JP3198780U

JP3198780U - Structure of rotating stereotaxic stand

Info

Publication number: JP3198780U
Application number: JP2015002277U
Authority: JP
Inventors: 佑翰林
Original assignee: 佑翰林
Priority date: 2015-05-11
Filing date: 2015-05-11
Publication date: 2015-07-23
Anticipated expiration: 2025-05-11

Abstract

【課題】安定で、占用体積が小さく、構造がシンプルで操作が簡単な回転する定位足スタンドの構造を提供する。【解決手段】主に底棒１０、定位座２０、足座３０、螺接ユニット５０、スプリング４０と固定蓋６０からなり、底棒は頂面１１、底面１２及び貫通穴１４を有する。定位座はパイプ体２１及び定位部２２を有し、パイプ体は第一結合部２１１を有し、定位部の底面に縦方向の凹槽２２２、横方向の凹槽２２３及びパイプ体内部にまで貫通する穴を凹設する。パイプ体は底棒の底面から貫通穴に挿入する。足座は底座３１及び頂柱３２を有し、頂柱がパイプの穴に進入することで、底座が縦方向の凹槽と横方向の凹槽を介して回転定位することができる。該螺接ユニットは頂柱に螺接し、スプリングはパイプ体内部に位置し、固定蓋は第二結合部を有し、パイプ体の第一結合部と結合する。【選択図】図１To provide a structure of a stationary foot stand that is stable, has a small occupied volume, has a simple structure, and is easy to operate. The bottom bar mainly includes a bottom bar, a fixed seat, a foot seat, a screwing unit, a spring, and a fixed lid. The bottom bar has a top surface, a bottom surface, and a through hole. The stereotaxic seat has a pipe body 21 and a stereotaxic part 22, the pipe body has a first coupling part 211, a vertical concave tank 222, a horizontal concave tank 223, and a pipe body inside the stereotactic part. Make a hole to penetrate. The pipe body is inserted into the through hole from the bottom surface of the bottom bar. The foot seat has a bottom seat 31 and a top column 32, and the bottom column can be rotated and positioned through a vertical concave tank and a horizontal concave tank by entering the hole of the pipe. The screwing unit is screwed to the top column, the spring is located inside the pipe body, the fixing lid has a second coupling portion, and is coupled to the first coupling portion of the pipe body. [Selection] Figure 1

Description

本考案は足スタンドの構造に関し、特に回転する定位足スタンドの構造に関する。 The present invention relates to the structure of a foot stand, and more particularly to the structure of a rotating stereotactic foot stand.

通常直立して置く物体、例えば屏風やスタンド、ハンギングラック、ホワイドボード、告示ボード、フェンスやハンガーなどの底部に足スタンドを設置し、該足スタンドは該物品と直交することで、安定して地面に置くことができる。 A foot stand is usually placed on the bottom of an object placed upright, such as a folding screen, a stand, a hanging rack, a wide board, a notification board, a fence or a hanger. Can be placed on the ground.

しかし、このように物体と直交する足スタンドは安定して地面に置くことはできるが、収納する際には多くのスペースを取ることになる。仮に足スタンドを外してから収納しても、多くの面倒な問題が生じる。市場には既に多くの回転する足スタンドが案出されているが、いずれの構造も複雑すぎて、操作が不便である問題を抱えていることを鑑みて、更なる改善が必要であった。 However, the foot stand orthogonal to the object can be stably placed on the ground, but takes up a lot of space when stored. Even if the foot stand is removed and stored, many troublesome problems arise. Many rotating foot stands have already been devised in the market, but further improvements were necessary in view of the fact that each structure is too complex and has a problem of inconvenient operation.

特開２０１１−５５８９１号公報JP 2011-55891 A

前記公知構造の欠点を解決するため、本考案は回転する定位足スタンドの構造を提供することを主な課題とする。 In order to solve the drawbacks of the known structure, the main object of the present invention is to provide a structure of a rotating stereotaxic stand.

