JP5849424B2 - Cable support - Google Patents

Cable support Download PDF

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JP5849424B2
JP5849424B2 JP2011078563A JP2011078563A JP5849424B2 JP 5849424 B2 JP5849424 B2 JP 5849424B2 JP 2011078563 A JP2011078563 A JP 2011078563A JP 2011078563 A JP2011078563 A JP 2011078563A JP 5849424 B2 JP5849424 B2 JP 5849424B2
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mounting
mounting portion
cable
locking
support
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JP2012211674A (en
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金田　好司
好司 金田
裕生 中島
裕生 中島
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Inaba Denki Sangyo Co Ltd
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  • Supports For Pipes And Cables (AREA)
  • Clamps And Clips (AREA)
  • Mutual Connection Of Rods And Tubes (AREA)
  • Installation Of Indoor Wiring (AREA)

Description

本発明は、空調用配管や給湯管等の配管類の配設経路に沿って制御・電力・通信等に用いられるケーブルを配設する、或いは、ケーブルを所定配設経路に沿って単独で配設する場合等に用いられるケーブル支持具に関する。   In the present invention, a cable used for control, electric power, communication, etc. is arranged along an arrangement path of piping such as an air conditioning pipe and a hot water supply pipe, or the cable is arranged alone along a predetermined arrangement path. The present invention relates to a cable support used for installation.

従来のケーブル支持具では、吊りボルトの上下複数箇所を抱持可能な抱持片を備えたボルト抱持部の背面に、ケーブルを上方から挿入装着可能な側面略鉤形状のフック部を設けていた（例えば、特許文献１参照）。   In a conventional cable support, a hook portion having a generally side-shaped hook shape on which a cable can be inserted and mounted from above is provided on the back surface of a bolt holding portion having a holding piece capable of holding a plurality of upper and lower portions of a suspension bolt. (For example, see Patent Document 1).

特開２００９−１１１１９号公報JP 2009-11119 A

従来のケーブル支持具では、例えば、吊りボルトに固定の支持金具に横架姿勢で受け止め支持されている配管類の配設経路に沿ってケーブルを配設する場合、前記吊りボルトにおける支持金具の取付け位置よりも上方又は下方に偏位した部位に、前記ボルト抱持部の複数の抱持片を抱持させ、このボルト抱持部の背面のフック部にケーブルを横架姿勢で支持させることになる。   In a conventional cable support, for example, when a cable is disposed along a distribution route of piping supported and supported in a horizontal posture by a support bracket fixed to the suspension bolt, the mounting of the support bracket on the suspension bolt is performed. To hold a plurality of holding pieces of the bolt holding portion at a portion displaced upward or downward from the position, and to support the cable in a horizontal posture on the hook portion on the back of the bolt holding portion. Become.

そのため、ケーブル支持具が吊りボルトに対して配管類の支持金具の取付け位置よりも上方に偏位した部位に取り付けられる分だけ、ケーブルが吊りボルトの取付け位置において配管類から離れて山形状となり、見栄えが悪くなるとともに、ケーブルの架設に要するケーブル長さも長くなる不都合がある。   Therefore, the cable is separated from the piping at the mounting position of the suspension bolt, and is mountain-shaped as much as the cable support is attached to the portion that is displaced above the mounting position of the support bracket of the piping with respect to the suspension bolt. There is a disadvantage that the appearance of the cable becomes worse and the length of the cable required for installing the cable becomes longer.

しかも、前記支持金具に受け止め支持されている配管類の配設経路の上下両側に既設の配管やケーブル等が存在する場合では、前記吊りボルトにおける支持金具の取付け位置よりも上方又は下方に偏位した部位に、ケーブル支持具を取り付けるためのスペースを確保することができないため、その箇所の施工条件に対応した特殊な取付け金具を準備する必要があり、ケーブルの架設に手間取るとともに、ケーブル架設コストの高騰化を招来する不都合がある。   In addition, when existing pipes and cables are present on both the upper and lower sides of the piping arrangement path received and supported by the support bracket, it is displaced above or below the mounting position of the support bracket on the suspension bolt. Since it is not possible to secure a space for attaching the cable support at the site, it is necessary to prepare a special mounting bracket corresponding to the construction conditions of the location, which takes time to install the cable and reduces the cable installation cost. There is an inconvenience that causes soaring.

本発明は、上述の実状に鑑みて為されたものであって、その主たる課題は、ケーブルの架設に要するケーブル長さの短縮化を図りながら配管類に沿ってケーブルを体裁良く配設することができ、しかも、配管類の配設経路の近傍に既設の配管やケーブル等が存在する施工条件下においても、無理なく容易にケーブルを架設することのできるケーブル支持具を提供する点にある。   The present invention has been made in view of the above-described actual situation, and the main problem is to arrange the cables in a good manner along the piping while shortening the cable length required for laying the cables. In addition, the present invention is to provide a cable support that allows a cable to be erected easily and easily even under construction conditions in which existing pipes, cables, and the like exist in the vicinity of the piping arrangement route.

本開示に係るケーブル支持具は、配管類を支持する支持具の板状構成部分に対してそれの板幅方向の一側方から脱着可能に装着される第１取付け部と、ケーブルを脱着可能に支持する第２取付け部とが備えられている。
本発明のケーブル支持具による第１の特徴構成は、配管類を支持する支持具の板状構成部分に対してそれの板幅方向の一側方から脱着可能に装着される第１取付け部と、ケーブルを脱着可能に支持する第２取付け部と、を備え、吊りボルトに対して挾持状態で外嵌可能なボルト抱持部が前記第１取付け部に形成されているか、或いは、吊りボルトに対して挾持状態で外嵌可能なボルト抱持部が前記第２取付け部に形成されているとともに前記ケーブルを受止め支持可能なケーブル受け部が前記第１取付け部の内面に形成されており、前記ボルト抱持部の内面に、前記吊りボルトのネジ部に係合可能な係合凸部が形成されている点にある。 A cable support according to the present disclosure includes a first attachment portion that is detachably attached to a plate-shaped component portion of a support that supports pipes from one side in a plate width direction thereof, and a cable that is detachable And a second mounting portion for supporting the first mounting portion.
The 1st characteristic structure by the cable support of this invention is the 1st attaching part with which it attaches | detaches with respect to the plate-shaped component part of the support which supports piping from the one side of the plate width direction, and is attached. A second mounting portion that removably supports the cable, and a bolt holding portion that can be externally fitted to the suspension bolt in a clamped state is formed in the first mounting portion, or the suspension bolt On the other hand, a bolt holding portion that can be externally fitted in a clamped state is formed in the second mounting portion, and a cable receiving portion capable of receiving and supporting the cable is formed on the inner surface of the first mounting portion, An engagement convex portion that can be engaged with the thread portion of the suspension bolt is formed on the inner surface of the bolt holding portion .

上記構成によれば、例えば、吊りボルトに固定の支持具に横架姿勢で受け止め支持されている配管類の配設経路に沿ってケーブルを配設する場合でも、配管類を支持している支持具の板状構成部分に第１取付け部を直接取り付けることができるので、配管類の配設位置とケーブルの配設位置との偏位差が少なくなる。   According to the above configuration, for example, even when a cable is disposed along a distribution route of piping supported and supported in a horizontal posture by a support fixed to a suspension bolt, the support that supports the piping is supported. Since the first attachment portion can be directly attached to the plate-like component part of the tool, the deviation difference between the piping arrangement position and the cable arrangement position is reduced.

そのため、従来のケーブル支持具に比してケーブルの架設に要するケーブル長さの短縮化を図りながら配管類に沿ってケーブルを体裁良く配設することができ、しかも、配管類の配設経路の近傍に既設の配管やケーブル等が存在する施工条件下においても、支持具の空きスペースに対応する板状構成部分を使用して無理なく容易にケーブルを架設することができる。
また、上記構成によれば、ケーブルを単独で吊りボルトに支持させる必要が生じても、第１取付け部に形成されているボルト抱持部を介して吊りボルトに挾持状態で抱持させることができるとともに、第２取付け部をそのまま使用してケーブルを支持することができる。又は、通常、ケーブルの取付けに使用される第２取付け部を、それに形成したボルト抱持部を介して吊りボルトに挾持状態で抱持させることができるとともに、通常、配管類用の支持具への取付けに使用される第１取付け部において、それの内面に形成したケーブル受け部にケーブルを支持させることができる。したがって、一種類のケーブル支持具を用いて二種の使用形態に対応することができるから、二種類のケーブル支持具を準備する場合に比して製造コストの低廉化を図ることができるとともに、ケーブル支持具の管理も有利に行うことができる。
また、上記構成によれば、ケーブルを単独で吊りボルトに支持させる必要が生じたとき、通常、ケーブルの取付けに使用される第２取付け部を、それに形成したボルト抱持部を介して吊りボルトに挾持状態で抱持させると、このボルト抱持部の内面に形成された係合凸部が吊りボルトのネジ部に係合するから、吊りボルトに対して第２取付け部をずり落ちの無い状態で確実、強固に取付けることができる。 Therefore, it is possible to arrange the cables along the pipes while reducing the cable length required for laying the cables as compared with the conventional cable supporter, and moreover, the arrangement route of the pipes can be reduced. Even under construction conditions in which existing piping, cables, and the like are present in the vicinity, the cable can be easily and easily installed using a plate-shaped component corresponding to the empty space of the support.
Moreover, according to the said structure, even if it becomes necessary to support a cable by a suspension bolt independently, it can be made to hold in a holding | maintenance state by a suspension bolt via the bolt holding part currently formed in the 1st attachment part. In addition, the cable can be supported using the second mounting portion as it is. Or normally, the second mounting portion used for the cable mounting can be held in a suspended state by the suspension bolt via the bolt holding portion formed on the second mounting portion. In the first mounting portion used for mounting, the cable can be supported by the cable receiving portion formed on the inner surface thereof. Therefore, since one type of cable support can be used for two types of usage, the manufacturing cost can be reduced compared to the case of preparing two types of cable support, Management of the cable support can also be performed advantageously.
Moreover, according to the said structure, when it becomes necessary to support a cable independently to a suspending bolt, the 2nd attachment part normally used for attachment of a cable is used as a suspension bolt via the bolt holding part formed in it. Since the engaging projection formed on the inner surface of the bolt holding portion engages with the screw portion of the suspension bolt, the second mounting portion does not slide down with respect to the suspension bolt. It can be securely attached firmly in the state.

本発明のケーブル支持具による第２の特徴構成は、前記第１取付け部と第２取付け部とが、それらの装着口部の装着方向を異ならした状態で樹脂にて形成されているとともに、前記第１取付け部の装着方向での長さが支持具の板状構成部分の板幅よりも大に構成されている点にある。   According to a second characteristic configuration of the cable support of the present invention, the first attachment portion and the second attachment portion are formed of resin in a state where the attachment directions of the attachment opening portions are different from each other. The length of the first mounting portion in the mounting direction is configured to be greater than the plate width of the plate-like component of the support.

