JPH0719239U - Shoe turning board - Google Patents
Shoe turning boardInfo
- Publication number
- JPH0719239U JPH0719239U JP5337593U JP5337593U JPH0719239U JP H0719239 U JPH0719239 U JP H0719239U JP 5337593 U JP5337593 U JP 5337593U JP 5337593 U JP5337593 U JP 5337593U JP H0719239 U JPH0719239 U JP H0719239U
- Authority
- JP
- Japan
- Prior art keywords
- shoe
- rotor
- bush
- base
- cam
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Specific Conveyance Elements (AREA)
- Holders For Apparel And Elements Relating To Apparel (AREA)
Abstract
(57)【要約】
【目的】 部屋に入る時に脱いだ靴の向きを自動的に換
えて、部屋からでる時にそのまま履いて外出できる靴転
向盤を提供する。
【構成】 その中心部にボス部（１２）を設けた基盤
（１０）と、上記ボス部（１２）内に取り付けられて、
押圧すれば下向きに収縮し押圧を釈放させれば所定角度
回転して元来の高さに復帰する回転子（２２）を凸設し
た転向装置（２０）と、上記回転子（２２）上面にその
中央部を連接して、その上面に脱いだ靴を載置する上盤
（３０）とを組合せて、上記上盤（３０）が踏圧を受け
次いで釈放されるごとに、上記転向装置（２０）の作用
から該上盤（３０）上面に脱いだ靴の向きを自動的に所
定角度転換させるようにした。
(57) [Summary] [Purpose] To provide a shoe turning board that automatically changes the direction of the shoes taken off when entering the room, and can be worn as it is when leaving the room. [Structure] A base (10) having a boss (12) at its center, and a base (10) mounted in the boss (12),
A turning device (20) having a protruding rotor (22) which contracts downward when pressed and rotates a predetermined angle when released and returns to the original height, and an upper surface of the rotor (22). In combination with the upper plate (30) which connects the central portions thereof and places the shoes taken off on the upper surface thereof, each time the upper plate (30) is stepped on and then released, the turning device (20) ), The direction of the shoes taken off on the upper surface of the upper plate (30) is automatically changed by a predetermined angle.
Description
【０００１】[0001]
本考案は、脱いだ靴の向きを転換させる靴転向盤に関する。 The present invention relates to a shoe turning board that changes the direction of a shoe that has been taken off.
【０００２】[0002]
普通、ほとんどの人が靴を脱いで部屋に入るとき、その脱いだ靴が部屋へ入い ろうとして脱いだままの向きになっていることが多く、そして、部屋から出る時 に、改めて腰を屈めて手で、または立ったまま片足で靴の向きを換えてから、履 いて出ていた。 Normally, when most people take off their shoes and enter the room, the undressed shoes are often in the orientation they were in when they tried to enter the room, and when they left the room, they had to sit down again. I leaned down and turned my shoes with one foot while standing and then put them on and out.
【０００３】[0003]
しかしながら、腰を屈めて立上がると目眩む人や、片足だけで体を支えるとよ ろめき易い人があって、特に幼い子供や年寄りの場合はいちいち他人がその靴の 向きを直してあげなければならないという問題点があった。 この腰のかがみ若しくは片足で体を支え或いは他人から靴の向きを変えて貰わ なければならない煩わしさと不便を解決するため、本考案は、部屋に入る時に脱 いだ靴のむきを自動的に換えて、部屋から出る時にそのまま履いて外出できる靴 の向き転換可能な靴転向盤を提供することを目的とする。 However, there are some people who are dizzy when they bend down and stand up, and some people are prone to stagger by supporting their body with only one foot.Especially for young children and the elderly, others must correct their shoes. There was a problem that it had to be. In order to solve the inconvenience and inconvenience of having to bend the waist or support the body with one foot or change the direction of the shoes from another person, the present invention automatically changes the peeling of the shoes taken off when entering the room. The purpose of the present invention is to provide a shoe turning board in which the shoes can be turned on and off when leaving the room.
【０００４】[0004]
上記目的に沿う請求項１記載の靴転向盤は、その中心部にボス部をそなえた基 盤と、上記ボス部内に嵌着し、押圧すれば降下し押圧力を解除すればばねの付勢 により所定角度回転して元来の高さに復帰する回転子を凸設した転向装置と、上 記回転子上部に連結されて、その上面部に脱いだ靴を載置する上盤とを組合せて 、上記上盤が圧下され次いで放されるごとに、上記転向装置を介して該上盤上面 に脱いだ靴の向きを自動的に所定角度転換させるように構成されている。 請求項２記載の靴転向盤は、請求項１記載の靴転向盤において、上記転向装置 を、上記基盤のボス部内に嵌合し、その内周面上段に凸起周面部を形成して、該 凸起周面部下端縁に互いに対応して同一方向に下り傾斜する両カム輪郭を設けた ブッシュと、その円柱状胴部を上記ブッシュ内に遊嵌させ、該胴部下端周壁の直 径上で対応する２か所にそれぞれ上記カム輪郭の従動子として凸柱を突設して、 該カム輪郭沿いに上下動および軸周りに回転可能にした回転子と、その押圧ばね の押圧により、上記回転子および該回転子上部に連結された上盤を常時上向きに 付勢すると共に、上記凸柱を常時上記カム輪郭に当接するようにした押圧テーブ ルと、上記ブッシュ下端内部に回転可能に内嵌され、その上部の上記カム輪郭頂 上と対応する箇所にそれぞれ先端を丸められたほぼ三角形状の突出部を形成して 、捻じりばねにより常時該カム輪郭の急傾斜側に当接するようにしたアンクル部 材とにより組立て、間歇脱進機構として作用させるようにして構成されている。 請求項３記載の靴転向盤は、請求項１または２記載の靴転向盤において、上記 転向装置のブッシュと上記基盤のボス部を一体に成形するようにして構成されて いる。 請求項４記載の靴転向盤は、請求項２記載の靴転向盤において、上記ブッシュ のカム輪郭下端に接続して上向き斜辺を形成するように構成されている。 請求項５記載の靴転向盤は、請求項２記載の靴転向盤において、上記ブッシュ 内周面下段に係止条を設けて、上記アンクル部材の過度上昇を阻止するようにし て構成されている。 The shoe turning board according to claim 1 which meets the above-mentioned object, is fitted with a board having a boss portion at the center thereof and is fitted into the boss portion, and is depressed when pressed, and urged by a spring when the pushing force is released. A turning device with a protruding rotor that rotates a predetermined angle to return to the original height is combined with an upper plate that is connected to the upper part of the rotor and that puts the shoes that have been taken off on its upper surface. Then, every time the upper board is pressed and then released, the direction of the shoes taken off to the upper surface of the upper board is automatically changed by a predetermined angle through the turning device. The shoe turning board according to claim 2 is the shoe turning board according to claim 1, wherein the turning device is fitted into a boss portion of the base, and a raised circumferential surface portion is formed on an upper step of an inner circumferential surface thereof. A bush provided with both cam contours that slope downward in the same direction corresponding to each other at the lower end edge of the raised peripheral surface portion and the cylindrical body portion of the bush are loosely fitted in the bush, and By projecting a convex column as a follower of the above-mentioned cam contour at each of two corresponding positions, the rotor can be moved up and down along the contour of the cam and can be rotated around its axis, and by the pressing of its pressing spring, The rotor and the upper plate connected to the upper part of the rotor are constantly urged upward, and the convex column is always in contact with the cam contour. The top of the cam profile and the corresponding Each of them is formed with a substantially triangular protrusion with a rounded tip, and is assembled by an ankle member that is always brought into contact with the steep slope of the cam contour by a torsion spring to act as an intermittent escape mechanism. It is configured in this way. According to a third aspect of the present invention, there is provided the shoe turning disc according to the first or second aspect, wherein the bush of the turning device and the boss portion of the base are integrally formed. According to a fourth aspect of the present invention, there is provided a shoe turning disc according to the second aspect, wherein the shoe turning disc is connected to a lower end of a cam contour of the bush to form an upward oblique side. According to a fifth aspect of the present invention, there is provided the shoe turning disc according to the second aspect, wherein a locking strip is provided on a lower stage of the inner peripheral surface of the bush so as to prevent the ankle member from excessively rising. .
