記三角錐の前記残る辺の 面を貫通出来る長穴を該残る辺の長さ方向中央に該残る辺に直角に設けて隣接す る各三角錐の前記支持部間に前記長穴を貫通し、各三角錐が残る辺を介して回動 可能に、且つ該隣接する両三角錐が密着可能に形状記憶弾性体を取り付け、これ を繰り返して複数個の三角錐を連接した事を特徴とする組合わせ玩具を第３手段 とし、The ratio of the length of each side of the isosceles to the length of the remaining sides forms a triangular pyramid with four isosceles triangles of root 3 to 2, and the equal angle between the isosceles within the triangle is equal to the second degree. A mounting portion for the shape memory elastic body is provided on the dividing line, and a memory indicating device for storing a desired operation in the shape memory elastic body is provided, while the shape memory elastic body mounted on the mounting portion is the triangular pyramid. An elongated hole that can penetrate the surface of the remaining side is provided at the center of the remaining side in the longitudinal direction at a right angle to the remaining side, and the elongated hole is penetrated between the supporting parts of the adjacent triangular pyramids. A combination toy is characterized in that a shape memory elastic body is attached so that both adjacent triangular pyramids can be rotated so that they can be rotated through the remaining side, and a plurality of triangular pyramids are connected by repeating this. 3 means,
【０００７】 基本的手段及び第２手段並びに第３手段に記載の複数個が２４個である事を特 徴とする組合わせ玩具を第４の手段とするものである。[0007] The fourth means is a combined toy characterized in that the basic means, the second means and the third means are 24 in number.
【０００８】[0008]
本考案は、上記した第１手段を基本として用いるので、得られる三角錐は二等 辺を頂点としては６０°、残る辺を頂点としては９０°の平面角を有する三角錐 で、その残る辺つまり単独辺を連接をするのでその接合体の動きは、僅か上下か 又は左右の２種類でしかないにもかかわらず、その動きは残る辺つまり単独辺を 連接しない接合体が限定される動きとは異なり、以下に説明する３次元的な構造 物を形成し、創造を超えて色と形が変化する構造物を現出し、更にその構造物を 複数個組合わせる事により、色、形は更に千変万化し、子供から大人迄が十分に 楽しむ事が可能な無限の色、形の組合わせ変化の演出が可能となる。 Since the present invention basically uses the above-mentioned first means, the obtained triangular pyramid is a triangular pyramid having a plane angle of 60 ° with isosceles as vertices and 90 ° as remaining vertices. In other words, since the single side is connected, the movement of the joined body is only two types, up and down or left and right, but the movement is the remaining side, that is, the joined body that does not connect the single side is limited. However, by forming a three-dimensional structure that will be described below, revealing a structure whose color and shape change beyond creativity, and combining multiple structures, the color and shape can be further improved. It is possible to produce endless combinations of colors and shapes that children and adults can fully enjoy.
【０００９】[0009]
以下図を基に本考案の実施例を説明する。図１は本考案の基本となる三角錐の 展開図である。該三角錐は、各辺の長さの比が、二等辺の各辺の長さルート３に 対して残る辺、つまり単独辺の長さの比が２である二等辺三角形４面で構成され ている。図１において１は前記残る辺であり、２は二等辺の各辺である。この二 等辺三角形から得られる三角錐３は、辺１を頂点としては９０°、辺２を頂点と しては６０°の平面角を有する三角錐３で、図２に該三角錐３の斜視図を示す。 図３は２４個の前記三角錐３の辺１を連接して形成したエンドレスリング４の正 面図である。 An embodiment of the present invention will be described below with reference to the drawings. FIG. 1 is a development view of a triangular pyramid which is the basis of the present invention. The triangular pyramid is constituted by four sides of an isosceles triangle in which the ratio of the length of each side remains with respect to the length route 3 of each side of the isosceles, that is, the ratio of the length of a single side is 2. ing. In FIG. 1, 1 is the remaining side, and 2 is each side of the isosceles side. The triangular pyramid 3 obtained from this isosceles triangle is a triangular pyramid 3 having a plane angle of 90 ° with side 1 as the apex and 60 ° with side 2 as the apex. The figure is shown. FIG. 3 is a front view of an end wrestling ring 4 formed by connecting the sides 1 of 24 triangular pyramids 3.
