JP5517663B2 - Blocking mechanism for blocking bar holder release - Google Patents
Blocking mechanism for blocking bar holder release Download PDFInfo
- Publication number
- JP5517663B2 JP5517663B2 JP2010032061A JP2010032061A JP5517663B2 JP 5517663 B2 JP5517663 B2 JP 5517663B2 JP 2010032061 A JP2010032061 A JP 2010032061A JP 2010032061 A JP2010032061 A JP 2010032061A JP 5517663 B2 JP5517663 B2 JP 5517663B2
- Authority
- JP
- Japan
- Prior art keywords
- blocking bar
- holder
- release
- connecting member
- force
- 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.)
- Expired - Fee Related
Links
Landscapes
- Refuge Islands, Traffic Blockers, Or Guard Fence (AREA)
Description
本発明は、車両の通過を制御するゲート装置に関し、その阻止バーのリリースを制限する機構に関するものである。 The present invention relates to a gate device that controls the passage of a vehicle, and to a mechanism that restricts the release of a blocking bar.
従来、例えば駐車場ゲート及びＥＴＣゲートにおいて、車両が阻止バーに衝突して破損するケースが多くあった（図２）。
この破損を防ぐために、ゲート装置に、車両接触時阻止バーを車両進行方向に回転（リリース）させ（図３）てダメージを軽減するリリース機構を備えるものがある。このリリース機構に付随してゲートバーが通常の運用状態でむやみにリリースしないようにする必要がある。例えば、風圧によるバーの回転を防止するため、リリースする条件として風圧による力を基準としたリリース制限力を設定している。
Conventionally, for example, in a parking lot gate and an ETC gate, there are many cases where a vehicle collides with a blocking bar and is damaged (FIG. 2).
In order to prevent this breakage, some gate devices have a release mechanism that reduces damage by rotating (releasing) a vehicle contact blocking bar in the vehicle traveling direction (FIG. 3). Along with this release mechanism, it is necessary to prevent the gate bar from being released unnecessarily under normal operating conditions. For example, in order to prevent rotation of the bar due to wind pressure, a release limit force based on the force due to wind pressure is set as a release condition.
図４はリリース制限力を設定する機構を説明する従来例であり、図４（ａ）は平面図、図４（ｂ）は正面図である。図４において、４０１は阻止バー駆動装置、４０２は連結部材、４０３は阻止バー駆動用回転軸、４０４はホルダー回転軸、４０５は阻止バーホルダー、４０７は阻止バー、４０８はリリース力調整子である。
連結部材４０２はその長さ方向が阻止バー駆動用回転軸４０３と直交するようにその先端に配設される。阻止バー駆動用回転軸４０３は阻止バー駆動装置４０１の制御により往復回転する。連結部材４０２は断面コ字状を形成し、その長さ方向と阻止バー駆動用回転軸４０３とに直交してホルダー回転軸４０４を配設する。連結部材４０２はホルダー回転軸４０４に連結して阻止バーホルダー４０５を搭載する。阻止バーホルダー４０５は回転状態により連結部材４０２内に収納され互いの長さ方向が一致するようになる。阻止バーホルダー４０５には阻止バー４０７が挿入され、図示しない機構により保持している。
連結部材４０２の断面コ字状を形成するいずれかの側面にリリース力調整子４０８が設けられる。リリース力調整子４０８は、円筒部材４０８１と、その内部に設けたメネジに合うオネジ４０８２と、オネジ４０８２の先端部に接触するコイルバネ４０８３と、コイルバネ４０８３の先端に位置してその反発力を受けるボール４０８４からなり、ボール４０８４は円筒部材４０８１の先端の係止部４０８５により飛び出しを制限され、係止部４０８５に設けた孔により外部に露出する。
阻止バーホルダー４０５が連結部材４０２に収納されている状態で、リリース力調整子４０８のボール４０８４が対向する阻止バーホルダー４０５の側面に設けた凹部に嵌入して、阻止バーホルダー４０５の連結部材４０２からの回転リリースを制限する。
4A and 4B are conventional examples for explaining a mechanism for setting the release limiting force. FIG. 4A is a plan view and FIG. 4B is a front view. In FIG. 4, 401 is a blocking bar driving device, 402 is a connecting member, 403 is a rotating shaft for driving a blocking bar, 404 is a rotating shaft for a holder, 405 is a blocking bar holder, 407 is a blocking bar, and 408 is a release force adjuster. .
