JP6263448B2

JP6263448B2 - Wiring cable straightener

Info

Publication number: JP6263448B2
Application number: JP2014143193A
Authority: JP
Inventors: 基一郎篠原
Original assignee: 篠原電機株式会社
Priority date: 2014-07-11
Filing date: 2014-07-11
Publication date: 2018-01-17
Anticipated expiration: 2034-07-11
Also published as: JP2016019453A

Description

本発明は、例えばサーバーラック内のサーバーから導出される配線ケーブルの一群を、各ケーブルの系統や機能などに応じて整然と配置するための配線ケーブルの整線具に関する。 The present invention relates to a wiring cable straightening tool for arranging a group of wiring cables led out from a server in a server rack, for example, in an orderly manner according to the system and function of each cable.

この種の配線ケーブルの整線具（配線・配管材引出装置）は、例えば特許文献１に開示されている。横方向へ導出された配線ケーブルを支持する受具と、受具に掛止装着されて、縦方向へ導出された配線ケーブルを支持する支持具とで構成される。受具は、平行に配置される前後一対の異形筋線材と、これらの線材の間に一定間隔おきに溶接されるコ字状の子筋線材と、異形筋線材と平行に配置されて子筋線材の底枠部分に溶接される複数の親筋線材とで樋状に形成される。支持具は、フック状の固定部と、固定部の下側に延びる当接部と、当接部の下端から連出される平面視がコ字状の支持部とを、一筆書き状に折曲げて形成される。支持具は、その固定部を異形筋線材に掛止し、当接部を親筋線材で受止めた状態で、受具の長手方向の任意位置に装着することができ、固定部をかしめることにより受具と一体化される。 This type of wiring cable straightening tool (wiring / piping material drawing device) is disclosed in Patent Document 1, for example. It is comprised with the holder which supports the wiring cable derived | led-out in the horizontal direction, and the support tool which is latched and attached to the holder and supports the wiring cable derived | led-out in the vertical direction. The support is a pair of front and rear deformed bars arranged in parallel, a U-shaped braid that is welded between these wires at regular intervals, and a braid arranged in parallel with the deformed bar It is formed in a bowl shape with a plurality of main reinforcement wires welded to the bottom frame portion of the wire. The support is formed by bending a hook-shaped fixing portion, a contact portion extending downward from the fixing portion, and a support portion having a U-shape in plan view extending from the lower end of the contact portion into a single stroke. Formed. The support tool can be attached to any position in the longitudinal direction of the support tool with the fixed part hooked to the deformed muscle wire and the contact part received by the parent muscle wire, and the fixed part is caulked. This is integrated with the receiver.

同様の整線具（配線保持装置）は、特許文献２にも見ることができる。特許文献２では、左右一対の側部支持体と、同支持体の背面上下に連結される横架材と、側部支持体の間に配置される天板、上棚、中間棚などでサーバーラックを構成し、横架材に整線具を装着している。整線具は、左右一対の水平線条体と、水平線条体の突端に連続して起立する起立線条体と、起立線条体の上端同士を繋ぐ連結線条体と、水平線条体の基端から下向きに延びる垂下線条体と、垂下線条体の下端から外側方へ曲がって上方に延びる上昇線条体とを一筆書き状に折曲げて形成される。横架材は断面Ｃ状のチャンネル材で形成されており、その取付け溝内に垂下線条体と上昇線条体を係合し、水平線条体の基端部分を取付け溝内の開口に臨む下起立壁で受止めることにより、整線具を横架材の左右方向の任意位置に装着できる。横架材に装着した整線具は、その水平線条体と、門型に連続する起立線条体および連結線条体が横架材の後方へ突出しており、この突出枠部分で横方向へ導出された配線ケーブルを支持し、あるいは、縦方向へ導出された配線ケーブルを突出枠部分の内部に通すことにより、配線ケーブルの配線形態を整えている。 A similar wire fitting (wiring holding device) can also be seen in Patent Document 2. In Patent Document 2, a server rack includes a pair of left and right side supports, a horizontal member connected to the back and top of the support, and a top plate, an upper shelf, an intermediate shelf and the like arranged between the side supports. It is equipped with a straightening tool on the horizontal member. The straightening tool is composed of a pair of left and right horizontal striates, a standing striate that stands up continuously at the protruding end of the horizontal striated body, a connecting striated body that connects the upper ends of the striated striates, and a base of the horizontal striatum. It is formed by bending a drooping line extending downward from the end and an ascending line extending upward from the lower end of the drooping line into a single stroke. The horizontal member is formed of a channel member having a C-shaped cross section, and the hanging linear body and the rising linear body are engaged in the mounting groove, and the base end portion of the horizontal linear body faces the opening in the mounting groove. By receiving it with the lower standing wall, the straightening tool can be mounted at an arbitrary position in the horizontal direction of the horizontal member. The wire straightening tool attached to the horizontal member has its horizontal striated body, the standing striated line and the connecting striated line continuous in the gate shape projecting backward from the horizontal member. The distribution form of the distribution cable is adjusted by supporting the derived distribution cable or by passing the distribution cable derived in the vertical direction through the inside of the protruding frame portion.

特許第４９３９６７５号公報（段落番号００４０〜００４６、図１）Japanese Patent No. 4939675 (paragraph numbers 0040 to 0046, FIG. 1) 特開２００１−１０４０７２号公報（段落番号００１１〜００１５、図３）JP 2001-104072 (paragraph numbers 0011 to 0015, FIG. 3)

特許文献１の整線具は、樋状の受具の外側面に装着して使用され、受具は、工場などの建物の天井下や建物壁に沿って配置してある。このように、受具とは別に引出装置を設け、受具から下方の電気盤へ向かって垂下導出される配線ケーブルの屈曲部を引出装置の支持部で支持すると、配線ケーブルの垂下導出部が急激に折曲がるのを防止して、配線ケーブルを保護することができる。しかし、この整線具は、あくまでも工場などの建物の天井下や建物壁に沿って配置される、いわば外部配線用の整線具でしかなく、とくに受具の幅寸法が大きいため、例えばサーバーラックの内部配線の整線具として使用するのには適さない。また、固定部を受け具の異形筋線材にかしめ固定するので、サーバーの増設や交換に伴って、引出装置の固定位置を変更して配線ケーブルの配線形態を変更する場合に多くの手間が掛かる。 The straightening tool of Patent Document 1 is used by being attached to the outer side surface of a bowl-shaped receiver, and the receiver is arranged under the ceiling of a building such as a factory or along a building wall. As described above, when the drawing device is provided separately from the receiver, and the bent portion of the wiring cable that is drawn down from the holder toward the lower electric panel is supported by the support portion of the drawing device, the hanging-out portion of the wiring cable is It is possible to protect the wiring cable by preventing sudden bending. However, this wire aligning device is only a wire aligning device for external wiring, which is placed under the ceiling of a building such as a factory or along the building wall. Especially, the width of the receiving device is large. Not suitable for use as a wiring arrangement for rack internal wiring. In addition, since the fixing part is caulked and fixed to the deformed wire rod of the receiving tool, it takes a lot of time to change the wiring form of the wiring cable by changing the fixing position of the drawer device as the server is added or replaced .

