JP4095548B2 - Cable rack steady rest bracket - Google Patents

Cable rack steady rest bracket Download PDF

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JP4095548B2
JP4095548B2 JP2003435229A JP2003435229A JP4095548B2 JP 4095548 B2 JP4095548 B2 JP 4095548B2 JP 2003435229 A JP2003435229 A JP 2003435229A JP 2003435229 A JP2003435229 A JP 2003435229A JP 4095548 B2 JP4095548 B2 JP 4095548B2
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locking
cable rack
locking portion
main beam
parent
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JP2004105000A (en
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和久 武田
馨 津田
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Panasonic Electric Works Co Ltd
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Matsushita Electric Works Ltd
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Description

本発明は、配電用などのケーブルを配設する際に用いられるケーブルラックの振れ止めをするために使用する振れ止め金具に関するものである。   The present invention relates to an anti-skid fitting used for anti-swaying of a cable rack used when arranging a cable for power distribution or the like.

従来から建物の天井近傍空間等にケーブルラックを配設し、ケーブルラックに配電用などのケーブルを配設することが行われている。ケーブルラックは一対の長尺の親桁を対向させて配置し、対向する親桁の下端部間に複数の小桁を架設して長尺の梯子状に形成してある。そして、ケーブルラックはアングル材等の支持構造材上に載せるとともに図5に示すような振れ止め金具5により支持構造材に取付けてケーブルラックが横振れしないように取付けていた。   2. Description of the Related Art Conventionally, a cable rack is disposed in a space near the ceiling of a building and a cable for power distribution is disposed in the cable rack. In the cable rack, a pair of long main girders are arranged to face each other, and a plurality of small girders are installed between the lower ends of the facing parent girders to form a long ladder shape. The cable rack is placed on a support structure material such as an angle member, and is attached to the support structure material by a steady-state fitting 5 as shown in FIG. 5 so that the cable rack does not run out.

図5に示す振れ止め金具5は、ケーブルラックの親桁の外面に沿わせるための中間部8の上端部に親桁の上端に係止するための係止部9と、係止部9の先端から親桁の内方に引っ掛かる引っ掛け部10を設け、中間部8の下端部に下横片19を設け、下横片19に支持構造材に係止するための固定部材4をボルト17、ナット18により連結することで構成してある。そして、ケーブルラックを支持構造材に載置した状態で親桁の上端部に係止部9を係止すると共に引っ掛け部10を親桁の内方に引っ掛け、固定部材4の下端部の下係止部16を支持構造材の下端部(例えば支持構造材がアングルの場合にはアングルの縦片の下端部)に係止し、ナットを締め付けることで振れ止め金具5によりケーブルラックが振れないように支持構造材に取付けるようにしている。   The steady rest metal fitting 5 shown in FIG. 5 includes a locking portion 9 for locking to the upper end of the intermediate beam 8 along the outer surface of the main beam of the cable rack, A hook 10 is provided to be hooked from the tip to the inside of the main beam, a lower horizontal piece 19 is provided at the lower end of the intermediate portion 8, and a fixing member 4 for locking the supporting structure material to the lower horizontal piece 19 is a bolt 17, It is configured by connecting with a nut 18. Then, in a state where the cable rack is placed on the support structural member, the locking portion 9 is locked to the upper end portion of the parent beam and the hook portion 10 is hooked to the inner side of the parent beam so that the lower end portion of the fixing member 4 is engaged. The stopper 16 is locked to the lower end of the support structure (for example, if the support structure is an angle, the lower end of the vertical piece of the angle), and the nut is tightened so that the cable rack cannot be shaken by the anti-rest fitting 5. To be attached to the support structure.

ところが、上記の従来例の振れ止め金具5にあっては、係止部9は単一大きさの親桁に対応した大きさに形成してあり、したがって、異なる大きさの親桁には使用することができず、このため、振れ止め金具5として係止部9の大きさの異なる複数種類のものが必要であり、製造コストが高くなり、また、施工に当たって、他種類の振れ止め金具5を持って施工する必要があって、施工性が悪いという問題があった。   However, in the above-described conventional steady rest metal fitting 5, the locking portion 9 is formed in a size corresponding to a single-size parent girder, and is therefore used for a different size parent girder. For this reason, a plurality of types of steadying metal fittings 5 having different sizes of the locking portions 9 are necessary, which increases the manufacturing cost. In addition, other types of steadying metal fittings 5 are used in construction. There was a problem that the workability was poor.