【０００５】 請求項６記載の靴転向盤は、請求項１記載の靴転向盤において、上記転向装置 を、上記基盤のボス部に内嵌し、その内周面上段に凸起周面部を形成して、該凸 起周面部下端縁に互いに対応して同一方向に下り傾斜する両カム輪郭を設けたブ ッシュと、その円柱状胴部を上記ブッシュ内に遊嵌させ、該胴部下端周壁の直径 上で対応する２か所よりそれぞれ上記カム輪郭の従動子として凸柱を伸出させて 、該カム輪郭沿いに上下動および軸周りに回転可能にした回転子と、上記ブッシ ュ内部下端に回転可能に内嵌して、その上部の上記カム輪郭頂上と対応する箇所 にそれぞれ先端が丸められたほぼ三角形状の突出部を形成したアンクル部材と 上記アンクル部材内に設けられて、その上端を上記回転子底面に当接して該回 転子に原位置復帰力を提供する押圧ばねと上記ブッシュの底蓋上面に軸ロッドを 介して固定され、上記アンクル部材に微動回転後の原位置復帰力を提供する捻じ りばねとにより組合せて間歇脱機構として作用させるようにして構成されている 。 請求項７記載の靴転向盤は、請求項６記載の靴転向盤において、上記回転子下 端内部に格納室を設けて、該格納室下端周縁に互いに直径線上で対応する両開口 を該回転子外周壁と通ずるように開設、並びに該格納室内に直径やや小さい環状 円板体を取り付けて、該環状円板体周縁に互いに対応するように凸設された両凸 柱をやや幅広い該両開口より伸出させ、さらに該格納室下端面に蓋するよう底板 を被着して、該両凸柱が該開口幅程度に該回転子で水平移動できるようにして構 成されている。 請求項８記載の靴転向盤は、請求項１記載の靴転向盤において、上記基盤の四 方周縁下端にそれぞれ複数の凹溝を設け、隣合う両側縁にそれぞれ所定数の係合 片を形成して、該基盤の係合片を他の基盤の凹溝に係合させることにより複数セ ット組合せて適当な大きさの靴脱ぎ板を形成して構成されている。 そして、請求項９記載の靴転向盤は、請求項１記載の靴転向盤において、上記 上盤上面に適当深さの靴載置窪みを二つ並設するようにして構成されている。According to a sixth aspect of the present invention, there is provided a shoe turning disc according to the first aspect, in which the turning device is fitted into a boss portion of the base, and a convex circumferential surface portion is formed on an upper step of the inner circumferential surface of the boss portion. Then, a bush having both cam contours that are inclined downward in the same direction in correspondence with each other at the lower edge of the protruding peripheral surface portion and the cylindrical body portion thereof are loosely fitted in the bush, and the lower end peripheral wall of the body portion is fitted. Of the above-mentioned cam profile by extending convex columns from two corresponding positions on the diameter of the rotor, and the rotor that can move up and down along the cam profile and rotate around the axis, and the lower end of the inside of the bush. Is rotatably fitted into the pallet and is provided in the pallet fork with an approximately triangular protrusion with a rounded tip at a position corresponding to the top of the cam profile and the upper end of the pallet. Abut the bottom surface of the rotor to the rotor. An intermittent release mechanism combining a pressing spring that provides the original position return force and a torsion spring that is fixed to the upper surface of the bottom lid of the bush via an axial rod and that provides the original position return force after the fine movement of the ankle member. It is configured to act as. According to a seventh aspect of the present invention, in the shoe turning disc according to the sixth aspect, a storage chamber is provided inside the lower end of the rotor, and both openings corresponding to each other on a diametrical line are formed at the lower end peripheral edge of the storage chamber. It is opened so as to communicate with the outer peripheral wall of the child, and an annular disc with a slightly smaller diameter is installed in the storage chamber, and biconvex columns that are convexly provided so as to correspond to each other on the peripheral edge of the annular disc are slightly wider. Further, a bottom plate is attached so as to extend further and cover the lower end surface of the storage chamber so that the biconvex columns can be horizontally moved by the rotor to about the opening width. The shoe turning board according to claim 8 is the shoe turning board according to claim 1, wherein a plurality of recessed grooves are provided at lower ends of four sides of the base, and a predetermined number of engaging pieces are formed at adjacent side edges. Then, by engaging the engaging piece of the base with the groove of the other base, a plurality of sets are combined to form a shoe take-off plate of an appropriate size. The shoe turning board according to a ninth aspect is the shoe turning board according to the first aspect, in which two shoe mounting depressions each having an appropriate depth are juxtaposed on the upper surface of the upper board.
【０００６】[0006]
請求項１〜９記載の靴転向盤は、その上盤が未だ踏圧を受けていない時は、回 転子は押圧ばねの作用からその凸柱がブッシュのカム輪郭の頂上に当接して、ア ンクル部材は捻じりばねの作用からその突出部先端が該凸柱下方において該ブッ シュの斜辺に当接し、上盤が踏圧を受けると、該回転子が下降して該凸柱が該ア ンクル部材の突出部を押し開いて該アンクル部材を微動回転させ、かつ該凸柱が 該アンクル部材の斜面下方に落ちて、この際、該アンクル部材は捻じりばねの弾 性回復により再び元来の位置に復帰するようになる。そして、靴を脱いで足を上 げると、該回転子は押圧ばねの弾性回復により上向きに押上げられ、該凸柱が該 アンクル部材に阻まれてもう一方のカム輪郭沿いに滑り上昇して該カム輪郭の頂 上に至るまで回動する。したがって、該回転子が回動して該上盤上面に脱いだ靴 の向きを自動的に所定角度転換させることができる。 In the shoe turning plate according to any one of claims 1 to 9, when the upper plate of the shoe turning plate is not yet subjected to the treading pressure, the protrusion of the rotor contacts the top of the cam contour of the bush due to the action of the pressing spring, Due to the action of the torsion spring, the tip end of the protrusion member abuts the hypotenuse of the bush below the convex column, and when the upper plate receives a pedaling pressure, the rotor descends to cause the convex column to move toward the anchor. The protrusion of the member is pushed open to finely rotate the pallet fork, and the convex column falls below the slope of the pallet fork, at which time the pallet fork is restored to its original shape by the elasticity recovery of the torsion spring. It will return to the position. Then, when the shoe is taken off and the foot is raised, the rotor is pushed upward by the elastic recovery of the pressing spring, the convex column is blocked by the ankle member, and slides up along the contour of the other cam. Pivot to the top of the cam profile. Therefore, the direction of the shoes taken off on the upper surface of the upper plate can be automatically changed by the rotation of the rotor.