上記構成によれば、前記第１取付け部の装着口部の装着方向と第２取付け部の装着口部の装着方向とを異ならせることによって、第２取付け部に対するケーブルの取付け作業を、支持具に受け止め支持されている配管類との干渉を抑制しながら容易に行うことができるとともに、樹脂製の第１取付け部の装着方向での長さが支持具の板状構成部分の板幅よりも大であるため、第２取付け部に支持されたケーブルが配管類用の支持具と接触して損傷することを抑制することができる。   According to the above configuration, by attaching the mounting direction of the mounting port portion of the first mounting portion to the mounting direction of the mounting port portion of the second mounting portion, the cable mounting operation with respect to the second mounting portion can be performed by the support tool. The length in the mounting direction of the first mounting portion made of resin is larger than the plate width of the plate-shaped component portion of the support tool while suppressing interference with the piping supported and supported by Since it is large, it can suppress that the cable supported by the 2nd attachment part contacts the support tool for piping, and is damaged.

本発明のケーブル支持具による第３の特徴構成は、前記第１取付け部の内面及び前記第２取付け部の内面の両方に、前記ケーブルを受止め支持可能なケーブル受け部が形成されている点にある。 According to a third feature of the cable support of the present invention, a cable receiving portion capable of receiving and supporting the cable is formed on both the inner surface of the first mounting portion and the inner surface of the second mounting portion. It is in.

本発明のケーブル支持具による第４の特徴構成は、前記第１取付け部の装着口部に、当該第１取付け部の内部に係入位置する支持具の板状構成部分における板幅方向両側の側辺のうち、係入方向後位側の側辺との当接によって当該支持具の板状構成部分の離脱移動を阻止する離脱阻止部が形成されている点にある。   According to a fourth characteristic configuration of the cable support of the present invention, both sides of the plate-shaped constituent portions of the support in the plate-like configuration of the support fitting located inside the first attachment portion are attached to the mounting opening of the first attachment portion. Among the side edges, a detachment preventing portion is formed that prevents the detachment movement of the plate-shaped component of the support member by abutting with the side edge on the rear side in the engagement direction.

上記構成によれば、配管類用の支持具の板状構成部分に第１取付け部が装着されている状態で第２取付け部にケーブルを取付ける際、第１取付け部とこれの内部に係入位置する支持具の板状構成部分とに相対離脱方向の外力が作用しても、第１取付け部の装着口部に形成されている離脱阻止部と支持具の板状構成部分における係入方向後位側の側辺との当接によって両者の相対離脱移動を阻止することができる。   According to the above configuration, when the cable is attached to the second mounting portion in a state where the first mounting portion is mounted on the plate-shaped component portion of the support for piping, the first mounting portion and the inside thereof are engaged. Even if an external force in the relative disengagement direction acts on the plate-shaped component of the support device positioned, the engagement direction in the plate-shaped component portion of the disengagement prevention portion formed in the mounting opening portion of the first mounting portion and the support device Relative movement of the two can be prevented by contact with the side on the rear side.

本発明のケーブル支持具による第５の特徴構成は、前記第１取付け部の装着口部に、当該第１取付け部の弾性復元力に抗して開口幅を縮小した状態で装着口部を閉止するロック状態と装着口部を開放するロック解除状態とに切り替え操作可能な第１ロック手段が設けられている点にある。   According to a fifth characteristic configuration of the cable support of the present invention, the mounting opening is closed to the mounting opening of the first mounting portion in a state where the opening width is reduced against the elastic restoring force of the first mounting portion. The first locking means is provided that can be switched between a locked state for opening and an unlocked state for opening the mounting opening.

上記構成によれば、前記第１取付け部の装着口部に設けられている第１ロック手段をロック解除状態にして、この第１取付け部を配管類用の支持具の板状構成部分に装着したのち、第１ロック手段をロック状態に切り替え操作すると、第１取付け部とこれの内部に係入位置する支持具の板状構成部分との相対離脱移動を接当阻止することができるとともに、このロック状態においては、第１取付け部の弾性復元力に抗して装着口部の開口幅を縮小した状態となるため、支持具の板状構成部分に対して第１取付け部をがたつきの少ない状態で取付けることができる。   According to the above configuration, the first locking means provided at the mounting opening of the first mounting portion is unlocked, and the first mounting portion is mounted on the plate-shaped component of the pipe support. After that, when the first locking means is switched to the locked state, the relative disengagement movement between the first mounting portion and the plate-like component portion of the support member engaged in the first mounting portion can be prevented from being abutted, In this locked state, since the opening width of the mounting opening is reduced against the elastic restoring force of the first mounting portion, the first mounting portion is rattled against the plate-shaped component of the support. Can be installed in a few states.

本発明のケーブル支持具による第６の特徴構成は、前記第２取付け部の装着口部に、当該第２取付け部の弾性復元力に抗して開口幅を縮小した状態で装着口部を閉止するロック状態と装着口部を開放するロック解除状態とに切り替え操作可能な第２ロック手段が設けられている点にある。   According to a sixth characteristic configuration of the cable support tool of the present invention, the mounting port portion is closed to the mounting port portion of the second mounting portion in a state where the opening width is reduced against the elastic restoring force of the second mounting portion. The second locking means is provided that can be switched between a locked state for opening and an unlocked state for opening the mounting opening.

上記構成によれば、前記第２取付け部の装着口部に設けられている第２ロック手段をロック解除状態にして、この第２取付け部にケーブルを装着したのち、第２ロック手段をロック状態に切り替え操作すると、第２取付け部とこれの内部に係入位置するケーブルとの相対離脱移動を接当阻止することができるとともに、このロック状態においては、第２取付け部の弾性復元力に抗して装着口部の開口幅を縮小した状態となるため、第２取付け部に対してケーブルをがたつきの少ない状態で支持することができる。   According to the above configuration, after the second locking means provided in the mounting opening of the second mounting portion is in the unlocked state and the cable is attached to the second mounting portion, the second locking means is locked. When the switching operation is performed, the relative disengagement movement between the second attachment portion and the cable positioned in the second attachment portion can be prevented from coming into contact, and in this locked state, the elastic restoring force of the second attachment portion can be resisted. Thus, since the opening width of the mounting opening is reduced, the cable can be supported with little backlash with respect to the second mounting portion.

本発明による第７の特徴構成は、前記離脱阻止部に、第１取付け部内に係入した支持具の板状構成部分における係入方向後位側の側辺が離脱側への移動に伴って係合する係合凹部が形成されている点にある。   According to a seventh characteristic configuration of the present invention, the side on the rear side in the engagement direction in the plate-shaped component portion of the support member engaged in the first attachment portion is moved to the separation side. The point is that an engaging recess to be engaged is formed.

上記構成によれば、配管類用の支持具の板状構成部分に第１取付け部が装着された時点で、第１取付け部の装着口部に形成されている離脱阻止部の係合凹部に支持具の板状構成部分における係入方向後位側の側辺が係合している場合、又は、第１取付け部とこれの内部に係入位置する支持具の板状構成部分との相対離脱移動の初期段階で、前記離脱阻止部の係合凹部に支持具の板状構成部分における係入方向後位側の側辺が係合する場合のいずれにおいても、第１取付け部と支持具の板状構成部分との相対離脱阻止機能を高めることができる。   According to the above configuration, at the time when the first mounting portion is mounted on the plate-shaped component portion of the support for piping, the engagement recess of the separation preventing portion formed in the mounting opening portion of the first mounting portion is formed. When the side on the rear side in the engaging direction in the plate-shaped component of the support is engaged, or the relative relationship between the first mounting portion and the plate-shaped component of the support positioned in the inside thereof The first attachment portion and the support member are used in any case where the side of the plate-shaped component portion of the support member on the rear side in the engagement direction is engaged with the engagement concave portion of the release prevention portion at the initial stage of the separation movement. It is possible to enhance the function of preventing relative separation from the plate-shaped component.

本発明による第８の特徴構成は、前記第１取付け部の内面の奥側部位に、当該第１取付け部内に係入した支持具の板状構成部分における係入方向前位側の側辺と当接して、前記離脱阻止部とで支持具の係脱方向での移動を阻止する位置決め部が形成されている点にある。   According to an eighth characteristic configuration of the present invention, the front side in the engagement direction in the plate-shaped component portion of the support member engaged in the first attachment portion is provided on the inner side of the inner surface of the first attachment portion. A positioning part is formed which is in contact with the separation preventing part and prevents movement of the support tool in the engagement / disengagement direction.

上記構成によれば、配管類用の支持具の板状構成部分に第１取付け部が装着された時点では、第１取付け部の装着口部に形成されている離脱阻止部と支持具の板状構成部分における係入方向後位側の側辺とが当接又は近接し、且つ、第１取付け部の内面の奥側部位に形成した位置決め部と支持具の板状構成部分における係入方向前位側の側辺とが当接又は近接する状態にあるから、第１取付け部とこれの内部に係入位置する支持具の板状構成部分とに相対離脱方向の外力が作用しても、第１取付け部と支持具の板状構成部分とを所定の装着状態に安定的に維持することができる。   According to the above configuration, at the time when the first mounting portion is mounted on the plate-shaped component portion of the support for piping, the separation preventing portion and the support plate formed at the mounting opening of the first mounting portion. Engagement direction in the plate-like component part of the positioning part formed in the back side part of the inner surface of the first mounting part and the side part of the rear side of the engagement part in the engagement direction in the engagement part Even if an external force in the direction of relative detachment acts on the first mounting portion and the plate-like component portion of the support member engaged in the first mounting portion because the front side is in contact with or close to the side. The first mounting portion and the plate-like component of the support can be stably maintained in a predetermined mounting state.

本発明による第９の特徴構成は、前記第１取付け部は、前記第１ロック手段の前記ロック状態で、前記板状構成部分に対して押圧挟持状態で装着される点にある。 According to a ninth characteristic configuration of the present invention, the first attachment portion is mounted in a pressed and clamped state with respect to the plate-like component portion in the locked state of the first locking means .

本発明による第１０の特徴構成は、前記第１ロック手段を構成するに、前記第１取付け部の装着口部における一方の先端に係止爪を形成し、前記第１取付け部の装着口部における他方の先端には、前記係止爪が係入可能な係止孔を備え、且つ、他方の先端との境界箇所側に形成したヒンジ部を支点として係止爪側に揺動可能な係止操作片を形成するとともに、前記係止操作片の背面には、当該係止操作片の係止孔に係入して背面側に突出する係止爪の先端と同じ位置又は当該係止爪の先端よりも外方側位置に操作面を備えた操作部が形成されている点にあり、言い換えれば、前記第１ロック手段が、前記第１取付け部の装着口部における一方の先端に設けられた係止爪と、前記第１取付け部の装着口部における他方の先端に設けられた、前記係止爪が係入可能な係止孔を有し、且つ、前記他方の先端との境界箇所側に形成したヒンジ部を支点として前記係止爪側に揺動可能な係止操作片と、を含んで構成されているとともに、前記係止操作片の背面に、当該係止操作片の前記係止孔に係入して背面側に突出する前記係止爪の先端と同じ位置又は当該係止爪の先端よりも外方側位置に操作面を有する操作部を備えている点にある。 According to a tenth characteristic configuration of the present invention, in order to constitute the first locking means, a locking claw is formed at one end of the mounting port portion of the first mounting portion, and the mounting port portion of the first mounting portion is formed. The other tip has a locking hole into which the locking claw can be engaged, and a hinge that is formed on the boundary side with the other tip can swing toward the locking claw. A locking operation piece is formed, and on the back surface of the locking operation piece, the same position as the front end of the locking claw that engages with the locking hole of the locking operation piece and protrudes to the back surface or the locking claw In other words, an operation portion having an operation surface is formed at a position on the outer side of the front end . In other words, the first lock means is provided at one end of the mounting opening of the first attachment portion. The locking claw and the other mounting tip of the first mounting portion provided at the other tip, A locking operation piece having a locking hole into which the locking claw can be engaged, and capable of swinging to the locking claw side with a hinge portion formed on the boundary side with the other tip as a fulcrum. And the same position as the front end of the locking claw protruding into the back surface side by being engaged with the locking hole of the locking operation piece on the back surface of the locking operation piece or the locking operation piece It is in the point provided with the operation part which has an operation surface in the position outside the claw tip .