【００１０】 本考案の基本は、このエンドレスリング４を形成するものであり、前記した隣 接する各三角錐３の辺１を介して複数の三角錐３を連接して環を形成した組合わ せ体にある。図３に示すエンドレスリング４はその一例である。このエンドレス リング４を畳むと全三角錐３の総表面積の１／４の最小表面積で構成される２４ 胞体が形成される。この時、前記三角錐３の対応する面毎を異なる４色に分ける と、畳み始める時の色により表面が総て同色の２４胞体を４色にわたって演出す る事が出来る。この時の形の一つが図４に示す菱形１２面体であり、他の一つが 図５に示す平行６面体である。前記エンドレスリング４は、前記菱形１２面体と 平行６面体に限らず各種各様の形状を作り出せる。このような前記エンドレスリ ング４を２個用いて組合わせると菱形平行１２面体が得られる。その実施例を図 ６、図７、図８に示す。各図の（イ）（ロ）に示すそれぞれを組合わせると何れ も（ハ）に示す菱形平行６面体が得られる。前記エンドレスリング４の使用個数 を問わなければ、該組合わせと作り出される形状は無限となる。この点は図を示 し、詳細にわたって文字で説明しても、その実態を認識し、理解する事は甚だ困 難であり、現物の一見はこの実態を正確、且つ迅速確実に認識し、理解を得さし めるものである。The basis of the present invention is to form the end wrestling 4, and a combination is formed by connecting a plurality of triangular pyramids 3 through the sides 1 of the adjacent triangular pyramids 3 to form a ring. On the body. The end wrestling 4 shown in FIG. 3 is an example thereof. When this endless ring 4 is folded, 24 cells each having a minimum surface area of 1/4 of the total surface area of all triangular pyramids 3 are formed. At this time, if the corresponding faces of the triangular pyramid 3 are divided into four different colors, it is possible to produce 24 cells whose surfaces are all the same color over four colors depending on the color when the folding is started. One of the shapes at this time is a rhomboid dodecahedron shown in FIG. 4, and the other one is a parallelepiped shown in FIG. The end wrestling 4 is not limited to the rhomboid dodecahedron and the parallelepiped, but can have various shapes. When two such endless rings 4 are used in combination, a rhomboid parallelepiped is obtained. Examples thereof are shown in FIGS. 6, 7 and 8. The rhombic parallelepiped shown in (c) can be obtained by combining the two shown in (a) and (b) of each figure. Regardless of the number of the end wrestling 4 used, the shape produced by the combination is infinite. This point is very difficult to recognize and understand the actual situation even if it is shown in the figure and explained in detail in text. It is the one to obtain.
