JP2006034880A - Game apparatus - Google Patents

Game apparatus Download PDF

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JP2006034880A
JP2006034880A JP2004223221A JP2004223221A JP2006034880A JP 2006034880 A JP2006034880 A JP 2006034880A JP 2004223221 A JP2004223221 A JP 2004223221A JP 2004223221 A JP2004223221 A JP 2004223221A JP 2006034880 A JP2006034880 A JP 2006034880A
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base
cylinder
locking
rod
mechanism cylinder
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JP4172712B2 (en
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Tomitaro Tamano
富太郎 玉野
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TAIYOO KK
Taiyo Co Ltd
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TAIYOO KK
Taiyo Co Ltd
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Abstract

<P>PROBLEM TO BE SOLVED: To allow a jump-out body to jump out to the upper part of a base by releasing the lock of the jump-out body which is kept to be fitted onto the base in an embedded state, by inserting an insertion body to an insertion port arranged at a prescribed position. <P>SOLUTION: A game apparatus comprises the base 1 with the insertion ports 5 opened and arrayed on the peripheral side wall 4; the insertion body 10 to be inserted from the insertion port 5 into the base 1; a lock means 31 to be released by a release bar 38 which is slid by being pressurized by the insertion body 10; a jump-out rod 25 which is energized for launch to jump out to the upper part of the base by the lock means 31; a jump-out mechanism 20 stood up and supported to be freely rotatable inside the base 1; and the jump-out body 40 which is integrally rotated in the rotary direction of the jump-out rod 25 and freely removably connected by linkage to the jump-out rod 25. The base can be formed to have the same diameter from the upper part to the lower part or to have a plurality of stages different in diameter. According to it, a release operation projected part is formed in the release bar 38. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

本発明は基台の周囲からの基台内部への差し込み体の特定の差し込み挿入位置によっては、人形の如き玩具である飛出体が基台上方に飛び出されるようにしたもので、基台上下部の外径の大小の相違、基台とこの基台内に装置された飛出機構との相対的な移相の位置調整等によって一層の興趣性あるものとできるゲーム装置に関する。   According to the present invention, depending on a specific insertion insertion position of the insertion body from the periphery of the base into the base, a projecting body that is a toy like a doll is projected above the base. The present invention relates to a game apparatus that can be made more interesting by adjusting the outer diameter of the upper and lower parts, adjusting the position of relative phase shift between a base and a jumping mechanism installed in the base.

従来から、この種の飛び出し式のゲーム装置にあっては図7に示すように、例えば中央部分が大径となるようにやや膨らんだ樽形の基台101と、この基台101の周側壁104に開穿した差し込み口105から差し込まれる片状の差し込み体110と、差し込み体110による押圧で内方側に揺動する解除レバー138によって解除されることで急激に伸長するコイル状の飛出バネ126を内蔵すると共に、飛出バネ126が弾発的な縮小状態にあるときに基台101の上面から没入位置にある人形状の飛出体140を載置させる載置盤129を上部に連結した昇降する飛出ロッド125を備えることで、基台101内に収納される飛出機構120とを有して構成されている。なお、図中131は飛出体140を押し込んだときの飛出ロッド125を係止する係止手段、135は解除バー138を原位置に復帰させる復帰弾発バネである。   Conventionally, in this type of pop-out game device, as shown in FIG. 7, for example, a barrel-shaped base 101 slightly inflated so that the center portion has a large diameter, and a peripheral side wall of the base 101 A coil-shaped projecting member 110 that is inserted through an insertion port 105 that is opened in 104 and a coil-shaped projection that is suddenly extended by being released by a release lever 138 that swings inward when pressed by the insertion member 110. In addition to the built-in spring 126, the mounting board 129 for mounting the human-shaped projecting body 140 at the immersive position from the upper surface of the base 101 when the projecting spring 126 is in a resiliently contracted state is placed on the upper side. By providing the connected flying rod 125 that moves up and down, the flying rod 120 is configured to be housed in the base 101. In the figure, 131 is a locking means for locking the flying rod 125 when the flying body 140 is pushed in, and 135 is a return spring that returns the release bar 138 to its original position.

また特許文献1にあるように、基台が多段的構成形状となることで、段部における上面あるいは周側面のいずれかから内方あるいは下方に向けて差し込まれる差し込み体の差し込み方向がいずれであっても、飛び出し機構の飛び出しバネの弾発力を解除させるようにしたゲーム装置が提案されている。
特許第2512943号公報
Further, as disclosed in Patent Document 1, the base has a multi-stage configuration, so that the insertion direction of the insertion body inserted inward or downward from either the upper surface or the peripheral side surface of the step portion is any. However, a game apparatus has been proposed in which the spring force of the pop-out mechanism is released.
Japanese Patent No. 2512943

図7に示す従来のゲーム装置では、飛出機構120における解除レバー138は、飛出機構120の機構筒121内の底部に配置した飛出バネ126を圧縮、縮小するように下降位置させた飛出ロッド125に、機構筒121の下部位置で係合するようにすると共に、外方に弾発付勢されている状態で揺動自在になるようにして、側面からみてやや山形に折曲されているようにして設けられている。このため、この解除レバー138を揺動させるべく基台101の周囲から差し込まれる差し込み体110は、解除レバー138の傾斜面に対応する方向、すなわち上部位置からはやや下方向きに、下部位置からはやや上方に向けた方向からの差し込みとなるように、基台101自体が、中央部が膨らんだように樽形を呈し、中央部の上下周側面に差し込み口105を開穿配置している。   In the conventional game apparatus shown in FIG. 7, the release lever 138 in the jump mechanism 120 is a fly that is lowered to compress and reduce the jump spring 126 arranged at the bottom of the mechanism cylinder 121 of the jump mechanism 120. Engage with the exit rod 125 at the lower position of the mechanism cylinder 121 and be able to swing in a state where it is elastically biased outward, so that it is slightly bent in a mountain shape when viewed from the side. It is provided as it is. Therefore, the insert 110 inserted from the periphery of the base 101 to swing the release lever 138 is in a direction corresponding to the inclined surface of the release lever 138, that is, slightly downward from the upper position and from the lower position. The base 101 itself has a barrel shape so that the center portion swells so as to be inserted from the direction slightly upward.

したがって、基台101自体の外形が樽形に限定されることになり、興趣性に欠けるばかりでなく、飛出機構120自体は基台101内で固定的に配置されているために、解除レバー138位置も一定位置にあることになる。それ故、常に特定の差し込み口105から差し込まれる差し込み体110によってのみ飛出バネ126が解除され、基台101に開穿したその特定の差し込み口105が何らかの理由で遊戯者に認識されると、面白味に欠けるものともなる。   Accordingly, the outer shape of the base 101 itself is limited to a barrel shape, which not only lacks interest, but also because the jumping mechanism 120 itself is fixedly disposed within the base 101, the release lever The position 138 is also at a fixed position. Therefore, when the jump spring 126 is released only by the insertion body 110 that is always inserted from the specific insertion opening 105 and the specific insertion opening 105 opened in the base 101 is recognized by the player for some reason, It will be something that is not interesting.

また特許文献1に示されたゲーム装置では、多段的構成の基台の段部上面に設けられた差し込み口を経た上方からの差し込み体の差し込みで飛出機構を作動させるために、揺動支点を設定した解除部材を段部毎に配置構成する必要があるから、構造的に複雑になる。しかもゲーム性を向上させる等の目的で段部数を多くすると、それは一層複雑になるから、これの組立はますます面倒となるばかりでなく、故障も多くなり、かえってゲーム性を損なうものである。   Further, in the game device disclosed in Patent Document 1, a swing fulcrum is used to operate the jumping mechanism by inserting the insert from above through the insertion port provided on the upper surface of the stepped portion of the base having a multistage structure. Since it is necessary to arrange and configure the release member for which each is set for each step portion, the structure becomes complicated. In addition, if the number of steps is increased for the purpose of improving the game performance, it becomes more complicated. As a result, the assembly is not only more troublesome, but also the number of failures is increased, and the game performance is impaired.

そこで本発明は叙上のような従来存した諸事情に鑑み創出されたもので、基台自体の外形を上部から下部に至るまで同径の筒状に形成可能とすることで、差し込み口を基台の上下方向で例えば3段以上の複数に配置できてデザインの多様性を図り得るものとし、また例えばデコレーションケーキのような複数段の段部形状に基台を構成しても、飛出機構自体を複雑にすることなく、簡素なもので対応可能にし、また故障することなく確実に作動し、ゲーム性を一層向上できるようにしたゲーム装置を提供することを目的とする。   Therefore, the present invention was created in view of the existing circumstances as described above, and by allowing the outer shape of the base itself to be formed into a cylindrical shape with the same diameter from the upper part to the lower part, It can be arranged in a plurality of stages, for example, in three or more stages in the vertical direction of the base, and design diversity can be achieved, and even if the base is configured in a multi-stage step shape such as a decoration cake, it will fly out It is an object of the present invention to provide a game apparatus that can be handled with a simple mechanism without complicating the mechanism itself, that operates reliably without failure, and that can further improve game performance.