The connecting member 402 is disposed at the tip of the connecting member 402 so that its length direction is orthogonal to the blocking bar driving rotary shaft 403. The rotation axis 403 for driving the blocking bar rotates reciprocally under the control of the blocking bar driving device 401. The connecting member 402 has a U-shaped cross section, and a holder rotating shaft 404 is disposed perpendicular to the length direction of the connecting member 402 and the blocking bar driving rotating shaft 403. The connecting member 402 is connected to the holder rotating shaft 404 and mounts the blocking bar holder 405. The blocking bar holder 405 is housed in the connecting member 402 according to the rotation state, and the length directions of the blocking bar holders 405 coincide with each other. A blocking bar 407 is inserted into the blocking bar holder 405 and is held by a mechanism (not shown).
A release force adjuster 408 is provided on any side surface of the connecting member 402 that forms a U-shaped cross section. The release force adjuster 408 includes a cylindrical member 4081, a male screw 4082 that fits into the female screw provided therein, a coil spring 4083 that contacts the tip of the male screw 4082, and a ball that is positioned at the tip of the coil spring 4083 and receives the repulsive force. 4084, the ball 4084 is restricted from projecting by the locking portion 4085 at the tip of the cylindrical member 4081, and is exposed to the outside through a hole provided in the locking portion 4085.
In a state where the blocking bar holder 405 is housed in the connecting member 402, the ball 4084 of the release force adjuster 408 is fitted into a concave portion provided on the side surface of the blocking bar holder 405, and the connecting member 402 of the blocking bar holder 405 is inserted. Limit rotational release from.
運用時、阻止バー４０７に阻止バーホルダー４０５を装着した状態で、車両の運行に応じて阻止バー駆動用回転軸４０３を制御して、阻止バー４０７を阻止バー駆動用回転軸４０３に直交する面内に回転移動させて、車両の通行を制御している。この制御にもかかわらず何らかの理由で、車両が阻止バー４０７閉じているときに通行しようとすると阻止バー４０７と衝突する。衝突による阻止バー４０７の破壊を防ぎ損傷を少なくするため、阻止バーホルダー４０５は、リリース制御機構４０８のコイルバネ４０８３による回転制限に抗して、ホルダー回転軸４０４を中心に回転させ衝撃を和らげる。
このとき、リリース制御機構４０８によるリリース回転制限はコイルバネ４０８３の調整により行っているが、コイルバネ４０３の配置方向を阻止バーホルダー４０５の長さ方向に直交し、阻止バー駆動用回転軸４０３による往復回転に伴う阻止バーホルダー４０５の移動面に平行にしているので、阻止バー駆動用回転軸４０３による往復回転にともない、コイルバネ４０８３の伸縮方向に負荷が加わり、バネ定数が変化し、リリース回転制限力が変化するおそれがあった。変化する風圧の状況下で使用する場合に、設定したリリース回転制限力を一定することが困難なこととなる。
In operation, with the blocking bar holder 405 mounted on the blocking bar 407, the blocking bar driving rotary shaft 403 is controlled according to the operation of the vehicle so that the blocking bar 407 is orthogonal to the blocking bar driving rotary shaft 403. The vehicle is controlled to move by rotating inward. In spite of this control, for some reason, if the vehicle tries to pass while the blocking bar 407 is closed, it collides with the blocking bar 407. In order to prevent destruction of the blocking bar 407 due to a collision and reduce damage, the blocking bar holder 405 is rotated about the holder rotation shaft 404 to soften the impact against the rotation limitation by the coil spring 4083 of the release control mechanism 408.
At this time, the release rotation limitation by the release control mechanism 408 is performed by adjusting the coil spring 4083. However, the arrangement direction of the coil spring 403 is orthogonal to the length direction of the blocking bar holder 405, and the reciprocating rotation by the blocking bar driving rotary shaft 403 is performed. As a result, the load is applied in the direction of expansion and contraction of the coil spring 4083, the spring constant changes, and the release rotation limiting force is reduced. There was a risk of change. When used under changing wind pressure conditions, it is difficult to keep the set release rotation limiting force constant.