【００１１】 図９から図１１は、上記の組合わせ形状を必要に応じて保持可能とするため、 弾性体５を使用して各三角錐３の辺１を介して連接し、前記エンドレスリング４ を構成した一実施例を示す。図９は三角錐３内の二面に設けた弾性体５の取付部 材６の支持部７の構成を示す一部切欠き斜視図である。図１０は隣接する三角錐 ３間に弾性体５の張力が作用するように各三角錐３内に設けた弾性体５の取付部 材６の取付部８間に弾性体５を取付け、隣接する三角錐３の各々を中性点に位置 づけた状態を示す断面図である。図１１は図１０の状態に入る前、又は図１０の 状態に入った後の隣接する三角錐３の密着状態を示す断面図である。尚９は前記 弾性体５が隣接する三角錐３内に設けた弾性体５の取付部８間に取り付けられた 時、隣接する三角錐３間を貫通可能に辺１の長さ方向中央に該辺１に直角に設け た長穴である。又前記した弾性体としては、蔓巻バネ、天然ゴム或いはシリコン ゴム等が使用出来る。9 to 11 show that the above-mentioned combined shape can be held as needed, and therefore the elastic body 5 is used to connect the triangular pyramids 3 through the sides 1 and the end wrestling ring 4 is connected. An example of the configuration will be shown. FIG. 9 is a partially cutaway perspective view showing the structure of the support portion 7 of the attachment member 6 of the elastic body 5 provided on the two surfaces in the triangular pyramid 3. FIG. 10 shows that the elastic bodies 5 are mounted between the mounting portions 8 of the mounting portions 6 of the elastic bodies 5 provided in each triangular pyramid 3 so that the tension of the elastic bodies 5 acts between the adjacent triangular pyramids 3. FIG. 6 is a cross-sectional view showing a state in which each of the triangular pyramids 3 is positioned at a neutral point. FIG. 11 is a sectional view showing a close contact state of the adjacent triangular pyramids 3 before entering the state of FIG. 10 or after entering the state of FIG. When the elastic body 5 is mounted between the mounting portions 8 of the elastic bodies 5 provided in the adjacent triangular pyramids 3, the side walls 1 are provided at the center in the longitudinal direction so as to be able to penetrate between the adjacent triangular pyramids 3. It is an elongated hole formed at a right angle to side 1. As the elastic body, a coil spring, natural rubber or silicone rubber can be used.
【００１２】 又、図１２から図１６は、如何様なる形状に前記エンドレスリング４を畳んで いても特定の形状、例えば上記した図４に示す菱形１２面体又は図５に示す平行 ６面体に自動的に復元させるため、復元用応力を付加した復元用弾性体１０と、 これに所要の形状への復元に必要な応力を付加する復元応力付加装置を用いた実 施例を示す。該復元用弾性体１０を設置するには、図１２、図１３、図１４、図 １５、図１６に示す如く、隣接する三角錐３の辺１の挟角に応じて扇形軸受１１ を設け、該軸受１１に回転可能に支持された軸１２に固定されたホイール１３の 中性点１４に該復元用弾性体１０の長さの中心部を固定し、該復元用弾性体１０ の両端を隣接する三角錐３に内設した復元用弾性体１０の取付部１５、１６に取 り付けると共に、復元用弾性体１０に所要の形状への復元に必要な応力を付加す る復元応力付加装置として、前記軸１２に固定したホイール１７を回転可能に該 ホイール１７に掛けられたロープ１８をプーリー１９、２０、２１を経てその一 端をスイッチ２２の一端に接続し、他端を該スイッチ２２の他端に接続し、この ようにしてスイッチ２２を上に移動すればホイール１７は左へ回転し、下へ移動 すれば右へ回転する。図１５の状態からホイール１７を左右どちらかへ回転する と、取付部１５、１６に固定されている前記復元用弾性体１０の各々に張力の差 が生じ復元に必要な応力が付加されるのである。この応力付加に従って前記復元 用弾性体１０は三角錐３の移動を始め、図１６に示す如く前記復元用弾性体１０ は応力の付加通りに作動して隣接する三角錐３の外面が密着すると移動は停止す る。尚２３は前記スイッチ２２の摺動レール、２４は該レール２３の固定具、２ ５は前記スイッチ２２の固定具である。又、前記したロープ１８は天然ゴム或い はシリコンゴム等を用いた紐状体の他、合成樹脂繊維、化学繊維等の撚糸等を使 用する事が出来る。12 to 16 show that even if the end wrestling ring 4 is folded in any shape, a specific shape, for example, a rhomboid dodecahedron shown in FIG. 4 or a parallelepiped shown in FIG. An example is shown in which a restoring elastic body 10 to which restoring stress is added to restore the desired shape and a restoring stress adding device that adds a stress necessary for restoring to a desired shape are added to the restoring elastic body 10. To install the elastic body 10 for restoration, as shown in FIGS. 12, 13, 14, 15, and 16, a fan-shaped bearing 11 is provided in accordance with the included angle of the side 1 of the adjacent triangular pyramids 3. The center portion of the length of the restoring elastic body 10 is fixed to a neutral point 14 of a wheel 13 fixed to a shaft 12 rotatably supported by the bearing 