上述した課題を解決するため、本発明にあっては、周側壁4に多数の差し込み口5が開穿配列されて成る中空の基台1と、差し込み口5から基台1内に差し込まれ、差し込み口5に係止保持される差し込み体10と、差し込み体10による押圧で基台1の径方向でスライドする解除バー38によって解除される係止手段31を備え、この係止手段31に係止されることで基台1の上方への飛出傾向に弾発付勢されて基台1上で没入自在な飛出ロッド25を有していると共に、基台1内における中央位置で回転自在にして立脚状に支承されている飛出機構20と、この飛出機構20における飛出ロッド25の上部に、飛出ロッド25の回転方向では一体的に回転して着脱自在に連繋結合される飛出体40とから成るものである。
基台1は、外径が異なる部位を複数にすることで複数段の段差がある階段形状を呈する一方、飛出機構20における解除バー38は、基台1における外径が異なる部位夫々に開穿配列の差し込み口5との間隔が夫々の部位で一定となるように解除作用突部38Aを膨出状に形成してあるものとして構成することができる。
飛出機構20は、基台1における底壁2の支持突部3、上壁6の収納筒部7との間で回転自在に支持される中空筒状の機構筒21と、この機構筒21内に配装した飛出バネ26によって機構筒21上方に飛び出し傾向に弾発付勢されている飛出ロッド25と、飛出バネ26を縮小することで機構筒21内に収納した飛出ロッド25を係止維持する係止手段31と、機構筒21の外側で機構筒21に対して径方向でスライドすることで係止手段31の飛出ロッド25との係止を着脱させるよう機構筒21の高さ方向に沿って配されている解除バー38と、この解除バー38を機構筒21に対してその径方向の一定範囲内でスライド案内させるガイド部45とを備えることで構成することができる。
飛出ロッド25の上部は、機構筒21の上部に形成した支持筒部23に嵌め入れられていると共に、上下方向ではスライド可能にさせ水平方向では機構筒21と共に回転されるよう非円形断面の飛出ロッド25に対応する形状としたスライド口24を開口して構成することができる。
係止手段31は、機構筒21の外側に嵌め合わせられて機構筒21の径方向にスライドし、機構筒21壁に出没して飛出ロッド25の係止フランジ27に係止する係止爪33を備えた係止筒部32と、この係止筒部32を機構筒21の径方向にスライド案内させるよう機構筒21の外側に形成したガイド部34と、係止筒部32の係止爪33を機構筒21内方にスライド傾向に弾発付勢させる復帰係止弾発部35とを備えて構成することができる。
解除バー38は、機構筒21の中心に対して係止爪33の反対側で機構筒21の高さ方向に沿うように配装され、解除バー38の内側に突設した連繋突部39によって係止筒部32と一体化して構成することができる。
ガイド部45は、機構筒21の上下端に機構筒21の径方向に沿って外方に延設された溝状にして構成することができる。
飛出体40は、飛出ロッド25の上部に形成した載置盤29上に結合手段41を介して着脱自在に載置され、この結合手段41は飛出ロッド25の飛出方向に沿っては着脱が可能でも、飛出ロッド25の回転方向では載置盤29と一体的に回転することで着脱自在に連繋結合されることで構成することができる。
In order to solve the above-described problem, in the present invention, a hollow base 1 in which a large number of insertion openings 5 are opened and arranged in the peripheral side wall 4 and the insertion opening 5 is inserted into the base 1. An insertion body 10 that is locked and held in the insertion port 5 and a locking means 31 that is released by a release bar 38 that slides in the radial direction of the base 1 when pressed by the insertion body 10 are provided. When it is stopped, it has a jumping rod 25 that is urged by a tendency to jump upward from the base 1 and is immersible on the base 1, and rotates at a central position in the base 1. The jumping mechanism 20 that is freely supported in the form of a leg and the upper part of the jumping rod 25 of the jumping mechanism 20 are integrally connected in a rotational direction of the jumping rod 25 so as to be detachably connected. The projecting body 40.
The base 1 has a staircase shape having a plurality of steps by making a plurality of parts having different outer diameters, while the release bar 38 in the jumping mechanism 20 opens to each part having a different outer diameter in the base 1. The release action projections 38A can be formed in a bulging shape so that the distance from the insertion holes 5 in the perforation array is constant at each site.
The jump-out mechanism 20 includes a hollow cylindrical mechanism cylinder 21 that is rotatably supported between the support protrusion 3 of the bottom wall 2 and the storage cylinder section 7 of the upper wall 6 in the base 1, and the mechanism cylinder 21. A flying rod 25 that is elastically urged toward the top of the mechanism cylinder 21 by a jumping spring 26 disposed therein, and a flying rod that is housed in the mechanism cylinder 21 by reducing the flying spring 26 A locking means 31 for locking and maintaining the locking mechanism 25, and a mechanism cylinder for detaching the locking of the locking means 31 with the jumping rod 25 by sliding in the radial direction with respect to the mechanism cylinder 21 outside the mechanism cylinder 21. 21, and a guide bar 45 that slides the release bar 38 with respect to the mechanism cylinder 21 within a certain range in the radial direction. Can do.
The upper part of the jumper rod 25 is fitted into a support cylinder part 23 formed on the upper part of the mechanism cylinder 21 and has a non-circular cross section so that it can slide in the vertical direction and rotate with the mechanism cylinder 21 in the horizontal direction. A slide port 24 having a shape corresponding to the jumping rod 25 can be opened.
The locking means 31 is fitted on the outer side of the mechanism cylinder 21 and slides in the radial direction of the mechanism cylinder 21, and is engaged with the locking flange 27 of the projecting rod 25. The locking cylinder part 32 provided with 33, the guide part 34 formed on the outer side of the mechanism cylinder 21 so as to slide the locking cylinder part 32 in the radial direction of the mechanism cylinder 21, and the locking cylinder part 32 The claw 33 can be configured to include a return locking bullet portion 35 that urges and urges the claws 33 inward of the mechanism cylinder 21 in a sliding tendency.
The release bar 38 is arranged along the height direction of the mechanism cylinder 21 on the opposite side of the locking claw 33 with respect to the center of the mechanism cylinder 21, and is formed by a connecting projection 39 that protrudes inside the release bar 38. It can be configured integrally with the locking cylinder portion 32.
The guide portion 45 can be formed in a groove shape extending outward along the radial direction of the mechanism cylinder 21 at the upper and lower ends of the mechanism cylinder 21.
The projecting body 40 is detachably mounted on a mounting board 29 formed on the top of the projecting rod 25 via a coupling means 41, and the coupling means 41 extends along the projecting direction of the projecting rod 25. Even if it can be attached and detached, it can be constituted by being connected and detachably connected by rotating integrally with the mounting board 29 in the rotation direction of the jumping rod 25.