特許文献２によれば、必要に応じて整線具の横架材に対する装着位置を左右方向へ自由に変更できるので、サーバーの増設や交換に伴って、配線ケーブルの配線形態を変更する場合の手間を軽減できる。また、必要があれば、側部支持体に対する横架材の連結位置を上下に変更して、横方向へ導出される配線ケーブルの支持高さを変更することができる。しかし、横架材の連結位置を上下に変更するには、横架材を側部支持体から取外して、装着位置を変更したうえで再び側部支持体に連結する必要があるので、一連の作業が大掛かりになり、多くの手間が掛かる。 According to Patent Document 2, since the mounting position of the wire-liner on the horizontal member can be freely changed in the left-right direction as necessary, the case where the wiring form of the wiring cable is changed with the addition or replacement of the server. Can save time and effort. If necessary, the support position of the wiring cable led out in the lateral direction can be changed by changing the connecting position of the horizontal member to the side support body up and down. However, in order to change the connecting position of the horizontal member up and down, it is necessary to remove the horizontal member from the side support, change the mounting position, and then connect to the side support again. Work becomes large and takes a lot of time and effort.

例えば、サーバーラックの内部には、多数個のサーバーと、各サーバーの作動状態を制御するホストマシンあるいはハブなどが多段状に収容してあり、これらの機器にはそれぞれ電力ケーブルや通信ケーブルが接続されている。これらの配線ケーブルは、各ケーブルの系統や機能などに応じて集約され、結束バンドで束ねた状態でサーバーラック内から、サーバーラックの外部に設けたケーブルラックへと導出される。多くの場合、結束バンドでまとめられたケーブル束は、サーバーラックの内部の支柱を利用して止め付けるが、支柱の数が少ないため、すべてのケーブル束を整然と分別した状態で配置することができない。そのため、サーバーの増設や交換を行うときに、配線ケーブルの追加やケーブル束からの取外しを簡便にしかも迅速に行うことが難しい。 For example, the server rack contains multiple servers and host machines or hubs that control the operating status of each server in multiple stages, and power and communication cables are connected to these devices. Has been. These wiring cables are aggregated according to the system and function of each cable, and led out from the server rack to a cable rack provided outside the server rack in a state of being bundled by a binding band. In many cases, cable bundles bundled with cable ties are fastened by using the support posts inside the server rack. However, because the number of support posts is small, all cable bundles cannot be arranged in an orderly manner. . For this reason, when adding or replacing servers, it is difficult to easily and quickly add a wiring cable or remove it from a cable bundle.

本発明は、上記のような配線ケーブルの雑然とした配線形態を一掃して、系統や機能などに応じてケーブル束を整然と配置でき、しかも、内部機器の増設や交換に伴うケーブル束の配線形態を容易に変更できる配線ケーブルの整線具を提供することにある。 The present invention eliminates the cluttered wiring form of the wiring cable as described above, and can arrange the cable bundle in an orderly manner according to the system, function, etc., and the wiring form of the cable bundle accompanying the expansion or replacement of internal devices It is an object of the present invention to provide a wiring cable straightening device that can easily change the cable.

本発明に係る配線ケーブルの整線具は、多数個の内部機器２・３を収容する筐体１の内壁に固定される整線ベース１０と、整線ベース１０に装着されて、内部機器２・３に接続された配線ケーブル４のケーブル束Ｃを導出案内するケーブルホルダー１１とを備えている。整線ベース１０には、ケーブルホルダー１１を着脱するための装着部１８の一群が設けられている。ケーブルホルダー１１は、ケーブル束Ｃを支持するホルダー本体２０と、ホルダー本体２０と一体に設けられる平坦な取付けベース２１と、取付けベース２１に設けられて前記装着部１８に着脱される複数の掛止体２２・２３と、ケーブル束Ｃの出入口２４とを備えている。掛止体２２・２３を装着部１８に係合装着することにより、ケーブルホルダー１１は整線ベース１０の任意位置に装着することができる。整線ベース１０は、交差配置される多数個の格子材１５を備えた格子体１６と、格子体１６を支持する周囲枠１７とで構成されて、周囲枠１７が筐体１の内壁に装着具１３で固定されている。ケーブルホルダー１１の取付けベース２１の両端に、格子材１５に掛止装着される掛止体２２・２３がそれぞれ形成されている。格子体１６は、金属線材１５の一群を縦横に交差配置して構成する。金属線材１５の縦方向の隣接間隔と横方向の隣接間隔は同じに設定されている。ケーブルホルダー１１のホルダー本体２０の外面の２か所に、取付けベース２１が互いに直交する状態で設けられて、両取付けベース２１のそれぞれに、金属線材１５の縦横の隣接間隔に対応した掛止体２２・２３が形成されている。そして、複数種のケーブル束Ｃを整線ベース１０に装着した多数個のケーブルホルダー１１で、配線ケーブル４の系統や機能に応じて分別保持した状態で導出案内することを特徴とする。 The wiring cable straightening tool according to the present invention includes a wiring base 10 fixed to the inner wall of the casing 1 that houses a large number of internal devices 2 and 3, and the internal device 2 mounted on the wiring base 10. A cable holder 11 that guides and guides the cable bundle C of the distribution cable 4 connected to 3 is provided. The straightening base 10 is provided with a group of mounting portions 18 for attaching and detaching the cable holder 11. The cable holder 11 includes a holder body 20 that supports the cable bundle C, a flat attachment base 21 that is provided integrally with the holder body 20, and a plurality of latches that are provided on the attachment base 21 and are attached to and detached from the attachment portion 18. The body 22 and 23 and the entrance / exit 24 of the cable bundle C are provided. The cable holder 11 can be mounted at an arbitrary position of the straightening base 10 by engaging and mounting the latching bodies 22 and 23 to the mounting portion 18. The straightening base 10 includes a lattice body 16 having a large number of lattice members 15 arranged in an intersecting manner and a peripheral frame 17 that supports the lattice body 16. The peripheral frame 17 is attached to the inner wall of the housing 1. It is fixed with the tool 13. At both ends of the attachment base 21 of the cable holder 11, latching bodies 22 and 23 that are latched and attached to the lattice material 15 are formed. The lattice body 16 is configured by arranging a group of metal wire rods 15 vertically and horizontally. The adjacent distance in the vertical direction and the adjacent distance in the horizontal direction of the metal wire 15 are set to be the same. Mounting bases 21 are provided at two positions on the outer surface of the holder main body 20 of the cable holder 11 so as to be orthogonal to each other, and each of the mounting bases 21 is a latching body corresponding to the vertical and horizontal adjacent intervals of the metal wire 15. 22 and 23 are formed. A plurality of types of cable bundles C are guided and guided by a plurality of cable holders 11 attached to the wire-shaping base 10 in a state of being separately held according to the system and function of the wiring cable 4.