11, and both ends of the restoring elastic body 10 are adjacent to each other. As a restoring stress applying device that attaches to the mounting portions 15 and 16 of the restoring elastic body 10 provided inside the triangular pyramid 3 and applies a stress necessary for restoring the restoring elastic body 10 to a desired shape. A wheel 18 fixed to the shaft 12 is rotatably hung on the wheel 17 and is connected to one end of a switch 22 via pulleys 19, 20, 21 and the other end of the switch 22 is connected to the other end. Connect it to the other end and in this way switch 22 Wheel 17 when moving to the rotated left, rotated to the right if move down. When the wheel 17 is rotated to the left or right from the state of FIG. 15, a difference in tension occurs between the elastic members 10 for restoration fixed to the mounting portions 15 and 16, and a stress necessary for restoration is added. is there. In response to this stress application, the elastic restoring member 10 starts to move the triangular pyramid 3, and as shown in FIG. 16, the elastic restoring member 10 operates according to the applied stress and moves when the outer surface of the adjacent triangular pyramid 3 comes into close contact. Will stop. Reference numeral 23 is a slide rail of the switch 22, 24 is a fixture for the rail 23, and 25 is a fixture for the switch 22. The rope 18 may be made of a string-like body made of natural rubber or silicone rubber, or twisted yarn of synthetic resin fiber, chemical fiber or the like.
【００１３】 復元用弾性体１０に所要の動作に必要な応力を付加せしめる復元応力付加装置 としては、前記図１２〜１６例に限るものではなく、これに代えて図１７に示す 如く、前記ホイール１７をウオームホイールギヤ２６に代え、これをウオームピ ニオンギヤ２７で駆動する装置とし、該ウオームピニオンギヤ２７の軸に周縁に 刻みを施した円板２８を取り付けて該ウオームピニオンギヤ２７を回動可能にす ると共に、該刻みを施した円板２８の一部を三角錐３の一部から覗かせ、該三角 錐３の外部から該円板２８を操作して前記ウオームピニオンギヤ２７を所要の方 向に回動して復元用弾性体１０に所要の動作に必要な応力を付加せしめる装置と しても良い。何れにしてもこれ等の復元応力付加装置を用いて復元用弾性体１０ に所要の動作を行う応力を付加せしめるには、例えば、仮にホイール１７を左へ 回転して与える応力をａとし、右へ回転して与える応力をｂとすると、前記した 図３に示すエンドレスリング４を構成する２４個の各三角錐３の連結の順に、ａ ａｂｂｂａａｂａｂｂａａａａａｂａｂａａｂａｂの応力を与えると、常に前記 図４に示す平行６面体に復元し、ａａａａａｂａｂａａａａａｂａｂａａａａａ ｂａｂ、或いは、ａａａａａｂａｂａａａｂａａａａａｂａｂａａａｂの二種類 の応力を与えると、常に前記図５に示す菱形１２面体に復元する。The restoring stress applying device for applying the stress required for the required operation to the restoring elastic body 10 is not limited to the examples shown in FIGS. 12 to 16, but instead of this, as shown in FIG. In place of the worm wheel gear 26, the worm wheel gear 26 is replaced by a worm pinion gear 27, and the worm pinion gear 27 is rotated. At the same time, a part of the engraved disc 28 is made to look through a part of the triangular pyramid 3, and the disc 28 is operated from the outside of the triangular pyramid 3 to rotate the worm pinion gear 27 in a desired direction. It may be a device that moves to apply a stress necessary for a required operation to the elastic body 10 for restoration. In any case, in order to add a stress for performing a desired operation to the elastic body for restoration 10 using these restoring stress applying devices, for example, the stress given by rotating the wheel 17 to the left is a, and the stress given to the right is When the stress applied by rotating to b is b, when the stress of a abbabaababaaaaaaaababaabab is applied in the order of connection of each of the 24 triangular pyramids 3 constituting the end wrestling 4 shown in FIG. When it is restored to a hexahedron and two kinds of stress, that is, aaaaaaaaaaaaaaaaaaaaaab, or aaaaaaaaaaaaaaaaaaaaaaaaaaaabab are applied, it is always restored to the rhombohedral dodecahedron shown in FIG.