上記構成によれば、前記第１取付け部の装着口部に設けられている第１ロック手段の係止操作片をロック解除状態にして、第１取付け部を配管類用の支持具の板状構成部分に装着したのち、ヒンジ部を支点として係止操作片を係止爪側に揺動操作し、当該係止操作片の係止孔に係止爪を係入させたロック状態に切り替えると、第１取付け部の内部に係入位置する支持具の板状構成部分における係入方向後位側の側辺と係止操作片との当接によって離脱移動を確実に阻止することができる。
しかも、前記係止操作片は、第１取付け部の内部に係入位置する支持具の板状構成部分における係入方向後位側の側辺に向って揺動操作する関係上、支持具の板状構成部分や配管類と干渉しない係止操作片の背面側を指で押圧操作することになるが、この場合でも、係止操作片の背面に形成した操作部の操作面は、係止操作片の係止孔に係入して背面側に突出する係止爪の先端と同じ位置又は当該係止爪の先端よりも外方側位置にあるから、係止操作片の係止孔から突出する係止爪の先端を気にすることなく容易にロック操作することができる。 According to the above configuration, the locking operation piece of the first locking means provided in the mounting opening of the first mounting portion is brought into the unlocked state, and the first mounting portion is formed in a plate shape of a support for piping. After mounting on the component part, swinging the locking operation piece to the locking claw side with the hinge part as a fulcrum, and switching to the locked state where the locking claw is engaged in the locking hole of the locking operation piece The disengagement movement can be surely prevented by the contact between the side of the rear side in the engagement direction and the locking operation piece in the plate-shaped component portion of the support member that is engaged and positioned inside the first attachment portion.
In addition, the locking operation piece is swingable toward the side on the rear side in the engagement direction in the plate-shaped component portion of the support that is engaged and positioned inside the first mounting portion. The back side of the locking operation piece that does not interfere with the plate-shaped components and piping is pressed with a finger, but even in this case, the operation surface of the operation part formed on the back surface of the locking operation piece is locked Since it is in the same position as the tip of the latching claw that is engaged with the latching hole of the operation piece and protrudes to the back side, or at a position on the outer side of the tip of the latching claw, from the latching hole of the latching operation piece The locking operation can be easily performed without worrying about the tip of the protruding locking claw.

本願発明の第１実施形態を示し、配管類用の支持具にケーブル支持具を取付けたときの斜視図The perspective view when the cable support is attached to the support for piping according to the first embodiment of the present invention. 配管類用の支持具にケーブル支持具を取付けたときの断面図Sectional view when a cable support is attached to a support for piping ケーブル支持具の正面図Front view of cable support 図３におけるケーブル支持具の底面図Bottom view of the cable support in FIG. （ａ）はケーブル支持具の第１取付け部を配管類用の支持具に装着する直前の斜視図、（ｂ）は装着後に第１ロック手段をロック状態に切り換えたときの斜視図(A) is a perspective view just before attaching the 1st attachment part of a cable support to the support for piping, (b) is a perspective view when the 1st locking means is switched to a locked state after attachment. （ｃ）はケーブル支持具の第２取付け部にケーブルを装着したときの斜視図、（ｄ）は装着後に第２ロック手段をロック状態に切り換えたときの斜視図(C) is a perspective view when the cable is attached to the second mounting portion of the cable support, and (d) is a perspective view when the second lock means is switched to the locked state after attachment. ケーブル支持具の第２取付け部を吊りボルトに装着する直前の斜視図The perspective view just before attaching the 2nd attaching part of a cable support to a suspension bolt. ケーブル支持具の第２取付け部を吊りボルトに装着したときの断面図Sectional view when the second mounting part of the cable support is attached to the suspension bolt 図８におけるＩＸ−ＩＸ線断面図IX-IX sectional view in FIG. ケーブル支持具の第２取付け部を吊りボルトに装着したときの要部の拡大断面図Enlarged cross-sectional view of the main part when the second mounting part of the cable support is attached to the suspension bolt 別の配管類用の支持具にケーブル支持具を取付けたときの断面図Sectional view when the cable support is attached to another piping support 本願発明の第２実施形態を示すケーブル支持具の正面図The front view of the cable support which shows 2nd Embodiment of this invention 図１２におけるケーブル支持具の底面図The bottom view of the cable support in FIG. 本願発明の第３実施形態を示すケーブル支持具の正面図The front view of the cable support which shows 3rd Embodiment of this invention 本願発明の第４実施形態を示し、（ａ）はケーブル支持具の第１取付け部を配管類用の支持具に装着したときの斜視図、（ｂ）は装着後に第１ロック手段をロック状態に切り換えたときの斜視図Fig. 4 shows a fourth embodiment of the present invention, in which (a) is a perspective view when the first mounting portion of the cable support is mounted on a support for piping, and (b) is a state in which the first locking means is locked after mounting. Perspective view when switched to （ａ）はケーブル支持具の正面図、（ｂ）は第１ロック手段をロック状態に切り換えたときのケーブル支持具の一部切り欠き正面図(A) is a front view of the cable support, (b) is a partially cutaway front view of the cable support when the first locking means is switched to the locked state.

〔第１実施形態〕
図１〜図１０は、空調用配管や給湯管等の配管類Ｐの配設経路に沿って制御・電力・通信等に用いられるケーブルＣを配設する、或いは、ケーブルＣを所定配設経路に沿って単独で配設する場合等に用いられるケーブル支持具Ａを示す。 [First Embodiment]
1 to 10 show that a cable C used for control, electric power, communication, etc. is arranged along an arrangement path of piping P such as an air conditioning pipe and a hot water supply pipe, or a predetermined arrangement path of the cable C. The cable support A used when arrange | positioning independently along is shown.

前記配管類Ｐを横架姿勢で支持する支持具Ｂとしては従来から種々の形態のものが開発されているが、この第１実施形態の第１実施例では、図１、図２に示すように、躯体に固定された吊りボルト２０に対して側方から脱着自在で、且つ、二本の配管類Ｐを上下方向に積み重ねた状態で支持可能な板金製の第１支持具Ｂ１を使用している。   Various types of support members B for supporting the piping P in a horizontal posture have been developed. In the first example of the first embodiment, as shown in FIGS. In addition, the first support B1 made of a sheet metal is used which is detachable from the side with respect to the suspension bolt 20 fixed to the housing and can be supported in a state where two pipes P are stacked in the vertical direction. ing.

この第１支持具Ｂ１は、二本の配管類Ｐに対する受止め支持空間Ｓを現出する状態で略しの字状に湾曲形成された板金製の支持部材２１の前側板部２１Ａの上端部に、前記受止め支持空間Ｓの上部を閉止可能な板金製の蓋部材２２が揺動開閉自在に枢着されているとともに、前記支持部材２１の後側板部２１Ｂの上端部には、前記吊りボルト２０に対して係脱可能な略Ｊの字状の上部フック２３が、受止め支持空間Ｓとは反対側の後方側に折り曲げ形成されている。   This first support tool B1 is formed on the upper end portion of the front side plate portion 21A of the support member 21 made of a sheet metal that is curved in an abbreviated letter shape in a state where the receiving support space S for the two pipes P appears. A lid member 22 made of a sheet metal capable of closing the upper portion of the receiving support space S is pivotally mounted so as to be swingable and openable. An upper end portion of the rear plate portion 21B of the support member 21 is provided with the suspension bolt. A substantially J-shaped upper hook 23 that can be engaged and disengaged with respect to 20 is bent and formed on the rear side opposite to the receiving support space S.

前記支持部材２１の後側板部２１Ｂの背面には、吊りボルト２０に対して支持部材２１に支持された配管類Ｐの管軸芯方向から係脱可能な下部フック２４Ａと、当該下部フック２４Ａの係合方向とは反対方向から吊りボルト２０に当接可能な移動規制部２４Ｂとを上下に折り曲げ形成してある移動規制部材２４が取付けられているとともに、前記移動規制部材２４には、吊りボルト２０に対して上部フック２３及び下部フック２４Ａを係合方向に弾性力で押付け付勢する板バネ部材２５が設けられている。   On the back surface of the rear plate portion 21B of the support member 21, a lower hook 24A that can be engaged and disengaged from the tube axis direction of the piping P supported by the support member 21 with respect to the suspension bolt 20, and the lower hook 24A. A movement restricting member 24 formed by bending up and down a movement restricting portion 24B that can be brought into contact with the suspension bolt 20 from a direction opposite to the engagement direction is attached to the movement restricting member 24. A plate spring member 25 is provided for pressing and urging the upper hook 23 and the lower hook 24 </ b> A with respect to 20 by an elastic force in the engaging direction.

そして、前記ケーブル支持具Ａは、図１〜図６に示すように、第１支持具Ｂ１の板状構成部分である支持部材２１と蓋部材２２とのうち、配管類Ｐを架設した状態で受止め支持空間Ｓに存在する空きスペースに対応する蓋部材２２の装着可能部位に対してそれの板幅方向の一側方から脱着可能に装着される第１取付け部１と、ケーブルＣを脱着可能に支持する第２取付け部２とが、それらの装着口部１Ｇ，２Ｇの装着方向を９０度異ならした状態で背中合わせにして樹脂（例えば、ＰＰ等）にて一体形成（成形）されているとともに、前記第１取付け部１の装着方向での長さ（全長）Ｌが第１支持具Ｂ１の蓋部材２２の板幅Ｗよりも大に構成されている。   And as for the said cable support tool A, as shown in FIGS. 1-6, in the state which installed the piping P among the support member 21 and the cover member 22 which are the plate-shaped structure parts of 1st support tool B1. The first mounting portion 1 that is detachably attached from one side in the plate width direction to the attachable portion of the lid member 22 corresponding to the empty space existing in the receiving support space S, and the cable C are attached and detached. The second mounting portion 2 that is supported is integrally formed (molded) with resin (for example, PP or the like) back to back in a state where the mounting directions of the mounting ports 1G and 2G are different by 90 degrees. In addition, the length (full length) L in the mounting direction of the first mounting portion 1 is configured to be larger than the plate width W of the lid member 22 of the first support B1.

そのため、前記第１取付け部１を第１支持具Ｂ１の蓋部材２２に差し込み装着した状態では、樹脂製の第１取付け部１が蓋部材２２の幅方向両側辺よりも外方に突出するため、第２取付け部２に支持されたケーブルＣが第１支持具Ｂ１と接触して損傷することを抑制することができる。   Therefore, in the state where the first mounting portion 1 is inserted and attached to the lid member 22 of the first support B1, the first mounting portion 1 made of resin protrudes outward from both sides in the width direction of the lid member 22. The cable C supported by the second attachment portion 2 can be prevented from coming into contact with the first support B1 and being damaged.