解決しようとする問題点は、運用時の阻止バーの車両制御のための回転時に受ける風圧などの影響を受け、設定したリリース回転制限力を一定することが困難なこととなることであり、本発明はリリース回転制限力が一定な阻止バーホルダーのリリース制限機構を提供する。 The problem to be solved is that it is difficult to make the set release rotation limit force constant due to the influence of wind pressure, etc., that is applied during rotation for vehicle control of the blocking bar during operation. The invention provides a release limiting mechanism for a blocking bar holder with a constant release rotation limiting force.
請求項１に係る阻止バーホルダーのリリース制限機構は、断面コ字状であってかつ断面コ字状が形成する開放部とその開放部とは反対側の一端部との方向に長さ方向を備えた長手状の部材であって長さ方向が阻止バー駆動用回転軸と直交するように結合して前記阻止バー駆動用回転軸の回転に伴い回転するとともに前記一端部に係止側部を形成した連結部材と、長手状の筒状部材であって、当該筒状部材の一端部から阻止バーを挿入し保持し、かつ前記連結部材の長さ方向に対し直角に形成したホルダー回転軸を中心に回転可能に搭載されるとともに阻止バーを挿入する方向とは反対方向の面に凹部を設けた阻止バーホルダーとからなり、ボールにバネの力を与えてリリース制限力を発生するリリース力調整子を前記係止側部に連結部材の前記長さ方向に形成した通過孔に設け、前記阻止バーホルダーがホルダー回転軸周りで連結部材方向の回転を当該連結部材により制限された状態で、当該阻止バーホルダーの長さ方向について前記一端部に対向する他端部の前記係止側部に対向する面に設けられ当該係止側部に備えられるボールがバネの押力により嵌入できる凹部を備えることを特徴とするものである。 The release limiting mechanism of the blocking bar holder according to claim 1 has a length direction in a direction of an opening portion having a U-shaped cross section and an end portion on the side opposite to the opening portion. the locking side to the one end while rotating with the rotation of the blocking bar drive rotational shaft coupled to such a length direction a elongated member having the perpendicular to the blocking bar drive rotational shaft A formed connecting member and a longitudinal cylindrical member, a holder rotating shaft formed by inserting and holding a blocking bar from one end of the cylindrical member, and formed perpendicular to the length direction of the connecting member. the direction of inserting the blocking bar while being rotatably mounted in the center consists of a blocking bar holder provided with a recess on the opposite direction, release force adjustment for generating a release limit force giving force of the spring on the ball before connecting member child with the locking side It provided the passage hole formed in the length direction, in a state in which the blocking bar holder is restricted by the connecting member rotation of the connecting member direction about the holder rotation axis, to the one end the length direction of the blocking bar holder It is provided with the recessed part which is provided in the surface facing the said latching side part of the other end part which opposes, and the ball with which the said latching side part is equipped can be engage | inserted with the pressing force of a spring.
請求項１に係る阻止バーホルダーのリリース制限機構によると、阻止バーホルダーは係止側部内のボールによりホルダー回転軸と直交した力を与えられ、ボールに力を与えるバネの定数は阻止バー駆動用回転軸の回転に伴って変化することはなく、ボールが阻止バーホルダーの凹部に嵌入して、阻止バー駆動用回転軸の回転、また風圧による微力に抗して、阻止バーホルダーの連結部材からのリリースを制限することができる。また、バネのバネ定数を変化させることなく一定衝撃力以上に反応して安定してリリースさせることができる。 According to the release limiting mechanism of the blocking bar holder according to claim 1, the blocking bar holder is given a force orthogonal to the holder rotation axis by the ball in the locking side portion, and the constant of the spring that applies the force to the ball is for driving the blocking bar The ball does not change with the rotation of the rotating shaft, and the ball fits into the concave portion of the blocking bar holder, against the rotation of the rotating shaft for driving the blocking bar and the slight force caused by the wind pressure, from the connecting member of the blocking bar holder Release can be restricted. Moreover, it can be released stably in response to a certain impact force or more without changing the spring constant of the spring.