【００１４】[0014]
本考案は、上記の手段を用いて上記の作用を生ましめるので、色、形、更には その両者の組合わせが様々に変化し、本考案の玩具を操作中に偶然思いがけない 色や形の組合わせを発見する事があり、この発見には老若男女を問わず欣喜雀躍 する悦びを実感する事が出来るので、何時迄も倦怠を覚えることがない。本考案 の玩具は嵩張らず、軽量で、子供ものみにならず、老人も十分に取り扱える。従 って場所、人を問わず楽しむ事が出来、熟慮を経れば経る程、その奥の深さに魅 力を感じ、頭脳を駆使する労を忘れ、遊びながらに頭と指先の体操が行える等、 健常者の遊戯は勿論の事、日常生活から発生するストレス解消、手及び手の指の 障害者のリハビリ、痴呆性老人病のリハビリ等にも使用出来るものであり、市民 の日常生活にもたらす心身の健康増進効果は大きい。 Since the present invention produces the above effect by using the above means, the color, the shape, and the combination of both of them are variously changed, and the toy of the present invention may have a color or a shape which is unexpectedly unexpected while being operated. Sometimes we find a combination, and regardless of age or sex, we can feel the excitement of jumping, so we never feel tired. The toy of the present invention is not bulky, is light, and can be used by children as well as elderly people. Therefore, it can be enjoyed by anyone, regardless of location, and the more I think about it, the more I feel the deepness of it, the more I forget the effort to use my brain, and the more gymnastics of my head and fingertips while playing. It can be used not only for the play of healthy people, but also for stress relief from daily life, rehabilitation of people with hand and finger disorders, rehabilitation of demented geriatric diseases, etc. It has a great effect on physical and mental health promotion.
【図１】本考案の基本となる三角錐の展開図で（イ）は
長穴なし、（ロ）は長穴付き。FIG. 1 is a development view of a triangular pyramid which is the basis of the present invention, (a) without an elongated hole, (b) with an elongated hole.
【図２】本考案の三角錐の斜視図。FIG. 2 is a perspective view of a triangular pyramid of the present invention.
【図３】２４個の三角錐を連接して形成したエンドレス
リングの正面図。FIG. 3 is a front view of an end wrestling formed by connecting 24 triangular pyramids.
【図４】菱形１２面体の斜視図。FIG. 4 is a perspective view of a rhomboid dodecahedron.
【図５】平行６面体の平面図。FIG. 5 is a plan view of a parallelepiped.
【図６】（イ）（ロ）は図３に示すエンドレスリングの
２個により各々形成された組合わせ体のそれぞれの一例
の斜視図。（ハ）は更に（イ）（ロ）を組合わせて構成
した菱形平行６面体の斜視図。6A and 6B are perspective views of an example of a combination body formed by two end wrestlings shown in FIG. 3, respectively. (C) is a perspective view of a rhomboid parallelepiped formed by further combining (A) and (B).
【図７】（イ）（ロ）は図３に示すエンドレスリングの
２個により各々形成された組合わせ体のそれぞれの他の
例の斜視図。（ハ）は更に（イ）（ロ）を組合わせて構
成した菱形平行６面体の斜視図。7A and 7B are perspective views of other examples of a combination body formed by two end wrestlings shown in FIG. 3, respectively. (C) is a perspective view of a rhomboid parallelepiped formed by further combining (A) and (B).