前記第１取付け部１の装着口部１Ｇには、当該第１取付け部１の弾性復元力に抗して開口幅を縮小した状態で装着口部１Ｇを閉止するロック状態と、前記装着口部１Ｇを開放するロック解除状態とに切り替え操作可能な第１ロック手段３が設けられているとともに、前記第２取付け部２の装着口部２Ｇには、当該第２取付け部２の弾性復元力に抗して開口幅を縮小した状態で装着口部２Ｇを閉止するロック状態と、前記装着口部２Ｇを開放するロック解除状態とに切り替え操作可能な第２ロック手段４が設けられている。   The mounting port portion 1G of the first mounting portion 1 includes a locked state in which the mounting port portion 1G is closed in a state where the opening width is reduced against the elastic restoring force of the first mounting portion 1, and the mounting port portion The first locking means 3 that can be switched to the unlocked state that opens 1G is provided, and the mounting opening 2G of the second mounting portion 2 has an elastic restoring force of the second mounting portion 2. A second locking means 4 is provided that can be switched between a locked state in which the mounting opening 2G is closed in a state where the opening width is reduced against this and an unlocked state in which the mounting opening 2G is opened.

前記第１取付け部１の装着口部１Ｇに設けられている第１ロック手段３をロック解除状態にして、第１取付け部１を第１支持具Ｂ１の蓋部材２２に差し込み装着したのち、第１ロック手段３をロック状態に切り替え操作すると、第１取付け部１とこれの内部に係入位置する第１支持具Ｂ１の蓋部材２２との相対離脱移動を接当阻止することができるとともに、このロック状態では、第１取付け部１の弾性復元力に抗して装着口部１Ｇの開口幅を縮小した状態となるため、第１支持具Ｂ１の蓋部材２２に対して第１取付け部１をがたつきの無い又は少ない状態で取付けることができる。   After the first locking means 3 provided in the mounting opening 1G of the first mounting portion 1 is in the unlocked state, the first mounting portion 1 is inserted into the lid member 22 of the first support B1 and then mounted. When the 1 locking means 3 is switched to the locked state, the relative disengagement movement between the first mounting portion 1 and the lid member 22 of the first support B1 located in the first mounting portion 1 can be prevented and contacted. In this locked state, since the opening width of the mounting opening 1G is reduced against the elastic restoring force of the first mounting portion 1, the first mounting portion 1 with respect to the lid member 22 of the first support B1. Can be mounted with little or no rattling.

また、前記第２取付け部２の装着口部２Ｇに設けられている第２ロック手段４をロック解除状態にして、この第２取付け部２にケーブルＣを装着したのち、第２ロック手段４をロック状態に切り替え操作すると、第２取付け部２とこれの内部に係入位置するケーブルＣとの相対離脱移動を接当阻止することができるとともに、このロック状態では、第２取付け部２の弾性復元力に抗して装着口部２Ｇの開口幅を縮小した状態となるため、第２取付け部２に対してケーブルＣをがたつきの無い又は少ない状態で支持することができる。   Further, after the second locking means 4 provided in the mounting opening 2G of the second mounting portion 2 is unlocked and the cable C is mounted on the second mounting portion 2, the second locking means 4 is When the operation is switched to the locked state, the relative disengagement movement between the second attachment portion 2 and the cable C engaged with the second attachment portion 2 can be prevented from coming into contact, and in this locked state, the elasticity of the second attachment portion 2 can be prevented. Since the opening width of the mounting opening 2G is reduced against the restoring force, the cable C can be supported on the second mounting portion 2 with little or no rattling.

前記第１取付け部１は、図３〜図６に示すように、第１支持具Ｂ１の蓋部材２２の外側面に当接する一直線状の内面を備えた第１壁部１Ａと、この第１壁部１Ａの奥側に連続する半円弧状の第２壁部１Ｂと、この第２壁部１Ｂの他端側から第１壁部１Ａと平行に延びる第３壁部１Ｃと、この第３壁部１Ｃの他端側から第１壁部１Ａ側に向って斜めに延びる第４壁部１Ｄと、この第４壁部１Ｄの他端側から装着口部１Ｇ側に向って第１壁部１Ａと平行に延びる第５壁部１Ｅと、この第５壁部１Ｅの他端側から外方に向って斜めに延びる第６壁部１Ｆとから構成されている。   As shown in FIGS. 3 to 6, the first mounting portion 1 includes a first wall portion 1 </ b> A having a straight inner surface that contacts the outer surface of the lid member 22 of the first support B <b> 1, and the first wall portion 1 </ b> A. A semicircular arc-shaped second wall portion 1B continuous to the back side of the wall portion 1A, a third wall portion 1C extending in parallel with the first wall portion 1A from the other end side of the second wall portion 1B, and the third A fourth wall portion 1D extending obliquely from the other end side of the wall portion 1C toward the first wall portion 1A side, and a first wall portion extending from the other end side of the fourth wall portion 1D toward the mounting opening 1G side. It is comprised from the 5th wall part 1E extended in parallel with 1A, and the 6th wall part 1F extended diagonally toward the outward from the other end side of this 5th wall part 1E.

そして、前記第１壁部１Ａの直線状内面と第２壁部１Ｂの弧状内面と第３壁部１Ｃの直線状内面と第４壁部１Ｄの傾斜内面とをもって、ケーブルＣを受止め支持可能なケーブル受け部５が形成されている、換言すれば、前記ケーブルＣを収納可能なケーブル支持空間Ｓ２が形成され、さらに、前記第５壁部１Ｅの直線状内面を加えた状態では、前記ケーブル支持空間Ｓ２に連続する状態で第１支持具Ｂ１の蓋部材２２の装着部位を収納する支持具装着空間Ｓ１が形成されている。   The cable C can be received and supported by the linear inner surface of the first wall 1A, the arc inner surface of the second wall 1B, the linear inner surface of the third wall 1C, and the inclined inner surface of the fourth wall 1D. In other words, a cable support space S2 that can store the cable C is formed, and further, when the straight inner surface of the fifth wall 1E is added, the cable A support tool mounting space S1 is formed that houses the mounting part of the lid member 22 of the first support tool B1 in a state of being continuous with the support space S2.

前記第５壁部１Ｅの直線状内面は、前記第１ロック手段３がロック状態にある状態では、前記支持具装着空間Ｓ１内に位置する第１支持具Ｂ１の蓋部材２２に形成されている二条の補強リブ２２ｃのうち、装着口部１Ｇ側に位置する補強リブ２２ｃを第１壁部１Ａの直線状内面側に押圧する押圧面１ｅに構成されている。   The linear inner surface of the fifth wall portion 1E is formed on the lid member 22 of the first support tool B1 located in the support tool mounting space S1 when the first lock means 3 is in the locked state. Of the two reinforcing ribs 22c, the pressing rib 1c presses the reinforcing rib 22c located on the mounting opening 1G side to the linear inner surface of the first wall 1A.

前記第６壁部１Ｆとこれに対面する第１壁部１Ａの前端部とをもって、装着口側ほど開口幅が大きくなる拡開状の装着口部１Ｇが構成されているとともに、前記第６壁部１Ｆの傾斜内面が、第１支持具Ｂ１の蓋部材２２の装着部位に対して第１取付け部１を差し込み装着する際、第６壁部１Ｆ及び第５壁部１Ｅを第１壁部１Ａから離間する側に弾性変形させて蓋部材２２の係入通路を現出するための係入ガイド面１ｆに構成されている。   The sixth wall portion 1F and the front end portion of the first wall portion 1A that faces the sixth wall portion 1F constitute an expanded mounting port portion 1G having an opening width that increases toward the mounting port side, and the sixth wall When the inclined inner surface of the part 1F inserts and attaches the first attachment part 1 to the attachment part of the lid member 22 of the first support B1, the sixth wall part 1F and the fifth wall part 1E are connected to the first wall part 1A. The engaging guide surface 1f is configured to be elastically deformed to the side away from the engaging member and expose the engaging passage of the lid member 22.

前記第１取付け部１の装着口部１Ｇを構成する一方の第１壁部１Ａの前端部には、第１取付け部１の支持具装着空間Ｓ１内に係入した第１支持具Ｂ１の蓋部材２２における板幅方向両側の側辺２２ａ，２２ｂのうち、係入方向後位側の側辺２２ｂとの当接によって第１支持具Ｂ１の蓋部材２２の離脱移動を阻止する離脱阻止部６が、第６壁部１Ｆに向って突出形成され、この離脱阻止部６には、支持具装着空間Ｓ１内に係入した第１支持具Ｂ１の蓋部材２２における係入方向後位側の側辺２２ｂが離脱側への移動に伴って係合する係合凹部６ａが形成されている。   At the front end of one first wall portion 1A constituting the mounting opening 1G of the first mounting portion 1, the lid of the first supporting device B1 is engaged in the support mounting space S1 of the first mounting portion 1. Of the side 22a, 22b on both sides in the plate width direction of the member 22, the separation preventing portion 6 prevents the movement of the lid member 22 of the first support B1 by contacting the side 22b on the rear side in the engagement direction. Is formed so as to project toward the sixth wall portion 1F, and the separation preventing portion 6 is located on the rear side in the engagement direction of the lid member 22 of the first support member B1 engaged in the support device mounting space S1. An engagement recess 6a is formed in which the side 22b engages with the movement toward the separation side.

前記離脱阻止部６の第６壁部１Ｆに対面する角部には、第６壁部１Ｆの係入ガイド面１ｆとの間に蓋部材２２の係入通路を構成する傾斜面６ｂが形成されている。   An inclined surface 6b that forms an engagement passage of the lid member 22 is formed between the engagement preventing surface 1f of the sixth wall portion 1F and a corner portion facing the sixth wall portion 1F of the separation preventing portion 6. ing.

前記第１取付け部１の支持具装着空間Ｓ１に臨む第１壁部１Ａの直線状内面の奥側部位には、支持具装着空間Ｓ１内に係入した第１支持具Ｂ１の蓋部材２２における係入方向前位側の側辺２２ａと当接して、前記離脱阻止部６の係合凹部６ａとで第１支持具Ｂ１の蓋部材２２の係脱方向での相対移動を阻止する段差面状の位置決め部７が、前記第２壁部１Ｂの弧状内面１ｂに対して一段落ち込む状態で窪み形成されている。   In the back side portion of the linear inner surface of the first wall portion 1A facing the support tool mounting space S1 of the first mounting portion 1, the lid member 22 of the first support tool B1 engaged in the support tool mounting space S1. A stepped surface shape that abuts the side 22a on the front side in the engagement direction and prevents the relative movement of the lid member 22 of the first support B1 in the engagement / disengagement direction with the engagement recess 6a of the disengagement prevention portion 6. The positioning portion 7 is formed to be depressed in a state where it is lowered by one step with respect to the arcuate inner surface 1b of the second wall portion 1B.

前記離脱阻止部６の係合凹部６ａの奥側壁面と段差面状の位置決め部７との対向面間の寸法が、第１支持具Ｂ１の蓋部材２２の板幅Ｗよりも若干大きく構成されている。   The dimension between the opposing surface of the back side wall surface of the engaging recess 6a of the separation preventing portion 6 and the stepped positioning portion 7 is configured to be slightly larger than the plate width W of the lid member 22 of the first support B1. ing.