図１−１は本発明によるリリース制限機構を説明する実施例の図であり、図１−１（ａ）は平面図、図１−１（ｂ）は正面図である。図１において、１０１は阻止バー駆動装置、１０２は連結部材、１０３は阻止バー駆動用回転軸、１０４はホルダー回転軸、１０５は阻止バーホルダー、１０６は係止側部、１０７は阻止バー、１０８はリリース力調整子である。
阻止バー駆動装置１０１は阻止バー駆動用回転軸１０３を備える。阻止バー駆動用回転軸１０３は阻止バー駆動装置１０１の制御により往復回転する。連結部材１０２はその長さ方向が阻止バー駆動用回転軸１０３と直交するようにその先端に配設され、結合される。連結部材１０２は断面コ字状を形成し、その長さ方向と阻止バー駆動用回転軸１０３とに直交してホルダー回転軸１０４を配設する。連結部材１０２はホルダー回転軸１０４に連結して阻止バーホルダー１０５を搭載する。阻止バーホルダー１０５は回転状態により連結部材１０２内に収納され互いの長さ方向が一致するようになる。連結部材１０１は、その長さ方向においてホルダー回転軸１０４が配設される方向とは反対側端に係止側部１０６を形成する。阻止バーホルダー１０５には阻止バー１０７が挿入され、図示しない機構により保持している。阻止バーホルダー１０５の長さ方向において阻止バー１０７を挿入する開口部１０５１が設けられる反対方向の面に凹部１０５２を設ける。
連結部材１０２の係止側部１０６にリリース力調整子１０８が設けられる（図１−２（ｃ））。リリース力調整子１０８は、円筒部材１０８１と、その内部に設けたメネジに合うオネジ１０８２と、オネジ１０８２の先端部に接触するコイルバネ１０８３と、コイルバネ１０８３の先端に位置してその反発力を受けるボール１０８４からなり、ボール１０８４は円筒部材１０８１の先端の係止部１０８５により飛び出しを制限され、係止部１０８５に設けた通過孔により外部に露出する。通過孔は連結部材１０２の長さ方向になるように形成する。
リリース力調整子１０８の他の実施例を図１−２（ｄ）に示す。連結部材１０２の係止側部１０６にリリース力調整子１０８が設けられる（図１−２（ｃ））。リリース力調整子１０８は、係止側部１０６に直接メネジを形成し、その内部にメネジに合うオネジ１０８２と、オネジ１０８２の先端部に接触するコイルバネ１０８３と、コイルバネ１０８３の先端に位置してその反発力を受けるボール１０８４からなり、ボール１０８４は係止側部１０６の係止部１０８５により飛び出しを制限され、係止部１０８５に設けた孔により外部に露出する。
阻止バーホルダー１０５が連結部材１０２に収納されている状態で、リリース力調整子１０８のボール１０８４が対向する阻止バーホルダー１０５の凹部１０５２に嵌入して、バーホルダー１０５の連結部材１０２からの回転リリースを制限する。
FIG. 1-1 is a diagram of an embodiment for explaining a release limiting mechanism according to the present invention. FIG. 1-1 (a) is a plan view and FIG. 1-1 (b) is a front view. In FIG. 1, 101 is a blocking bar driving device, 102 is a connecting member, 103 is a rotating shaft for driving a blocking bar, 104 is a rotating shaft for a holder, 105 is a blocking bar holder, 106 is a locking side, 107 is a blocking bar, 108 Is a release force adjuster.
The blocking bar driving device 101 includes a blocking bar driving rotating shaft 103. The rotation shaft 103 for driving the blocking bar rotates reciprocally under the control of the blocking bar driving device 101. The connecting member 102 is disposed at the tip thereof and coupled so that the length direction thereof is orthogonal to the blocking bar driving rotary shaft 103. The connecting member 102 has a U-shaped cross section, and a holder rotating shaft 104 is disposed perpendicularly to the length direction of the connecting member 102 and the blocking bar driving rotating shaft 103. The connecting member 102 is connected to the holder rotating shaft 104 and mounts the blocking bar holder 105. The blocking bar holder 105 is housed in the connecting member 102 depending on the rotation state, and the length directions of the blocking bar holders 105 are matched. The connecting member 101 forms a locking side portion 106 at the end opposite to the direction in which the holder rotation shaft 104 is disposed in the length direction. A blocking bar 107 is inserted into the blocking bar holder 105 and is held by a mechanism (not shown). In the longitudinal direction of the blocking bar holder 105, a recess 1052 is provided on the opposite surface where the opening 1051 for inserting the blocking bar 107 is provided.