【０００７】[0007]
以下、図面に基づいて本考案の実施例に係る靴転向盤を説明する。 図１に示す如く、本考案の第１の実施例に係る靴転向盤は、基盤１０、転向装 置２０、および上盤３０を組合わせてなる。 上記基盤１０は、適当な厚さをした方形状盤体であって、その上面に円形状窪 み１１を設け、円形状窪み１１の中央部にボス部１２を形成し、かつボス部１２ 内周壁に等間隔に複数の竪向きほぞ溝１２１を設けている。 上記転向装置２０は、図２、図３も併せて参照すれば分かるように、ブッシュ ２１、回転子２２、アンクル部材２３、押圧テーブル２４、押圧ばね２５、捻じ りばね２６、および底蓋２９を含む。以下、これらについて詳しく説明する。 上記ブッシュ２１は適当な高さのパイプ状に形成されて、その外周面に上記基 盤１０のほぞ溝１２１と係合するほぞ条２１１を設け、その内周面上段に凸起周 面部２１２を形成して、凸起周面部２１２の下端縁に互いに対応して時針方向に 下り傾斜するカム輪郭２１３を設け、かつカム輪郭２１３下端から上向きに昇る 斜辺２１４を形成している。そして、ブッシュ２１内周面下段に断面三角形状の 係止条２１６を水平沿いに対向してアンクル部材２３が過度に上向き上昇するの を防止すると共に、ブッシュ２１下端縁に互いに対称する４つの係止ブロック２ １５を形成している。なお、ブッシュ２１を上記基盤１０のボス部１２と一体成 形するようにしても良い。 Hereinafter, a shoe turning board according to an embodiment of the present invention will be described with reference to the drawings. As shown in FIG. 1, a shoe turning board according to a first embodiment of the present invention comprises a base 10, a turning device 20, and an upper board 30 in combination. The substrate 10 is a rectangular plate having an appropriate thickness, a circular recess 11 is provided on the upper surface thereof, a boss 12 is formed in the center of the circular recess 11, and A plurality of vertical mortises 121 are provided at equal intervals on the peripheral wall. The turning device 20 includes a bush 21, a rotor 22, an ankle member 23, a pressing table 24, a pressing spring 25, a torsion spring 26, and a bottom cover 29, as can be seen by referring to FIGS. 2 and 3 as well. Including. These will be described in detail below. The bush 21 is formed in the shape of a pipe having an appropriate height, and is provided with a tenon 211 that engages with the tenon groove 121 of the base 10 on the outer peripheral surface thereof, and a raised peripheral surface portion 212 is formed on the upper step of the inner peripheral surface thereof. The cam contour 213 is formed so as to correspond to each other at the lower end edge of the raised circumferential surface portion 212 and inclines downward in the hour hand direction, and the oblique side 214 that rises upward from the lower end of the cam contour 213 is formed. Then, the locking ridges 216 having a triangular cross section are horizontally opposed to the lower part of the inner peripheral surface of the bush 21 to prevent the pallet fork 23 from rising excessively upward, and at the same time, the four lower rims of the bush 21 are symmetrical with each other. It forms a stop block 215. The bush 21 may be integrally formed with the boss portion 12 of the base 10.
【０００８】 上記回転子２２は円柱体を呈して、その上端面に軸挿凸起２２１を設けて、外 周面下端の適当な位置に互いに対称する両凸柱２２２を形成し、そして、回転子 ２２をブッシュ２１底面より装入して、両凸柱２２２をブッシュ２１の凸起周面 部２１２下端縁に形成さたカム輪郭２１３に当接させ、かつ軸挿凸起２２１上端 面にねじ孔２２４を設けている。 上記アンクル部材２３はリング体によって形成されて、ブッシュ２１の内部下 端に相対回転可能に遊嵌し、かつその周壁上端縁の適当な箇所に横長開口２３２ 、及びカム輪郭２１３の上向きに昇る斜辺２１４に対応する箇所に両突出部２３ １をそれぞれ設けて、両突出部２３１上端縁に斜面２３１１を形成し、さらに斜 面２３１１下方に凹口２３１３を凹設している。 上記押圧テーブル２４は、円錐コイル状に形成された押圧ばね２５上面に連接 して、その全体を上記アンクル部材２３に内装され、上記回転子２２下端に当接 することにより、弾性回復による元位置復帰力を回転子２２に付与している。 該捻じりばね２６は、図４に示す如く、固定キャップ２７の下端部に外嵌して 、ボルト２８と固定キャップ２７との螺締により上記底蓋２９に固定され、且つ その両脚を該アンクル部材２３の横長開口２３２に挿通してアンクル部材２３の 凹口２３１３およびブッシュ２１内周壁の凹孔にそれぞれ固定し、これによりア ンクル部材２３が回転した後に弾性回復による元位置復帰力を提供している。The rotor 22 has a cylindrical shape, and an axial projection 221 is provided on the upper end surface of the rotor 22 to form biconvex columns 222 symmetrical to each other at appropriate positions on the lower end of the outer peripheral surface. Insert the child 22 from the bottom surface of the bush 21, make the bi-convex column 222 abut on the cam contour 213 formed at the lower end edge of the protruding peripheral surface portion 212 of the bush 21, and screw on the upper end surface of the shaft insertion protruding portion 221. A hole 224 is provided. The pallet fork member 23 is formed by a ring body, is loosely fitted to the inner lower end of the bush 21 so as to be relatively rotatable, and has a laterally elongated opening 232 at an appropriate position on the upper edge of the peripheral wall thereof and an oblique side that rises upward of the cam contour 213. Both protrusions 231 are provided at locations corresponding to 214, a slope 2311 is formed at the upper edge of both protrusions 231, and a recess 2313 is formed below the slope 2311. The pressing table 24 is connected to the upper surface of the pressing spring 25 formed in the shape of a conical coil, and the whole of the pressing table 24 is housed in the pallet fork 23. A restoring force is applied to the rotor 22. As shown in FIG. 4, the torsion spring 26 is externally fitted to the lower end portion of the fixed cap 27 and is fixed to the bottom lid 29 by screwing the bolt 28 and the fixed cap 27, and both legs of the torsion spring 26 are fixed to the bottom cover 29. It is inserted through the laterally long opening 232 of the member 23 and fixed to the concave opening 2313 of the pallet fork member 23 and the concave hole of the inner peripheral wall of the bush 21 respectively, thereby providing the original position restoring force by elastic recovery after the anchor member 23 rotates. ing.