以上のように構成された本発明に係るゲーム装置にあって、飛出体40を飛出ロッド25の載置盤29に結合手段41を介して連繋セットし、飛出ロッド25を飛出バネ26の弾発力に抗して基台1内に押し込むことで飛出機構20の係止手段31で飛出体40を没入状態で係止保持し、解除バー38位置に対応した所定位置の差し込み口5内に差し込み体10が差し込まれ、差し込み体10が解除バー38を押圧することで係止を解除すると、飛出ロッド25の飛び出し上昇によって飛出体40を基台1上方に飛び出させる。
飛出機構20の解除バー38は、機構筒21の高さ方向に沿うように配装されていることで、基台1の高さ方向に開穿配列の所定の差し込み口5への差し込み体10の差し込みで、その先端が解除バー38に当接すれば、その押圧部位が解除バー38のいずれの位置であっても連繋突部39によって係止手段31の係止筒部32をガイド部45の案内でスライドさせる。その結果、飛出ロッド25を係止している係止爪33の係止を解除させて飛出ロッド25を飛び出させる。その結果、差し込み口5の高さ位置は基台1の上下部のいずれでもよいことで差し込み口5の多様な配列形態等を可能にさせる。
飛出機構20における飛出ロッド25の載置盤29への飛出体40の結合手段41による連繋セットは、飛出体40の回転操作がそのまま飛出ロッド25の、更には飛出機構20自体の回転移相となり、このような基台1内での飛出機構20の回転移相は、解除バー38位置、すなわち解除バー38に対する解除位置を変更させ、差し込み口5を経ての差し込み体10の差し込み解除位置を種々に変動させる。
飛出機構20において、機構筒21の高さ方向に沿って配装されている解除バー38に形成される解除作用突部38Aは、外径が異なる段差部分が設けられることで階段構成となる基台1における各部位に開穿配列される差し込み口5との距離間隔を一定にさせる。そのため、差し込み解除位置となる所定の差し込み口5と解除バー38との間隔を全体が一定長さである差し込み体10長さに対応させ、基台1の外形デザイン等を自在に設定選択可能にし、その自由度を増大させる。
In the game device according to the present invention configured as described above, the projecting body 40 is connected and set to the mounting board 29 of the projecting rod 25 via the coupling means 41, and the projecting rod 25 is ejected from the spring. By pushing into the base 1 against the elastic force of 26, the projecting body 40 is locked and held by the locking means 31 of the jumping mechanism 20 in an immersive state, and the predetermined position corresponding to the position of the release bar 38 is obtained. When the insertion body 10 is inserted into the insertion opening 5 and the insertion body 10 releases the locking by pressing the release bar 38, the flying body 40 jumps up to the upper side of the base 1 by the jumping up of the jumping rod 25. .
The release bar 38 of the jumping mechanism 20 is arranged along the height direction of the mechanism cylinder 21, so that the insertion body into the predetermined insertion port 5 of the opening arrangement in the height direction of the base 1. 10 is inserted, and the tip of the 10 comes into contact with the release bar 38, the locking cylinder portion 32 of the locking means 31 is moved by the connecting protrusion 39 to the guide portion 45 regardless of the position of the pressing bar at the position of the release bar 38. Slide with the guide. As a result, the locking claw 33 that locks the flying rod 25 is released and the flying rod 25 is popped out. As a result, the height position of the insertion opening 5 may be any of the upper and lower portions of the base 1, thereby enabling various arrangement forms of the insertion openings 5.
In the linkage set of the flying body 25 to the mounting board 29 in the flying mechanism 20 by the coupling means 41, the rotation operation of the flying body 40 is performed as it is, and the flying mechanism 20 is further operated. The rotational phase shift of the pop-up mechanism 20 in the base 1 changes the position of the release bar 38, that is, the release position with respect to the release bar 38, and the insertion body through the insertion port 5. The insertion release position of 10 is changed variously.
In the jumping mechanism 20, the release action projections 38 </ b> A formed on the release bars 38 arranged along the height direction of the mechanism cylinder 21 have a stepped structure by providing step portions having different outer diameters. The distance between the base 1 and the insertion holes 5 that are opened and arranged in each part is made constant. Therefore, the distance between the predetermined insertion port 5 serving as the insertion release position and the release bar 38 is made to correspond to the length of the insertion body 10 having a fixed length as a whole, and the external design of the base 1 can be freely set and selected. , Increase its freedom.

本発明は以上のように構成されているために、基台1自体の外形を上部から下部に至るまで同径の筒状に形成することも、例えばデコレーションケーキのような複数段の段部形状に形成することも可能となり、しかも差し込み口5を基台1の上下方向で例えば3段以上の複数に配置できることとも相俟ち、基台1自体のデザインの多様性を図り得るものとし、また飛出機構20自体を複雑にすることなく簡素なものとして構成対応可能にしたことで故障することなく確実に作動し、ゲーム性を一層向上できるものである。   Since the present invention is configured as described above, the outer shape of the base 1 itself may be formed into a cylindrical shape having the same diameter from the upper part to the lower part. In addition, it is possible to achieve a variety of design of the base 1 itself, in addition to the fact that the insertion ports 5 can be arranged in a plurality of, for example, three or more stages in the vertical direction of the base 1. Since the flying mechanism 20 itself can be configured as a simple one without complicating it, it can operate reliably without a failure and the game performance can be further improved.

すなわちこれは本発明において、周側壁4に差し込み口5が開穿配列されて成る基台1と、差し込み口5から基台1内に差し込まれて係止保持される差し込み体10と、差し込み体10による押圧でスライドする解除バー38によって解除される係止手段31を備え、この係止手段31で基台1の上方への飛出傾向に弾発付勢されて係止される飛出ロッド25を有すると共に、基台1内で回転自在に立脚状に支承されている飛出機構20と、飛出ロッド25に、飛出ロッド25の回転方向では一体的に回転して着脱自在に連繋結合される飛出体40とから成るものとしたからであり、これによって、基台1の段部の有無を含めたデザインの多様性、興趣性に富むゲーム性の一層の増大、故障がない確実な作動等を図ることができる。   That is, in the present invention, this is a base 1 in which the insertion holes 5 are opened in the peripheral side wall 4, an insertion body 10 that is inserted into the base 1 from the insertion opening 5 and is held and held, and an insertion body 10 is provided with a locking means 31 that is released by a release bar 38 that slides when pressed by the pressure 10, and a locking rod 31 that is elastically urged and locked by the locking means 31 to project upwardly from the base 1. 25, and is connected to the jumping mechanism 20 that is supported in a stand-up manner so as to be rotatable in the base 1, and to the jumping rod 25 so as to rotate integrally in the rotation direction of the jumping rod 25 and to be detachable. This is because the projecting body 40 is combined, and thereby, there is no further increase in the variety of designs including the presence or absence of the stepped portion of the base 1, the game property rich in entertainment, and failure. A reliable operation or the like can be achieved.

また基台1は、外径が異なる部位を複数にした複数段の段差がある階段形状を呈するものとし、飛出機構20における解除バー38には、基台1における外径が異なる部位夫々に開穿配列の差し込み口5との間隔が夫々の部位で一定となるように解除作用突部38Aを膨出状に形成することで、基台1の外形を例えば階段状のデコレーションケーキを模したものともでき、童幼児にとっては興趣性ある形状となると共に、差し込み体10自体のキャラクターを模した形状の採用と共に全体としての物語性を醸し出す形状とすることができる。   The base 1 is assumed to have a stepped shape having a plurality of steps with a plurality of parts having different outer diameters, and the release bar 38 in the jumping mechanism 20 is provided on each part having a different outer diameter on the base 1. The release action protrusion 38A is formed in a bulging shape so that the distance between the opening 5 and the insertion opening 5 is constant at each site, thereby imitating the outer shape of the base 1 as a stepped decoration cake, for example. The shape can be interesting, and it can be an interesting shape for infants and children, and it can have a shape that brings out the story as a whole with the adoption of a shape imitating the character of the insert 10 itself.

飛出機構20は、基台1内で回転自在に支持される中空筒状の機構筒21と、飛出バネ26によって機構筒21上方に飛び出し傾向に弾発付勢されている飛出ロッド25と、飛び出し傾向にある飛出ロッド25を係止維持する係止手段31と、スライドすることで飛出ロッド25の係止を着脱させる解除バー38と、この解除バー38を平行移動的に一定範囲内でスライド案内させるガイド部45とを備えているから、飛出体40を飛出ロッド25上部に載置した状態での押し込みで、飛出バネ26に弾発力を付与した状態で係止手段31によって飛出ロッド25を係止でき、解除バー38のいずれの位置に対する差し込み体10による押圧力でも飛出バネ26の弾発力を解除できる。そのため、基台1に開穿配列する差し込み口5位置は、基台1のいずれの部位であってもよく、また差し込み体10による差し込み方向も基台1内方へのほぼ水平方向に沿うものでよく、構成の簡素化をも図り得る。   The jumping mechanism 20 includes a hollow cylindrical mechanism cylinder 21 that is rotatably supported in the base 1 and a jumping rod 25 that is elastically urged upward by a jump spring 26 so as to pop out above the mechanism cylinder 21. The locking means 31 for locking and maintaining the protruding rod 25 that tends to pop out, the release bar 38 that allows the locking of the protruding rod 25 by sliding, and the release bar 38 that is fixed in parallel movement. And a guide part 45 that slides within the range, so that the projecting body 40 is pushed in a state where it is placed on the upper part of the projecting rod 25, and a spring force is applied to the projecting spring 26. The jumping rod 25 can be locked by the stopping means 31, and the elastic force of the jumping spring 26 can be released by the pressing force of the insertion body 10 on any position of the release bar 38. Therefore, the position of the insertion port 5 for opening and arranging in the base 1 may be any part of the base 1, and the insertion direction by the insertion body 10 is also along the substantially horizontal direction inward of the base 1. The configuration can be simplified.