A release force adjuster 108 is provided on the locking side portion 106 of the connecting member 102 (FIG. 1-2 (c)). The release force adjuster 108 includes a cylindrical member 1081, a male screw 1082 that fits inside the female screw, a coil spring 1083 that contacts the tip of the male screw 1082, and a ball that is positioned at the tip of the coil spring 1083 and receives a repulsive force. The ball 1084 is restricted from popping out by the locking portion 1085 at the tip of the cylindrical member 1081, and is exposed to the outside through a passage hole provided in the locking portion 1085. The passage hole is formed so as to be in the length direction of the connecting member 102.
Another embodiment of the release force adjuster 108 is shown in FIG. A release force adjuster 108 is provided on the locking side portion 106 of the connecting member 102 (FIG. 1-2 (c)). The release force adjuster 108 forms a female screw directly on the locking side portion 106, a male screw 1082 that fits the female screw inside, a coil spring 1083 that contacts the tip of the male screw 1082, and a tip of the coil spring 1083. The ball 1084 is subjected to a repulsive force. The ball 1084 is restricted from protruding by the locking portion 1085 of the locking side portion 106 and is exposed to the outside through a hole provided in the locking portion 1085.
In a state where the blocking bar holder 105 is housed in the connecting member 102, the ball 1084 of the release force adjuster 108 is fitted into the concave portion 1052 of the blocking bar holder 105, and the bar holder 105 is rotated and released from the connecting member 102. Limit.
運用時、阻止バー１０７に阻止バーホルダー１０５を装着した状態で、車両の運行に応じて阻止バー駆動用回転軸１０３を制御して、阻止バー１０７を阻止バー駆動用回転軸１０３に直交する面内に回転移動させて、車両の通行を制御している。何らかの理由で、車両が阻止バー１０７閉じているときに通行しようとして阻止バー１０７と衝突する。
阻止バーホルダー１０５は、リリース制御機構１０８のコイルバネ１０８３による回転制限に抗して、ホルダー回転軸１０４を中心に回転させ衝撃を和らげる。
このとき、リリース制御機構１０８によるリリース回転制限はコイルバネ１０８３の調整により行っているが、コイルバネ１０８３は係止側部１０８５に設けたリリース制御機構１０８内に配置しているから、コイルバネ１０８３の反発力の方向はホルダー回転軸１０４に直交し、ボール１０８４に力を与えるコイルバネ１０８３の定数は阻止バー駆動用回転軸１０３の回転に伴って変化することはなく、阻止バーホルダー１０５の凹部１０５２に嵌入して、阻止バー駆動用回転軸１０３の回転により、また風圧による微力により、阻止バーホルダー１０５の連結部材１０２からのリリースを制限することができ、コイルバネ１０８３のバネ定数を変化させることなく一定衝撃力以上に反応して安定してリリースさせることができる。
In operation, with the blocking bar holder 105 mounted on the blocking bar 107, the blocking bar driving rotary shaft 103 is controlled according to the operation of the vehicle, and the blocking bar 107 is perpendicular to the blocking bar driving rotary shaft 103. The vehicle is controlled to move by rotating inward. For some reason, the vehicle collides with the blocking bar 107 trying to pass when the blocking bar 107 is closed.
The blocking bar holder 105 is rotated around the holder rotation shaft 104 to soften the impact against the rotation limitation by the coil spring 1083 of the release control mechanism 108.
At this time, the release rotation limitation by the release control mechanism 108 is performed by adjusting the coil spring 1083. However, since the coil spring 1083 is disposed in the release control mechanism 108 provided on the locking side portion 1085, the repulsive force of the coil spring 1083 is reduced. Is perpendicular to the holder rotating shaft 104, and the constant of the coil spring 1083 that applies force to the ball 1084 does not change with the rotation of the blocking bar driving rotating shaft 103, and is inserted into the recess 1052 of the blocking bar holder 105. Thus, the release of the blocking bar holder 105 from the connecting member 102 can be limited by the rotation of the rotating shaft 103 for driving the blocking bar and by a slight force due to the wind pressure, and a constant impact force without changing the spring constant of the coil spring 1083. It can be released stably in response to the above.