ホルダー本体２０の出入口２４に、互いに係合してホルダー本体２０の拡開変形を規制する規制爪２５・２６が設けてられている。 At the entrance / exit 24 of the holder main body 20, restricting claws 25 and 26 that engage with each other to restrict the expansion deformation of the holder main body 20 are provided.

ケーブルホルダー１１のホルダー本体２０を四角枠状に形成して、ホルダー本体２０および規制爪２５・２６の内外面に周回リブ２７を突設する。取付けベース２１は、周回リブ２７と、同リブ２７と交差する複数の横リブ２８を介してホルダー本体２０と一体化する。 The holder body 20 of the cable holder 11 is formed in a square frame shape, and the circumferential ribs 27 project from the inner and outer surfaces of the holder body 20 and the restricting claws 25 and 26. The mounting base 21 is integrated with the holder main body 20 via a circumferential rib 27 and a plurality of lateral ribs 28 intersecting with the rib 27.

ホルダー本体２０の出入口２４における規制爪２５・２６の係合位置を、ホルダー本体２０の上下中央より上側に設ける。内側の規制爪２６と同爪２６に連続するホルダー本体２０の長さＨ２を、外側の規制爪２５と同爪２５に連続するホルダー本体２０の長さＨ１より大きく設定して、内側の規制爪２６と同爪２６に連続するホルダー本体２０の弾性変形を容易化している。 The engaging positions of the restricting claws 25 and 26 at the entrance / exit 24 of the holder main body 20 are provided above the center of the holder main body 20 in the vertical direction. The length H2 of the holder main body 20 that is continuous with the inner restricting claw 26 and the same claw 26 is set larger than the length H1 of the holder main body 20 that is continuous with the outer restricting claw 25 and the same claw 25, so The holder body 20 that is continuous with the claw 26 and the claw 26 is easily elastically deformed.

整線ベース１０は、多数個のサーバー２を収容するサーバーラック１の内壁に固定する。サーバー２に接続された配線ケーブル４のケーブル束Ｃを、整線ベース１０に装着した多数個のケーブルホルダー１１で縦横に導出案内して、各ケーブル束Ｃの接続端をサーバーラック１の外へ取出す。 The straightening base 10 is fixed to the inner wall of the server rack 1 that accommodates a large number of servers 2. The cable bundle C of the distribution cable 4 connected to the server 2 is guided in a vertical and horizontal direction by a large number of cable holders 11 attached to the wire-shaping base 10, and the connection end of each cable bundle C is moved out of the server rack 1. Take out.

本発明においては、装着部１８の一群を備えている整線ベース１０と、同ベース１０に装着されて、ケーブル束Ｃを導出案内するケーブルホルダー１１とで整線具を構成した。また、ケーブル束Ｃを支持するホルダー本体２０と、平坦な取付けベース２１と、装着部１８に着脱される複数の掛止体２２・２３などでケーブルホルダー１１を構成し、同ホルダー１１にケーブル束Ｃの出入口２４を設けるようにした。こうした整線具によれば、ケーブルホルダー１１の整線ベース１０に対する装着位置を変更することで、ケーブル束Ｃの配線形態を自由に調整できる。従って、本発明の整線具によれば、整線ベース１０に装着した多数個のケーブルホルダー１１に沿ってケーブル束Ｃを通線することにより、配線ケーブル４の系統や機能に応じて複数種のケーブル束Ｃを分別保持した状態で整然と配置できる。また、ケーブル束Ｃが配線ケーブル４の系統や機能に応じて集約されるので、内部機器２・３の追加や交換に伴って配線ケーブル４を追加する際の配線間違いをよく防止できる。とくに、ケーブル束Ｃが色別に集約してある場合には、その色を一見するだけで配線ケーブル４の系統や機能を識別できるので、配線間違いをさらに確実に防止できる。また、ケーブル束Ｃの重量を複数のケーブルホルダー１１で支持し、さらにケーブル束Ｃをケーブルホルダー１１で位置保持した状態で、不要な配線ケーブル４をケーブル束Ｃから抜外すことができるので、配線ケーブル４の抜外し作業をより少ない手間で的確に行える。 In the present invention, the wire-straightening tool is configured by the wire-shaping base 10 having a group of mounting portions 18 and the cable holder 11 that is mounted on the base 10 and guides and guides the cable bundle C. The cable holder 11 is composed of a holder main body 20 that supports the cable bundle C, a flat mounting base 21, and a plurality of hooks 22 and 23 that are attached to and detached from the mounting portion 18. The entrance / exit 24 of C was provided. According to such a straightening tool, the wiring form of the cable bundle C can be freely adjusted by changing the mounting position of the cable holder 11 with respect to the straightening base 10. Therefore, according to the wire aligning tool of the present invention, by passing the cable bundle C along the many cable holders 11 attached to the wire aligning base 10, a plurality of types according to the system and function of the wiring cable 4 are provided. Can be arranged neatly in a state where the cable bundle C is separately held. Further, since the cable bundle C is aggregated according to the system and function of the wiring cable 4, it is possible to prevent a wiring mistake when adding the wiring cable 4 with the addition or replacement of the internal devices 2 and 3. In particular, when the cable bundles C are grouped by color, the system and function of the wiring cable 4 can be identified by just looking at the color, and thus wiring mistakes can be prevented more reliably. In addition, since the weight of the cable bundle C is supported by the plurality of cable holders 11 and the cable bundle C is held in position by the cable holder 11, unnecessary wiring cables 4 can be removed from the cable bundle C. The removal work of the cable 4 can be accurately performed with less effort.