上述の目的を解決するために、本考案は回転する定位足スタンドの構造の構造を提供するものである。従来技術の足スタンドは収納時にスペースを占用し、構造が複雑すぎて、操作が不便などの問題があった。よって本考案では回転する定位足スタンドの構造を提供する。それに含まれるのは底棒、定位座、足座、螺接ユニット及びスプリングと固定蓋である。該底棒は頂面と該頂面の相反する位置にある底面及び該頂面から該底面を貫通する貫通穴を具有する。該定位座はパイプ体及び該パイプ体の底端と連結する定位部を具有する。該パイプ体の頂端に第一結合部を具有し、該定位部の底面に縦方向の凹槽及び、該縦方向の凹槽と十字に交差する横方向の凹槽、及び該縦方向の凹槽と横方向の凹槽の交差部分に位置し、且つ該パイプ体内部まで貫通する穴を凹設して具有する。該穴の中に内周底壁を具有する。該パイプ体は該底棒の底面から該貫通穴の中に挿入することで該第一結合部が該底棒の頂面の外に露出する。該足座には底座及び該底座と接続する頂柱を具有し、該頂柱を該穴に挿入し、更に該パイプ体の中に進入する。該底座は外力を受けて、該定位座の縦方向の凹槽から横方向の凹槽の間で往復して回転して定位を行うことができる。該螺接ユニットは該頂柱に螺接する。該スプリングはパイプ体内部に位置し、且つ該螺接ユニットと該パイプ体の内周底壁の間を抵触する。該固定蓋は第二結合部を具有し、該第二結合部は該パイプ体の第一結合部と結合する。それにより収納時に占用するスペースを狭くすることができ、構造がシンプル及び操作が簡単などの効果を持つ。 In order to solve the above-described object, the present invention provides a structure of a rotating stereotaxic foot stand. Prior art foot stands occupy space during storage, and the structure is too complicated, causing problems such as inconvenient operation. Therefore, the present invention provides a structure of a rotating stereotaxic stand. Included are the bottom bar, stereotaxic seat, foot seat, screw unit, spring and fixed lid. The bottom bar has a top surface and a bottom surface at a position opposite to the top surface, and a through hole penetrating the bottom surface from the top surface. The stereotaxic seat has a pipe body and a stereotaxic part connected to the bottom end of the pipe body. The pipe body has a first coupling portion at the top end, and a vertical concave tub on the bottom surface of the localization portion, a horizontal concave tub that intersects the vertical concave tub, and the vertical concave It is located at the intersection of the tank and the concave tank in the lateral direction, and has a hole that penetrates to the inside of the pipe body. An inner peripheral bottom wall is provided in the hole. By inserting the pipe body into the through hole from the bottom surface of the bottom bar, the first coupling portion is exposed outside the top surface of the bottom bar. The foot seat has a bottom seat and a top pillar connected to the bottom seat, the top pillar is inserted into the hole, and further enters the pipe body. The bottom seat receives an external force, and can perform localization by reciprocatingly rotating between the vertical concave tank of the stereotaxic seat and the horizontal concave tank. The screwing unit is screwed to the top column. The spring is located inside the pipe body and makes contact between the screwing unit and the inner peripheral bottom wall of the pipe body. The fixing lid includes a second coupling portion, and the second coupling portion is coupled to the first coupling portion of the pipe body. As a result, the space occupied during storage can be reduced, and the structure is simple and the operation is easy.

前記の回転する定位足スタンドの構造において、該底棒は更に該頂面と該底面の縁の間と連結する二つの側面を具有し、該定位部の外径は該パイプ体の外径より大きい。該定位部の頂面の上に二つのストッパー凸部を延伸し、該二つのストッパー凸部は該底棒の二つの側面に抵触することで、該定位座と該底棒が相対して回転するのを防止する。 In the structure of the rotating stereotaxic foot stand, the bottom bar further includes two side surfaces connected between the top surface and the edge of the bottom surface, and the outer diameter of the stereotaxic portion is larger than the outer diameter of the pipe body. large. Two stopper projections are extended on the top surface of the stereotaxic portion, and the two stopper projections come into contact with the two side surfaces of the bottom bar so that the stereotaxic seat and the bottom bar rotate relative to each other. To prevent it.

前記の回転する定位足スタンドの構造において、該パイプ体の第一結合部は外ねじ山であり、該固定蓋の第二結合部は内ねじ山である。該第一結合部と第二結合部は螺接して結合することで、該固定蓋を該定位座と結合する。 In the structure of the rotating stereotaxic foot stand, the first coupling portion of the pipe body is an external thread, and the second coupling portion of the fixing lid is an internal thread. The first coupling part and the second coupling part are screwed together to couple the fixed lid to the stereotaxic seat.