飛出ロッド25上部の載置盤29には、結合手段41を介して飛出体40が飛出ロッド25自体を回転可能にして載置セットされ、また飛出ロッド25自体は機構筒21と共に回転するようにしてあるから、飛出ロッド25に対する載置セット後の飛出体40の回転は機構筒21、ひいては飛出機構20全体を基台1内で回転させることとなる。そのため、飛出機構20における解除バー38位置は基台1に対して相対的に変動し、飛出ロッド25の係止を解除させる解除バー38に対応する差し込み口5位置を調整変更できるから、差し込み体10を差し込むときの差し込み口5の選択を一層困難にし、興趣性を増大させるのである。   The flying body 40 is placed on the mounting board 29 above the flying rod 25 via the coupling means 41 so that the flying rod 25 itself can rotate, and the flying rod 25 itself together with the mechanism cylinder 21. Since it rotates, the rotation of the projecting body 40 after placing and setting with respect to the projecting rod 25 rotates the mechanism cylinder 21 and thus the entire projecting mechanism 20 within the base 1. Therefore, the position of the release bar 38 in the jumping mechanism 20 varies relative to the base 1, and the position of the insertion port 5 corresponding to the release bar 38 that releases the locking of the jumper rod 25 can be adjusted and changed. This makes it more difficult to select the insertion port 5 when inserting the insertion body 10 and increases the interest.

係止手段31は、飛出ロッド25を係止する係止爪33を備えた係止筒部32、この係止筒部32をスライド案内させるガイド部34、係止爪33を機構筒21内の飛出ロッド25に係止させるよう弾発付勢させる復帰係止弾発部35を備えていることで、押圧される解除バー38のスライド、その弾発復帰によって飛出ロッド25を飛び出させ、また飛出体40を介して押し込まれる飛出ロッド25を確実に係止することができる。   The locking means 31 includes a locking cylinder portion 32 having a locking claw 33 for locking the protruding rod 25, a guide portion 34 for slidingly guiding the locking cylinder portion 32, and the locking claw 33 in the mechanism cylinder 21. By providing a return locking bullet portion 35 that urges and urges the release rod 25 to be locked, the release rod 38 is slid by the slide of the release bar 38 to be pressed, and the release rod 25 is caused to jump out. Moreover, the flying rod 25 pushed through the flying body 40 can be reliably locked.

また機構筒21の上下端に機構筒21の径方向に沿って外方に延設された溝状のガイド部45は、これに解除バー38の上下端が係合していることで、係止手段31の復帰係止弾発部35によって機構筒21の径方向に沿って機構筒21の外方に弾発付勢されているとき、差し込み体10による押圧によって機構筒21の径方向への解除バー38のスライドを円滑に案内し、解除、係止の作動を安定化させる。   Further, the groove-shaped guide portion 45 extending outwardly along the radial direction of the mechanism cylinder 21 at the upper and lower ends of the mechanism cylinder 21 is engaged with the upper and lower ends of the release bar 38, so When the return locking elastic portion 35 of the stopping means 31 is elastically biased outwardly of the mechanical cylinder 21 along the radial direction of the mechanical cylinder 21, it is moved in the radial direction of the mechanical cylinder 21 by pressing by the insert 10. The release bar 38 slides smoothly, and the release and lock operations are stabilized.

尚、上記の課題を解決するための手段、発明の効果の項夫々において付記した符号は、図面中に記載した構成各部を示す部分との参照を容易にするために付したもので、図面中の符号によって示された構造・形状に本発明が限定されるものではない。   Note that the reference numerals added in the means for solving the above-described problems and the effects of the invention are given for easy reference to the parts showing the components shown in the drawings. The present invention is not limited to the structure / shape indicated by the reference numeral.

以下図面を参照して本発明を実施するための最良の一形態を説明すると、図において示される符号1は所定の容積を有して中空状に形成された基台であり、この基台1には、その周側壁4に多数の差し込み口5が複数段・列で開穿配列されており、また、差し込み口5のいずれから差し込まれた差し込み体10によって作動されることで、基台1上で没入配置されていた人形体の如き飛出体40を上方に飛び出させる飛出機構20を内蔵させてある。   The best mode for carrying out the present invention will be described below with reference to the drawings. Reference numeral 1 shown in the figure is a base having a predetermined volume and formed in a hollow shape. A plurality of insertion holes 5 are arranged in a plurality of stages and rows on the peripheral side wall 4 and are operated by the insertion body 10 inserted from any of the insertion openings 5, thereby allowing the base 1 A flying mechanism 20 is built in which the flying body 40 such as a doll body that has been immersing above is projected upward.

基台1自体は、図1乃至図5にあっては上部、中央部、下部夫々が同径である所定径の円筒状に形成されており、底壁2、周側壁4、上壁6を備え、底壁2の内底面の中央部には円環状に突設した支持突部3を有し、上壁には飛出体40を収納すべく筒状に窪ませるように内方に突設した収納筒部7を有し、これらの支持突部3、収納筒部7夫々によって飛出機構20が支持されることで基台1内に配置されるようにしてある。また、周側壁4には複数の差し込み口5が開穿配列されており、この差し込み口5は例えば基台1の上部、中央部、下部夫々においての上中下の3段で、周方向で適宜間隔毎に配列されている。もとより、この差し込み口5は上下方向で1段あるいは2段更には4段以上であってもよく、また上下方向で同一列状に並んでいる必要もないのである。   In FIG. 1 to FIG. 5, the base 1 itself is formed in a cylindrical shape having a predetermined diameter in which the upper part, the central part, and the lower part have the same diameter, and the bottom wall 2, the peripheral side wall 4, and the upper wall 6 are formed. A support projection 3 projecting in an annular shape at the center of the inner bottom surface of the bottom wall 2, and projecting inward so as to be recessed in a cylindrical shape to accommodate the projecting body 40 on the upper wall. The storage cylinder part 7 is provided, and the projecting mechanism 20 is supported by each of the support protrusion 3 and the storage cylinder part 7 so as to be arranged in the base 1. In addition, a plurality of insertion openings 5 are formed in the peripheral side wall 4 and the insertion openings 5 are, for example, the upper, middle, and lower parts of the base 1 in three stages, upper, middle, and lower, in the circumferential direction. They are arranged at appropriate intervals. Of course, the insertion ports 5 may be one or two or four or more in the vertical direction, and need not be arranged in the same row in the vertical direction.

差し込み体10は、ゲーム者が手指等にて摘む摘み部11と、基台1の差し込み口5内に差し込まれ、飛出機構20における解除バー38に先端が当接する解除端部12と、差し込み口5縁に着脱自在に係合し、差し込み状態を維持させる係合部13とを備えて成る。摘み部11は矩形平板状に形成される場合に限らず、飛出体40の形状等に対応させるように、例えば飛出体40が所要のキャラクターを模した立体的形状であるとき、これに対応するようにそのキャラクターに関連する小物を模した立体的形状に形成することもできる。また、解除端部12及び係合部13が差し込み口5内に差し込まれたとき、その差し込み長さを一定に保持するように差し込み口5の幅員に比し大きくはない係合部13の幅員に比しては大きく、すなわち差し込み口5の幅員に比し摘み部11の幅員を大きくしてある(図1参照)。なお、差し込み方向に沿う解除端部12及び係合部13夫々の長さの合計は、周側壁4位置から飛出機構20における機構筒21本体位置に至る長さに比し小さく、機構筒21本体から突出配置されている解除バー38位置に至る長さに比し大きくはしてある。   The insertion body 10 includes a knob 11 that a game player picks with fingers and the like, a release end 12 that is inserted into the insertion port 5 of the base 1, and whose tip abuts against the release bar 38 of the jumping mechanism 20. It is provided with an engaging portion 13 that is detachably engaged with the edge of the mouth 5 and maintains the inserted state. The knob 11 is not limited to being formed in a rectangular flat plate shape. For example, when the projecting body 40 has a three-dimensional shape imitating a required character so as to correspond to the shape of the projecting body 40, etc. It can also be formed into a three-dimensional shape that mimics an accessory related to the character so as to correspond. Further, when the release end 12 and the engagement portion 13 are inserted into the insertion port 5, the width of the engagement portion 13 is not so large as the width of the insertion port 5 so as to keep the insertion length constant. The width of the knob 11 is larger than that of the insertion slot 5 (see FIG. 1). The total length of each of the release end portion 12 and the engaging portion 13 along the insertion direction is smaller than the length from the position of the peripheral side wall 4 to the position of the mechanism cylinder 21 in the jumping mechanism 20, and the mechanism cylinder 21. The length is larger than the length from the main body to the position of the release bar 38 protruding from the main body.

また、係合部13は、摘み部11側から解除端部12側に至るに伴い少なくとも左右方向のいずれかに次第に膨出ないし屈曲していることで、差し込み口5内への差し込み時には一時的に退避するも差し込み口5内縁で係合する揺動係止片14を備えている(図4参照)。   Further, the engaging portion 13 gradually bulges or bends in at least one of the left and right directions from the knob portion 11 side to the release end portion 12 side, so that it is temporarily inserted into the insertion port 5. Is provided with a swinging locking piece 14 that engages with the inner edge of the insertion slot 5 (see FIG. 4).