ホルダー本体２０の出入口２４に規制爪２５・２６を設けると、ケーブル束Ｃを支持するホルダー本体２０が、ケーブル束Ｃの重量で拡開変形するのを、互いに係合する規制爪２５・２６で規制できる。従って、ホルダー本体２０に通線したケーブル束Ｃを、ホルダー本体２０で確実に保持して、ケーブル束Ｃの配線形態を常に整然とした状態に維持できる。ケーブル束Ｃが出入口２４からはみ出ることもない。また、規制爪２５・２６のいずれか一方を弾性変形させて出入口２４を広げることにより、ケーブル束Ｃをホルダー本体２０内に収容して簡単に通線することができる。 When the restricting claws 25 and 26 are provided at the entrance / exit 24 of the holder main body 20, the holder main body 20 that supports the cable bundle C is expanded and deformed by the weight of the cable bundle C. Can be regulated. Therefore, the cable bundle C connected to the holder main body 20 can be securely held by the holder main body 20, and the wiring form of the cable bundle C can be always maintained in an orderly state. The cable bundle C does not protrude from the entrance / exit 24. Further, the cable bundle C can be accommodated in the holder main body 20 and can be easily connected by elastically deforming one of the restricting claws 25 and 26 to widen the entrance / exit 24.

交差配置される多数個の格子材１５を備えた格子体１６と、格子体１６を支持する周囲枠１７とで整線ベース１０を構成すると、取付けベース２１の両端に設けた掛止体２２・２３を上下あるいは左右に隣接する格子材１５に掛止するだけで、ケーブルホルダー１１を格子体１６に簡単に装着できる。また、掛止体２２・２３を格子材１５から抜外すことにより、ケーブルホルダー１１を格子体１６から簡単に取外すことができるので、ケーブルホルダー１１の整線ベース１０に対する着脱を簡便に行える。使用時には、周囲枠１７を装着具１３で固定して、整線ベース１０を筐体１の内壁に取付けるので、ケーブルホルダー１１を整線ベース１０の任意の位置に装着する際に、装着具１３が邪魔になることもない。 When the straightening base 10 is constituted by the grid body 16 having a large number of grid members 15 arranged in an intersecting manner and the peripheral frame 17 that supports the grid body 16, the latching bodies 22 provided at both ends of the mounting base 21. The cable holder 11 can be easily attached to the grid body 16 simply by hooking the 23 on the grid material 15 adjacent vertically or horizontally. Moreover, since the cable holder 11 can be easily detached from the lattice body 16 by removing the latching bodies 22 and 23 from the lattice material 15, the cable holder 11 can be easily attached to and detached from the line-fixing base 10. At the time of use, the peripheral frame 17 is fixed by the mounting tool 13, and the wire-shaping base 10 is attached to the inner wall of the housing 1, so that the mounting tool 13 is attached when the cable holder 11 is mounted at an arbitrary position of the wire-shaping base 10. Does not get in the way.

金属線材１５の一群を縦横に交差配置して格子体１６を構成し、金属線材１５の縦方向の隣接間隔と横方向の隣接間隔を同じに設定すると、装着部１８を正方形状に形成して、ケーブルホルダー１１の装着部１８に対する装着姿勢を縦横いずれにも変更できる。また、ホルダー本体２０の外面の２か所に取付けベース２１を設け、両取付けベース２１のそれぞれに掛止体２２・２３を設けると、ケーブルホルダー１１の装着部１８に対する装着姿勢をさらに多様に変更して、出入口２４の向きをホルダー本体２０の前、上、下、左、右などに変更できる。従って、コード束Ｃの配線形態やユーザーの好みに応じて、ケーブルホルダー１１の装着姿勢と装着位置を変更し、ケーブル束Ｃを縦方向や横方向へ導出案内してコード束Ｃの配線形態を最適化できる。縦導出用のケーブルホルダーと横導出用のケーブルホルダーを別途設ける場合に比べて、整線構造を簡素化して低コスト化できる利点もある。 When a group of metal wires 15 are arranged vertically and horizontally to form a lattice body 16 and the adjacent distance in the vertical direction and the adjacent distance in the horizontal direction of the metal wire 15 are set to be the same, the mounting portion 18 is formed in a square shape. The mounting posture of the cable holder 11 with respect to the mounting portion 18 can be changed to either vertical or horizontal. Further, if the mounting bases 21 are provided at two locations on the outer surface of the holder main body 20 and the latching bodies 22 and 23 are provided on each of the mounting bases 21, the mounting posture of the cable holder 11 with respect to the mounting portion 18 can be changed in various ways. Thus, the direction of the entrance / exit 24 can be changed to the front, upper, lower, left, right, or the like of the holder body 20. Therefore, according to the wiring configuration of the cord bundle C and the user's preference, the mounting orientation and mounting position of the cable holder 11 are changed, and the cable bundle C is led out in the vertical direction and the horizontal direction to guide the wiring configuration of the cord bundle C. Can be optimized. Compared to the case where a cable holder for vertical derivation and a cable holder for horizontal derivation are provided separately, there is an advantage that the wire-straightening structure can be simplified and the cost can be reduced.

ホルダー本体２０および規制爪２５・２６の内外面に周回リブ２７を突設し、周回リブ２７と複数の横リブ２８を介して、取付けベース２１をホルダー本体２０と一体化すると、周回リブ２７および横リブ２８によって、ホルダー本体２０と取付けベース２１の構造強度を増強できる。従って、ケーブル束Ｃを支持するときのホルダー本体２０の耐荷重を向上して、より多くのケーブル束Ｃをケーブルホルダー１１に通線できる。 When circumferential ribs 27 project from the inner and outer surfaces of the holder main body 20 and the regulating claws 25 and 26 and the mounting base 21 is integrated with the holder main body 20 via the circumferential ribs 27 and the plurality of lateral ribs 28, the circumferential ribs 27 and The lateral ribs 28 can increase the structural strength of the holder body 20 and the mounting base 21. Therefore, the load resistance of the holder body 20 when supporting the cable bundle C can be improved, and more cable bundles C can be passed through the cable holder 11.

内側の規制爪２６およびホルダー本体２０の長さＨ２を、外側の規制爪２５およびホルダー本体２０の長さＨ１より大きく設定すると、内側の規制爪２６およびホルダー本体２０のモーメントアームを大きくして、より小さな力で規制爪２６を弾性変形できる。従って、ホルダー本体２０の出入口２４におけるケーブル束Ｃの通線を迅速にしかも簡便に行える。また、規制爪２６側の長さＨ２が、規制爪２５側の長さＨ１より大きいので、両規制爪２５・２６の係合が解除された場合でも、ケーブル束Ｃを規制爪２６で受止めて、ケーブル束Ｃが出入口２４からはみ出し、あるいは脱落するのをよく防止できる。 When the length H2 of the inner restriction claw 26 and the holder body 20 is set larger than the length H1 of the outer restriction claw 25 and the holder body 20, the moment arm of the inner restriction claw 26 and the holder body 20 is increased, The restricting claw 26 can be elastically deformed with a smaller force. Therefore, the cable bundle C can be routed quickly and easily at the entrance / exit 24 of the holder body 20. Further, since the length H2 on the restriction claw 26 side is larger than the length H1 on the restriction claw 25 side, the cable bundle C is received by the restriction claw 26 even when the engagement between the restriction claws 25 and 26 is released. Thus, the cable bundle C can be well prevented from sticking out or dropping out from the entrance / exit 24.