リリース力調整子１０８の他の実施例を図１−２（ｅ）、図１−２（ｆ）に示す。図１−２（ｅ）の実施例は、図１−２（ｃ），（ｄ）のボール１０８４を、曲面を有するカムとしたものである。連結部材１０２の係止側部１０６にリリース力調整子１０８が設けられる（図１−２（ｅ））。リリース力調整子１０８は、係止側部１０６に直接メネジを形成し、その内部にメネジに合うオネジ１０８２と、オネジ１０８２の先端部に接触するコイルバネ１０８３と、コイルバネ１０８３の先端とカム１０８６の間に接触するように位置してコイルバネ１０８３の反発力をカム１０８６に伝える伝達皿１０８７とからなる。カム１０８６に支持軸１０８８を備え、その支持軸１０８８の両端は係止側部１０６のメネジを形成する面に設けた上下方向に沿う溝１０８９にはまる。この溝１０８９は、リリース力調整子１０８が係止側部１０６に設けられたときに、支持軸１０８８がホルダー回転軸１０４と平行になるように形成される。カム１０８６は、係止側部１０６の係止部１０８５により飛び出しを制限され、係止部１０８５に設けた孔により外部に露出する。カム１０８６が係止部１０８５から露出する部分は、阻止バーホルダー１０５の凹部１０５２に嵌入して、阻止バー駆動用回転軸１０３の回転により、また風圧による微力により、阻止バーホルダー１０５の連結部材１０２からのリリースを制限することができる。阻止バー１０７がホルダー回転軸１０４を中心に回転しようとする力が加わると、その所定以上の力によりカム１０８６はコイルバネ１０８３に押されながら支持軸１０８８を中心にして回転し、溝１０８９に沿って移動し、コイルバネ１０８３のバネ定数を変化させることなく一定衝撃力以上に反応して安定してリリースさせることができる。
図１−２（ｅ）では、カム１０８６の形状はほぼ球状であるが、支持軸１０８７方向に短い円盤状であってもよく、円でなくとも曲面を形成すればよい。また、図１−２（ｃ）のように円筒部材を形成しその中にオネジメネジを形成しスプリング、カム、伝達皿を収納したものとしてもよい。このとき、阻止バーホルダー１０５の凹部１０５２はカム１０８６が形成する幅に合った幅を形成すればよい。
Another embodiment of the release force adjuster 108 is shown in FIGS. 1-2 (e) and 1-2 (f). In the embodiment of FIG. 1-2 (e), the ball 1084 of FIGS. 1-2 (c) and (d) is a cam having a curved surface. A release force adjuster 108 is provided on the locking side portion 106 of the connecting member 102 (FIG. 1-2 (e)). The release force adjuster 108 has a female screw directly formed on the locking side portion 106, a male screw 1082 that fits into the female screw, a coil spring 1083 that contacts the tip of the male screw 1082, and a gap between the tip of the coil spring 1083 and the cam 1086. And a transmission plate 1087 that transmits the repulsive force of the coil spring 1083 to the cam 1086. The cam 1086 is provided with a support shaft 1088, and both ends of the support shaft 1088 fit into a groove 1089 along the vertical direction provided on the surface of the locking side portion 106 where the female thread is formed. The groove 1089 is formed so that the support shaft 1088 is parallel to the holder rotation shaft 104 when the release force adjuster 108 is provided on the locking side portion 106. The cam 1086 is restricted from protruding by the locking portion 1085 of the locking side portion 106 and is exposed to the outside through a hole provided in the locking portion 1085. The portion where the cam 1086 is exposed from the locking portion 1085 is fitted into the concave portion 1052 of the blocking bar holder 105, and the connecting member 102 of the blocking bar holder 105 is rotated by the rotation of the blocking bar driving rotary shaft 103 or by a slight force due to wind pressure. Release from can be limited. When a force to rotate the blocking bar 107 around the holder rotation shaft 104 is applied, the cam 1086 rotates around the support shaft 1088 while being pushed by the coil spring 1083 due to the force greater than a predetermined force, along the groove 1089. It can be moved and stably released in response to a certain impact force or more without changing the spring constant of the coil spring 1083.