このような従来例として例えば特許文献1が知られている。
特開平4−61415号公報
For example, Patent Document 1 is known as such a conventional example.
JP-A-4-61415

本発明は上記の点に鑑みてなされたものであり、単一種類の振れ止め金具により親桁の大きさが異なる複数種類のケーブルラックを支持構造材に取付けて確実に振れ止めできるケーブルラックの振れ止め金具を提供することを課題とするものである。   The present invention has been made in view of the above points, and is a cable rack that can be securely shaken by attaching a plurality of types of cable racks having different parent girder sizes to a support structure member by a single type of steadying bracket. It is an object to provide a steady rest metal fitting.

上記課題を解決するために本発明に係るケーブルラックの振れ止め金具は、ケーブルラック1に係止する係止部材2と、係止部材2に連結するとともに支持構造材3に係止する固定部材4とを備えたケーブルラックの振れ止め金具5であって、ケーブルラック1の親桁7の外面に沿わせるための中間部8の下端部に固定部材4を連結するための連結部11を設け、親桁7の上端に係止するための係止部9、係止部9の一端部に設けられ親桁7内方に引掛かる引っ掛け部10、係止部9の他端部に設けられる接続片20、を有する可動部材21を構成し、該可動部材21の接続片20を中間部8の上端部にボルト22、ナット23により接続して係止部材2を構成することを特徴とするものである。   In order to solve the above-described problems, a cable rack steadying bracket according to the present invention includes a locking member 2 that is locked to the cable rack 1, and a fixing member that is connected to the locking member 2 and is locked to the support structural member 3. 4 is provided with a connection part 11 for connecting the fixing member 4 to the lower end part of the intermediate part 8 for fitting along the outer surface of the main beam 7 of the cable rack 1. , A locking portion 9 for locking to the upper end of the main beam 7, a hooking portion 10 provided at one end portion of the locking portion 9 and hooked inside the parent beam 7, and provided at the other end portion of the locking portion 9. A movable member 21 having a connecting piece 20 is formed, and the connecting member 20 of the movable member 21 is connected to the upper end portion of the intermediate portion 8 by a bolt 22 and a nut 23 to constitute the locking member 2. Is.

このような構成とすることで、ケーブルラック1の親桁7の大きさの違いに応じて、ナット23の締め付け量を調整して親桁7の上端部の巾に対応するように調整するものであり、親桁7の大きさが異なっても、係止部9を親桁7の上端部に係止すると共に引っ掛け部10を親桁7の内方に引っ掛け係止し、中間部8を親桁7の外面に沿わせ、ナット23を締め付け、更に、固定部材4を支持構造材3に係止するものであり、このようにして、振れ止め金具5を用いて種々の大きさの親桁7を支持構造材3に取付けて、ケーブルラック1の振れ止めをするものである。   By adopting such a configuration, the tightening amount of the nut 23 is adjusted according to the difference in the size of the parent beam 7 of the cable rack 1 so as to correspond to the width of the upper end portion of the parent beam 7. Even if the size of the parent beam 7 is different, the locking portion 9 is locked to the upper end portion of the parent beam 7 and the hook portion 10 is hooked and locked to the inner side of the parent beam 7 so that the intermediate portion 8 is Along with the outer surface of the main beam 7, the nut 23 is tightened, and the fixing member 4 is locked to the support structural member 3. A girder 7 is attached to the support structural member 3 to prevent the cable rack 1 from swinging.

本発明は、親桁の大きさが異なっても、ケーブルラックの親桁の大きさの違いに応じて、ナットの締め付け量を調整して親桁の上端部の巾に対応するように調整し、係止部を親桁の上端部に係止すると共に引っ掛け部を親桁の内方に引っ掛け係止し、中間部を親桁の外面に沿わせ、ナットを締め付け、固定部材の下係止部をアングル材のような支持構造材の下端に係止することで、振れ止め金具を用いて種々の大きさの親桁を支持構造材に取付けて、ケーブルラックの振れ止めができるものであり、振れ止め金具を製造する金型コストが低下し、また、施工に当たっても、従来のように他種類の振れ止め金具を持って施工する必要がなくて施工性がよいという利点がある。   The present invention adjusts the tightening amount of the nut so as to correspond to the width of the upper end of the main beam according to the difference in the size of the main beam of the cable rack even if the size of the main beam is different. The locking part is locked to the upper end of the main beam and the hook is hooked to the inner side of the main beam, the middle part is aligned with the outer surface of the main beam, the nut is tightened, and the lower part of the fixing member is locked By locking the part to the lower end of a support structure material such as an angle member, you can attach various sizes of main girders to the support structure material using the anti-rest bracket and prevent the cable rack from steadying. The mold cost for manufacturing the steady rest is reduced, and there is an advantage that even if the construction is performed, it is not necessary to have another kind of steady rest as in the prior art and the workability is good.