【０００９】 上記底蓋２９は外周縁に等間隔に４つの係着溝２９１を設けて、上記ブッシュ ２１の係止ブロック２１５と係合し、その上面に上記捻じりばね２６の両脚を伸 出させるＣ型凸起２９２を形成して、上記固定キャップ２７が捻じりばね２６を 押圧しないようにしている。 上記上盤３０は、その上面に靴形状より大きい適当な深さの両靴載置窪み３１ を形成して、その中央部に係止孔３２を穿って上記回転子２２の軸挿凸起２２１ と嵌合し、且つねじにより螺定して、上記転向装置２０の作用により靴向きを自 動的に転向させるようにしている。 図３、図５および図６〜９を参照して更に詳しく説明すると、図３は上盤３０ が未だ踏圧を受けていない状態の断面図で、この時、回転子２２は押圧ばね２５ の作用から、その凸柱２２２がブッシュ２１のカム輪郭２１３頂上に当接し、ア ンクル部材２３は捻じりばね２６の作用からその斜面２３１１がブッシュ２１の 斜辺２１４に緊着当接して凸柱２２２下方に位置づけられる。そして、上盤３０ が踏圧を受けた当初は図６に示す状態を呈し、図７および図８に示すように回転 子２２が下降して、凸柱２２２がアンクル部材２３の斜面２３１１を押し開いて アンクル部材２３を微動回転させ、そして、凸柱２２２がアンクル部材２３の凹 口２３１３に下降する。この際、アンクル部材２３は捻じりばね２６の弾性復帰 により元来の位置に復帰し、その踏圧を受けた状態は図５に示す如きである。そ して、靴を脱いで足を引き上げた場合には、押圧ばね２５の弾性回復により回転 子２２が上向きに押上げられ、凸柱２２２がアンクル部材２３の凹口２３１３か ら、もう一方のカム輪郭２１３′沿いに上向きに滑って図９に示す如く回動する 。カム輪郭２１３、２１３′はその下端に接続した斜辺２１４、２１４′とでそ れぞれ１／２円周に跨がって設けられていることから、回転子２２が１／２回転 して上盤３０を１８０度方向転換させることになる。 したがって、このような構成により、上盤３０を踏んで靴を脱ぎ室内に入った 後、上盤３０は自動的に１８０度方向転換して靴が外向きになり、そして、室外 に出るときは靴向きを変える必要がなく、直接靴を履いて外出できるので極めて 便利になる。また、上盤３０はその上面に窪み状の靴載置ゾーン３１を設けてい るので、脱いだ靴は何かに触れて移動することがなく、何時でも履ける正確な外 向き状態を保持する。The bottom lid 29 is provided with four engaging grooves 291 at equal intervals on its outer peripheral edge, engages with the locking block 215 of the bush 21, and extends both legs of the torsion spring 26 on its upper surface. A C-shaped protrusion 292 is formed to prevent the fixed cap 27 from pressing the torsion spring 26. The upper plate 30 has both shoe mounting depressions 31 formed on the upper surface thereof and having a proper depth larger than the shoe shape, and a locking hole 32 is bored in the center thereof to form the shaft insertion protrusion 221 of the rotor 22. The turning direction of the shoe is automatically turned by the action of the turning device 20. More specifically, referring to FIGS. 3, 5 and 6 to 9, FIG. 3 is a cross-sectional view showing a state where the upper board 30 has not been subjected to the pedaling pressure. At this time, the rotor 22 acts by the pressing spring 25. Therefore, the convex column 222 abuts on the top of the cam profile 213 of the bush 21, and the angle member 23 of the anchor member 23 is brought into close contact with the oblique side 214 of the bush 21 due to the action of the torsion spring 26, so that the convex column 222 moves downward. Positioned. Then, when the upper board 30 initially receives the stepping pressure, the state shown in FIG. 6 is exhibited, and as shown in FIGS. 7 and 8, the rotor 22 descends and the convex column 222 pushes the slope 2311 of the pallet fork 23 to open. Then, the pallet fork 23 is finely rotated, and the convex column 222 descends into the recess 2313 of the pallet fork 23. At this time, the pallet fork member 23 is returned to its original position by the elastic return of the torsion spring 26, and the state in which the pedal pressure is received is as shown in FIG. Then, when the shoe is taken off and the foot is pulled up, the rotor 22 is pushed upward due to the elastic recovery of the pressing spring 25, and the convex column 222 moves from the concave opening 2313 of the pallet fork 23 to the other side. Slide up along cam profile 213 'and pivot as shown in FIG. Since the cam contours 213 and 213 'are provided on the lower sides of the oblique sides 214 and 214', respectively, so as to extend over 1/2 circumference, the rotor 22 rotates 1/2 rotation. The upper board 30 will be turned 180 degrees. Therefore, with such a structure, after stepping on the upper plate 30 to take off the shoes and enter the room, the upper plate 30 automatically turns 180 degrees to turn the shoes outward, and when it goes out of the room, You don't have to change the direction of your shoes and you can wear shoes directly and go out, which is extremely convenient. Further, since the upper plate 30 is provided with the recessed shoe mounting zone 31 on the upper surface thereof, the removed shoes do not move by touching anything, and maintain an accurate outward state in which they can be worn at any time.