そして、前記第１支持具Ｂ１の蓋部材２２の装着部位に対して第１取付け部１を差し込み装着する際、蓋部材２２における係入方向前位側の側辺２２ａを、一旦、段差面状の位置決め部７を通過して第２壁部１Ｂの弧状内面１ｂ側に移動させ、蓋部材２２における係入方向後位側の側辺２２ｂが離脱阻止部６を通過した時点で第１取付け部１を離脱側に移動操作し、蓋部材２２における係入方向後位側の側辺２２ｂを離脱阻止部６の係合凹部６ａに係合させるとともに、蓋部材２２における係入方向前位側の側辺２２ａを位置決め部７に落し込み状態で係合させる。   When the first attachment portion 1 is inserted and attached to the attachment portion of the lid member 22 of the first support B1, the side 22a on the front side in the engagement direction of the lid member 22 is temporarily stepped. When the side 22b on the rear side in the engaging direction of the lid member 22 passes the separation preventing portion 6 through the positioning portion 7 and moved to the arcuate inner surface 1b side of the second wall portion 1B, the first attachment portion 1 is moved to the disengagement side, and the side 22b on the rear side in the engaging direction of the lid member 22 is engaged with the engagement recess 6a of the disengagement preventing portion 6, and the front side in the engaging direction of the lid member 22 is engaged. The side 22a is engaged with the positioning portion 7 in a lowered state.

そのため、第１支持具Ｂ１の蓋部材２２の装着部位に対して第１取付け部１が差し込み装着された時点では、蓋部材２２における板幅方向両側の側辺２２ａ，２２ｂが位置決め部７及び離脱阻止部６の係合凹部６ａの奥側壁面と対面状態にあり、且つ、蓋部材２２における係入方向後位側の側辺２２ｂが離脱阻止部６の係合凹部６ａ内に係合しているため、第１取付け部１とこれの支持具装着空間Ｓ１内に係入位置する第１支持具Ｂ１の蓋部材２２とに相対離脱方向の外力が作用しても、第１取付け部１と第１支持具Ｂ１の蓋部材２２とを所定の装着状態に安定的に維持することができるとともに、両者の相対離脱阻止機能を高めることができる。   Therefore, when the first attachment portion 1 is inserted and attached to the attachment portion of the lid member 22 of the first support B1, the side portions 22a and 22b on both sides of the lid member 22 in the plate width direction are positioned on the positioning portion 7 and the detachment portion. The side 22b on the rear side in the engagement direction of the lid member 22 is engaged with the engagement recess 6a of the disengagement prevention portion 6 in a state of facing the back side wall surface of the engagement recess 6a of the prevention portion 6. Therefore, even if an external force in the direction of relative detachment acts on the first mounting portion 1 and the lid member 22 of the first support B1 that is engaged with the first mounting portion 1 in the support mounting space S1, the first mounting portion 1 The lid member 22 of the first support B1 can be stably maintained in a predetermined mounting state, and the relative detachment preventing function of both can be enhanced.

次に、前記第２取付け部２を構成するに、図３〜図６に示すように、第１取付け部１の第１壁部１Ａにおける板幅方向の一側辺に、吊りボルト２０に挾持状態で外嵌可能な部分筒状のボルト抱持部２Ａが、それの内面２ａと第１壁部１Ａの外面１ａとが面一に連続する状態で一体形成されているとともに、前記ボルト抱持部２Ａの周方向他端部側には、装着口部２Ｇの装着口側ほど第１壁部１Ａの外面１ａから離間する傾斜壁部２Ｂが一体形成されている。   Next, to constitute the second mounting portion 2, as shown in FIGS. 3 to 6, the suspension bolt 20 is held on one side of the first wall portion 1A of the first mounting portion 1 in the plate width direction. The partially cylindrical bolt holding portion 2A that can be fitted externally is integrally formed with the inner surface 2a thereof and the outer surface 1a of the first wall portion 1A being flush with each other. An inclined wall portion 2B that is separated from the outer surface 1a of the first wall portion 1A toward the mounting port side of the mounting port portion 2G is integrally formed on the other end side in the circumferential direction of the portion 2A.

そして、前記第１壁部１Ａの外面１ａとボルト抱持部２Ａの内面２ａ及び傾斜壁部２Ｂの内面２ｂとをもって、ケーブルＣを受止め支持可能なケーブル受け部５が形成されている、換言すれば、ケーブルＣを収納可能なケーブル支持空間Ｓ３が形成され、このケーブル支持空間Ｓ３内の一部に、前記ボルト抱持部２Ａの内面２ａをもって構成される吊りボルト収納空間Ｓ４が形成されているとともに、前記傾斜壁部２Ｂとこれに対面する第１壁部１Ａの外面１ａとをもって、装着口側ほど開口幅が大きくなる拡開状の装着口部２Ｇが構成されている。   A cable receiving portion 5 capable of receiving and supporting the cable C is formed by the outer surface 1a of the first wall portion 1A, the inner surface 2a of the bolt holding portion 2A, and the inner surface 2b of the inclined wall portion 2B. Then, a cable support space S3 capable of storing the cable C is formed, and a suspension bolt storage space S4 configured by the inner surface 2a of the bolt holding portion 2A is formed in a part of the cable support space S3. At the same time, the inclined wall portion 2B and the outer surface 1a of the first wall portion 1A that faces the inclined wall portion 2B constitute an expanded mounting port portion 2G having an opening width that increases toward the mounting port side.

前記ボルト抱持部２Ａの内面２ａと傾斜壁部２Ｂの内面２ｂとの境界相当部位２Ｃが第１壁部１Ａの外面１ａ側に略Ｖ字状の突出して、前記吊りボルト２０の外径（山径）よりも小なる幅狭間隔の仮止め保持部に構成されているとともに、前記ボルト抱持部２Ａの内面２ａのボルト軸芯方向の二箇所には、吊りボルト２０のネジ部（ネジ谷）に係合可能なネジ螺旋方向に沿う約１／３周長の係合凸部８が形成されている。   A portion 2C corresponding to the boundary between the inner surface 2a of the bolt holding portion 2A and the inner surface 2b of the inclined wall portion 2B protrudes substantially V-shaped toward the outer surface 1a side of the first wall portion 1A, and the outer diameter of the suspension bolt 20 ( It is configured as a temporary fixing holding portion having a narrow interval smaller than the mountain diameter), and at two places in the bolt axial direction of the inner surface 2a of the bolt holding portion 2A, there are screw portions (screws). An engagement convex portion 8 having a length of about 1/3 along the screw spiral direction that can be engaged with the valley) is formed.

そのため、図７〜図１０に示すように、吊りボルト２０の装着部位に対して第２取付け部２を差し込み装着する際、吊りボルト２０と第１壁部１Ａの外面１ａ及び傾斜壁部２Ｂの内面との当接状態での押し込み操作に連れて、傾斜壁部２Ｂ及びボルト抱持部２Ａが第１壁部１Ａの外面１ａから離間する側に弾性変形させられ、吊りボルト２０が幅狭間隔の仮止め保持部を通過した時点でボルト抱持部２Ａに挾持保持される。
しかも、吊りボルト２０にボルト抱持部２Ａが挾持保持され状態では、ボルト抱持部２Ａの内面２ａに形成された係合凸部８が吊りボルト２０のネジ部に係合するから、吊りボルト２０に対して第２取付け部２をずり落ちの無い状態で確実、強固に取付けることができる。 Therefore, as shown in FIGS. 7 to 10, when the second mounting portion 2 is inserted and attached to the attachment site of the suspension bolt 20, the suspension bolt 20, the outer surface 1 a of the first wall portion 1 </ b> A, and the inclined wall portion 2 </ b> B In accordance with the pushing operation in the contact state with the inner surface, the inclined wall portion 2B and the bolt holding portion 2A are elastically deformed to the side away from the outer surface 1a of the first wall portion 1A, and the suspension bolt 20 is narrowly spaced. Is held by the bolt holding portion 2A when it passes through the temporary holding portion.
Moreover, in the state where the bolt holding portion 2A is clamped and held by the suspension bolt 20, the engagement convex portion 8 formed on the inner surface 2a of the bolt holding portion 2A engages with the thread portion of the suspension bolt 20, so that the suspension bolt The second mounting portion 2 can be securely and firmly attached to the second mounting portion 2 without sliding down.

前記第１ロック手段３を構成するに、図３〜図６に示すように、前記第１取付け部１の第６壁部１Ｆの先端には、該第６壁部１Ｆの幅よりも小なる幅の係止爪３Ａが一体形成されているとともに、前記第１取付け部１の第１壁部１Ａの先端には、前記係止爪３Ａが係入可能な係止孔３Ｂを備え、且つ、第１壁部１Ａとの境界箇所に形成した薄肉のヒンジ部３Ｃを支点として係止爪３Ａ側に揺動操作可能な係止操作片３Ｄが一体形成されている。   As shown in FIGS. 3 to 6, the first locking means 3 is configured such that the tip of the sixth wall 1 </ b> F of the first mounting portion 1 is smaller than the width of the sixth wall 1 </ b> F. A locking claw 3A having a width is integrally formed, and a locking hole 3B into which the locking claw 3A can be engaged is provided at the tip of the first wall portion 1A of the first mounting portion 1, and A locking operation piece 3D that can be swung is integrally formed on the side of the locking claw 3A with a thin hinge portion 3C formed at the boundary with the first wall 1A as a fulcrum.

前記第１取付け部１が無負荷状態にある条件下においては、前記係止操作片３Ｄにおけるヒンジ部３Ｃの揺動中心位置から係止孔３Ｂまでの距離が、前記ヒンジ部３Ｃの揺動中心位置から係止爪３Ａの先端までの距離よりも若干短く設定されているため、係止操作片３Ｄの係止孔３Ｂを係止爪３Ａに係合させる場合には、第１取付け部１の弾性復元力に抗して係止爪３Ａをヒンジ部３Ｃ側に引き寄せ操作する必要がある。   Under the condition that the first mounting portion 1 is in an unloaded state, the distance from the swing center position of the hinge portion 3C to the lock hole 3B in the lock operation piece 3D is the swing center of the hinge portion 3C. Since it is set slightly shorter than the distance from the position to the tip of the locking claw 3A, when the locking hole 3B of the locking operation piece 3D is engaged with the locking claw 3A, the first mounting portion 1 It is necessary to pull the locking claw 3A toward the hinge portion 3C against the elastic restoring force.

前記係止爪３Ａの係止部３ａは、前記ヒンジ部３Ｃの存在側とは反対側に突出形成されているため、前記係止操作片３Ｄの係止孔３Ｂを係止爪３Ａに係合させた状態では、第１取付け部１の弾性復元力を利用して、係止爪３Ａの係止部３ａと係止操作片３Ｄの係止孔３Ｂの周縁との係合代が大きくなる方向に弾性付勢することができる。   Since the locking portion 3a of the locking claw 3A protrudes from the side opposite to the existence side of the hinge portion 3C, the locking hole 3B of the locking operation piece 3D is engaged with the locking claw 3A. In such a state, by using the elastic restoring force of the first mounting portion 1, the direction in which the engagement margin between the locking portion 3a of the locking claw 3A and the peripheral edge of the locking hole 3B of the locking operation piece 3D increases is increased. Can be elastically biased.

前記係止操作片３Ｄの係止孔３Ｂ内の両側辺部には、係止孔３Ｂに対する係止爪３Ａの係脱移動を許容する位置で当該係止爪３Ａの基部３ｂの一側面に当接して、係止孔３Ｂに係入した係止爪３Ａを係脱許容位置で仮保持する仮保持突起３Ｅが形成されている。   The both sides of the locking operation piece 3D in the locking hole 3B are in contact with one side surface of the base 3b of the locking claw 3A at a position that allows the locking claw 3A to be engaged and disengaged with respect to the locking hole 3B. In contact therewith, a temporary holding projection 3E is formed which temporarily holds the locking claw 3A engaged with the locking hole 3B at the engagement / disengagement allowed position.