本発明の実施形態を図4に示し、図1乃至図3に参考例を示す。図4の本発明の実施形態を説明する前に、ケーブルラック1、振れ止め金具5、支持構造材3の関係を説明するために、まず、図1乃至図3に示す参考例につき説明する。   An embodiment of the present invention is shown in FIG. 4, and reference examples are shown in FIGS. Before describing the embodiment of the present invention shown in FIG. 4, in order to explain the relationship among the cable rack 1, the steady rest 5, and the support structure 3, first, a reference example shown in FIGS. 1 to 3 will be described.

ケーブルラック1は図2、図3の参考例に示すように、一対の長尺の親桁7を対向させて配置し、対向する親桁7の下端部間に複数の小桁13を架設して長尺な梯子状に形成してある。そして、このケーブルラック1はアングル材等の支持構造材3上に載せるとともに後述の振れ止め金具5により支持構造材3に取付けてケーブルラック1が横振れしないように取付けられる。ここで、支持構造材3は建物のスラブ、梁等の建物の構造材(図示せず)からボルト(図示せず)により吊設したものにより構成してあったり、あるいは、支持構造材3自体が建物の構造材である場合がある。   In the cable rack 1, as shown in the reference examples of FIGS. 2 and 3, a pair of long main beams 7 are arranged to face each other, and a plurality of small beams 13 are installed between the lower ends of the opposed parent beams 7. It is shaped like a long ladder. The cable rack 1 is placed on a support structure material 3 such as an angle member, and is attached to the support structure material 3 by a later-described steadying metal fitting 5 so that the cable rack 1 is not laterally shaken. Here, the supporting structural member 3 is constituted by a structure suspended from a structural member (not shown) such as a building slab or beam by a bolt (not shown), or the supporting structural member 3 itself. May be a structural material of a building.

参考例として用いる振れ止め金具5は図1に示すように、ケーブルラック1の親桁7に取付ける係止部材2と、係止部材2に連結手段を介して連結すると共に支持構造材3に係止する固定部材4とで構成してある。   As shown in FIG. 1, the steady rest 5 used as a reference example is connected to the locking member 2 attached to the main beam 7 of the cable rack 1, the locking member 2 via the connecting means, and the support structural member 3. It is comprised with the fixing member 4 which stops.

係止部材2は、ケーブルラック1の親桁7の外面に沿わせるための中間部8の上下方向の一端部に一の親桁7aの大きさに対応した大きさに形成されて該一の親桁7aの上端に係止するための第1の係止部9aと、第1の係止部9aの先端から該一の親桁7内方に引っ掛かる第1の引っ掛け部10aとよりなる第1の係止手段6aを設け、更に、中間部8の上下方向の他端部に他の大きさの親桁7bに対応した大きさに形成されて該他の大きさの親桁7bの上端に係止するための第2の係止部9bと、第2の係止部9bの先端から該他の大きさの親桁7bの内方に引っ掛かる第2の引っ掛け部10bとよりなる第2の係止手段6bを設けて構成してあり、第1の係止部9aと第2の係止部9bとはその大きさが異なっている(すなわち図1における寸法aと寸法bとが異なっている)。また、第1の係止手段6aの第1の係止部9aと第2の係止手段6bの第2の係止部9bにはそれぞれ固定部材4に連結するための連結部11を構成する孔11aが設けてある。   The locking member 2 is formed in a size corresponding to the size of the one main beam 7a at one end portion in the vertical direction of the intermediate portion 8 for extending along the outer surface of the main beam 7 of the cable rack 1. A first locking portion 9a for locking to the upper end of the main beam 7a and a first hooking portion 10a that is hooked inwardly of the one main beam 7 from the tip of the first locking portion 9a. 1 is provided at the other end of the intermediate portion 8 in the vertical direction, and is formed in a size corresponding to the parent beam 7b of another size. A second locking portion 9b for locking to the second locking portion 9b, and a second hooking portion 10b hooked from the tip of the second locking portion 9b to the inside of the other size main beam 7b. The first locking portion 9a and the second locking portion 9b are different in size (that is, in FIG. 1). Kicking dimensions a and the dimension b is different). Further, the first locking portion 9a of the first locking means 6a and the second locking portion 9b of the second locking means 6b constitute a connecting portion 11 for connecting to the fixing member 4, respectively. A hole 11a is provided.