【図８】（イ）（ロ）は図３に示すエンドレスリングの
２個により各々形成された組合わせ体のそれぞれの更に
他の例の斜視図。（ハ）は更に（イ）（ロ）を組合わせ
て構成した菱形平行６面体の斜視図。8A and 8B are perspective views of still another example of a combination body formed by two end wrestlings shown in FIG. (C) is a perspective view of a rhomboid parallelepiped formed by further combining (A) and (B).
【図９】三角錐に内設した弾性体の取付部の構成を示す
一部切欠き斜視図。FIG. 9 is a partially cutaway perspective view showing a configuration of an elastic body mounting portion provided in a triangular pyramid.
【図１０】隣接する三角錐に内設した弾性体の取付部間
に弾性体を取付け、隣接する三角錐を中性点に位置づけ
た状態を示す断面図。FIG. 10 is a cross-sectional view showing a state in which an elastic body is attached between attachment portions of elastic bodies provided in adjacent triangular pyramids and the adjacent triangular pyramids are positioned at neutral points.
【図１１】図１０の状態に入る前、又は図１０の状態に
入った後の隣接する三角錐の密着状態を示す断面図。11 is a cross-sectional view showing a contact state of adjacent triangular pyramids before entering the state of FIG. 10 or after entering the state of FIG.
【図１２】復元用弾性体の復元応力付加装置のホイール
の取付け状態を示す斜視図。FIG. 12 is a perspective view showing a mounted state of a wheel of the restoring stress applying device for the restoring elastic body.
【図１３】復元用弾性体の復元応力付加装置のホイール
の取付け状態を示す断面図。FIG. 13 is a cross-sectional view showing a mounted state of a wheel of a restoring stress applying device for a restoring elastic body.
【図１４】復元用弾性体のホイール・ロープ式復元応力
付加装置の全体斜視図。FIG. 14 is an overall perspective view of a wheel / rope type restoring stress applying device for a restoring elastic body.
【図１５】隣接する三角錐に内設した復元用弾性体の取
付部間に復元用弾性体を取付け、隣接する三角錐を中性
点に位置づけた状態を示す断面図。FIG. 15 is a cross-sectional view showing a state in which the restoring elastic body is attached between the attaching portions of the restoring elastic bodies provided in the adjacent triangular pyramids and the adjacent triangular pyramids are positioned at the neutral points.
【図１６】図１５の状況から復元用弾性体の付加応力通
りに制御された隣接する三角錐の状態を示す断面図。16 is a cross-sectional view showing the state of adjacent triangular pyramids controlled from the situation of FIG. 15 according to the additional stress of the elastic body for restoration.
【図１７】復元用弾性体のウオーム式復元応力付加装置
の例を示す斜視図。FIG. 17 is a perspective view showing an example of a worm type restoring stress applying device for a restoring elastic body.
１：２等辺三角形の単独辺 ２：２等辺三角形の２等辺 ３：三角錐 ４：エンドレスリング ５：弾性体 ９：長穴 １０：復元用弾性体 ２６：ウオームホイールギヤ ２７：ウオームピニオンギヤ ２８：円板 1: Single side of isosceles triangle 2: Isosceles side of isosceles triangle 3: Triangular pyramid 4: End wrestling 5: Elastic body 9: Slotted hole 10: Elastic body for restoration 26: Worm wheel gear 27: Worm pinion gear 28: Circle Board
Claims (4)
が、ルート３対２の二等辺三角形４面で三角錐を構成
し、隣接する該三角錐の前記残る辺同士を介して回動可
能に複数個の前記三角錐を連接した事を特徴とする組合
わせ玩具。1. The ratio of the length of each of the isosceles sides and the length of the remaining sides forms a triangular pyramid with four isosceles triangles of route 3 to 2, and the remaining sides of adjacent triangular pyramids are A combination toy characterized in that a plurality of the above-mentioned triangular pyramids are connected so as to be pivotable through the toy.