一方、飛出機構20は、基台1における底壁2の支持突部3、上壁6の収納筒部7との間で支持される中空筒状の機構筒21と、この機構筒21内に配装した飛出バネ26によって機構筒21上方に飛び出し傾向に弾発付勢されている飛出ロッド25と、飛出バネ26を縮小することで機構筒21内に収納した飛出ロッド25を係止維持するよう機構筒21壁に出没する係止手段31と、機構筒21の外側で機構筒21に対して径方向でスライドすることで係止手段31の飛出ロッド25との係止を着脱させるよう機構筒21の高さ方向に沿って配された解除バー38と、この解除バー38を機構筒21に対してその径方向の一定範囲内でスライド案内させるガイド部45とを備えて成る。   On the other hand, the jumping mechanism 20 includes a hollow cylindrical mechanism cylinder 21 supported between the support protrusion 3 of the bottom wall 2 and the storage cylinder section 7 of the upper wall 6 in the base 1, and the inside of the mechanism cylinder 21. A flying rod 25 that is elastically biased toward the upper side of the mechanism cylinder 21 by a jumping spring 26 disposed on the mechanism cylinder 21, and a flying rod 25 housed in the mechanism cylinder 21 by reducing the flying spring 26. The engagement means 31 that protrudes and appears in the wall of the mechanism cylinder 21 so as to maintain the engagement, and the engagement rod 31 of the engagement means 31 by sliding in the radial direction with respect to the mechanism cylinder 21 outside the mechanism cylinder 21. A release bar 38 arranged along the height direction of the mechanism cylinder 21 so as to be attached and detached, and a guide portion 45 that slides the release bar 38 with respect to the mechanism cylinder 21 within a certain radial range. Be prepared.

機構筒21は、支持突部3、収納筒部7との間で支持されることで基台1のほぼ中央位置で基台1と二重筒状になり、また基台1に対してこれの内部で回転移相できるように支持突部3、収納筒部7に対しては単に嵌め合い状に支承されている。そのため、例えば支持突部3に対してはこれの内部に嵌め入れられるよう支持突部3内径に対応する外径を備えた支持底部22となっており、収納筒部7に対してはこれの外側に嵌るよう収納筒部7の外径に対応する内径を備えた支持筒部23となっている。そして支持筒部23には、飛出ロッド25の上部を嵌め入れ、上下方向でスライド可能にさせると共に水平方向では機構筒21と共に回転されるよう非円形、例えば断面で十文字形状を呈する飛出ロッド25に対応する開口形状としたスライド口24を開口してある(図4参照)。   The mechanism cylinder 21 is supported between the support protrusion 3 and the storage cylinder part 7, thereby forming a double cylinder shape with the base 1 at a substantially central position of the base 1. The support protrusion 3 and the storage cylinder 7 are simply supported in a mating manner so that they can be rotated and phase-shifted inside. For this reason, for example, the support protrusion 3 has a support bottom 22 having an outer diameter corresponding to the inner diameter of the support protrusion 3 so as to be fitted therein. The support cylinder part 23 has an inner diameter corresponding to the outer diameter of the storage cylinder part 7 so as to fit outside. Then, the upper portion of the flying rod 25 is fitted into the support tube portion 23 so that it can slide in the vertical direction and is rotated in the horizontal direction together with the mechanism tube 21. A slide port 24 having an opening shape corresponding to 25 is opened (see FIG. 4).

飛出ロッド25は、機構筒21内における底部に縮装配置したコイル状に巻回された飛出バネ26の弾発的な拡開・縮小作用によって機構筒21の上部で出没自在にして、機構筒21の上方に飛び出すようにしてある。なお、飛出バネ26は、その底部が機構筒21における底部に形成してある筒状に突出した連結部に固着されていて、その上端面は飛出ロッド25の下端面に当接しており、飛出ロッド25を機構筒21内に上方から押し込むことで縮小させた飛出バネ26に対する縮小状態の解除によって急激に原形に復するように拡開することの弾発作用で、飛出ロッド25を機構筒21上方に飛び出させるようにしてある。   The jumping rod 25 is made freely projecting and retracting at the upper part of the mechanism cylinder 21 by the elastic expansion and contraction action of the jumping spring 26 wound in a coil shape which is arranged to be compressed at the bottom in the mechanism cylinder 21. It jumps out above the mechanism cylinder 21. Note that the jump spring 26 is fixed to a cylindrical projecting connecting portion formed at the bottom of the mechanism cylinder 21, and its upper end surface is in contact with the lower end surface of the jump rod 25. The projecting rod 25 is expanded by a sudden expansion of the projecting spring 25 so as to return to its original shape by releasing the contracted state of the projecting spring 26 which has been contracted by pushing the projecting rod 25 into the mechanism cylinder 21 from above. 25 is protruded above the mechanism cylinder 21.

飛出ロッド25には、この飛出ロッド25自体を機構筒21内に押し込んだときに、係止手段31に係止する係止フランジ27を備え、弾発拡開する飛出バネ26による弾発作用で機構筒21上方に飛び出すときに、飛出ロッド25の上部に載置されている飛出体40に対して慣性作用で更に基台1の上方に飛び出させるようにするために、スライド口24下縁に係合する規制フランジ28を備えている。また、この飛出ロッド25の上部には、スライド口24の上方に位置して前記収納筒部7内外で出没・昇降する載置盤29を設けてあり、この載置盤29は後述のように飛出体40が載置セットされるときに、この載置盤29に飛出体40を着脱自在にしてほぼ一体化させる結合手段41を形成してある。   The flying rod 25 is provided with a locking flange 27 that is locked to the locking means 31 when the flying rod 25 itself is pushed into the mechanism cylinder 21, and the spring by the flying spring 26 that expands and expands the bullet. In order to cause the projecting body 40 placed on the upper part of the projecting rod 25 to project further above the base 1 by inertial action when projecting upward from the mechanism cylinder 21, the slide A restriction flange 28 that engages with the lower edge of the mouth 24 is provided. Further, on the upper portion of the projecting rod 25, there is provided a mounting board 29 which is located above the slide port 24 and moves up and down in and out of the storage cylinder portion 7. The mounting board 29 will be described later. When the projecting body 40 is placed and set, a coupling means 41 is formed on the mounting board 29 so that the projecting body 40 is detachable and substantially integrated.

係止手段31は、機構筒21の外側に嵌め合わせられて機構筒21の径方向にスライドすることで、機構筒21に開穿してある係止スライド孔24Aに出没して係止フランジ27に係止する係止爪33を備えた係止筒部32と、この係止筒部32を機構筒21の径方向にスライド案内させるよう機構筒21の外側に形成したガイド部34と、係止筒部32の係止爪33を機構筒21内方にスライド傾向に弾発付勢させる復帰係止弾発部35とを備えて成る。   The locking means 31 is fitted on the outside of the mechanism cylinder 21 and slides in the radial direction of the mechanism cylinder 21, so that the locking means 31 protrudes and retracts into the locking slide hole 24 </ b> A opened in the mechanism cylinder 21. A locking cylinder portion 32 having a locking claw 33 to be locked to the guide cylinder 34, a guide portion 34 formed outside the mechanism cylinder 21 so as to slide the locking cylinder section 32 in the radial direction of the mechanism cylinder 21, The locking claw 33 of the stopper cylinder part 32 is provided with a return locking bullet part 35 that elastically urges the locking claw 33 inward of the mechanism cylinder 21 to slide.

係止筒部32は機構筒21の外径に比しやや大きい内径を備えるも、係止爪33が係止フランジ27と係脱自在となるように機構筒21の径方向にのみスライドされるように好ましくは断面でやや長円形状とされ、また図示のように係止爪33が係止スライド孔24Aに常時係合状態にあるように配慮されるものとする。この係止筒部32自体は、機構筒21の中心位置に対して係止爪33位置とは反対側からの解除バー38に対する差し込み体10の差し込み操作で機構筒21外方にスライドするようになっている。   The locking cylinder portion 32 has an inner diameter that is slightly larger than the outer diameter of the mechanism cylinder 21, but is slid only in the radial direction of the mechanism cylinder 21 so that the locking claw 33 can be engaged with and disengaged from the locking flange 27. In this way, it is preferable that the section has a slightly oval shape, and that the locking claw 33 is always engaged with the locking slide hole 24A as shown in the figure. The locking cylinder portion 32 itself slides outward of the mechanism cylinder 21 by the insertion operation of the insertion body 10 with respect to the release bar 38 from the opposite side to the position of the locking claw 33 with respect to the center position of the mechanism cylinder 21. It has become.