この一対の仮保持突起３Ｅは、係脱許容位置で仮保持されている係止爪３Ａをヒンジ部３Ｃから離間する側へ強制押し込み操作したとき、係止爪３Ａの基部３ｂの乗り越え移動を許容し、乗り越え移動した状態では、係止爪３Ａの基部３ｂの他側面が一対の仮保持突起３Ｅに当接し、係止爪３Ａの係止部３ａと係止孔３Ｂの周縁との係合代が最も大きくなるロック操作位置で係止爪３Ａが係止保持される。   The pair of temporary holding projections 3E allow the base 3b of the locking claw 3A to move over when the locking claw 3A temporarily held in the engagement / disengagement allowed position is forcibly pushed toward the side away from the hinge 3C. In the state of overcoming movement, the other side surface of the base portion 3b of the locking claw 3A comes into contact with the pair of temporary holding projections 3E, and the engagement margin between the locking portion 3a of the locking claw 3A and the peripheral edge of the locking hole 3B. The latching claw 3A is latched and held at the lock operation position at which the maximum becomes.

前記第２ロック手段４を構成するに、図３〜図６に示すように、前記第２取付け部２の傾斜壁部２Ｂの先端には、該傾斜壁部２Ｂの幅よりも小なる幅の係止爪４Ａが一体形成されているとともに、前記第１取付け部１の第１壁部１Ａにおける板幅方向の他側辺には、前記係止爪４Ａが係入可能な係止孔４Ｂを備え、且つ、第１壁部１Ａとの境界箇所に形成した薄肉のヒンジ部４Ｃを支点として係止爪４Ａ側に揺動操作可能な係止操作片４Ｄが一体形成されている。   As shown in FIGS. 3 to 6, the second locking means 4 is configured so that the tip of the inclined wall portion 2B of the second mounting portion 2 has a width smaller than the width of the inclined wall portion 2B. A locking claw 4A is integrally formed, and a locking hole 4B into which the locking claw 4A can be engaged is formed on the other side of the first wall 1A of the first mounting portion 1 in the plate width direction. In addition, a locking operation piece 4D that can be swung on the locking claw 4A side is integrally formed with a thin hinge portion 4C formed at a boundary with the first wall 1A as a fulcrum.

前記第１取付け部１が無負荷状態にある条件下においては、前記係止操作片４Ｄにおけるヒンジ部４Ｃの揺動中心位置から係止孔４Ｂまでの距離が、前記ヒンジ部４Ｃの揺動中心位置から係止爪４Ａの先端までの距離よりも若干短く設定されているため、係止操作片４Ｄの係止孔４Ｂを係止爪４Ａに係合させる場合には、第２取付け部２の弾性復元力に抗して係止爪４Ａをヒンジ部４Ｃ側に引き寄せ操作する必要がある。   Under the condition that the first mounting portion 1 is in an unloaded state, the distance from the swing center position of the hinge portion 4C to the lock hole 4B in the lock operation piece 4D is the swing center of the hinge portion 4C. Since the distance from the position to the tip of the locking claw 4A is set slightly shorter, when engaging the locking hole 4B of the locking operation piece 4D with the locking claw 4A, the second mounting portion 2 It is necessary to pull the locking claw 4A toward the hinge part 4C against the elastic restoring force.

前記係止爪４Ａの係止部４ａは、前記ヒンジ部４Ｃの存在側とは反対側に突出形成されているため、前記係止操作片４Ｄの係止孔４Ｂを係止爪４Ａに係合させた状態では、第２取付け部２の弾性復元力を利用して、係止爪４Ａの係止部４ａと係止操作片４Ｄの係止孔４Ｂの周縁との係合代が大きくなる方向に弾性付勢することができる。   Since the locking portion 4a of the locking claw 4A is formed so as to protrude on the side opposite to the side where the hinge portion 4C exists, the locking hole 4B of the locking operation piece 4D is engaged with the locking claw 4A. In this state, by using the elastic restoring force of the second mounting portion 2, the engagement margin between the locking portion 4a of the locking claw 4A and the peripheral edge of the locking hole 4B of the locking operation piece 4D is increased. Can be elastically biased.

前記係止操作片４Ｄの係止孔４Ｂ内の両側辺部には、係止孔４Ｂに対する係止爪４Ａの係脱移動を許容する位置で当該係止爪４Ａの基部４ｂの一側面に当接して、係止孔４Ｂに係入した係止爪４Ａを係脱許容位置で仮保持する仮保持突起４Ｅが形成されている。   The both sides of the locking operation piece 4D in the locking hole 4B are in contact with one side surface of the base 4b of the locking claw 4A at a position that allows the locking claw 4A to be engaged and disengaged with respect to the locking hole 4B. In contact therewith, a temporary holding projection 4E is formed which temporarily holds the locking claw 4A engaged with the locking hole 4B at the engagement / disengagement allowed position.

この一対の仮保持突起４Ｅは、係脱許容位置で仮保持されている係止爪４Ａをヒンジ部４Ｃから離間する側へ強制押し込み操作したとき、係止爪４Ａの基部４ｂの乗り越え移動を許容し、乗り越え移動した状態では、係止爪４Ａの基部４ｂの他側面が一対の仮保持突起４Ｅに当接し、係止爪４Ａの係止部４ａと係止孔４Ｂの周縁との係合代が最も大きくなるロック操作位置で係止爪４Ａが係止保持される。   The pair of temporary holding projections 4E allow the base 4b of the locking claw 4A to move over when the locking claw 4A temporarily held at the engagement / disengagement allowed position is forcibly pushed away from the hinge portion 4C. In the state of overcoming movement, the other side surface of the base portion 4b of the locking claw 4A comes into contact with the pair of temporary holding projections 4E, and the engagement margin between the locking portion 4a of the locking claw 4A and the peripheral edge of the locking hole 4B. The latching claw 4A is latched and held at the lock operation position where the maximum is.

図１１は、前記配管類Ｐを横架姿勢で支持する支持具Ｂの他の例として、吊りボルト２０の下端部に螺合固定される板金製の取付け部材３０と、該取付け部材３０の一対の取付け片３０ａにボルト３１．ナット３２で固定連結される一対の連結片３３ａを備え、且つ、複数本の配管類Ｐに対する受止め支持空間Ｓを現出する状態で略円環状に湾曲形成された板金製の支持部材３３とからなる第２支持具Ｂ２を使用した第２実施例を示す。   FIG. 11 shows another example of the support B that supports the piping P in a horizontal posture, and a mounting member 30 made of a sheet metal screwed to the lower end of the suspension bolt 20 and a pair of the mounting members 30. Bolts 31. A sheet metal support member 33 provided with a pair of connection pieces 33a fixedly connected by nuts 32, and curved in a substantially annular shape in a state where the receiving support space S for the plurality of pipes P appears. The 2nd Example using 2nd support tool B2 which consists of is shown.

この第２実施例においても、前記第２支持具Ｂ２の板状構成部分である支持部材３３のうち、複数本の配管類Ｐを架設した状態で受止め支持空間Ｓに存在する空きスペースに対応する部位に、前記ケーブル支持具Ａの第１取付け部１を、支持部材３３の板幅方向の一側方から差し込み装着するとともに、ケーブル支持具Ａの第２取付け部２に、ケーブルＣを脱着可能に架設することになる。   Also in the second embodiment, the support member 33 which is a plate-like component of the second support B2 corresponds to an empty space in the receiving support space S in a state where a plurality of pipes P are installed. The first mounting portion 1 of the cable support A is inserted and attached to one side of the support member 33 from the one side in the plate width direction, and the cable C is detached from the second mounting portion 2 of the cable support A. It will be constructed as possible.

尚、当該第１実施形態の第１実施例では、ケーブル支持具Ａの第１取付け部１を、配管類Ｐを架設した状態で受止め支持空間Ｓに存在する空きスペースに対応する蓋部材２２の装着可能部位に差し込み装着したが、配管類Ｐを架設した状態で受止め支持空間Ｓに存在する空きスペースに対応する支持部材２１の前側板部２１Ａの上側部位にケーブル支持具Ａの第１取付け部１を差し込み装着してもよい。   In the first example of the first embodiment, the first mounting portion 1 of the cable support A is covered with the piping P, and the lid member 22 corresponding to the empty space existing in the receiving support space S is installed. The cable support A is attached to the upper portion of the front plate portion 21A of the support member 21 corresponding to the empty space present in the receiving support space S with the piping P erected. The mounting portion 1 may be inserted and attached.

〔第２実施形態〕
図１２、図１３は、第１実施形態で説明したケーブル支持具Ａの変形例を示し、前記第１取付け部１に形成されていた第１ロック手段３及び位置決め部７を削除して、ケーブル支持具Ａの簡素化を図ったものである。 [Second Embodiment]
FIGS. 12 and 13 show a modification of the cable support A described in the first embodiment, in which the first locking means 3 and the positioning portion 7 formed in the first mounting portion 1 are deleted, and the cable The support A is simplified.

また、この第２実施形態では、前記ボルト抱持部２Ａの内面２ａのボルト軸芯方向の全域に、吊りボルト２０のネジ部（ネジ谷）に係合可能なネジ螺旋方向に沿う多数の係合凸部８が、吊りボルト２０のネジピッチと同じピッチで形成されている。   Moreover, in this 2nd Embodiment, many engagements along the screw spiral direction which can be engaged with the thread part (screw trough) of the suspension bolt 20 in the whole area of the bolt axial center direction of the inner surface 2a of the said bolt holding part 2A. The joint protrusions 8 are formed at the same pitch as the thread pitch of the suspension bolt 20.

尚、その他の構成は、第１実施形態で説明した構成と同一であるから、同一の構成箇所には、第１実施形態と同一の番号を付記してそれの説明は省略する。
また、上述の第２実施形態においては、図１２に示すように、第１支持具Ｂ１の蓋部材２２に第１取付け部１が装着された時点で、第１取付け部１の装着口部１Ｇに形成されている離脱阻止部６の係合凹部６ａに蓋部材２２における係入方向後位側の側辺２２ｂを係合させたが、蓋部材２２における係入方向後位側の側辺２２ｂが離脱阻止部６の係合凹部６ａに係合しない状態でセットしてもよい。 In addition, since the other structure is the same as the structure demonstrated in 1st Embodiment, the same number is attached to the same structure location as 1st Embodiment, and the description is abbreviate | omitted.
In the second embodiment described above, as shown in FIG. 12, when the first attachment portion 1 is attached to the lid member 22 of the first support B1, the attachment opening 1G of the first attachment portion 1 is provided. The side 22b on the rear side in the engaging direction of the lid member 22 is engaged with the engaging recess 6a of the separation preventing portion 6 formed on the side 22b. May be set in a state where it does not engage with the engaging recess 6a of the separation preventing portion 6.

この場合、第１取付け部１とこれの内部に係入位置する第１支持具Ｂ１の蓋部材２２との相対離脱移動の初期段階で、前記離脱阻止部６の係合凹部６ａに蓋部材２２における係入方向後位側の側辺２２ｂが係合することになり、第１取付け部１と第１支持具Ｂ１の蓋部材２２との相対離脱を阻止する機能を高い状態に維持することができる。   In this case, at the initial stage of the relative detachment movement between the first mounting portion 1 and the lid member 22 of the first support B1 that is engaged with the first attachment portion 1, the lid member 22 is inserted into the engagement recess 6a of the detachment prevention portion 6. The side 22b on the rear side in the engaging direction in the engagement is engaged, and the function of preventing the relative disengagement between the first mounting portion 1 and the lid member 22 of the first support B1 can be maintained in a high state. it can.