前記の回転する定位足スタンドの構造において、該スプリングを該パイプ体の内壁面と該足座の頂柱の外周面の間に套設することで、該足座を上げる弾力性を提供する。 In the structure of the rotating stereotaxic foot stand, the spring is provided between the inner wall surface of the pipe body and the outer peripheral surface of the top column of the foot seat, thereby providing elasticity to raise the foot seat.

前記の回転する定位足スタンドの構造において、該固定蓋の外径は該底棒の貫通穴の穴直径より大きくすることで、該定位座と該底棒が自ら外れるのを防止する。 In the structure of the rotating stereotactic foot stand, the outer diameter of the fixed lid is made larger than the hole diameter of the through hole of the bottom bar, thereby preventing the stereotaxic seat and the bottom bar from being detached by themselves.

前記の回転する定位足スタンドの構造において、該底棒は屏風、スタンド、ハンギングラック、ホワイドボード、告示ボード、フェンスやハンガーなど如何なる一つの直立して置かれる物体と連接される。 In the rotating stereotaxic stand structure, the bottom bar is connected to any one upright object such as folding screen, stand, hanging rack, wide board, notification board, fence or hanger.

前記の回転する定位足スタンドの構造において、該底棒は屏風、スタンド、ハンギングラック、ホワイドボード、告示ボード、フェンスやハンガーなど如何なる一つの直立して置かれる物体の底部部品とすることができる。 In the structure of the rotating stereotaxic stand, the bottom bar can be a bottom part of any one upright object such as folding screen, stand, hanging rack, wide board, notification board, fence or hanger. .

前記の回転する定位足スタンドの構造において、該螺接ユニットはネジとワッシャを具有し、該足座の頂柱に内ネジ山を具有し、該ネジを該足座の頂柱の内ねじ山に螺設し、該ワッシャを該ネジと該スプリングの間に挟むことで、該スプリングの位置を制限する。 In the structure of the rotating stereotaxic foot stand, the screwing unit has a screw and a washer, and has an internal thread on the top column of the foot seat, and the screw is an internal thread on the top column of the foot seat. And the position of the spring is limited by sandwiching the washer between the screw and the spring.

前記の回転する定位足スタンドの構造において、該底棒の貫通穴は丸い穴とし、該定位座のパイプ体は円形パイプ体とすることで、該パイプ体を該貫通穴の中に挿入しやすくなる。 In the structure of the rotating stereotaxic foot stand, the through hole of the bottom bar is a round hole, and the pipe body of the stereotactic seat is a circular pipe body so that the pipe body can be easily inserted into the through hole. Become.

前記の回転する定位足スタンドの構造において、該底棒の貫通穴は非円形穴とし、該定位座のパイプ体は該貫通穴の形状に対応して非円形パイプ体とする。それにより該パイプ体を該貫通穴の中に挿入しやすくなり、且つ該定位座が該底棒に相対して回転するのを防止する。 In the structure of the rotating stereotaxic foot stand, the through hole of the bottom bar is a non-circular hole, and the pipe body of the stereotactic seat is a non-circular pipe body corresponding to the shape of the through hole. This facilitates insertion of the pipe body into the through hole and prevents the stereotactic seat from rotating relative to the bottom bar.

前記の回転する定位足スタンドの構造において、該足座は更に若干（少なくとも１つ）のキャスターを具有し、該キャスターを該足座の底部に設置することで、動かす或いは運搬する際に手間を省くことができる。 In the structure of the rotating stereotaxic foot stand, the footrest further includes a little (at least one) caster, and the caster is installed at the bottom of the footrest, so that it is troublesome when moving or carrying. It can be omitted.

前記の回転する定位足スタンドの構造において、該定位座の定位部の底面に円弧面を具有し、該縦方向の凹槽及び横方向の凹槽は該円弧面に凹設する。 In the structure of the rotating stereotaxic foot stand, an arc surface is provided on the bottom surface of the stereotaxic portion of the stereotaxic seat, and the vertical concave tank and the horizontal concave tank are provided in the circular arc surface.

本考案の足座は回転して該定位座の横方向の凹槽或いは縦方向の凹槽内に定位することができ、該底棒とは垂直に交差或いは平行に重なる形態を呈することで、安定して置く、及び占用体積を減らす効果に達し、且つ構造がシンプルで操作が便利である。 The foot seat of the present invention can be rotated and positioned in the lateral concave tank or the vertical concave tank of the stereotaxic seat, exhibiting a form that intersects or parallel to the bottom bar vertically, It reaches the effect of placing stably and reducing the occupied volume, and the structure is simple and the operation is convenient.