整線ベース１０をサーバーラック１の内壁に固定し、サーバー２から導出されたケーブル束Ｃを、整線ベース１０に装着したケーブルホルダー１１で縦横に導出案内してサーバーラック１の外へ取出すと、サーバーラック１の内部においてケーブル束Ｃが雑然と入り乱れた状態で配線されるのを一掃できる。また、サーバーラック１内の配線ケーブル４を整然と配線できるので、サーバー２と配線ケーブル４の接続状態の確認や、発熱に伴うケーブル劣化などの保守管理を手際よく行える。 When the straightening base 10 is fixed to the inner wall of the server rack 1 and the cable bundle C led out from the server 2 is led out vertically and horizontally by the cable holder 11 attached to the straightening base 10 and taken out of the server rack 1. In the server rack 1, the cable bundle C can be eliminated from being messed up and disturbed. In addition, since the distribution cables 4 in the server rack 1 can be arranged in an orderly manner, it is possible to check the connection state between the server 2 and the distribution cables 4 and to perform maintenance management such as cable deterioration due to heat generation.

本発明に係る整線具を示す図２におけるＡ−Ａ線矢視図である。It is the AA arrow directional view in FIG. 2 which shows the wire arrangement tool which concerns on this invention. 本発明に係る整線具の適用例を示すサーバーラックの内部側面図である。It is an internal side view of the server rack which shows the example of application of the wire arrangement tool which concerns on this invention. 本発明に係る整線具の分解斜視図である。It is a disassembled perspective view of the wire arrangement tool which concerns on this invention. 図１におけるＢ−Ｂ線断面図である。It is the BB sectional view taken on the line in FIG. 本発明に係るケーブルホルダーの外観六面図と断面図である。It is the external appearance 6 side view and sectional drawing of the cable holder which concerns on this invention. 整線具を構成する装着具の別の実施例を示す斜視図および縦断側面図である。It is the perspective view which shows another Example of the mounting tool which comprises a wire-shaping tool, and a vertical side view.

（実施例１）図１ないし図５は、本発明に係る配線ケーブル用の整線具の実施例を示す。本発明における前後、左右、上下とは、図１から図３に示す交差矢印と、各矢印の近傍に表記した前後、左右、上下の表示に従う。図２は整線具の適用例であるサーバーラック（筐体）１の概略構造を示す内部側面図である。サーバーラック１は、上下に長い中空の四角箱状に構成されており、ラック内に設置したフレームに一群のサーバー（内部機器）２やホストマシン（内部機器）３などが多段状に収容してある。 (Example 1) FIG. 1 thru | or 5 shows the Example of the wire straightening tool for wiring cables which concerns on this invention. In the present invention, front / rear, left / right, and upper / lower follow the cross arrows shown in FIGS. 1 to 3 and the front / rear, left / right, and upper / lower indications shown near each arrow. FIG. 2 is an internal side view showing a schematic structure of a server rack (housing) 1 which is an application example of the wire straightening tool. The server rack 1 is configured as a hollow square box that is long in the vertical direction. A group of servers (internal devices) 2 and host machines (internal devices) 3 are accommodated in a multi-stage manner in a frame installed in the rack. is there.

サーバー２やホストマシン３から導出された電力ケーブルや通信ケーブルなどの配線ケーブル４の一群を、各ケーブルの系統や機能などに応じて整然と配置するために、サーバーラック１の前後壁の内面の上下に４個の整線構造が配置してある。サーバーラック１の左右側面にはメンテナンス用のドア（図示されていない）が開閉可能に設けてあり、このドアを開放することによりサーバー２やホストマシン３の点検や交換を行うことができる。配線ケーブル４は、その系統や機能などに応じて赤・青・黄色・緑・灰色などの異なる色に着色されており、異なる色ごとに結束バンド５で結束されてケーブル束Ｃとしてまとめられている（図１参照）。なお、サーバーラック１は、その前後壁が隣接する状態で直線列状に配置されてラック列を構成しており、メンテナンス用のドアは、隣接するラック列の間の通路に臨ませてある。 In order to arrange a group of wiring cables 4 derived from the server 2 and the host machine 3 such as power cables and communication cables in order according to the system and function of each cable, the upper and lower surfaces of the front and rear walls of the server rack 1 4 are arranged in a straight line. Maintenance doors (not shown) are provided on the left and right sides of the server rack 1 so as to be openable and closable, and the server 2 and the host machine 3 can be inspected and replaced by opening the doors. The wiring cable 4 is colored in different colors such as red, blue, yellow, green, and gray according to its system and function, and is bundled as a cable bundle C by being bundled with a binding band 5 for each different color. (See FIG. 1). The server rack 1 is arranged in a straight line with the front and rear walls thereof adjacent to each other to form a rack line, and the maintenance door faces the passage between the adjacent rack lines.

図１において整線構造を構成する整線具は、サーバーラック１の前後壁の内面に固定される整線ベース１０と、整線ベース１０に装着されて、配線ケーブル４のケーブル束Ｃを導出案内する多数個のケーブルホルダー１１と、整線ベース１０を横枠１２に固定する装着具１３などで構成する。横枠１２は、断面がＣ字状のアルミニウム製のチャンネル材からなり、その開口面がサーバーラック１の前後壁に接合する状態で固定してある。 In FIG. 1, the wire arrangement tool constituting the wire arrangement structure is fixed to the inner surfaces of the front and rear walls of the server rack 1 and is attached to the wire arrangement base 10 to derive the cable bundle C of the wiring cable 4. A plurality of cable holders 11 to be guided and a mounting tool 13 for fixing the wire base 10 to the horizontal frame 12 are used. The horizontal frame 12 is made of an aluminum channel material having a C-shaped cross section, and is fixed in a state where the opening surface is joined to the front and rear walls of the server rack 1.