が、ルート３対２の二等辺三角形４面で三角錐を構成
し、該三角錐内の二等辺の挟角の二等分線上に弾性体の
取付部材の支持部を設け、一方前記取付部材の弾性体取
付部に設けた弾性体が前記三角錐の前記残る辺の面を貫
通出来る長穴を該残る辺の長さ方向中央に該残る辺に直
角に設け、前記長穴を貫通して隣接する三角錐の各弾性
体取付部間に隣接する各三角錐が残る辺を介して回動可
能に、且つ該隣接する両三角錐が密着可能に弾性体を取
り付け、これを繰り返して複数個の三角錐を連接した事
を特徴とする組合わせ玩具。2. The ratio of the length of each side of the isosceles to the length of the remaining sides forms a triangular pyramid with four isosceles triangles having a root of 3: 2, and the angle between the isosceles inside the triangular pyramid is A support portion for an elastic member mounting member is provided on the bisector, while an elastic member provided in the elastic member mounting portion of the mounting member is provided with an elongated hole through which the surface of the remaining side of the triangular pyramid can penetrate. Provided at the center in the length direction at a right angle to the remaining side, rotatably via the side where each triangular pyramid that penetrates through the elongated hole and is adjacent to each elastic body attachment portion of the adjacent triangular pyramid, and A combination toy characterized in that two adjacent triangular pyramids are attached with an elastic body so that they can adhere to each other, and this is repeated to connect multiple triangular pyramids.
が、ルート３対２の二等辺三角形４面で三角錐を構成
し、該三角錐内の二等辺の挟角の二等分線上に形状記憶
弾性体の取付部を設け、該形状記憶弾性体に所要の動作
を記憶せしめる記憶指示装置を設け、一方前記取付部に
取付けた前記形状記憶弾性体が前記三角錐の前記残る辺
の面を貫通出来る長穴を該残る辺の長さ方向中央に該残
る辺に直角に設け、隣接する各三角錐の前記支持部間に
前記長穴を貫通して各三角錐が残る辺を介して回動可能
に、且つ該隣接する両三角錐が密着可能に形状記憶弾性
体を取り付け、これを繰り返して複数個の三角錐を連接
した事を特徴とする組合わせ玩具。3. The ratio of the length of each side of the isosceles to the length of the remaining sides constitutes a triangular pyramid with four isosceles triangles having a root of 3: 2, and the angle between the isosceles of the isosceles inside the triangular pyramid. A shape memory elastic body mounting portion is provided on the bisector, and a memory indicating device for storing a desired operation in the shape memory elastic body is provided, while the shape memory elastic body mounted on the mounting portion is the triangular pyramid. An elongated hole that can penetrate the surface of the remaining side is provided at the center of the remaining side in the longitudinal direction at a right angle to the remaining side, and each triangular pyramid penetrates the elongated hole between the supporting portions of adjacent triangular pyramids. A combination toy characterized in that a shape memory elastic body is attached so that both adjacent triangular pyramids can be in close contact with each other so as to be rotatable through the remaining sides, and a plurality of triangular pyramids are connected by repeating this.
が２４個である事を特徴とする組合わせ玩具。4. A combined toy according to claims 1, 2 and 3, wherein the number is 24.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP11061591U JPH0551400U (en) | 1991-12-16 | 1991-12-16 | Combination toys |
| JP25367992A JPH06198082A (en) | 1991-12-16 | 1992-08-29 | Combination toy |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP11061591U JPH0551400U (en) | 1991-12-16 | 1991-12-16 | Combination toys |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH0551400U true JPH0551400U (en) | 1993-07-09 |
Family
ID=14540310
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP11061591U Pending JPH0551400U (en) | 1991-12-16 | 1991-12-16 | Combination toys |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0551400U (en) |
-
1991
- 1991-12-16 JP JP11061591U patent/JPH0551400U/en active Pending
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