本考案の最良実施例の立体分解図である。It is a three-dimensional exploded view of the best embodiment of the present invention. 図１の実施例の立体組立図である。足座と底棒が垂直に重なる様子を呈す。It is a three-dimensional assembly drawing of the embodiment of FIG. The footrest and the bottom stick overlap vertically. 図１の実施例の立体組立図である。足座と底棒が平行に重なる様子を呈す。It is a three-dimensional assembly drawing of the embodiment of FIG. The footrest and bottom bar overlap in parallel. 図１の実施例の局部部品立体図である。It is a local component three-dimensional view of the embodiment of FIG. 図１の実施例の使用立体図である。足座と物体が垂直に交わる様子を呈す。FIG. 2 is a three-dimensional view of the embodiment of FIG. It presents a state where the pedestal and the object meet vertically. 図１の実施例の使用立体図である。足座と物体が平行に重なる様子を呈す。FIG. 2 is a three-dimensional view of the embodiment of FIG. The footrest and object overlap in parallel. 図１の実施例の局部断面図である。足座と底棒が垂直に交わる様子を呈す。FIG. 2 is a local cross-sectional view of the embodiment of FIG. 1. Shows that the footrest and the bottom stick meet vertically. 図１の実施例の局部断面図である。足座と底棒が平行に重なる様子を呈す。FIG. 2 is a local cross-sectional view of the embodiment of FIG. 1. The footrest and bottom bar overlap in parallel. 図１の実施例の別の使用状態の組立図である。It is an assembly drawing of another use condition of the Example of FIG. 本考案の第２実施例の立体組立図である。It is a three-dimensional assembly drawing of the second embodiment of the present invention.

以下、本考案の構造と特徴および効果を、最良実施例と図面を参照しながら詳細に説明する。 Hereinafter, the structure, features, and effects of the present invention will be described in detail with reference to the best embodiments and drawings.

図１から図８に示すのは、本考案の第１実施例が提供する一つの回転する定位足スタンドの構造１００である。それに含まれるのは底棒１０、二つの定位座２０、二つの足座３０、二つのスプリング４０、二つの螺接ユニット５０及び二つの固定蓋６０である。 FIGS. 1 to 8 show a structure 100 of a rotating stereotactic foot stand provided by the first embodiment of the present invention. Included are a bottom bar 10, two stereotactic seats 20, two foot seats 30, two springs 40, two screwing units 50 and two fixed lids 60.

図１から図３に示すように、該底棒１０は頂面１１と該頂面１１の相反する位置にある底面１２、該頂面１１と該底面１２の縁の間と連結する二つの側面１３、及び該頂面１１から該底面１２を貫通する二つの貫通穴１４を具有する。該二つの貫通穴１４は予定した距離で開ける。 As shown in FIGS. 1 to 3, the bottom bar 10 has a top surface 11 and a bottom surface 12 at a position opposite to the top surface 11, and two side surfaces connected between the top surface 11 and an edge of the bottom surface 12. 13 and two through holes 14 penetrating from the top surface 11 to the bottom surface 12. The two through holes 14 are opened at a predetermined distance.