【００１０】 図１０に示すのは、本考案の第２の実施例に係る靴転向盤であり、本実施例の 基盤１０および上盤３０は上記実施例と同じで、転向装置４０はブッシュ４１、 回転子４２、アンクル部材４３、両押圧テーブル４４、押圧ばね４５、軸ロッド ４６、捻じりばね４７、支承板４８、および底蓋４９からなる。 上記ブッシュ４１は適当長さの中空パイプ状に形成されて、その外周面に上記 基盤１０のほぞ溝１２１と係合するほぞ条４１１を設け、その内周面上段に凸起 周面部４１２を形成して、凸起周面部４１２の下端縁に互いに対向して時針方向 に下り傾斜するカム輪郭４１３を設け、かつ両カム輪郭４１３下端に接続して互 いに対応する上向き垂直面４１５をそれぞれ形成し、そして、ブッシュ４１下端 縁に複数の係止溝４１４を設けている。 上記回転子４２は円柱体を呈して、その上端面に軸挿凸起４２１を設けて、軸 挿凸起４２１上端面にねじ孔４２０を形成し、かつ回転子４２の中心に下端面か ら軸挿凸起４２１に至る嵌着孔４２２を設けて、回転子４２の下端縁近くに互い に直径線上で対応する両凸柱４２３を突出させ、さらに両凸柱４２３が上記ブッ シュ４１のカム輪郭４１３下端縁に当接して回転子４２と同期してやや水平移動 をなすようにする。そして、この両凸柱４２３の装設は以下のようにして行われ る。即ち、図１１に示すように、回転子４２下端内部に格納室４２４を設けて、 格納室４２４の下端周縁に互いに直径線上で対向する両開口４２５を、回転子４ ２の外周壁に通ずるように開設し、並びに回転子４２の格納室４２４を囲む周縁 下端面に等間隔に対称する４つの係合孔４２６を形成して、両凸柱４２３を環状 円板体４２７と一体に成形すると共に、両凸柱４２３が両開口４２５より伸出す るように円板体４２７を格納室４２４内に装着し、さらに底板４２８の周縁沿い に互いに対応するように設けられた４本の嵌着柱４２８１を係合孔４２６にそれ ぞれ嵌挿固定させることにより、底板４２８を格納室４２４下端面に蓋させて、 両凸柱４２３が開口４２５幅程度に該回転子４２で水平移動できるようにする。FIG. 10 shows a shoe turning board according to a second embodiment of the present invention, in which the base 10 and the upper board 30 of the present embodiment are the same as those of the above embodiment, and the turning device 40 is a bush 41. The rotor 42, the pallet fork 43, the two pressing tables 44, the pressing spring 45, the shaft rod 46, the torsion spring 47, the support plate 48, and the bottom cover 49. The bush 41 is formed in the shape of a hollow pipe having an appropriate length, and a tenon 411 that engages with the tenon groove 121 of the base 10 is provided on the outer peripheral surface of the bush 41, and a raised peripheral surface portion 412 is formed on the upper step of the inner peripheral surface thereof. Then, cam contours 413 are provided at the lower end edges of the convex peripheral surface portion 412 so as to face each other and are inclined downward in the hour hand direction, and are connected to the lower ends of both cam contours 413 to form upward vertical surfaces 415 corresponding to each other. Then, a plurality of locking grooves 414 are provided at the lower edge of the bush 41. The rotor 42 has a cylindrical shape, and the upper end surface of the rotor 42 is provided with a shaft insertion protrusion 421. The shaft insertion protrusion 421 has a screw hole 420 formed on the upper end surface thereof. A fitting hole 422 extending to the shaft insertion protrusion 421 is provided, and bi-convex columns 423 corresponding to each other on the diametric line are projected near the lower end edge of the rotor 42. Further, the bi-convex columns 423 are the cams of the bush 41. The contour 413 is brought into contact with the lower end edge of the contour 413 so as to move slightly horizontally in synchronization with the rotor 42. The biconvex column 423 is installed as follows. That is, as shown in FIG. 11, a storage chamber 424 is provided inside the lower end of the rotor 42, and both openings 425, which are diametrically opposed to each other at the lower end peripheral edge of the storage chamber 424, pass through the outer peripheral wall of the rotor 42. , And four engaging holes 426 symmetrically spaced at the peripheral edge lower end surface surrounding the storage chamber 424 of the rotor 42 to form the biconvex column 423 integrally with the annular disc body 427. , The disc body 427 is mounted in the storage chamber 424 so that the biconvex columns 423 extend from the both openings 425, and four fitting columns 4281 are provided along the peripheral edge of the bottom plate 428 so as to correspond to each other. The bottom plate 428 is capped on the lower end surface of the storage chamber 424 by fitting and fixing each of them in the engaging hole 426 so that the biconvex column 423 can be horizontally moved by the rotor 42 within the width of the opening 425. .
【００１１】 上記アンクル部材４３は底面板を有し、上記ブッシュ４１の内部下端に相対回 転可能に内嵌して、その周壁上端縁に互いに直径線上で対応する両突出部４３１ を設け、かつ両突出部４３１の上端面にそれぞれ斜面４３１１を形成して、アン クル部材４３の底面板中央部に貫挿孔４３２、および貫挿孔４３２に跨がる部分 を曲折させて貫挿孔４３２周縁よりほぼアンクル部材４３の外周縁に至る径向き と平行する係合溝４３３を設け、さらに両突出部４３１の下部に互いに対向する 挿着孔４３４を穿設している。 上記両押圧テーブル４４は円錐コイル状に形成された押圧ばね４５の上端面に 連接されるもので、全体を上記アンクル部材４３に内装されて上記回転子４２の 下端に当接することにより、弾性回復による元位置復帰力を均等に回転子４２に 与えるようにしている。 上記軸ロッド４６は底蓋４９の中心部位に一体成形され、その下端に通孔が設 けられる。軸ロッド４６は支承板４８、アンクル部材４３の貫挿孔４３２および 回転子４２の嵌着孔４２２に貫挿し、支承板４８はその貫挿孔下端の周縁に当接 周縁４８１を突設させて、アンクル部材４３の貫挿孔４３２を通して底蓋４９に 当接し、これにより押圧ばね４５の下端は支承板４８に当接してアンクル部材４ ３とは当接しないことになる。また、捻じりばね４７はばねワイヤをアンクル部 材４３の挿着孔４３４から通し、かつ軸ロッド４６下端の通孔に通して、しかる 後、底蓋４９を１、２回転させてから該ばねワイヤ両端をそれぞれアンクル部材 ４３の底面板の係合溝４３３内に固定させて形成される。支承板４８の貫挿孔下 端周縁に突設された当接周縁４８１は適当な位置に両開口４８２を設けて捻じり ばね４７の両端を跨がるようにしており、底蓋４９は周縁に等間隔に対称する４ つの係着凸板４９１を設けて上記ブッシュ４１の係止溝４１４に係着して該ブッ シュ４１の当接部材となり、これにより捻じりばね４７がアンクル部材４３の回 転後の原位置復帰力を提供することができる。The pallet fork member 43 has a bottom plate, is fitted in the inner lower end of the bush 41 so as to be rotatable relative to each other, and is provided with both projecting portions 431 corresponding to each other on a diameter line at the upper end edge of the peripheral wall thereof. An inclined surface 4311 is formed on the upper end surface of each of the projecting portions 431, and a through hole 432 and a portion extending over the through hole 432 are bent at the center of the bottom plate of the pallet fork 43 to bend the periphery of the through hole 432. Further, an engagement groove 433 extending substantially parallel to the radial direction extending to the outer peripheral edge of the pallet fork member 43 is provided, and insertion holes 434 facing each other are formed in the lower portions of both projecting portions 431. Both of the pressing tables 44 are connected to the upper end surface of a pressing spring 45 formed in the shape of a conical coil, and the entire structure is housed in the pallet fork member 43 and brought into contact with the lower end of the rotor 42 to elastically recover. The original position return force by the is applied to the rotor 42 evenly. The shaft rod 46 is integrally formed in the central portion of the bottom lid 49, and a through hole is provided at the lower end thereof. The shaft rod 46 is inserted through the support plate 48, the through hole 432 of the pallet fork member 43, and the fitting hole 422 of the rotor 42, and the support plate 48 is provided with an abutting peripheral edge 481 at the peripheral edge of the lower end of the through hole. , The bottom cover 49 is abutted through the through hole 432 of the ankle member 43, so that the lower end of the pressing spring 45 abuts the support plate 48 and does not abut the ankle member 43. Further, the torsion spring 47 passes the spring wire through the insertion hole 434 of the pallet fork member 43 and through the through hole at the lower end of the shaft rod 46, and then, after rotating the bottom lid 49 once or twice, the spring wire. Both ends of the wire are formed by being fixed in the engaging grooves 433 of the bottom plate of the pallet fork 43, respectively. The contact edge 481 projecting from the lower edge of the through hole of the support plate 48 is provided with both openings 482 at appropriate positions so as to straddle both ends of the torsion spring 47, and the bottom lid 49 is the edge. The four engaging convex plates 491 symmetrically arranged at equal intervals are provided to engage with the engaging groove 414 of the bush 41 to serve as a contact member of the bush 41, whereby the torsion spring 47 of the pallet fork 43 is formed. It is possible to provide return force to the original position after rotation.