ガイド部34は、係止筒部32を機構筒21の径方向で安定してスライドさせるように、係止筒部32を上下から挟むようにして係止筒部32の上下位置で突状、フランジ状等にして形成してある。また復帰係止弾発部35は係止筒部32における係止爪33側で係止筒部32に一体状に設けた複数の鰭状のスライド端部36と、機構筒21外側とに巻回される輪ゴムの如きものとされる。もとより、この復帰係止弾発部35はコイルスプリング、板バネその他の弾性材にて代用することが可能であるのは勿論である。   The guide portion 34 has a protrusion-like, flange-like shape at the vertical position of the locking cylinder portion 32 so that the locking cylinder portion 32 is sandwiched from above and below so that the locking cylinder portion 32 is stably slid in the radial direction of the mechanism cylinder 21. And so on. Further, the return latching elastic portion 35 is wound around a plurality of hook-shaped slide end portions 36 integrally provided on the latching cylinder portion 32 on the latching claw 33 side of the latching cylinder portion 32 and the outside of the mechanism cylinder 21. It is like a rubber band that is turned. Needless to say, the return lock spring 35 can be replaced by a coil spring, a leaf spring or other elastic material.

また解除バー38は、前記差し込み体10による基台1内への差し込みで強制的に機構筒21内方側に押圧されるとき、係止手段31の係止筒部32を機構筒21の径方向にスライドさせて係止爪33を係止フランジ27から解除させるもので、機構筒21の中心に対して係止爪33の反対側に配置されていて、断面でほぼ溝形を呈している。この解除バー38自体は機構筒21の高さ方向に沿うように配装され、解除バー38の内側に突設した連繋突部39によって係止筒部32と一体化してあり、こうすることで解除バー38のいずれの位置が、すなわち上部あるいは下部が押圧されても連繋突部39を介して係止筒部32が確実に移動するように、解除バー38を平行移動的にスライドするように配慮してある。   Further, when the release bar 38 is forcibly pressed toward the inner side of the mechanism cylinder 21 by being inserted into the base 1 by the insertion body 10, the locking cylinder portion 32 of the locking means 31 is made to have a diameter of the mechanism cylinder 21. The locking claw 33 is released from the locking flange 27 by sliding in the direction, and is disposed on the opposite side of the locking claw 33 with respect to the center of the mechanism cylinder 21 and has a substantially groove shape in cross section. . The release bar 38 itself is arranged along the height direction of the mechanism cylinder 21, and is integrated with the locking cylinder part 32 by the connecting projection 39 protruding from the inside of the release bar 38, thereby Any position of the release bar 38, that is, the release bar 38 is slid in a translational manner so that the locking cylinder portion 32 moves reliably through the connecting protrusion 39 even if the upper or lower portion is pressed. Considered.

なお、場合によっては連繋突部39部位で、係止筒部32、解除バー38夫々が分離されていることもあり、いずれにしても解除バー38に対する外方からの押圧、しかもこの押圧作用が解除バー38のいずれの部位に対するものであっても連繋突部39を介して係止筒部32を作動させ、これによって係止筒部32がスライドして飛出ロッド25の係止フランジ27に対する係止を解除させ、飛出ロッド25の急激な上昇が得られるようにしてあれば足りる。   In some cases, the locking cylinder portion 32 and the release bar 38 may be separated from each other at the joint protrusion 39, and in any case, the pressing against the release bar 38 from the outside, and this pressing action is performed. Regardless of the part of the release bar 38, the locking cylinder part 32 is actuated via the connecting protrusion 39, whereby the locking cylinder part 32 slides against the locking flange 27 of the flying rod 25. It is sufficient if the locking is released so that the jumping rod 25 can be rapidly raised.

また、この解除バー38を機構筒21の外側で機構筒21の径方向に沿ってスライド案内するガイド部45は、機構筒21の上下端に機構筒21の径方向に沿って外方に延設された溝状に形成されている。そして、下部にあっては機構筒21の底部近傍位置で外方に突設した突部上面に溝部を形成することで、上部にあっては前記支持筒部23底面に溝部を形成することで設けてあり、上下の夫々の溝部内に解除バー38の上下端が係合状態でスライドすることで、解除バー38が機構筒21の径方向に沿って傾くことなく円滑にスライドされるようにしてある。   Further, the guide portions 45 for slidingly guiding the release bar 38 outside the mechanism cylinder 21 along the radial direction of the mechanism cylinder 21 extend outward along the radial direction of the mechanism cylinder 21 at the upper and lower ends of the mechanism cylinder 21. It is formed in a groove shape. In the lower part, a groove is formed on the upper surface of the protrusion projecting outward at a position near the bottom of the mechanism cylinder 21, and in the upper part, a groove is formed on the bottom surface of the support cylinder 23. The upper and lower ends of the release bar 38 are slid in the engaged state in the upper and lower grooves so that the release bar 38 can be smoothly slid without tilting along the radial direction of the mechanism cylinder 21. It is.

飛出ロッド25上部の載置盤29上に載置される飛出体40は、結合手段41を介して載置盤29に、飛出ロッド25の長さ方向すなわち飛出方向に沿っては着脱が可能でも、飛出ロッド25の回転方向すなわち基台1の上方からみての時計・反時計方向では載置盤29と一体的に回転するものとして、着脱自在に連繋結合されるようになっている。そのための結合手段41は、飛出体40の底部に平面でほぼ正方形状を呈し、底面に至るに伴い次第に僅かに大形となる嵌め入れ突部42を有し、載置盤29の上面に嵌め入れ突部42が嵌め入れられる平面でほぼ八角星形状を呈し、底部に至るに伴い次第に僅かに大形となる嵌め入れ凹部43を有して成るのである。こうすることで、結合手段41における嵌め入れ突部42を嵌め入れ凹部43内に強制的にでも嵌め入れることで、飛出体40を載置盤29に嵌め入れ状態で連繋セットでき、飛出ロッド25の上方への飛び出し時に規制フランジ28がスライド口24に係止したとき、その飛び出し力の慣性作用で飛出体40が載置盤29から外れ、上方に飛び出すのである。また、飛出体40が載置盤29に不回転な状態で嵌め入れられていることで飛出体40を水平方向で回転させると、飛出機構20自体も基台1内で回転移相し、飛出体40の向き例えばその正面を基台1の任意な方向に設定でき、その結果、基台1の差し込み口5と飛出機構20における解除バー38位置とを自在に変更し、解除バー38に関連する差し込み口5位置をゲーム者にとって不明なものとさせ、差し込み体10の差し込み位置の選択につき興趣性を一層増大できるのである。   The projecting body 40 placed on the placement board 29 above the ejection rod 25 is placed on the placement board 29 via the coupling means 41 along the length direction of the ejection rod 25, that is, the ejection direction. Even if it is detachable, it is connected to the mounting board 29 so as to be detachably linked in the rotating direction of the projecting rod 25, that is, in the clockwise / counterclockwise direction when viewed from above the base 1. ing. For this purpose, the coupling means 41 has a substantially square shape at the bottom of the projecting body 40, and has a fitting protrusion 42 that gradually increases in size as it reaches the bottom surface. It has a substantially octagonal star shape on the plane into which the fitting protrusion 42 is fitted, and has a fitting recess 43 that gradually increases in size as it reaches the bottom. By doing so, the projecting body 40 can be connected and set to the mounting board 29 in a connected state by forcibly inserting the fitting protrusion 42 in the coupling means 41 into the fitting recess 43, and When the restriction flange 28 is locked to the slide port 24 when the rod 25 is popped upward, the projecting body 40 is detached from the mounting board 29 by the inertial action of the popping force and jumps upward. Further, when the projecting body 40 is rotated in the horizontal direction because the projecting body 40 is fitted in the mounting board 29 in a non-rotating state, the projecting mechanism 20 itself also rotates in phase within the base 1. The direction of the projecting body 40, for example, the front surface thereof can be set to an arbitrary direction of the base 1, and as a result, the insertion port 5 of the base 1 and the position of the release bar 38 in the ejecting mechanism 20 can be freely changed, The position of the insertion slot 5 related to the release bar 38 is made unknown to the game player, and it is possible to further increase interest in selecting the insertion position of the insertion body 10.

なお、嵌め入れ凹部43の八角星形状は嵌め入れ突部42が嵌め入れられるときの飛出体40の向きの方向性を任意に設定可能にするためであり、上記のように正方形−八角星形状の組み合わせに限らず、正三角形−六角星形状、正五角形状−十角星形状その他の組み合わせとすることも可能である。また図中符号46は載置盤29上面と飛出体40下面とを位置合わせさせる凹凸部である。   Note that the octagonal star shape of the fitting recess 43 is to enable the directionality of the projecting body 40 when the fitting protrusion 42 is fitted to be arbitrarily set, and as described above, a square-octagonal star. Not only the combination of shapes but also a regular triangle-hexagonal star shape, a regular pentagonal shape-decagonal star shape, and other combinations are possible. Reference numeral 46 in the figure denotes an uneven portion for aligning the upper surface of the mounting board 29 and the lower surface of the projecting body 40.