図１〜図４に示すように、該各定位座２０は一体成型したものであり、中空のパイプ体２１及び該パイプ体２１の底端と連結する定位部２２を具有する。該パイプ体２１の頂端の外周面の上に第一結合部２１１を具有し、該第一結合部２１１は外ねじ山であり、該定位部２２の外径は該パイプ体２１の外径より大きい。該定位部２２の頂面の上に二つのストッパー凸部２２１を延伸し、該定位部２２の底面は円弧面である。該円弧面に十字に交差する縦方向の凹槽２２２と横方向の凹槽２２３を形成して凹設する。また、該縦方向凹槽２２２と該横方向の凹槽２２３の交差部分に、該パイプ体２１の内部まで貫通する穴２２４を形成し、該穴２２４の中に内周底壁２２５を具有する。該定位座２０のパイプ体２１は該底棒１０の底面１２から該貫通穴１４の中に挿入することで、該パイプ体２１の第一結合部２１１が該底棒１０の頂面１１の外に露出する。該定位部２２の二つのストッパー凸部２２１はそれぞれ該底棒１０の二つの側面１３に抵触することで、該定位座２０と該底棒１０は相対して回転できない。 As shown in FIGS. 1 to 4, each stereotaxic seat 20 is integrally molded and includes a hollow pipe body 21 and a stereotaxic part 22 connected to the bottom end of the pipe body 21. A first coupling portion 211 is provided on the outer peripheral surface of the top end of the pipe body 21, the first coupling portion 211 is an external thread, and the outer diameter of the localization portion 22 is larger than the outer diameter of the pipe body 21. large. Two stopper convex portions 221 are extended on the top surface of the localization portion 22, and the bottom surface of the localization portion 22 is an arc surface. A vertical concave tank 222 and a horizontal concave tank 223 are formed on the arcuate surface so as to cross each other. In addition, a hole 224 that penetrates to the inside of the pipe body 21 is formed at an intersection of the vertical concave tank 222 and the horizontal concave tank 223, and an inner peripheral bottom wall 225 is provided in the hole 224. . The pipe body 21 of the stereotaxic seat 20 is inserted into the through hole 14 from the bottom surface 12 of the bottom bar 10, so that the first coupling portion 211 of the pipe body 21 is outside the top surface 11 of the bottom bar 10. Exposed to. Since the two stopper convex portions 221 of the stereotaxic portion 22 come into contact with the two side surfaces 13 of the bottom bar 10, the stereotaxic seat 20 and the bottom bar 10 cannot rotate relative to each other.

図１〜図３に示すように、該各足座３０には底座３１及び該底座３１の中段の頂面と接続する頂柱３２を具有し、該頂柱３２の頂面に内ねじ山３２１を具有する。該頂柱３２を該定位座２０の穴２２４に挿入し、更に該パイプ体２１の中に進入する。 As shown in FIGS. 1 to 3, each footrest 30 includes a bottom seat 31 and a top column 32 connected to a middle top surface of the bottom seat 31, and an inner thread 321 is provided on the top surface of the top column 32. It has. The top column 32 is inserted into the hole 224 of the stereotaxic seat 20, and further enters the pipe body 21.

図１〜図３に示すように、該各スプリング４０を該定位座２０のパイプ体２１内に入れ、且つ該パイプ体２１の内壁面と該足座３０の頂柱３２の外周面の間に套設する。該スプリング４０の底端は該パイプ体２１の内周底壁２２５の上を抵触する。 As shown in FIGS. 1 to 3, the springs 40 are placed in the pipe body 21 of the stereotaxic seat 20, and between the inner wall surface of the pipe body 21 and the outer peripheral surface of the top column 32 of the foot seat 30. Put it on. The bottom end of the spring 40 comes into contact with the inner peripheral bottom wall 225 of the pipe body 21.

図１〜図３に示すように、該各螺接ユニット５０は該足座３０の頂柱３２と螺接するためであり、該スプリング３０の頂端と抵触する。 As shown in FIGS. 1 to 3, each screw contact unit 50 is for screw contact with the top pillar 32 of the foot seat 30, and is in contact with the top end of the spring 30.

図１〜図３に示すように、該各固定蓋６０の外径は該底棒１０の貫通穴１４の穴直径より大きく、該固定蓋６０は第二結合部６１を具有し、該第二結合部６１は内ねじ山である。該定位座２０の第一結合部２１１と螺接して結合することで、該固定座２０が貫通穴１４の外に外れるのを防止する。 As shown in FIGS. 1 to 3, the outer diameter of each fixed lid 60 is larger than the hole diameter of the through hole 14 of the bottom bar 10, and the fixed lid 60 includes a second coupling portion 61. The coupling portion 61 is an inner thread. The fixed seat 20 is prevented from coming out of the through hole 14 by screwing and joining with the first joint portion 211 of the stereotaxic seat 20.

上記が本考案の最良実施例が提供する一つの回転する定位足スタンドの構造１００の各部品及び組立方向の紹介である。引き続き当該使用特徴を説明する。 The above is an introduction of the components and the assembly direction of the structure 100 of one rotating stereotaxic stand provided by the best embodiment of the present invention. The usage characteristics will be described subsequently.