【００１２】 図１２〜１５は、第２の実施例に係る靴転向盤の作動表示図で、図１２はその 上盤３０が踏圧を受けていない状態を示し、この時、回転子４２は押圧ばね４５ の作用からその両凸柱４２２がカム輪郭４１３の最上端に当接し、アンクル部材 ４３は捻じりばね４７の作用からその斜面４３１１が両凸柱４２２下方のカム輪 郭４１３の最下端に当接する。そして、上盤３０が踏圧を受けると、図１３に示 すように、回転子４２が下降して、両凸柱４２２がアンクル部材４３の斜面４３ １１を押し開け、アンクル部材４３が回動して両凸柱４２２が垂直に落下し、次 に、図１４に示すように、アンクル部材４３が捻じりばね４７の弾性復帰から元 来の位置に復帰して、同時に両凸柱４２２を水平に押動して、さらに、図１５に 示すように、靴を脱ぎ終わって足が離れると、押圧ばね４５の弾性復帰から該回 転子４２が上昇して、この際、両凸柱４２２はそれぞれ他方のカム輪郭４１３、 ４１３′沿いに滑り上昇し、かつカム輪郭４１３、４１３′はそれぞれ下端に接 続する垂直面４１５とで１／２円周に跨がっていることから、回転子４２は半周 回転して上盤３０をして１８０度方向転換させる。12 to 15 are operation display views of the shoe turning board according to the second embodiment, and FIG. 12 shows a state in which the upper board 30 thereof is not subjected to pedaling, and at this time, the rotor 42 is pressed. Due to the action of the spring 45, the both convex columns 422 abut on the uppermost end of the cam contour 413, and due to the action of the torsion spring 47, the slope 4311 of the pallet fork 43 is located at the lowermost end of the cam casing 413 below the both convex columns 422. Abut. Then, when the upper board 30 receives the pedaling pressure, as shown in FIG. 13, the rotor 42 descends, the bi-convex column 422 pushes the slope 4311 of the pallet fork 43 open, and the pallet fork 43 rotates. Then, the bi-convex column 422 falls vertically, and then, as shown in FIG. 14, the pallet fork member 43 returns from the elastic return of the torsion spring 47 to the original position, and at the same time, the bi-convex column 422 is horizontally moved. As shown in FIG. 15, when the shoe is pushed off and the foot is separated after the shoe is removed, the elastic spring 42 returns from the elastic return of the pressing spring 45 and the rotor 42 rises. The rotor 42 slides up along the other cam profile 413, 413 ', and the cam profile 413, 413' spans a half circle with the vertical surface 415 connected to the lower end, respectively. Turn half a turn, turn the top 30 and turn 180 degrees That.
【００１３】 図１６に示すのは、本考案の第３の実施例に係る靴転向盤であり、その基盤１ ０の四方周縁下端にそれぞれ等間隔に複数の凹溝１５を設けて、隣合う両側縁に それぞれ所定数の係合片１６を形成し、そして図１７に示すように、本考案を複 数セット連結して門口に靴脱ぎ板を形成すれば、多数の人に便利に使用させるこ とができる。FIG. 16 shows a shoe turning board according to a third embodiment of the present invention, in which a plurality of recessed grooves 15 are provided at equal intervals at the lower ends of the four sides of the base 10 and are adjacent to each other. By forming a predetermined number of engaging pieces 16 on each side edge and connecting a plurality of sets of the present invention to form a shoe take-off plate at the gate as shown in FIG. 17, it can be conveniently used by many people. be able to.
【００１４】[0014]
【考案の効果】 請求項１〜９記載の靴転向盤は、以上の説明からも明らかなように、その上盤 が踏圧を受け、次いで踏圧を解放されるごとに、自動的に所定角度回動するので 、上盤上に脱いだ靴の向きを自動的に転換させることができ、それ故、部屋から 出る時、腰をかがんで手で或いは立ったまま片足で靴の向きを換える必要がなく 、また、幼い子供や年寄りであっても、他人がその脱いだ靴の向きを変えてあげ る必要がないので部屋の出入りが便利になる。As is apparent from the above description, the shoe turning board according to the first to ninth aspects of the invention is automatically rotated by a predetermined angle each time the upper board receives the pedaling pressure and is then released. Since it moves, it is possible to automatically change the direction of the shoes taken off on the upper board, and therefore, when leaving the room, it is necessary to bend down with the hands with one hand or with one foot while standing Even if you are a young child or an elderly person, it is convenient for you to enter and leave the room because it is not necessary for others to change the direction of the shoes they took off.
【図１】本考案の第１の実施例に係る靴転向盤の立体分
解図である。FIG. 1 is a three-dimensional exploded view of a shoe turning board according to a first embodiment of the present invention.
【図２】同靴転向盤における転向装置の立体分解図であ
る。FIG. 2 is a three-dimensional exploded view of a turning device in the shoe turning board.
【図３】同靴転向盤が未だ踏圧を受けていない状態の側
断面図である。FIG. 3 is a side sectional view showing a state where the shoe turning board has not been subjected to a pedaling pressure.
【図４】同靴転向盤における捻じりばねを取り付けた時
の上視断面図である。FIG. 4 is a cross-sectional top view of the shoe turning plate when a torsion spring is attached.
【図５】同靴転向盤が踏圧を受けた状態の側断面図であ
る。FIG. 5 is a side cross-sectional view showing a state in which the shoe turning board receives a pedaling pressure.
【図６】同靴転向盤の動作表示図である。FIG. 6 is an operation display diagram of the shoe turning board.
【図７】同靴転向盤の動作表示図である。FIG. 7 is an operation display diagram of the shoe turning board.
【図８】同靴転向盤の動作表示図である。FIG. 8 is an operation display diagram of the shoe turning board.
【図９】同靴転向盤の動作表示図である。FIG. 9 is an operation display diagram of the shoe turning board.
【図１０】本考案の第２の実施例に係る靴転向盤の部分
立体分解図である。FIG. 10 is a partially exploded view of a shoe turning board according to a second embodiment of the present invention.
【図１１】同靴転向盤の回転子の立体分解図である。FIG. 11 is a three-dimensional exploded view of a rotor of the shoe turning board.
【図１２】同靴転向盤の動作表示図である。FIG. 12 is an operation display diagram of the shoe turning board.
【図１３】同靴転向盤の動作表示図である。FIG. 13 is an operation display diagram of the shoe turning board.
【図１４】同靴転向盤の動作表示図である。FIG. 14 is an operation display diagram of the shoe turning board.
【図１５】同靴転向盤の動作表示図である。FIG. 15 is an operation display diagram of the shoe turning board.