In FIG. 1-2E, the shape of the cam 1086 is substantially spherical, but it may be a short disk shape in the direction of the support shaft 1087, or a curved surface may be formed instead of a circle. Alternatively, as shown in FIG. 1-2C, a cylindrical member may be formed, and a female screw may be formed therein, and a spring, a cam, and a transmission tray may be accommodated. At this time, the recess 1052 of the blocking bar holder 105 may be formed with a width that matches the width formed by the cam 1086.
１０１ 阻止バー駆動装置
１０２ 連結部材
１０３ 阻止バー駆動用回転軸
１０４ ホルダー回転軸
１０５ 阻止バーホルダー
１０６ 係止側部
１０７ 阻止バー
１０８ リリース力調整子
DESCRIPTION OF SYMBOLS 101 Blocking bar drive device 102 Connecting member 103 Blocking bar drive rotating shaft 104 Holder rotating shaft 105 Blocking bar holder 106 Locking side 107 Blocking bar 108 Release force adjuster
Claims (1)
長手状の筒状部材であって、当該筒状部材の一端部から阻止バーを挿入し保持し、かつ前記連結部材の長さ方向に対し直角に形成したホルダー回転軸を中心に回転可能に搭載されるとともに阻止バーを挿入する方向とは反対方向の面に凹部を設けた阻止バーホルダーとからなり、
ボールにバネの力を与えてリリース制限力を発生するリリース力調整子を前記係止側部に連結部材の前記長さ方向に形成した通過孔に設け、
前記阻止バーホルダーがホルダー回転軸周りで連結部材方向の回転を当該連結部材により制限された状態で、当該阻止バーホルダーの長さ方向について前記一端部に対向する他端部の前記係止側部に対向する面に設けられ当該係止側部に備えられるボールがバネの押力により嵌入できる凹部を備えることを特徴とする阻止バーホルダーのリリース制限機構。
A longitudinal member having a U-shaped cross section and having a longitudinal direction in the direction of the open part formed by the U-shaped cross section and one end opposite to the open part. A coupling member that is coupled so as to be orthogonal to the bar driving rotary shaft and rotates with the rotation of the blocking bar driving rotary shaft and that forms a locking side portion at the one end ;
A longitudinal cylindrical member that is inserted and held from one end of the cylindrical member and is rotatably mounted around a holder rotation axis formed perpendicular to the length direction of the connecting member. And a blocking bar holder provided with a recess on the surface opposite to the direction in which the blocking bar is inserted ,
A release force adjuster that applies a spring force to the ball to generate a release limit force is provided in a passage hole formed in the length direction of the connecting member on the locking side portion,
The locking side portion of the other end portion facing the one end portion in the length direction of the blocking bar holder in a state in which the blocking bar holder is restricted in rotation in the connecting member direction around the rotation axis of the holder by the connecting member. A release limiting mechanism for a blocking bar holder, comprising a recess provided on a surface opposed to the stopper and into which a ball provided on the locking side portion can be fitted by a pressing force of a spring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2010032061A JP5517663B2 (en) | 2010-02-17 | 2010-02-17 | Blocking mechanism for blocking bar holder release |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2010032061A JP5517663B2 (en) | 2010-02-17 | 2010-02-17 | Blocking mechanism for blocking bar holder release |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JP2011168987A JP2011168987A (en) | 2011-09-01 |
| JP5517663B2 true JP5517663B2 (en) | 2014-06-11 |
Family
ID=44683376
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2010032061A Expired - Fee Related JP5517663B2 (en) | 2010-02-17 | 2010-02-17 | Blocking mechanism for blocking bar holder release |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP5517663B2 (en) |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5455794B2 (en) * | 2010-06-02 | 2014-03-26 | 三菱プレシジョン株式会社 | Gate device release recovery mechanism |
| CN102373678A (en) * | 2011-11-09 | 2012-03-14 | 张建新 | Driving control method for stop lever type automatic passage and stop lever type automatic passage |