図５及び図６に示すように、本考案の底棒１０は屏風、スタンド、ハンギングラック、ホワイドボード、告示ボード、フェンスやハンガーなど直立して置く物体と連接することができ、本実施例では屏風９０との連接を説明する。 As shown in FIGS. 5 and 6, the bottom bar 10 of the present invention can be connected to an upright object such as a folding screen, a stand, a hanging rack, a wide board, a notification board, a fence or a hanger. Now, the connection with the folding screen 90 will be described.

本考案を使用したい場合、安定して置けるよう、該足座３０を該底棒１０に相対して回転することで、該足座３０の底座３１を該定位座２０の横方向の凹槽２２３内に巻き込んで更に定位することができる。このようにすれば、図５及び図７に示すように、該足座３０は該底棒１０と垂直に十字状に交差して重ねることで、安定して屏風９０を立てることができる。 When it is desired to use the present invention, the foot seat 30 is rotated relative to the bottom bar 10 so that the foot seat 30 can be stably placed, so that the bottom seat 31 of the foot seat 30 is recessed in the lateral recess 223 of the stereotaxic seat 20. It can be further localized by being caught inside. In this way, as shown in FIG. 5 and FIG. 7, the footrest 30 can be crossed in a cross shape perpendicularly to the bottom bar 10 to form a folding screen 90 stably.

図６及び図８に示すように、本考案を収納したい場合は、該足座３０を該定位座２０の横方向の凹槽２２３から該縦方向の凹槽２２２内に回転して定位することで、該足座３０と該底棒１０は平行に重なり、占用するスペースを減らす。該足座３０を横方向の凹槽２２３から縦方向の凹槽２２２内に回転し、或いは該縦方向の凹槽２２２から該横方向の凹槽２２３内に回転する際、該足座３０の底座３１は該横方向の凹槽２２３と該縦方向の凹槽２２２の間にある円弧面を通る。よって、該足座３０は同時に螺接ユニット５０を動かして該スプリング４０を圧縮することで、該足座３０はやや下降し、それによりスムーズに該円弧面を通過することができる。該足座３０の底座３１が該横方向の凹槽２２２或いは縦方向の凹槽２２２内に滑り入ると、該足座３０は該スプリング４０の弾力性により上げられて且つ該横方向の凹槽２２２或いは縦方向の凹槽２２２内に定位する。 As shown in FIGS. 6 and 8, when the present invention is to be stored, the foot seat 30 is rotated from the lateral concave tank 223 of the stereotaxic seat 20 into the vertical concave tank 222 to be localized. Thus, the footrest 30 and the bottom bar 10 overlap in parallel to reduce the occupied space. When the footrest 30 is rotated from the lateral concave tank 223 into the vertical concave tank 222 or from the vertical concave tank 222 into the lateral concave tank 223, The bottom seat 31 passes through a circular arc surface between the horizontal concave tank 223 and the vertical concave tank 222. Therefore, the foot seat 30 moves the screwing unit 50 at the same time to compress the spring 40, so that the foot seat 30 is slightly lowered so that it can smoothly pass through the arc surface. When the bottom seat 31 of the foot seat 30 slides into the lateral recessed tank 222 or the longitudinal recessed tank 222, the foot seat 30 is raised by the elasticity of the spring 40 and the lateral recessed tank. 222 or in the vertical concave tank 222.

本考案の足座３０を回転して該定位座２０の横方向の凹槽２２３或いは縦方向の凹槽２２２内に定位することで、底棒１０とは垂直に交差或いは平行に重なる形態を呈するため、安定して置く及び占用体積を減らす効果に達する。 By rotating the foot seat 30 of the present invention and positioning it in the lateral concave tank 223 or vertical concave tank 222 of the stereotaxic seat 20, it forms a shape that intersects or parallels the bottom bar 10 vertically. Therefore, it reaches the effect of placing stably and reducing the occupied volume.

また、前記実施例において、該螺接ユニット５０はネジ５１とワッシャ５２を具有し、該ネジ５１を該足座３０の頂柱３２の内ネジ山３２１に螺接し、該ワッシャ５２を該ネジ５１と該スプリング４０の間に挟むことで、該足座３０の頂柱３２を螺接し、及び該スプリング４０を押さえる効果に達する。 Further, in the embodiment, the screw connection unit 50 includes the screw 51 and the washer 52, the screw 51 is screwed to the inner thread 321 of the top pillar 32 of the foot seat 30, and the washer 52 is connected to the screw 51. And the spring 40, the top pillar 32 of the foot seat 30 is screwed and the effect of pressing the spring 40 is reached.