整線ベース１０は、互いに交差配置される多数個の金属線材（格子材）１５で構成される格子体１６と、格子体１６を支持する周囲枠１７とで構成してある。詳しくは、直線状の金属線材１５の一群を一定間隔おきに縦横に交差配置し、金属線材１５の交差部分を溶接して格子体１６を構成している。格子体１６と周囲枠１７の交差部分も溶接してある。金属線材１５の縦方向の隣接間隔と横方向の隣接間隔とは同じに設定されており、これに伴い格子体１６に正方形状の装着部１８が縦横に連続する状態で形成される。周囲枠１７は、金属線材１５より大きな直径の丸棒材で上下に長い四角枠状に形成してあり、棒端同士を溶接して無端枠状に形成してある。金属線材１５の一群で構成した格子体１６と、格子体１６を支持する周囲枠１７とで整線ベース１０を構成するので構造に無駄がない。縦横寸法が異なる整線ベース１０を複数種用意しておくことにより、配線すべきケーブル束Ｃの数や配線形態に適合した整線ベース１０を使用することができる。 The straightening base 10 is composed of a lattice body 16 composed of a large number of metal wire materials (lattice materials) 15 that are arranged to cross each other, and a peripheral frame 17 that supports the lattice body 16. Specifically, a group of linear metal wires 15 are arranged to cross each other at regular intervals in the vertical and horizontal directions, and the intersecting portions of the metal wires 15 are welded to constitute the lattice body 16. The intersection of the grid 16 and the peripheral frame 17 is also welded. The adjacent interval in the vertical direction and the adjacent interval in the horizontal direction of the metal wire 15 are set to be the same, and accordingly, the square-shaped mounting portions 18 are formed in the lattice body 16 in a state of being continuous vertically and horizontally. The peripheral frame 17 is a round bar having a diameter larger than that of the metal wire 15 and is formed in a rectangular frame shape that is long in the vertical direction, and is formed into an endless frame shape by welding the ends of the bars. Since the straightening base 10 is composed of the lattice body 16 constituted by a group of metal wires 15 and the peripheral frame 17 that supports the lattice body 16, the structure is not wasted. By preparing a plurality of types of the wire bases 10 having different vertical and horizontal dimensions, the wire bases 10 suitable for the number of cable bundles C to be wired and the wiring form can be used.

図３においてケーブルホルダー１１は、ケーブル束Ｃを支持するホルダー本体２０と、ホルダー本体２０と一体に設けられる平坦な取付けベース２１と、取付けベース２１の両端に設けられる第１、第２の掛止爪（掛止体）２２・２３と、ホルダー本体２０の前端に形成されるケーブル束Ｃの出入口２４とを備えたプラスチック成型品からなる。この実施例では、ホルダー本体２０を四角枠状に形成して、ホルダー本体２０の後枠部と上枠部のそれぞれに取付けベース２１を互いに直交する状態で設け、両取付けベース２１のそれぞれに第１、第２の掛止爪２２・２３を設けるようにした。また、ホルダー本体２０の出入口２４に、ホルダー本体２０と同じ幅の規制爪２５・２６を内外に重なる状態で設けて、両爪２５・２６が互いに係合することにより、ホルダー本体２０がケーブル束Ｃの重量で拡開変形するのを規制できるようにした。ホルダー本体２０および規制爪２５・２６の内外面には周回状に補強リブ（周回リブ）２７が突設されており、この補強リブ２７と、同リブ２７と直交する３個の横リブ２８を介して、両取付けベース２１がホルダー本体２０と一体化してある。このように、補強リブ２７と横リブ２８を介して両取付けベース２１をホルダー本体２０と一体化すると、ホルダー本体２０および取付けベース２１の構造強度を増強して、ホルダー本体２０の耐荷重を向上することができる。 In FIG. 3, the cable holder 11 includes a holder main body 20 that supports the cable bundle C, a flat mounting base 21 that is provided integrally with the holder main body 20, and first and second latches that are provided at both ends of the mounting base 21. It consists of a plastic molded article provided with claws (holding bodies) 22 and 23 and an entrance / exit 24 of the cable bundle C formed at the front end of the holder body 20. In this embodiment, the holder body 20 is formed in a square frame shape, and mounting bases 21 are provided in the rear frame portion and the upper frame portion of the holder body 20 so as to be orthogonal to each other. 1. First and second latching claws 22 and 23 are provided. Further, the control claws 25 and 26 having the same width as the holder body 20 are provided at the entrance and exit 24 of the holder body 20 so as to overlap the inside and outside, and the both claws 25 and 26 are engaged with each other, whereby the holder body 20 is connected to the cable bundle. It was made possible to regulate the expansion and deformation by the weight of C. Reinforcing ribs (circular ribs) 27 project from the inner and outer surfaces of the holder body 20 and the restricting claws 25 and 26, and the reinforcing ribs 27 and three horizontal ribs 28 orthogonal to the ribs 27 are provided. Thus, both mounting bases 21 are integrated with the holder body 20. As described above, when both the mounting bases 21 are integrated with the holder main body 20 via the reinforcing ribs 27 and the lateral ribs 28, the structural strength of the holder main body 20 and the mounting base 21 is enhanced, and the load resistance of the holder main body 20 is improved. can do.

図４に示すように、後枠側の取付けベース２１において、第１、第２の両掛止爪２２・２３はそれぞれ逆Ｕ字状に形成してある。両掛止爪２２・２３のうち上側の第１掛止爪２２は、下向きの爪先の内面側に斜めの案内面３０と係合突起３１が設けてあるのに対し、第２掛止爪２３は、取付けベース２１側の爪先の下端に斜めの案内面３２を設け、残る爪先の内面側に係合突起３３が設けてある。第１、第２の両掛止爪２２・２３の爪溝の上下ピッチは、金属線材１５の縦横の隣接間隔に対応させてある。案内面３０・３２は、両掛止爪２２・２３の装着部１８に対する掛止装着を円滑化するために設けてあり、係合突起３１・３３は、装着部１８に掛止した両掛止爪２２・２３が装着部１８から分離するのを規制するために設けてある。 As shown in FIG. 4, in the mounting base 21 on the rear frame side, the first and second latching claws 22 and 23 are each formed in an inverted U shape. The upper first latching claw 22 of the both latching claws 22, 23 is provided with an oblique guide surface 30 and an engaging projection 31 on the inner surface side of the downward claw tip, whereas the second latching claw 23 is provided. Is provided with an oblique guide surface 32 at the lower end of the toe on the mounting base 21 side, and an engaging projection 33 on the inner surface side of the remaining toe. The vertical pitch of the claw grooves of the first and second latching claws 22 and 23 is made to correspond to the vertical and horizontal adjacent intervals of the metal wire 15. The guide surfaces 30 and 32 are provided to facilitate the latching and mounting of the both hooking claws 22 and 23 to the mounting portion 18, and the engaging projections 31 and 33 are both latched on the mounting portion 18. It is provided to restrict the claws 22 and 23 from separating from the mounting portion 18.