固定部材4は上端部に孔15を有する上連結片14を設けるとともに下端部にレ字状に屈曲した下係止部16を設けたものである。   The fixing member 4 is provided with an upper connecting piece 14 having a hole 15 at the upper end portion and a lower locking portion 16 bent in a letter shape at the lower end portion.

そして、第1の係止部9a又は第2の係止部9bのいずれか一方を下にして孔11aから連結手段を構成するボルト17を挿入し、更にボルト17を固定部材4の上連結片14の孔15に挿通してナット18を螺合することで振れ止め金具5が構成してある。   Then, the bolt 17 constituting the connecting means is inserted from the hole 11a with either the first locking portion 9a or the second locking portion 9b facing down, and the bolt 17 is further connected to the upper connecting piece of the fixing member 4 The steady rest 5 is configured by inserting the nut 18 through the 14 holes 15.

上記のような構成の振れ止め金具5を用いてケーブルラック1をアングル材等の支持構造材3上に取付けるには、図2に示すように、取付けようとするケーブルラック1の親桁7(これを一の親桁7aとする)の大きさに対応した大きさの係止部9(この係止部9を第1の係止部9aとする)が上となるようにし、該一の親桁7aの大きさに対応しない方の第2の係止部9bが下となるとともに該下に位置する第2の係止部9b側に前述のようにボルト17、ナット18を用いて固定部材4を連結したものとして使用する。そして、一の親桁7aの上端部に上に位置する第1の係止部9aを係止すると共に第1の引っ掛け部10aを該一の親桁7aの内方に引っ掛け、中間部8を該一の親桁7aの外面に沿わせ、また、固定部材4の下係止部16をアングル材のような支持構造材3の下端に係止し、この状態でナット18を締め付けるものであり、このようにして、振れ止め金具5を用いて一の親桁7aを支持構造材3に取付けて、ケーブルラック1の振れ止めをするものである。   In order to mount the cable rack 1 on the support structure material 3 such as an angle member using the steady rest metal fitting 5 having the above-described configuration, as shown in FIG. The locking portion 9 having a size corresponding to the size of the one main girder 7a (this locking portion 9 is referred to as the first locking portion 9a) is placed on the top. The second locking portion 9b that does not correspond to the size of the main beam 7a is on the lower side, and is fixed to the lower locking portion 9b side using the bolt 17 and the nut 18 as described above. The member 4 is used as connected. Then, the first locking portion 9a located above the upper end portion of the one parent beam 7a is locked, and the first hooking portion 10a is hooked inward of the one parent beam 7a, and the intermediate portion 8 is Along the outer surface of the one main beam 7a, the lower locking portion 16 of the fixing member 4 is locked to the lower end of the support structure material 3 such as an angle member, and the nut 18 is tightened in this state. In this way, the cable rack 1 is prevented from being shaken by attaching the one main beam 7a to the support structural member 3 by using the steadying metal fitting 5.

一方、取付けようとするケーブルラック1の親桁7が上記した一の親桁7aとは異なる大きさの場合、図3に示すように、他の大きさの親桁7bに対応した大きさの第2の係止部9bが上となるようにし、該他の大きさの親桁7bに対応しない方の第1の係止部9aが下となるとともに該下に位置する第1の係止部9a側に前述のようにボルト17、ナット18を用いて固定部材4を連結したものとして使用する。そして、他の大きさの親桁7bの上端部に上に位置する第2の係止部9bを係止すると共に第2の引っ掛け部10bを該他の大きさの親桁7bの内方に引っ掛け、中間部8を該他の大きさの親桁7bの外面に沿わせ、また、固定部材4の下係止部16をアングル材のような支持構造材3の下端に係止し、この状態でナット18を締め付けるものであり、このようにして、振れ止め金具5を用いて他の親桁7bを支持構造材3に取付けて、ケーブルラック1の振れ止めをするものである。   On the other hand, when the main beam 7 of the cable rack 1 to be attached has a size different from that of the one main beam 7a, the size corresponding to the other size of the main beam 7b is obtained as shown in FIG. The second locking portion 9b is on the upper side, and the first locking portion 9a that does not correspond to the other size main beam 7b is on the lower side and the first locking portion located below the first locking portion 9b As described above, the fixing member 4 is connected to the portion 9a side by using the bolt 17 and the nut 18 as described above. And the 2nd latching | locking part 9b located on the upper end part of the main beam 7b of another magnitude | size is latched, and the 2nd hook part 10b is inward of the parent girder 7b of another magnitude | size. The intermediate portion 8 is placed along the outer surface of the other size main beam 7b, and the lower locking portion 16 of the fixing member 4 is locked to the lower end of the support structure material 3 such as an angle member. In this state, the nut 18 is tightened, and in this way, the other main girder 7b is attached to the support structural member 3 by using the steady-fitting metal fitting 5 to prevent the cable rack 1 from steadying.