次に、上記の実施例において、該底棒１０の貫通穴１４は丸い穴とし、該定位座２０のパイプ体２１は円形パイプ体とする。しかし実際該貫通穴１４は円形穴でなくても良い(例えば四角形の穴或いは六角形の穴など)、該定位座２０のパイプ体２１は該貫通穴１４の形状に合わせて(対応して)非円形穴の造形(例えば四角形のパイプ或いは六角形のパイプなど)にすることができる。このようにすれば、該パイプ体２１を該貫通穴１４内に挿入できるだけでなく、同時に制動の効果にも達する。該定位部２２にストッパー凸部２２１を設置する必要がなく、必要の製造材料を減らし、及び金型をシンプルにできるため、コストを下げる結果にも繋がる。 Next, in the above embodiment, the through hole 14 of the bottom bar 10 is a round hole, and the pipe body 21 of the stereotaxic seat 20 is a circular pipe body. However, in fact, the through hole 14 may not be a circular hole (for example, a square hole or a hexagonal hole), and the pipe body 21 of the stereotaxic seat 20 matches (corresponds to) the shape of the through hole 14. A non-circular hole can be formed (for example, a square pipe or a hexagonal pipe). In this way, not only can the pipe body 21 be inserted into the through hole 14, but also a braking effect can be achieved. Since it is not necessary to install the stopper convex part 221 in the stereotaxic part 22, the necessary manufacturing material can be reduced and the mold can be simplified, which leads to a cost reduction.

図９は図１に示す実施例の別の使用状態の組立図である。一つの足座３０と底棒３１は垂直状態を呈し、もう一つの足座３０と底棒３１は平行状態を呈す。この使用方法は障害物のある場所での使用、或いは二つの回転する定位足スタンドの構造１００を例えば９０度に並列して使用する場所など、非直線に並接する場合に適切である。 FIG. 9 is an assembly view of another use state of the embodiment shown in FIG. One leg 30 and the bottom bar 31 are in a vertical state, and the other leg 30 and the bottom bar 31 are in a parallel state. This method of use is suitable for use in places where there are obstacles, or in the case where two rotating stereotaxic stand structures 100 are used in parallel, for example, in a place where the structure 100 is used in parallel at 90 degrees.

図１０に示すように、実際本考案の足座３０は更に若干のキャスター３３を具有することができる。該キャスター３３を該足座３１の底部に設置することで、動かす或いは運搬する際に手間を省くことができる。 As shown in FIG. 10, the foot seat 30 of the present invention can actually have some casters 33. By installing the caster 33 at the bottom of the footrest 31, labor can be saved when moving or carrying.

更に前記の実施例において、該底棒１０と屏風やスタンド、ハンギングラック、ホワイドボード、告示ボード、フェンスやハンガーなど直立して置く物体と連接するが、実際該底棒１０はまた屏風やスタンド、ハンギングラック、ホワイドボード、告示ボード、フェンスやハンガーなど直立して置く物体の底部部品とすることができ、同様に本考案が期待するのと同じ効果に達することができる。 Further, in the above embodiment, the bottom bar 10 is connected to an upright object such as a folding screen, a stand, a hanging rack, a wide board, a notification board, a fence or a hanger. It can be the bottom part of an object placed upright, such as a hanging rack, a wide board, a notice board, a fence or a hanger, and can also achieve the same effect that the present invention expects.

以上の実施例による本考案の詳細な説明は本考案の範囲を制限するものではない。本技術に熟知する者が、本考案の範囲内にて行う変更や調整を行っても、本考案の重要な意義は失われず、本考案の範囲に含まれる。 The detailed description of the present invention according to the above embodiments does not limit the scope of the present invention. Even if a person familiar with the present technology makes changes or adjustments within the scope of the present invention, the important significance of the present invention is not lost and is included in the scope of the present invention.