【図１６】本考案の第３の実施例に係る靴転向盤の立体
斜視図である。FIG. 16 is a perspective view of a shoe turning board according to a third embodiment of the present invention.
【図１７】同靴転向盤の連結状態表示図である。FIG. 17 is a view showing a connected state of the shoe turning board.
１０ 基盤 １２ ボス部 １５ 凹溝 １６ 係合片 ２０ 転向装置 ２１ ブッシュ ２２ 回転子 ２３ アンクル部材 ２５ 押圧ばね ２６ 捻じりばね ２７ 固定キャップ ２９ 底蓋 ３０ 上盤 ３１ 靴載置窪み ４０ 転向装置 ４１ ブッシュ ４２ 回転子 ４３ アンクル部材 ４４ 押圧テーブル ４５ 押圧ばね ４６ 軸ロッド ４７ 捻じりばね ４８ 支承板 ４９ 底蓋 ２１２ 凸起周面部 ２１３ カム輪郭 ２１４ 斜辺 ２１６ 係止条 ２２１ 軸挿凸起 ２２２ 凸柱 ２３１ 突出部 ２３２ 横長開口 ４１２ 凸起周面部 ４１３ カム輪郭 ４２１ 軸挿凸起 ４２３ 凸柱 ４２４ 格納室 ４２５ 開口 ４２７ 環状円板体 ２３１１ 斜面 ２３１３ 凹口 ４３１１ 斜面 10 Base 12 Boss 15 Recessed Groove 16 Engagement Piece 20 Turning Device 21 Bush 22 Rotor 23 Ankle Member 25 Pressing Spring 26 Torsion Spring 27 Fixing Cap 29 Bottom Lid 30 Upper Plate 31 Shoe Placement Ditch 40 Turning Device 41 Bush 42 Rotor 43 Ankle member 44 Pressing table 45 Pressing spring 46 Axial rod 47 Torsion spring 48 Bearing plate 49 Bottom lid 212 Convex peripheral surface part 213 Cam contour 214 Oblique side 216 Locking bar 221 Shaft inserting convex 222 Convex column 231 Projecting part 232 Horizontally elongated opening 412 Convex peripheral surface portion 413 Cam profile 421 Shaft insertion convexity 423 Convex column 424 Storage chamber 425 Opening 427 Annular disc body 2311 Slope 2313 Recessed hole 4311 Slope
Claims (9)
盤（１０）と、 上記ボス部（１２）内に嵌着し、押圧すれば降下し押圧
力を解除すればばねの付勢により所定角度回転して元来
の高さに復帰する回転子（２２）を有する転向装置（２
０）と、 上記回転子（２２）上部に連結されて、その上面部に脱
いだ靴を載置する上盤（３０）との組合せからなり、 上記上盤（３０）が圧下され次いで放されるごとに、上
記転向装置（２０）を介して該上盤（３０）の上面に脱
いだ靴の向きを自動的に所定角度転換させることを特徴
とする靴転向盤。1. A base (10) having a boss (12) at its center and a base (10) fitted into the boss (12) and lowered by pressing, and biased by a spring when releasing the pressing force. A turning device (2) having a rotor (22) which is rotated by a predetermined angle to return to its original height.
0) and an upper plate (30) which is connected to the upper part of the rotor (22) and on which the shoes taken off are placed. The upper plate (30) is pressed and then released. Each time, the direction of the shoe taken off on the upper surface of the upper plate (30) is automatically changed by a predetermined angle through the turning device (20).
周面上段に凸起周面部（２１２）を形成して、該凸起周
面部（２１２）下端縁に互いに対向して同一方向に下り
傾斜したカム輪郭（２１３）を設けたブッシュ（２１）
と、 その円柱状胴部を上記ブッシュ（２１）内に遊嵌させ、
該胴部下端周壁の直径上で対応する２か所にそれぞれ上
記カム輪郭（２１３）の従動子として凸柱（２２２）を
突設して、該カム輪郭（２１３）沿いに上下動および軸
周りに回転可能にした回転子（２２）と、 その押圧ばね（２５）の押圧により、上記回転子（２
２）および該回転子（２２）上部に連結された上盤（３
０）を常時上向きに付勢すると共に、上記凸柱（２２
２）を常時上記カム輪郭（２１３）に当接するようにし
た押圧テーブル（２４）と、 上記ブッシュ（２１）下端内部に回転可能に内嵌され、
その上部の上記カム輪郭（２１３）頂上と対応する箇所
にそれぞれ先端を丸められたほぼ三角形状の突出部（２
３１）を形成して、捻じりばね（２６）により常時該カ
ム輪郭（２１３）の急傾斜側に当接するようにしたアン
クル部材（２３）とからなる請求項１記載の靴転向盤。2. The turning device (20) is fitted into a boss portion (12) of the base (10), and a raised peripheral surface portion (212) is formed on an upper step of an inner peripheral surface of the boss portion (12). Bushing (21) provided with cam contours (213) that are downwardly inclined in the same direction facing each other at the lower edge of the circumferential surface (212)
And loosely fit the cylindrical body into the bush (21),
A convex column (222) is provided as a follower of the cam profile (213) at two corresponding positions on the diameter of the lower end peripheral wall of the body, and the column (222) moves vertically along the cam profile (213). The rotor (22) that is made rotatable and the pressing spring (25) presses the rotor (2).
2) and the upper plate (3 connected to the upper part of the rotor (22)
0) is always urged upward, and the convex pillar (22
2) a pressing table (24) which is always in contact with the cam contour (213), and is rotatably fitted inside the lower end of the bush (21),
A protrusion (2) having a substantially triangular shape with its tip rounded at a position corresponding to the top of the above-mentioned cam contour (213).
31. The shoe deflection board according to claim 1, further comprising an ankle member (23) which forms a portion (31) and is always brought into contact with a steeply inclined side of the cam contour (213) by a torsion spring (26).
１）と上記基盤（１０）のボス部（１２）を一体に成形
してなる請求項１または２記載の靴転向盤。3. The bush (2) of the turning device (20).
The shoe deflection board according to claim 1 or 2, wherein 1) and the boss portion (12) of the base (10) are integrally formed.
３）に、その下端に接続する上向き斜辺（２１４）を形
成している請求項２記載の靴転向盤。4. The cam profile (21) of the bush (21).
3. The shoe turning board according to claim 2, wherein an upward oblique side (214) connected to a lower end of the shoe is formed on the upper surface of the shoe.
条（２１６）を設けて、上記アンクル部材（２３）の過
度上昇を阻止するようにしてなる請求項２記載の靴転向
盤。5. The shoe turning board according to claim 2, wherein a locking strip (216) is provided on a lower stage of an inner peripheral surface of the bush (21) so as to prevent an excessive rise of the pallet fork (23).