| KR200477815Y1 (en) * | 2013-10-10 | 2015-07-29 | 이규삼 | Crosswalk idle circuit breaker capable of rotating machinery |
| KR102642497B1 (en) * | 2015-03-03 | 2024-03-04 | 뉴스케일 파워, 엘엘씨 | Fasteners for nuclear reactor systems |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5640893Y2 (en) * | 1978-05-06 | 1981-09-25 | ||
| JP2001164528A (en) * | 1999-12-10 | 2001-06-19 | Fast:Kk | Gate locking device for expressway, toll road or the like in charge receipt system |
-
2010
- 2010-02-17 JP JP2010032061A patent/JP5517663B2/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| JP2011168987A (en) | 2011-09-01 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| JP5517663B2 (en) | Blocking mechanism for blocking bar holder release | |
| KR101407259B1 (en) | Seat rail locking apparatus of vehicle | |
| US9738303B2 (en) | Assembly having at least one spring body and at least one separately formed locking part | |
| JP2012087473A (en) | Door handle device of vehicle | |
| RU2015133454A (en) | Remote Control Fastener | |
| JP2006336194A (en) | Hinge device | |
| JP2018108820A (en) | Locking mechanism for belt retractor | |
| JP2011102169A (en) | Stop device | |
| JP2002205281A (en) | Bit mounting device for rotary tool | |
| JP2008265484A (en) | Lock device | |
| US8517076B2 (en) | Transfer tool | |
| JP6611008B2 (en) | Optical fiber cutter | |
| JP5455794B2 (en) | Gate device release recovery mechanism | |
| JP7184634B2 (en) | door latch device | |
| KR101000156B1 (en) | A Flap Door Locking Apparatus of Bus | |
| JP2009134249A5 (en) | ||
| US11181231B2 (en) | Actuator | |
| JP5432693B2 (en) | Door closer with stop mechanism | |
| JP4336216B2 (en) | Vehicle door lock device | |
| JP2018104923A (en) | Vehicle lid lock device | |
| JP6320173B2 (en) | Liquid tank holding mechanism | |
| US20090151138A1 (en) | Quick release strap tube mount | |
| JP6499913B2 (en) | Inside handle device for vehicle | |
| WO2014115820A1 (en) | Wiper arm | |
| JP5752914B2 (en) | Vehicle door inside handle device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| A621 | Written request for application examination |
Free format text: JAPANESE INTERMEDIATE CODE: A621 Effective date: 20130123 |
|
| A977 | Report on retrieval |
Free format text: JAPANESE INTERMEDIATE CODE: A971007 Effective date: 20131010 |
|
| A131 | Notification of reasons for refusal |
Free format text: JAPANESE INTERMEDIATE CODE: A131 Effective date: 20131024 |
|
| A521 | Request for written amendment filed |
Free format text: JAPANESE INTERMEDIATE CODE: A523 Effective date: 20131209 |
|
| TRDD | Decision of grant or rejection written | ||
| A01 | Written decision to grant a patent or to grant a registration (utility model) |
Free format text: JAPANESE INTERMEDIATE CODE: A01 Effective date: 20140325 |
|
| A61 | First payment of annual fees (during grant procedure) |
Free format text: JAPANESE INTERMEDIATE CODE: A61 Effective date: 20140401 |
|
| R150 | Certificate of patent or registration of utility model |
Ref document number: 5517663 Country of ref document: JP Free format text: JAPANESE INTERMEDIATE CODE: R150 |
|
| R250 | Receipt of annual fees |
Free format text: JAPANESE INTERMEDIATE CODE: R250 |
|
| R250 | Receipt of annual fees |
Free format text: JAPANESE INTERMEDIATE CODE: R250 |
|
| R250 | Receipt of annual fees |
Free format text: JAPANESE INTERMEDIATE CODE: R250 |
|
| R250 | Receipt of annual fees |
Free format text: JAPANESE INTERMEDIATE CODE: R250 |
|
| R250 | Receipt of annual fees |
Free format text: JAPANESE INTERMEDIATE CODE: R250 |
|
| LAPS | Cancellation because of no payment of annual fees |