１００回転する定位足スタンドの構造
１０底棒
１１頂面
１２底面
１３側面
１４貫通穴
２０定位座
２１パイプ体
２１１第一結合部
２２定位部
２２１ストッパー凸部
２２２縦方向の凹槽
２２３横方向の凹槽
２２４穴
２２５内周の底壁
３０足座
３１底座
３２頂柱
３２１内ねじ山
３３キャスター
４０スプリング
５０螺接ユニット
５１ネジ
５２ワッシャ
６０固定蓋
６１第二結合部
９０屏風 DESCRIPTION OF SYMBOLS 100 Rotating stereotactic foot stand structure 10 Bottom bar 11 Top surface 12 Bottom surface 13 Side surface 14 Through hole 20 Positioning seat 21 Pipe body 211 First joint portion 22 Positioning portion 221 Stopper convex portion 222 Vertical concave tank 223 Horizontal concave Tank 224 Hole 225 Inner perimeter bottom wall 30 Foot seat 31 Base seat 32 Top column 321 Inner thread 33 Caster
40 Spring 50 Screwing unit
51 Screw 52 Washer 60 Fixed lid 61 Second coupling part 90 Screen

Claims

Includes bottom bar, stereotactic seat, foot seat, screw unit, spring and fixed lid,
The bottom bar has a top surface and a bottom surface at a position opposite to the top surface, and a through hole penetrating the bottom surface from the top surface;
The stereotaxic seat has a pipe body and a stereotaxic part connected to the bottom end of the pipe body, has a first coupling part at the top end of the pipe body, and has a vertical concave tub on the bottom surface of the stereotaxic part, A concave hole in the horizontal direction intersecting the vertical concave tank and the cross, and a hole penetrating to the inside of the pipe body is provided at the intersection of the vertical concave tank and the horizontal concave tank. And the pipe body is inserted into the through-hole from the bottom surface of the bottom bar so that the first coupling portion is outside the top surface of the bottom bar. Exposed to
The foot seat includes a bottom seat and a top pillar connected to the bottom seat, the top pillar is inserted into the hole, and further enters the pipe body. The reciprocating rotation can be carried out between the vertical concave tank and the horizontal concave tank,
The screwing unit is screwed to the top pillar,
The spring is located inside the pipe body and contacts between the screw unit and the inner peripheral bottom wall of the pipe body;
A structure of a rotating stereotaxic foot stand, wherein the fixed lid includes a second coupling portion, and the second coupling portion is coupled to the first coupling portion of the pipe body.

The bottom bar further includes two side surfaces connected between the top surface and the edge of the bottom surface, and the outer diameter of the positioning portion is larger than the outer diameter of the pipe body, and is above the top surface of the positioning portion. 2. The structure of a rotating stereotaxic foot stand according to claim 1, wherein two stopper protrusions are extended, and the two stopper protrusions come into contact with two side surfaces of the bottom bar.

The first coupling portion of the pipe body is an external thread, the second coupling portion of the fixing lid is an internal thread, and the first coupling portion and the second coupling portion are coupled by screwing. The structure of the rotating stereotaxic foot stand according to claim 1.

2. The structure of a rotating stereotaxic foot stand according to claim 1, wherein the spring is provided between the inner wall surface of the pipe body and the outer peripheral surface of the top pillar of the foot seat.

2. The structure of a rotating stereotaxic foot stand according to claim 1, wherein an outer diameter of the fixed lid is larger than a hole diameter of a through hole of the bottom bar.

2. The structure of a rotating stereotaxic foot stand according to claim 1, wherein the bottom bar is connected to an object placed upright.

2. The structure of a rotating stereotaxic foot stand according to claim 1, wherein the bottom bar is a bottom part of an object placed upright.

The screw connection unit includes a screw and a washer, and has an internal thread on the top column of the foot seat, and the screw is screwed to the internal thread of the top column of the foot seat, and the washer is connected to the screw. The structure of a rotating stereotaxic foot stand according to claim 1, wherein the structure is sandwiched between the springs.

2. The structure of a rotating stereotaxic foot stand according to claim 1, wherein the through hole of the bottom bar is a round hole, and the pipe body of the stereotaxic seat is a circular pipe body.

The rotating stereotaxic foot stand according to claim 1, wherein the through hole of the bottom bar is a non-circular hole, and the pipe body of the stereotaxic seat is a non-circular pipe body corresponding to the shape of the through hole. Construction.

The structure of a rotating stereotaxic foot stand according to claim 1, wherein the footrest further comprises a caster, and the caster is installed at a bottom portion of the footrest.

2. The rotating stereotaxic foot stand according to claim 1, wherein said stereotactic base has a circular arc surface on a bottom surface thereof, and said vertical concave tank and said horizontal concave tank are recessed in said circular arc surface. Structure.