上枠側の取付けベース２１においては、後枠側の取付けベース２１と同様に、第１、第２の両掛止爪２２・２３をそれぞれ横臥Ｕ字状に形成するが、取付けベース２１の前端に第１掛止爪２２を設け、同ベース２１の後端に第２掛止爪２３を設ける。前側の第１掛止爪２２は、後向きの爪先の内面側に斜めの案内面３０と係合突起３１が設けてあるのに対し、第２掛止爪２３は、取付けベース２１側の爪先の後端に斜めの案内面３２を設け、残る爪先の内面側に係合突起３３が設けてある。上枠側の取付けベース２１における、第１、第２の両掛止爪２２・２３の爪溝の前後ピッチは、金属線材１５の縦横の隣接間隔に対応させてある。案内面３０・３２は、両掛止爪２２・２３の装着部１８に対する掛止装着を円滑化するために設けてあり、係合突起３１・３３は、装着部１８に掛止した両掛止爪２２・２３が装着部１８から分離するのを規制するために設けてある。 In the mounting base 21 on the upper frame side, as in the mounting base 21 on the rear frame side, the first and second latching claws 22 and 23 are each formed in a U-shape, but the front end of the mounting base 21 A first latching claw 22 is provided on the base 21 and a second latching claw 23 is provided on the rear end of the base 21. The front first latching claw 22 is provided with an oblique guide surface 30 and an engaging projection 31 on the inner surface side of the rearward toe, whereas the second latching claw 23 is provided on the mounting base 21 side. An oblique guide surface 32 is provided at the rear end, and an engagement protrusion 33 is provided on the inner surface side of the remaining toe. The front and rear pitches of the claw grooves of the first and second hooking claws 22 and 23 on the mounting base 21 on the upper frame side are made to correspond to the vertical and horizontal adjacent intervals of the metal wire 15. The guide surfaces 30 and 32 are provided to facilitate the latching and mounting of the both hooking claws 22 and 23 to the mounting portion 18, and the engaging projections 31 and 33 are both latched on the mounting portion 18. It is provided to restrict the claws 22 and 23 from separating from the mounting portion 18.

規制爪２５・２６の内外の重なり部分には、互いに係合する係合爪３４・３５が相手方へ向かって突設してある。また、ホルダー本体２０の出入口２４における規制爪２５・２６の係合位置は、ホルダー本体２０の上下中央より上側に設けてある。これに伴い、内側の規制爪２６と同爪２６に連続するホルダー本体２０の前枠部分の長さＨ２が、外側の規制爪２５と同爪２５に連続するホルダー本体２０の前枠部分の長さＨ１より大きく設定される（図４参照）。このように、内側の規制爪２６の前枠部分の長さＨ２を、外側の規制爪２５の前枠部分の長さＨ１より大きく設定すると、内側の規制爪２６と同爪２６に連続するホルダー本体２０を弾性変形しやすくして、ケーブル束Ｃのホルダー本体２０に対する通線を簡便に行うことができる。また、内側の規制爪２６がわずかに後傾させてあることも、規制爪２６の後向きの弾性変形を容易化することに役立っている。 Engaging claws 34 and 35 that are engaged with each other protrude from the inner and outer overlapping portions of the regulating claws 25 and 26 toward the other side. Further, the engaging positions of the restricting claws 25 and 26 at the entrance / exit 24 of the holder body 20 are provided above the center of the holder body 20 in the vertical direction. Accordingly, the length H2 of the front frame portion of the holder main body 20 that is continuous with the inner restriction claw 26 and the same claw 26 is the length of the front frame portion of the holder main body 20 that is continuous with the outer restriction claw 25 and the same claw 25. Is set to be larger than the height H1 (see FIG. 4). As described above, when the length H2 of the front frame portion of the inner restriction claw 26 is set larger than the length H1 of the front frame portion of the outer restriction claw 25, the inner restriction claw 26 and the holder continuous to the same claw 26 are provided. The main body 20 can be easily elastically deformed, and the cable bundle C can be easily connected to the holder main body 20. Further, the fact that the inner restricting claw 26 is inclined slightly rearward also helps to facilitate the backward elastic deformation of the restricting claw 26.

図３において装着具１３は、周囲枠１７が嵌まり込む断面がＣ字状の装着枠３８と、装着枠３８の上下に連続する締結座３９とを一体に備えたプレス金具からなる。図１に示すように、周囲枠１７の上辺部の左右２個所を装着枠３８に嵌め込み、上下の締結座３９を横枠１２にあてがった状態で、締結座３９に挿通したビス４０を横枠１２にねじ込むことにより、整線ベース１０を横枠１２に仮固定できる。同様にして、周囲枠１７の下辺部の左右２個所を装着枠３８に嵌め込み、上下の締結座３９を横枠１２にあてがった状態で、締結座３９に挿通したビス４０を横枠１２にねじ込むことにより、整線ベース１０を横枠１２に固定できる。 In FIG. 3, the mounting tool 13 includes a press fitting that integrally includes a mounting frame 38 having a C-shaped cross section into which the peripheral frame 17 is fitted, and a fastening seat 39 that is continuous above and below the mounting frame 38. As shown in FIG. 1, screws 40 inserted through the fastening seats 39 are fitted into the horizontal frame with the left and right portions of the upper side of the peripheral frame 17 fitted into the mounting frame 38 and the upper and lower fastening seats 39 applied to the horizontal frame 12. The straightening base 10 can be temporarily fixed to the horizontal frame 12 by being screwed into 12. Similarly, the right and left two portions of the lower side of the peripheral frame 17 are fitted into the mounting frame 38, and the screws 40 inserted through the fastening seats 39 are screwed into the horizontal frame 12 with the upper and lower fastening seats 39 applied to the horizontal frame 12. By doing this, the straightening base 10 can be fixed to the horizontal frame 12.