上記いずれの場合にも、親桁7の上下長さや支持構造材3の上下長さが異なってもナット18の締め付け量を変えることで簡単に対応して確実に振れ止め金具5を用いて親桁7を支持構造材3に取付けることができるものである。   In any of the above cases, even if the vertical length of the main girder 7 or the vertical length of the support structural member 3 is different, it can be easily handled by changing the tightening amount of the nut 18 and securely using the anti-rest fitting 5. The girder 7 can be attached to the support structure 3.

このように、親桁7bの大きさの異なるケーブルラック1を共通の振れ止め金具5により支持構造材3に取付けて振れ止めできるので、振れ止め金具5として複数種類必要でなく、この結果、振れ止め金具5を製造するための金型コストが低下し、また、施工に当たり、複数種類の振れ止め金具5を持って施工する必要がないので、施工も容易に行えるものである。   As described above, since the cable racks 1 having different sizes of the main girders 7b can be attached to the support structural member 3 by the common anti-rest fitting 5, the plural kinds of anti-rest fittings 5 are not necessary. The die cost for manufacturing the fastener 5 is reduced, and since it is not necessary to construct with a plurality of kinds of steady rests 5 in the construction, the construction can be easily performed.

上記図1乃至図3に示す参考例は中間部8の上下方向の一端部と他端部とにそれぞれ連結部11を有する第1の係止手段6aと第2の係止手段6bを設けて、親桁7bの大きさの異なるケーブルラック1を共通の振れ止め金具5により支持構造材3に取付けて振れ止めするようにしているが、図4に示す本発明の実施形態の振れ止め金具5は上記参考例とは異なり、以下のような構成となっている。   In the reference example shown in FIG. 1 to FIG. 3, the first locking means 6a and the second locking means 6b each having the connecting portion 11 are provided at one end and the other end of the intermediate portion 8 in the vertical direction. The cable racks 1 having different sizes of the main girders 7b are attached to the support structure member 3 by the common steady-state fittings 5 so as to be steady. However, the steady-state fittings 5 according to the embodiment of the present invention shown in FIG. Unlike the above reference example, has the following configuration.

すなわち、図4に示すように、本発明の実施形態においては、ケーブルラック1の親桁7の外面に沿わせるための中間部8の下端部に下横片19を設け、横片よりなる係止部9と係止部9の一端部から下方に向けて垂下した引っ掛け部10と、係止部9の他端部から上方に向けて突設した接続片20とにより可動部材21を構成し、この可動部材21の接続片20を中間部8の上端部にボルト22、ナット23により接続して係止部材2を構成し、下横片19と固定部材4の上連結片14とをボルト17、ナット18を用いて連結することで振れ止め金具5を構成してある。そして本実施形態においては、可動部材21とボルト22、ナット23により複数種類の大きさのケーブルラック1に係止可能な係止手段6を構成してある。そして、本実施形態においては、これによりケーブルラック1の親桁7の大きさの違いに応じて、ナット23の締め付け量を調整して図4における寸法Mを該当する親桁7の上端部の巾に対応するように調整するものであり、親桁7の大きさが異なっても、係止部9を親桁7の上端部に係止すると共に引っ掛け部10を親桁7の内方に引っ掛け係止し、中間部8を親桁7の外面に沿わせ、ナット23を締め付け、更に固定部材4の下係止部16をアングル材のような支持構造材3の下端に係止し、この状態でナット18を締め付けるものであり、このようにして、振れ止め金具5を用いて種々の大きさの親桁7を支持構造材3に取付けて、ケーブルラック1の振れ止めをするものである。   That is, as shown in FIG. 4, in the embodiment of the present invention, a lower horizontal piece 19 is provided at the lower end portion of the intermediate portion 8 for extending along the outer surface of the main beam 7 of the cable rack 1. A movable member 21 is configured by the stop portion 9, the hook portion 10 that hangs downward from one end portion of the locking portion 9, and the connection piece 20 that protrudes upward from the other end portion of the locking portion 9. The connecting piece 20 of the movable member 21 is connected to the upper end portion of the intermediate portion 8 by a bolt 22 and a nut 23 to constitute the locking member 2, and the lower horizontal piece 19 and the upper connecting piece 14 of the fixing member 4 are connected to the bolt. 17, the steady rest 5 is configured by connecting using a nut 18. In this embodiment, the movable member 21, the bolt 22, and the nut 23 constitute the locking means 6 that can be locked to a plurality of types of cable racks 1. In the present embodiment, the amount of tightening of the nut 23 is adjusted according to the difference in the size of the main beam 7 of the cable rack 1, and the dimension M in FIG. Even if the size of the parent beam 7 is different, the locking portion 9 is locked to the upper end portion of the parent beam 7 and the hooking portion 10 is placed inward of the parent beam 7. Hook and lock the intermediate portion 8 along the outer surface of the main beam 7, tighten the nut 23, and further lock the lower locking portion 16 of the fixing member 4 to the lower end of the support structure material 3 such as an angle member, In this state, the nut 18 is tightened. In this way, the main rack 7 of various sizes is attached to the support structural member 3 using the anti-rest fitting 5 to prevent the cable rack 1 from being steady. is there.