さらに、この第２実施形態の変形例として、前記第２取付け部２に形成されていた第２ロック手段４を削除して、ケーブル支持具Ａの更なる簡素化を図ってもよい。   Furthermore, as a modification of the second embodiment, the second lock means 4 formed on the second mounting portion 2 may be deleted to further simplify the cable support A.

〔第３実施形態〕
図１４は、第１実施形態で説明したケーブル支持具Ａの変形例を示し、前記第１取付け部１に、吊りボルト２０に挾持状態で外嵌可能な部分筒状のボルト抱持部１Ｈを形成するとともに、前記ボルト抱持部１Ｈの円弧状内面１ｈのボルト軸芯方向の一箇所又は複数箇所には、吊りボルト２０のネジ部（ネジ谷）に係合可能なネジ螺旋方向に沿う係合凸部８が形成されている。 [Third Embodiment]
FIG. 14 shows a modification of the cable support A described in the first embodiment. The first mounting portion 1 is provided with a partially cylindrical bolt holding portion 1H that can be fitted onto the suspension bolt 20 in a clamped state. At the one or a plurality of locations in the bolt axial direction of the arc-shaped inner surface 1h of the bolt holding portion 1H, the engagement along the screw spiral direction that can be engaged with the screw portion (screw valley) of the suspension bolt 20 is formed. Joint protrusions 8 are formed.

そして、前記第１壁部１Ａの直線状内面とボルト抱持部１Ｈの円弧状内面１ｈと第３壁部１Ｃの直線状内面と第４壁部１Ｄの傾斜内面とをもって、ケーブルＣを受止め支持可能なケーブル受け部５が形成されている、換言すれば、前記ケーブルＣを収納可能なケーブル支持空間Ｓ２が形成され、さらに、前記第５壁部１Ｅの直線状内面を加えた状態では、前記ケーブル支持空間に連続する状態で第１支持具Ｂ１の蓋部材２２の装着部位を収納する支持具装着空間Ｓ１が形成されている。   The cable C is received by the linear inner surface of the first wall portion 1A, the arc-shaped inner surface 1h of the bolt holding portion 1H, the linear inner surface of the third wall portion 1C, and the inclined inner surface of the fourth wall portion 1D. In the state where the cable receiving portion 5 that can be supported is formed, in other words, the cable supporting space S2 that can store the cable C is formed, and the linear inner surface of the fifth wall portion 1E is added, A support mounting space S1 is formed that houses the mounting portion of the lid member 22 of the first support B1 in a state of being continuous with the cable support space.

前記ケーブル支持空間Ｓ２内の一部に、前記ボルト抱持部２Ａの内面２ａをもって構成される吊りボルト収納空間Ｓ４が形成されている。   A suspension bolt housing space S4 configured with the inner surface 2a of the bolt holding portion 2A is formed in a part of the cable support space S2.

尚、その他の構成は、第１実施形態で説明した構成と同一であるから、同一の構成箇所には、第１実施形態と同一の番号を付記してそれの説明は省略する。   In addition, since the other structure is the same as the structure demonstrated in 1st Embodiment, the same number is attached to the same structure location as 1st Embodiment, and the description is abbreviate | omitted.

〔第４実施形態〕
図１５、図１６は、第１実施形態で説明したケーブル支持具Ａの変形例を示し、前記第１ロック手段３の係止操作片３Ｄの背面に、当該係止操作片３Ｄの係止孔３Ｂに係入して背面側に突出する係止爪３Ａの係止部３ａの先端と同じ位置に操作面３ｆを備えた操作部３Ｆが形成されている。 [Fourth Embodiment]
15 and 16 show a modified example of the cable support A described in the first embodiment, and a locking hole of the locking operation piece 3D is formed on the back surface of the locking operation piece 3D of the first locking means 3. An operation portion 3F having an operation surface 3f is formed at the same position as the tip of the locking portion 3a of the locking claw 3A that engages with 3B and protrudes to the back side.

前記操作部３Ｆは、係止操作片３Ｄの背面の幅方向複数箇所に一体形成された操作リブから構成され、この複数の操作リブの端面をもって前記操作面３ｆが構成されている。   The operation portion 3F is configured by operation ribs integrally formed at a plurality of positions in the width direction on the back surface of the locking operation piece 3D, and the operation surface 3f is configured by the end surfaces of the plurality of operation ribs.

そして、前記第１取付け部１を第１支持具Ｂ１の蓋部材２２に装着し、ヒンジ部３Ｃを支点として係止操作片３Ｄを係止爪３Ａ側に揺動操作する際、前記係止操作片３Ｄは、蓋部材２２における係入方向後位側の側辺２２ａに向って揺動操作することになる。
そのため、蓋部材２２や配管類Ｐ等と干渉しない係止操作片３Ｄの背面側を指で押圧操作することになるが、この場合でも、係止操作片３Ｄの背面に形成された操作部３Ｆの操作面３ｆは、係止操作片３Ｄの係止孔３Ｂに係入して背面側に突出する係止爪３Ａの係止部３ａの先端と同じ位置にあるから、係止操作片３Ｄの係止孔３Ｂから突出する係止爪３Ａの先端を気にすることなく容易にロック操作することができる。 When the first mounting portion 1 is attached to the lid member 22 of the first support B1, and the locking operation piece 3D is swung to the locking claw 3A side with the hinge portion 3C as a fulcrum, the locking operation is performed. The piece 3D is swung toward the side 22a on the rear side in the engaging direction of the lid member 22.
For this reason, the back side of the locking operation piece 3D that does not interfere with the lid member 22, the piping P, or the like is pressed with a finger. Even in this case, the operation unit 3F formed on the back surface of the locking operation piece 3D. The operation surface 3f is in the same position as the front end of the locking portion 3a of the locking claw 3A that engages with the locking hole 3B of the locking operation piece 3D and protrudes to the back side. The locking operation can be easily performed without worrying about the tip of the locking claw 3A protruding from the locking hole 3B.

尚、その他の構成は、第１実施形態で説明した構成と同一であるから、同一の構成箇所には、第１実施形態と同一の番号を付記してそれの説明は省略する。
また、当該第４実施形態では、前記係止操作片３Ｄの背面に形成した操作部３Ｆの操作面３ｆを、係止操作片３Ｄの係止孔３Ｂに係入して背面側に突出する係止爪３Ａの係止部３ａの先端と同じ位置に構成したが、この操作部３Ｆの操作面３ｆを、係止操作片３Ｄの係止孔３Ｂに係入して背面側に突出する係止爪３Ａの係止部３ａの先端よりも外方側位置に構成してもよい。 In addition, since the other structure is the same as the structure demonstrated in 1st Embodiment, the same number is attached to the same structure location as 1st Embodiment, and the description is abbreviate | omitted.
In the fourth embodiment, the operating surface 3f of the operating portion 3F formed on the back surface of the locking operation piece 3D is engaged with the locking hole 3B of the locking operation piece 3D and protrudes to the back side. Although it comprised in the same position as the front-end | tip of the latching | locking part 3a of 3 A of pawls, the operation surface 3f of this operation part 3F is engage | inserted in the latching hole 3B of the latching operation piece 3D, and the latching which protrudes to the back side You may comprise in the outer side position rather than the front-end | tip of the latching | locking part 3a of 3A of claws.

さらに、前記第２ロック手段４においては、第２取付け部２にケーブルＣを装着したのち、ヒンジ部４Ｃを支点として係止操作片４Ｄを係止爪４Ａ側に揺動操作する際、この係止操作片４Ｄを第１支持具Ｂ１の蓋部材２２の外面から離れる側に起立させるため、当該係止操作片４Ｄの周縁を指で摘んで手前に揺動操作することになり、その揺動操作が係止爪４Ａの先端と干渉することはない。   Further, in the second locking means 4, after the cable C is attached to the second mounting portion 2, when the locking operation piece 4D is swung to the locking claw 4A side with the hinge portion 4C as a fulcrum, this engagement is performed. In order to stand the stop operation piece 4D on the side away from the outer surface of the lid member 22 of the first support B1, the periphery of the locking operation piece 4D is picked with a finger and swings forward. The operation does not interfere with the tip of the locking claw 4A.

ただ、前記係止操作片４Ｄが背面側から押圧操作される可能性もあることを考慮して、当該係止操作片４Ｄの背面に、これの係止孔４Ｂに係入して背面側に突出する係止爪４Ａの係止部４ａの先端と同じ位置又は係止爪４Ａの係止部４ａの先端よりも外方側位置に操作面を備えた操作部を形成してもよい。   However, considering that there is a possibility that the locking operation piece 4D is pressed from the back side, the locking operation piece 4D is engaged with the locking hole 4B on the back side of the locking operation piece 4D. An operation portion having an operation surface may be formed at the same position as the tip of the locking portion 4a of the protruding locking claw 4A or on the outer side of the tip of the locking portion 4a of the locking claw 4A.

〔その他の実施形態〕
（１）上述の第１実施形態において、ケーブル支持具Ａの第２取付け部２を、第１取付け部１と同じ形状に形成して、第１取付け部１及び第２取付け部２のいずれにおいても、第１支持具Ｂ１の蓋部材２２に対してそれの板幅方向の一側方から脱着可能に装着することができ、且つ、ケーブルＣを脱着可能に支持することができるように構成してもよい。 [Other Embodiments]
(1) In the first embodiment described above, the second mounting portion 2 of the cable support A is formed in the same shape as the first mounting portion 1, and in either the first mounting portion 1 or the second mounting portion 2. The first support B1 can be detachably attached to the lid member 22 from one side in the plate width direction, and the cable C can be detachably supported. May be.

（２）上述の第３実施形態において、ケーブル支持具Ａの第２取付け部２を、第１取付け部１と同じ形状に形成して、第１取付け部１及び第２取付け部２のいずれにおいても、第１支持具Ｂ１の蓋部材２２に対してそれの板幅方向の一側方から脱着可能に装着することができ、且つ、ケーブルＣを脱着可能に支持することができ、さらに、吊りボルト２０に挾持状態で外嵌装着することができるように構成してもよい。   (2) In the third embodiment described above, the second mounting portion 2 of the cable support A is formed in the same shape as the first mounting portion 1, and in either the first mounting portion 1 or the second mounting portion 2 Can be detachably attached to the lid member 22 of the first support tool B1 from one side in the plate width direction, and the cable C can be detachably supported. You may comprise so that it can carry out external fitting mounting | wearing to the volt | bolt 20 in the clamped state.

（３）上述の第１実施形態において、ケーブル支持具Ａの第１取付け部１と第２取付け部２とを別々に製作して、この第１取付け部１と第２取付け部２とを背中合わせにして連結しても良く、さらに、別々に製作された第１取付け部１と第２取付け部２とを背中合わせにした状態で相対回転自在に枢支連結してもよい。   (3) In the first embodiment described above, the first mounting portion 1 and the second mounting portion 2 of the cable support A are manufactured separately, and the first mounting portion 1 and the second mounting portion 2 are back to back. In addition, the first mounting portion 1 and the second mounting portion 2 manufactured separately may be pivotally connected in a relatively rotatable manner in a state where the first mounting portion 1 and the second mounting portion 2 are back to back.