また図6においては他の実施の形態が示されており、図示のように基台1を外径が異なる部位を複数にすることで複数段の段差がある階段形状、例えば段差があるデコレーションケーキ状の構成とし、飛出機構20における解除バー38に、基台1における外径が異なる部位夫々に開穿配列の差し込み口5との間隔が夫々の部位で一定となるように解除作用突部38Aを膨出状に形成したものである。すなわち図示例のように、基台1においては、その外形が、最底部に最大径となる第1段部51、この第1段部51に比しやや小径な第2段部52、更にこの第2段部よりも小径な第3段部53の3段構成にすると共に、第1段部51、第2段部52夫々に差し込み口5を開穿配列して成る。   FIG. 6 shows another embodiment. As shown in the figure, the base 1 has a plurality of steps having different outer diameters, thereby providing a stepped shape having a plurality of steps, for example, a decoration cake having steps. The release action protrusion is configured so that the distance between the release bar 38 of the pop-up mechanism 20 and the insertion opening 5 of the opening arrangement in each part of the base 1 with a different outer diameter is constant. 38A is formed in a bulging shape. That is, as shown in the illustrated example, the outer shape of the base 1 is the first step portion 51 having the maximum diameter at the bottom, the second step portion 52 having a slightly smaller diameter than the first step portion 51, and this The third step portion 53 has a three-stage configuration having a smaller diameter than the second step portion, and the insertion ports 5 are opened and arranged in the first step portion 51 and the second step portion 52, respectively.

一方、飛出機構20においては、その解除バー38が、第1段部51位置に対応する最下部において、差し込み口5から差し込まれる差し込み体10の解除端部12が到達する位置となるように側面からみてほぼコ字形に膨出させた解除作用突部38Aを設けてある。なお、この図例にあっては第2段部52の外径は上記の実施の形態における基台1の外径とほぼ同径にしてあることで、この第2段部52位置に対応する解除バー38位置には解除作用突部38Aは設けられていない。もとより、差し込み口5から解除バー38に至る間隔が差し込み体10における解除端部12、係合部13の合計長さに比し大きい場合には、それに対応する差の間隔で解除作用突部38Aが設けられ、また必要があれば、基台1の段部形状に対応させて解除バー38における解除作用突部38Aが突部状、段差状等で複数にして形成されるものである。   On the other hand, in the jumping mechanism 20, the release bar 38 is positioned at the lowermost position corresponding to the position of the first step portion 51 so that the release end 12 of the insertion body 10 inserted from the insertion port 5 reaches. There is provided a release action protrusion 38A which is bulged into a substantially U shape when viewed from the side. In this example, the outer diameter of the second step portion 52 is substantially the same as the outer diameter of the base 1 in the above embodiment, and therefore corresponds to the position of the second step portion 52. The release action projection 38A is not provided at the release bar 38 position. Of course, when the distance from the insertion port 5 to the release bar 38 is larger than the total length of the release end 12 and the engagement part 13 in the insertion body 10, the release action protrusion 38 </ b> A with the difference corresponding thereto. If necessary, the release action protrusions 38A on the release bar 38 are formed in a plurality of protrusions, steps, etc. corresponding to the stepped shape of the base 1.

なお、飛出機構20の基本的構成は上記の実施の形態におけるものと同様であり、解除バー38のスライド構成を案内規制する溝部による案内構成も同様なものである。   The basic structure of the jumping mechanism 20 is the same as that in the above embodiment, and the guide structure by the groove that guides and regulates the slide structure of the release bar 38 is also the same.

更には図示を省略したが、この解除作用突部38A自体は、解除バー38のスライド方向に沿うように機構筒21の径方向に対応して膨出形成される場合に限らず、スライド方向とは異なる方向で膨出形成されることもあり、こうすることで、解除バー38に対する差し込み体10の差し込み方向が異なる方向からのものとさせることも可能となり、一層の興趣性を増大させることができる。   Further, although not shown in the drawing, the release action protrusion 38A itself is not limited to the case where the release bar 38 bulges along the radial direction of the mechanism cylinder 21 along the slide direction of the release bar 38. May be formed in a different direction, and in this way, the insertion direction of the insertion body 10 with respect to the release bar 38 can be made from a different direction, which can further enhance the interest. it can.

次にこれの使用の一例を説明するに、飛出機構20を内装させてある基台1を所定のゲーム遊戯面例えば机上に置き、飛出体40を飛出ロッド25の載置盤29に結合手段41を介して載置セットして飛出ロッド25を飛出機構20内に押し込み、必要があれば飛出体40によって飛出ロッド25を回転させることで飛出機構20全体の向きを基台1内で変更する。このときの向き変更は不透明な基台1内で飛出機構20が回転移相されているから、ゲーム者にとっては全く不明であり、興味を殺ぐことはない。この状態で、ゲーム者は順番にでも夫々の差し込み体10を任位置の差し込み口5に差し入れるのであり、所定の差し込み口5から差し込まれた差し込み体10先端の解除端部12が飛出機構20の解除バー38に接触到達すると解除バー38が押圧される。すると係止手段31が解除されることで、飛出ロッド25が飛出バネ26の弾発力で瞬時に基台1の上方に飛び出し、飛出体40を基台1上方に飛び出させるのである。   Next, to explain an example of the use of this, the base 1 in which the jumping mechanism 20 is built is placed on a predetermined game playing surface such as a desk, and the jumping body 40 is placed on the placement board 29 of the jumping rod 25. The mounting rod 41 is placed and set, the flying rod 25 is pushed into the flying mechanism 20, and if necessary, the flying rod 25 is rotated by the flying body 40 to change the direction of the entire flying mechanism 20. Change in the base 1. The direction change at this time is completely unknown to the game player and does not kill interest because the jumping mechanism 20 is rotationally phase-shifted in the opaque base 1. In this state, the game player inserts each insertion body 10 into the insertion slot 5 at a predetermined position even in order, and the release end 12 at the tip of the insertion body 10 inserted from the predetermined insertion slot 5 is a jumping mechanism. When the 20 release bar 38 comes into contact, the release bar 38 is pressed. Then, when the locking means 31 is released, the jumping rod 25 instantly jumps out above the base 1 by the spring force of the jump spring 26, and the projecting body 40 jumps out above the base 1. .

そして、基台1の差し込み口5に差し込まれた差し込み体10を基台1から抜き出し、取り外す一方、基台1から飛び出した飛出体40は、これを再度、載置盤29上に載せ、必要があれば基台1内で飛出機構20を回転移相させて次回のゲームに備えるのである。なお、ゲーム勝者の判定は、最後に至るまで解除バー38を作動させることがなかった者、または先に飛出体40を飛び出させた者を勝者とするのであり、任意に取り決める。   And while the insertion body 10 inserted in the insertion port 5 of the base 1 is extracted from the base 1 and removed, the projecting body 40 that has jumped out of the base 1 is placed on the mounting board 29 again. If necessary, the jumping mechanism 20 is rotationally shifted in the base 1 to prepare for the next game. Note that the determination of the game winner is arbitrarily determined as the winner is the person who has not actuated the release bar 38 until the end, or the person who has previously jumped out the projecting body 40.

本発明を実施するための最良の形態を示す断面図である。It is sectional drawing which shows the best form for implementing this invention. 同じく飛出機構が縮小待機状態にあるときの断面図である。Similarly, it is a cross-sectional view when the jumping mechanism is in a reduction standby state. 同じく飛出機構の外観斜視図である。It is an external appearance perspective view of a jump mechanism similarly. 同じく図1における要部横断面図である。It is a principal part cross-sectional view similarly in FIG. 同じく飛出ロッドと飛出体との結合手段における分解縦断図である。Similarly, it is an exploded longitudinal sectional view in the connecting means of the flying rod and the flying body. 同じく他の実施の形態における断面図である。It is sectional drawing in other embodiment similarly. 従来例における断面図である。It is sectional drawing in a prior art example.