参考例の振れ止め金具の一実施形態の分解斜視図である。It is a disassembled perspective view of one Embodiment of the steady rest metal fitting of a reference example. 同上の一使用例を示す斜視図である。It is a perspective view which shows the example of 1 use same as the above. 同上の他の使用例を示す斜視図である。It is a perspective view which shows the other usage example same as the above. 本発明の振れ止め金具の他の実施形態の分解斜視図である。It is a disassembled perspective view of other embodiment of the steady rest of this invention. 従来例の振れ止め金具の分解斜視図である。It is a disassembled perspective view of the steady rest metal fitting of a prior art example.

符号の説明Explanation of symbols

1 ケーブルラック
2 係止部材
3 支持構造材
4 固定部材
5 振れ止め金具
6 係止手段
7 親桁
8 中間部
11 連結部
DESCRIPTION OF SYMBOLS 1 Cable rack 2 Locking member 3 Support structure material 4 Fixing member 5 Stabilizing metal fitting 6 Locking means 7 Parent girder 8 Middle part 11 Connection part

Claims (1)

ケーブルラックに係止する係止部材と、係止部材に連結するとともに支持構造材に係止する固定部材とを備えたケーブルラックの振れ止め金具であって、ケーブルラックの親桁の外面に沿わせるための中間部の下端部に固定部材を連結するための連結部を設け、親桁の上端に係止するための係止部、係止部の一端部に設けられ親桁内方に引掛かる引っ掛け部、係止部の他端部に設けられる接続片、を有する可動部材を構成し、該可動部材の接続片を中間部の上端部にボルト、ナットにより接続して係止部材を構成して成ることを特徴とするケーブルラックの振れ止め金具。 A cable rack steadying bracket comprising a locking member for locking to a cable rack, and a fixing member connected to the locking member and locked to a support structure, and is provided along the outer surface of the main girder of the cable rack. A connecting part for connecting the fixing member is provided at the lower end of the intermediate part for locking, and a locking part for locking to the upper end of the parent girder is provided at one end of the locking part and pulled inwardly to the parent girder. A movable member having a hooking portion to be hooked and a connecting piece provided at the other end of the locking portion is configured, and the locking member is configured by connecting the connecting piece of the movable member to the upper end portion of the intermediate portion with a bolt and a nut. A cable rack steadying bracket characterized by comprising:
JP2003435229A 2003-12-26 2003-12-26 Cable rack steady rest bracket Expired - Fee Related JP4095548B2 (en)

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JP2003435229A JP4095548B2 (en) 2003-12-26 2003-12-26 Cable rack steady rest bracket

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2003435229A JP4095548B2 (en) 2003-12-26 2003-12-26 Cable rack steady rest bracket

Related Parent Applications (1)

Application Number Title Priority Date Filing Date
JP23021599A Division JP3536732B2 (en) 1999-08-17 1999-08-17 Cable rack steady rest

Publications (2)

Publication Number Publication Date
JP2004105000A JP2004105000A (en) 2004-04-02
JP4095548B2 true JP4095548B2 (en) 2008-06-04

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JP2003435229A Expired - Fee Related JP4095548B2 (en) 2003-12-26 2003-12-26 Cable rack steady rest bracket

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