（４）上述の第１実施形態では、前記第１取付け部１の装着口部１Ｇに設けた第１ロック手段３を、ロック状態への切り替え時において、第１取付け部１の弾性復元力に抗して開口幅を縮小した状態で装着口部１Ｇを閉止するように構成したが、この装着口部１Ｇの開口幅を一定又は略一定に維持した状態で当該装着口部１Ｇを閉止するように構成してもよい。   (4) In the first embodiment described above, the first locking means 3 provided in the mounting port portion 1G of the first mounting portion 1 is changed to the elastic restoring force of the first mounting portion 1 when switching to the locked state. The mounting opening 1G is closed with the opening width reduced against this, but the mounting opening 1G is closed with the opening width of the mounting opening 1G maintained constant or substantially constant. You may comprise.

（５）上述の第１実施形態では、前記第２取付け部２の装着口部２Ｇに設けた第２ロック手段４を、ロック状態への切り替え時において、第２取付け部２の弾性復元力に抗して開口幅を縮小した状態で装着口部２Ｇを閉止するように構成したが、この装着口部２Ｇの開口幅を一定又は略一定に維持した状態で当該装着口部２Ｇを閉止するように構成してもよい。   (5) In the first embodiment described above, the second locking means 4 provided in the mounting port portion 2G of the second mounting portion 2 is made to have the elastic restoring force of the second mounting portion 2 at the time of switching to the locked state. The mounting opening 2G is closed with the opening width reduced against this, but the mounting opening 2G is closed with the opening width of the mounting opening 2G maintained constant or substantially constant. You may comprise.

（６）上述の各実施形態では、前記第１取付け部１の装着方向での長さ（全長）Ｌを第１支持具Ｂ１の蓋部材２２の板幅Ｗよりも大に構成したが、この第１取付け部１の装着方向での長さＬを第１支持具Ｂ１の蓋部材２２の板幅Ｗと同一又はそれよりも少し小さく構成してもよい。
この場合、第１支持具Ｂ１の蓋部材２２に対して第１取付け部１を挾持状態で装着することになる。 (6) In each of the above-described embodiments, the length (full length) L in the mounting direction of the first mounting portion 1 is configured to be larger than the plate width W of the lid member 22 of the first support B1. The length L in the mounting direction of the first attachment portion 1 may be configured to be the same as or slightly smaller than the plate width W of the lid member 22 of the first support B1.
In this case, the first attachment portion 1 is attached to the lid member 22 of the first support tool B1 in a clamped state.

（７）上述の各実施形態では、前記配管類Ｐを支持する支持具Ｂとして、配管類Ｐを横架姿勢で支持するタイプの支持具Ｂ１，Ｂ２について説明したが、配管類Ｐを縦向き姿勢で支持するタイプの支持具であってもよい。   (7) In each of the above-described embodiments, the support members B1 and B2 that support the piping P in a horizontal posture are described as the support B that supports the piping P. However, the piping P is oriented vertically. It may be a support tool of a type that supports in a posture.

本願発明は、架設に要するケーブル長さの短縮化を図りながら配管類に沿ってケーブルを体裁良く配設することのできるケーブル支持具として良好に利用することができる。   INDUSTRIAL APPLICABILITY The present invention can be effectively used as a cable support that can arrange a cable with good appearance along pipes while shortening the cable length required for installation.

Ｂ 支持具
Ｂ１ 第１支持具
Ｂ２ 第２支持具
Ｃ ケーブル
Ｌ 第１取付け部の長さ
Ｐ 配管類
Ｗ 板幅
１ 第１取付け部
１Ｇ 装着口部
１Ｈ ボルト抱持部
２ 第２取付け部
２Ａ ボルト抱持部
２Ｇ 装着口部
３ 第１ロック手段
３Ａ 係止爪
３Ｂ 係止孔
３Ｃ ヒンジ部
３Ｄ 係止操作片
３Ｆ 操作部
３ｆ 操作面
４ 第２ロック手段
５ ケーブル受け部
６ 離脱阻止部
６ａ 係合凹部
２０ 吊りボルト
２２ 板状構成部分（蓋部材）
３３ 板状構成部分（支持部材） B Support tool B1 1st support tool B2 2nd support tool C Cable L Length of 1st attachment part P Piping W Plate width 1 1st attachment part 1G Mounting port 1H Bolt holding part 2 2nd attachment part 2A Bolt Holding part 2G Mounting part 3 First locking means 3A Locking claw 3B Locking hole 3C Hinge part 3D Locking operation piece 3F Operation part 3f Operation surface 4 Second lock means 5 Cable receiving part 6 Detachment prevention part 6a Engagement Recess 20 Suspension bolt 22 Plate-shaped component (lid member)
33 Plate-shaped component (support member)

Claims (10)

配管類を支持する支持具の板状構成部分に対してそれの板幅方向の一側方から脱着可能に装着される第１取付け部と、ケーブルを脱着可能に支持する第２取付け部と、を備え、
吊りボルトに対して挾持状態で外嵌可能なボルト抱持部が前記第１取付け部に形成されているか、或いは、吊りボルトに対して挾持状態で外嵌可能なボルト抱持部が前記第２取付け部に形成されているとともに前記ケーブルを受止め支持可能なケーブル受け部が前記第１取付け部の内面に形成されており、
前記ボルト抱持部の内面に、前記吊りボルトのネジ部に係合可能な係合凸部が形成されているケーブル支持具。 A first mounting portion that is detachably attached to a plate-like component of the support that supports the piping from one side in the plate width direction; a second mounting portion that detachably supports the cable ; With
A bolt holding portion that can be externally fitted in a holding state with respect to the suspension bolt is formed in the first mounting portion, or a bolt holding portion that can be externally fitted in a holding state with respect to the suspension bolt is the second portion. A cable receiving portion formed on the mounting portion and capable of receiving and supporting the cable is formed on an inner surface of the first mounting portion;
The cable support in which the engagement convex part which can be engaged with the thread part of the said suspension bolt is formed in the inner surface of the said bolt holding part. 前記第１取付け部と前記第２取付け部とが、それらの装着口部の装着方向を異ならせた状態で樹脂にて形成されているとともに、前記第１取付け部の装着方向での長さが前記板状構成部分の板幅よりも大に構成されている請求項１に記載のケーブル支持具。 And the first mounting portion and the second mounting portion are in the form of a resin in a state having different mounting directions of the mounting opening, the length of at mounting direction of the first mounting portion The cable support of Claim 1 comprised larger than the plate width of the said plate-shaped structure part. 前記第１取付け部の内面及び前記第２取付け部の内面の両方に、前記ケーブルを受止め支持可能なケーブル受け部が形成されている請求項１又は２に記載のケーブル支持具。 The cable support according to claim 1 or 2 , wherein a cable receiving portion capable of receiving and supporting the cable is formed on both the inner surface of the first mounting portion and the inner surface of the second mounting portion . 前記第１取付け部の装着口部には、当該第１取付け部内に係入した前記板状構成部分における板幅方向両側の側辺のうち、係入方向後位側の側辺との当接によって当該板状構成部分の離脱移動を阻止する離脱阻止部が形成されている請求項１から３のいずれか一項に記載のケーブル支持具。 Wherein the mounting opening of the first mounting portion, the contact between the first of the plate width direction on both sides of the side edges of the plate-like component which is engageably inserted in the mounting portion, engaged ingress direction rear position side of the side cable support according to any one of those plate-like component withdrawal movement claim 1 detachment preventing portion is formed to block the 3 by. 前記第１取付け部の装着口部には、当該第１取付け部の弾性復元力に抗して開口幅を縮小した状態で装着口部を閉止するロック状態と装着口部を開放するロック解除状態とに切り替え操作可能な第１ロック手段が設けられている請求項１から４のいずれか一項に記載のケーブル支持具。   The mounting port portion of the first mounting portion has a locked state in which the mounting port portion is closed in a state where the opening width is reduced against the elastic restoring force of the first mounting portion, and an unlocked state in which the mounting port portion is opened. The cable support according to any one of claims 1 to 4, further comprising a first lock means that can be switched to each other. 前記第２取付け部の装着口部には、当該第２取付け部の弾性復元力に抗して開口幅を縮小した状態で装着口部を閉止するロック状態と装着口部を開放するロック解除状態とに切り替え操作可能な第２ロック手段が設けられている請求項１から５のいずれか一項に記載のケーブル支持具。   The mounting port portion of the second mounting portion has a locked state in which the mounting port portion is closed in a state where the opening width is reduced against the elastic restoring force of the second mounting portion, and an unlocked state in which the mounting port portion is opened. The cable support according to any one of claims 1 to 5, further comprising a second locking means that can be switched to each other. 前記離脱阻止部には、前記第１取付け部内に係入した前記板状構成部分における係入方向後位側の側辺が離脱側への移動に伴って係合する係合凹部が形成されている請求項４に記載のケーブル支持具。 Wherein the detachment preventing portion, the side of the engagement ingress direction rear position side in the plate-like component which is engageably inserted into the first mounting portion is formed in the engaging recess engaging with the movement of the detachable side The cable support according to claim 4. 前記第１取付け部の内面の奥側部位には、当該第１取付け部内に係入した前記板状構成部分における係入方向前位側の側辺と当接して、前記離脱阻止部とで前記支持具の係脱方向での移動を阻止する位置決め部が形成されている請求項４又は７に記載のケーブル支持具。 Wherein the inner side portion of the inner surface of the first mounting portion, the abutment and the side of the engagement ingress direction front position side contact in the plate-like component which is engageably inserted into the first mounting portion, the between the detachment preventing portion The cable support according to claim 4 or 7, wherein a positioning portion for preventing movement of the support in the engagement / disengagement direction is formed. 前記第１取付け部は、前記第１ロック手段の前記ロック状態で、前記板状構成部分に対して押圧挟持状態で装着される請求項５に記載のケーブル支持具。 The cable support according to claim 5 , wherein the first attachment portion is attached to the plate-like component in a pressed and clamped state in the locked state of the first locking means . 前記第１ロック手段が、
前記第１取付け部の装着口部における一方の先端に設けられた係止爪と、
前記第１取付け部の装着口部における他方の先端に設けられた、前記係止爪が係入可能な係止孔を有し、且つ、前記他方の先端との境界箇所側に形成したヒンジ部を支点として前記係止爪側に揺動可能な係止操作片と、を含んで構成されているとともに、
前記係止操作片の背面に、当該係止操作片の前記係止孔に係入して背面側に突出する前記係止爪の先端と同じ位置又は当該係止爪の先端よりも外方側位置に操作面を有する操作部を備えている請求項５又は９に記載のケーブル支持具。 It said first locking means,
A locking claw provided at one end of the mounting opening of the first mounting portion ;
Provided on the other tip of the mounting opening of the first mounting portion, the locking pawl has a locking enterable locking hole, and a hinge portion formed in the boundary portion side of the other tip the engagement with pawl-side swingable locking operation piece, together is configured to include a as a fulcrum,
At the back of the locking operation piece, the same position as the tip of the locking claw that engages with the locking hole of the locking operation piece and protrudes to the back side, or outward from the tip of the locking claw The cable support of Claim 5 or 9 provided with the operation part which has an operation surface in a position.
JP2011078563A 2011-03-31 2011-03-31 Cable support Active JP5849424B2 (en)

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