符号の説明Explanation of symbols

1…基台 2…底壁
3…支持突部 4…周側壁
5…差し込み口 6…上壁
7…収納筒部
10…差し込み体 11…摘み部
12…解除端部 13…係合部
14…揺動係止片
20…飛出機構 21…機構筒
22…支持底部 23…支持筒部
24…スライド口 24A…係止スライド孔
25…飛出ロッド 26…飛出バネ
27…係止フランジ 28…規制フランジ
29…載置盤
31…係止手段 32…係止筒部
33…係止爪 34…ガイド部
35…復帰係止弾発部 36…スライド端部
38…解除バー 38A…解除作用突部
39…連繋突部
40…飛出体 41…結合手段
42…嵌め入れ突部 43…嵌め入れ凹部
45…ガイド部 46…凹凸部
101…基台 104…周側壁
105…差し込み口 110…差し込み体
120…飛出機構 121…機構筒
125…飛出ロッド 126…飛出バネ
131…係止手段 135…復帰弾発バネ
138…解除レバー
DESCRIPTION OF SYMBOLS 1 ... Base 2 ... Bottom wall 3 ... Supporting protrusion 4 ... Peripheral side wall 5 ... Insert port 6 ... Upper wall 7 ... Storage cylinder part 10 ... Insert 11 ... Picking part 12 ... Release end part 13 ... Engagement part 14 ... Oscillating locking piece 20 ... jumping mechanism 21 ... mechanism cylinder 22 ... support bottom 23 ... support cylinder 24 ... slide port 24A ... locking slide hole 25 ... jumping rod 26 ... jumping spring 27 ... locking flange 28 ... Restriction flange 29 ... Placement board 31 ... Locking means 32 ... Locking cylinder part 33 ... Locking claw 34 ... Guide part 35 ... Return lock springing part 36 ... Slide end 38 ... Release bar 38A ... Release action protrusion 39 ... Connection protrusion 40 ... Projection body 41 ... Coupling means 42 ... Insertion protrusion 43 ... Insertion recess 45 ... Guide part 46 ... Concavity / convexity part 101 ... Base 104 ... Peripheral side wall 105 ... Insertion port 110 ... Insertion body 120 ... Jump mechanism 121 ... Mechanical cylinder 125 ... Jump rod 1 6 ... protruding spring 131 ... locking means 135 ... return resilient spring 138 ... release lever

Claims (8)

周側壁に多数の差し込み口が開穿配列されて成る中空の基台と、差し込み口から基台内に差し込まれ、差し込み口に係止保持される差し込み体と、差し込み体による押圧で基台の径方向でスライドする解除バーによって解除される係止手段を備え、この係止手段に係止されることで基台の上方への飛出傾向に弾発付勢されて基台上で没入自在な飛出ロッドを有していると共に、基台内における中央位置で回転自在にして立脚状に支承されている飛出機構と、この飛出機構における飛出ロッドの上部に、飛出ロッドの回転方向では一体的に回転して着脱自在に連繋結合される飛出体とから成ることを特徴とするゲーム装置。   A hollow base having a large number of insertion openings opened on the peripheral side wall, an insertion body inserted into the base from the insertion opening and held and held by the insertion opening, and a pressure applied by the insertion body. Equipped with a locking means that is released by a release bar that slides in the radial direction, and by being locked by this locking means, it is elastically biased toward the upward jumping tendency of the base so that it can be immersed on the base A jumping mechanism that is supported in a stand-up manner and is rotatable at the center position in the base, and a jumper rod on the upper part of the jumping rod in the jumping mechanism. A game apparatus comprising: a projecting body that integrally rotates in a rotating direction and is detachably linked. 基台は、外径が異なる部位を複数にすることで複数段の段差がある階段形状を呈する一方、飛出機構における解除バーは、基台における外径が異なる部位夫々に開穿配列の差し込み口との間隔が夫々の部位で一定となるように解除作用突部を膨出状に形成してある請求項1に記載のゲーム装置。   The base has a staircase shape with multiple steps by making multiple parts with different outer diameters, while the release bar in the jumping mechanism is inserted into the opening array in each part with different outer diameters in the base 2. The game apparatus according to claim 1, wherein the release action protrusion is formed in a bulging shape so that the distance from the mouth is constant at each part. 飛出機構は、基台における底壁の支持突部、上壁の収納筒部との間で回転自在に支持される中空筒状の機構筒と、この機構筒内に配装した飛出バネによって機構筒上方に飛び出し傾向に弾発付勢されている飛出ロッドと、飛出バネを縮小することで機構筒内に収納した飛出ロッドを係止維持する係止手段と、機構筒の外側で機構筒に対して径方向でスライドすることで係止手段の飛出ロッドとの係止を着脱させるよう機構筒の高さ方向に沿って配されている解除バーと、この解除バーを機構筒に対してその径方向の一定範囲内でスライド案内させるガイド部とを備えている請求項1または2に記載のゲーム装置。   The jumping mechanism includes a hollow cylindrical mechanism cylinder that is rotatably supported between a support projection on the bottom wall of the base and a storage cylinder part on the upper wall, and a jump spring disposed in the mechanism cylinder. The projecting rod which is elastically biased to project out upward by the mechanism cylinder by means of the above, a locking means for locking and maintaining the projecting rod stored in the mechanism cylinder by reducing the projecting spring, and the mechanism cylinder A release bar arranged along the height direction of the mechanism cylinder so as to detach the latch with the jumping rod of the latch means by sliding in the radial direction with respect to the mechanism cylinder on the outside, and the release bar The game apparatus according to claim 1, further comprising a guide portion that slides and guides the mechanism cylinder within a certain radial range. 飛出ロッドの上部は、機構筒の上部に形成した支持筒部に嵌め入れられていると共に、上下方向ではスライド可能にさせ、水平方向では機構筒と共に回転されるよう非円形断面の飛出ロッドに対応する形状としたスライド口を開口してある請求項2または3に記載のゲーム装置。   The upper part of the jumper rod is fitted into a support cylinder part formed on the upper part of the mechanism cylinder, and is made to be slidable in the vertical direction and has a non-circular cross section so that it can rotate with the mechanism cylinder in the horizontal direction. The game device according to claim 2, wherein a slide port having a shape corresponding to is opened. 係止手段は、機構筒の外側に嵌め合わせられて機構筒の径方向にスライドし、機構筒壁に出没して飛出ロッドの係止フランジに係止する係止爪を備えた係止筒部と、この係止筒部を機構筒の径方向にスライド案内させるよう機構筒の外側に形成したガイド部と、係止筒部の係止爪を機構筒内方にスライド傾向に弾発付勢させる復帰係止弾発部とを備えている請求項1乃至4のいずれかに記載のゲーム装置。   The locking means is fitted to the outside of the mechanism cylinder and slides in the radial direction of the mechanism cylinder, and is provided with a locking claw that protrudes and retracts on the mechanism cylinder wall and engages with the locking flange of the flying rod. And a guide portion formed on the outside of the mechanism cylinder so that the locking cylinder portion is slidably guided in the radial direction of the mechanism cylinder, and a locking claw of the locking cylinder portion is resiliently slid toward the inside of the mechanism cylinder. The game apparatus according to claim 1, further comprising a return locking bullet unit for biasing. 解除バーは、機構筒の中心に対して係止爪の反対側で機構筒の高さ方向に沿うように配装され、解除バーの内側に突設した連繋突部によって係止筒部と一体化してある請求項1乃至5のいずれかに記載のゲーム装置。   The release bar is arranged along the height direction of the mechanism cylinder on the opposite side of the locking claw with respect to the center of the mechanism cylinder, and is integrated with the locking cylinder part by a connecting protrusion protruding inside the release bar. The game device according to claim 1, wherein the game device is realized. ガイド部は、機構筒の上下端に機構筒の径方向に沿って外方に延設された溝状にして成る請求項5または6に記載のゲーム装置。   The game apparatus according to claim 5 or 6, wherein the guide portion is formed in a groove shape extending outward along the radial direction of the mechanism cylinder at the upper and lower ends of the mechanism cylinder. 飛出体は、飛出ロッドの上部に形成した載置盤上に結合手段を介して着脱自在に載置され、この結合手段は飛出ロッドの飛出方向に沿っては着脱が可能でも、飛出ロッドの回転方向では載置盤と一体的に回転することで着脱自在に連繋結合されるものとしてある請求項1乃至7のいずれかに記載のゲーム装置。
The projecting body is detachably mounted on the mounting board formed on the upper part of the projecting rod via the coupling means, and this coupling means is detachable along the projecting direction of the projecting rod, The game device according to claim 1, wherein the game device is detachably linked by rotating integrally with the mounting board in a rotation direction of the jumping rod.
JP2004223221A 2004-07-30 2004-07-30 Game device Expired - Fee Related JP4172712B2 (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20190018355A (en) * 2017-08-14 2019-02-22 최종일 Launchable toy with launcher
JP2020188978A (en) * 2019-05-23 2020-11-26 株式会社エポック社 Model toy and pot toy

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20190018355A (en) * 2017-08-14 2019-02-22 최종일 Launchable toy with launcher
KR101965495B1 (en) * 2017-08-14 2019-04-03 최종일 Launchable toy with launcher
JP2020188978A (en) * 2019-05-23 2020-11-26 株式会社エポック社 Model toy and pot toy
JP7281339B2 (en) 2019-05-23 2023-05-25 株式会社エポック社 Model toys and pot toys

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