面上段に凸起周面部（４１２）を形成して、該凸起周面
部（４１２）端縁に互いに対向して同一方向に下り傾斜
するカム輪郭（４１３）を設けたブッシュ（４１）と、 その円柱状胴部を上記ブッシュ（４１）内に遊嵌させ、
該胴部下端周壁の直径上で対応する２か所よりそれぞれ
上記カム輪郭（４１３）の従動子として凸柱（４２３）
を伸出させて、該カム輪郭（４１３）沿いに上下動およ
び軸周りに回転可能にした回転子（４２）と、 上記ブッシュ（４１）内部下端に回転可能に内嵌して、
その上部の上記カム輪郭（４１３）頂上と対応する箇所
にそれぞれ先端が丸められたほぼ三角形状の突出部（４
３１）を形成したアンクル部材（４３）と、 上記アンクル部材（４３）内に設けられて、その上端を
上記回転子（４２）底面に当接して該回転子（４２）に
元位置復帰力を提供する押圧ばね（４５）と、 上記ブッシュ（４１）の底蓋（４９）上面に軸ロッド
（４６）を介して固定され、上記アンクル部材（４３）
に微動回転後の元位置復帰力を提供する捻じりばね（４
７）とを組合せてなる請求項１記載の靴転向盤。6. The turning device (40) is fitted into the boss portion (12) of the base (10), and a raised peripheral surface portion (412) is formed on an upper step of the inner peripheral surface of the boss portion (12). A bush (41) provided with cam contours (413) facing each other at the end edges of the peripheral surface (412) and inclined downward in the same direction, and the cylindrical body thereof is loosely fitted into the bush (41),
A convex column (423) as a follower of the cam profile (413) from two corresponding locations on the diameter of the lower end peripheral wall of the body portion.
A rotor (42) which is extended to be movable up and down along the cam contour (413) and rotatable about an axis, and is rotatably internally fitted to an inner lower end of the bush (41),
A substantially triangular protrusion (4) having a rounded tip at a position corresponding to the top of the cam contour (413) on the upper portion thereof.
31) formed in the pallet fork (43) and the pallet fork (43), the upper end of which is brought into contact with the bottom surface of the rotor (42) so that the rotor (42) is returned to the original position. The pressing spring (45) to be provided is fixed to the upper surface of the bottom lid (49) of the bush (41) via the shaft rod (46), and the ankle member (43) is provided.
The torsion spring (4
7. The shoe turning board according to claim 1, which is combined with 7).
（４２４）を設けて、該格納室（４２４）下端周縁に互
いに直径線上で対応する両開口（４２５）を該回転子
（４２）外周壁と通ずるように開設し、並びに該格納室
（４２４）内に直径のやや小さい環状円板体（４２７）
を取り付けて、該環状円板体（４２７）周縁に互いに対
応するように凸設された両凸柱（４２３）をやや幅広い
該両開口（４２５）より伸出させ、さらに該格納室（４
２４）下端面に蓋するよう底板（４２８）を被着して、
該両凸柱（４２３）が該開口（４２５）幅程度に該回転
子（４２）で水平移動できるようにしてなる請求項１記
載の靴転向盤。7. A storage chamber (424) is provided inside the lower end of the rotor (42), and both openings (425) corresponding to each other in a diametrical line are formed in the peripheral edge of the lower end of the storage chamber (424). An annular disc body (427) which is opened so as to communicate with the outer peripheral wall and has a slightly smaller diameter in the storage chamber (424)
Is attached, and biconvex columns (423) projectingly provided so as to correspond to each other on the peripheral edge of the annular disk body (427) are extended from the slightly wider both openings (425), and the storage chamber (4
24) Attach the bottom plate (428) to cover the lower end surface,
The shoe turning plate according to claim 1, wherein the biconvex pillars (423) can be horizontally moved by the rotor (42) to a width of the opening (425).
ぞれ複数の凹溝（１５）を設け、隣合う両側縁にそれぞ
れ所定数の係合片（１６）を形成して、該基盤（１０）
の係合片（１６）を他の基盤（１０）の凹溝（１５）に
係合させることにより複数セット組合せて適当な大きさ
の靴脱ぎ板を形成するようにしてなる請求項１記載の靴
転向盤。8. The base (10) is provided with a plurality of recessed grooves (15) at the lower edges of the four sides thereof, and a predetermined number of engaging pieces (16) are formed on adjacent side edges of the base (10). )
2. A shoe take-off plate having an appropriate size is formed by engaging a plurality of sets by engaging the engaging pieces (16) of the above with the groove (15) of the other base (10). Shoe turning board.
置窪み（３１）を二つ並設するようにしてなる請求項１
記載の靴転向盤。9. The shoe mounting depressions (31) having an appropriate depth are arranged side by side on the upper surface of the upper board (30).
Shoe turning board as described.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP5337593U JPH0719239U (en) | 1993-09-06 | 1993-09-06 | Shoe turning board |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP5337593U JPH0719239U (en) | 1993-09-06 | 1993-09-06 | Shoe turning board |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH0719239U true JPH0719239U (en) | 1995-04-07 |
Family
ID=12941079
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP5337593U Pending JPH0719239U (en) | 1993-09-06 | 1993-09-06 | Shoe turning board |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0719239U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108461890A (en) * | 2018-04-17 | 2018-08-28 | 四川省能源投资集团有限责任公司 | A kind of communication pole and its method of adjustment of conveniently adjusting angle |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS4813707U (en) * | 1971-06-26 | 1973-02-15 |
-
1993
- 1993-09-06 JP JP5337593U patent/JPH0719239U/en active Pending
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS4813707U (en) * | 1971-06-26 | 1973-02-15 |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108461890A (en) * | 2018-04-17 | 2018-08-28 | 四川省能源投资集团有限责任公司 | A kind of communication pole and its method of adjustment of conveniently adjusting angle |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US7406745B2 (en) | Wheel assembly | |
| EP2010033B1 (en) | Multi-purpose vacuum suction apparatus | |
| US10251517B2 (en) | Bath safety rail | |
| US20080087180A1 (en) | Device for Securing a Turning Axle of a Type Unit | |
| CA1322990C (en) | Container with removable lid | |
| JPH0719239U (en) | Shoe turning board | |
| US5094416A (en) | Sliding support to facilitate the displacement of loads and in particular items of furniture | |
| JPH0451823Y2 (en) | ||
| US20010047947A1 (en) | Compact disc container | |
| US6279778B1 (en) | Liquid dispenser with an ornamental device | |
| JP2008275932A (en) | Height adjusting mechanism and projection type image display apparatus | |
| US6129016A (en) | Stamping toy having indexing means | |
| JP5408667B2 (en) | Liquid ejector | |
| JP2004075040A (en) | Caster height adjusting mechanism | |
| JP3361175B2 (en) | Adjustable length cane | |
| JPS6328813Y2 (en) | ||
| US20230228288A1 (en) | Tray assembly | |
| CN216166523U (en) | Disk seat mechanism | |
| JP2001149142A (en) | Furniture leg device | |
| JP3884447B2 (en) | stamp | |
| JPH078236Y2 (en) | Extra lead storage case for mechanical pencil | |
| US762471A (en) | Caster. | |
| US20020164437A1 (en) | Device for ritual use | |
| JPH1043030A (en) | Footwear-mounting base | |
| JPS6244420Y2 (en) |