以上のように構成した整線具は以下の要領で使用する。まず、サーバー２やホストマシン３などから導出した配線ケーブル４の一群を、各ケーブルの系統や機能などに応じて結束バンド５で束ねてケーブル束Ｃを形成する。次に、ケーブル束Ｃの配線形態に沿って、ケーブルホルダー１１を格子体１６の装着部１８に掛止装着する。このとき、ケーブル束Ｃを横方向へ導出する場合には、図３に示すように、ホルダー本体２０の後枠側の取付けベース２１に設けた第１掛止爪２２と第２掛止爪２３を、上下に隣接する装着部１８に掛止装着する。また、ケーブル束Ｃを縦方向へ導出する場合には、図１に示すように、ホルダー本体２０の後枠側の取付けベース２１に設けた第１掛止爪２２と第２掛止爪２３を、左右に隣接する装着部１８に掛止装着する。 The wire straightening tool configured as described above is used in the following manner. First, a group of wiring cables 4 derived from the server 2 or the host machine 3 is bundled with a binding band 5 according to the system or function of each cable to form a cable bundle C. Next, the cable holder 11 is hooked and mounted on the mounting portion 18 of the lattice body 16 along the wiring form of the cable bundle C. At this time, when the cable bundle C is led out in the lateral direction, as shown in FIG. 3, the first latching claw 22 and the second latching claw 23 provided on the mounting base 21 on the rear frame side of the holder body 20. Is attached to the mounting portion 18 adjacent to the top and bottom. Further, when the cable bundle C is led out in the vertical direction, as shown in FIG. 1, the first latching claw 22 and the second latching claw 23 provided on the mounting base 21 on the rear frame side of the holder body 20 are provided. Then, it is attached to the mounting portion 18 adjacent to the left and right.

図１に示す例では、ケーブル束Ｃを横方向へ導出するための２個のケーブルホルダー１１を整線ベース１０の上下に装着し、ケーブル束Ｃを縦方向へ導出するための１個のケーブルホルダー１１を、整線ベース１０の上下中途部に装着した。最後に、ケーブル束Ｃを内側の規制爪２６にあてがった状態で、ホルダー本体２０の内部へ向かって押込み操作することにより、規制爪２６を後向きに弾性変形させながら、ケーブル束Ｃをホルダー本体２０の内部に通して通線することができる。さらに、全てのホルダー本体２０にケーブル束Ｃを通線することにより、ケーブル束Ｃのそれぞれを整然と分別した状態でクランク状に配置できる。整線構造から導出されたケーブル束Ｃは、一つにまとめられてサーバーラック１の周囲壁に開口された配線口から導出され、サーバーラック１と天井壁との間に配置したケーブルラック（図示していない）に収容されて、ラック内のケーブルとコネクターを介して接続される。 In the example shown in FIG. 1, two cable holders 11 for leading out the cable bundle C in the horizontal direction are mounted on the top and bottom of the straightening base 10, and one cable for leading out the cable bundle C in the vertical direction. The holder 11 was attached to the middle part of the straightening base 10 in the vertical direction. Finally, in a state where the cable bundle C is applied to the inner restricting claw 26, the cable bundle C is moved toward the inside of the holder main body 20 to elastically deform the restricting claw 26 backward, and the cable bundle C is moved to the holder main body 20. You can pass through the inside. Furthermore, by passing the cable bundle C through all the holder bodies 20, the cable bundles C can be arranged in a crank shape in an orderly manner. The cable bundle C derived from the straight line structure is led out from a wiring port that is gathered together and opened in the peripheral wall of the server rack 1 and is arranged between the server rack 1 and the ceiling wall (see FIG. (Not shown) and connected via cables and connectors in the rack.

サーバー２の増設や交換を行う場合には、配線ケーブル４を追加し、あるいは不要な配線ケーブル４をケーブル束Ｃから取外す。例えば、サーバー２を増設する場合には、新規なサーバー２をフレームに搭載した後、電力ケーブルや通信ケーブルなどの配線ケーブル４に設けられたコネクターをサーバーに接続する。次に、系統ごとに束ねられたケーブル束Ｃの結束バンド５を開放して、サーバー２から導出した配線ケーブル４を同じ系統のケーブル束Ｃに沿わせ、再び結束バンド５で結束する。さらに、内側の規制爪２６を弾性変形させながら、配線ケーブル４をケーブルホルダー１１に通す。以後、結束バンド５の開放および再結束と、配線ケーブル４をケーブルホルダー１１に通す作業を行うことにより、新規な配線ケーブル４を既存のケーブル束Ｃに集約することができる。予め、全ての結束バンド５を開放しておいて、配線ケーブル４をケーブルホルダー１１に通線したのち、結束バンド５を再結束してもよい。不要な配線ケーブル４をケーブル束Ｃから取外す場合には、全ての結束バンド５を開放した状態で、配線ケーブル４をケーブルホルダー１１から抜外す。このとき、ケーブル束Ｃの重量が複数のケーブルホルダー１１で支持され、さらにケーブル束Ｃがケーブルホルダー１１で位置保持されているので、配線ケーブル４の抜外し作業を簡便に行える。 When the server 2 is added or replaced, the wiring cable 4 is added or unnecessary wiring cables 4 are removed from the cable bundle C. For example, when the server 2 is added, after the new server 2 is mounted on the frame, a connector provided on the wiring cable 4 such as a power cable or a communication cable is connected to the server. Next, the binding band 5 of the cable bundle C bundled for each system is opened, the wiring cable 4 led out from the server 2 is aligned with the cable bundle C of the same system, and is bound by the binding band 5 again. Further, the wiring cable 4 is passed through the cable holder 11 while the inner restricting claw 26 is elastically deformed. Thereafter, the new wiring cable 4 can be integrated into the existing cable bundle C by performing the work of opening and rebinding the binding band 5 and passing the wiring cable 4 through the cable holder 11. Alternatively, all the binding bands 5 may be opened in advance, and after the wiring cable 4 is passed through the cable holder 11, the binding bands 5 may be rebound. When removing the unnecessary wiring cable 4 from the cable bundle C, the wiring cable 4 is removed from the cable holder 11 with all the binding bands 5 open. At this time, the weight of the cable bundle C is supported by the plurality of cable holders 11 and the position of the cable bundle C is held by the cable holder 11, so that the wiring cable 4 can be easily detached.

ケーブルホルダー１１は、図３において上枠側に位置する取付けベース２１を使用して整線ベース１０に装着することができる。例えば、ケーブル束Ｃを横方向へ導出する場合には、ホルダー本体２０の上枠側の取付けベース２１に設けた第１掛止爪２２と第２掛止爪２３を、上下に隣接する金属線材１５からなる装着部１８に掛止装着する。この場合のケーブルホルダー１１の出入口２４は、ホルダー本体２０の上側に位置するので、ケーブル束Ｃを規制爪２６にあてがって押下げることにより、ケーブル束Ｃをホルダー本体２０に通すことができる。また、ケーブル束Ｃを縦方向へ導出する場合には、ホルダー本体２０の上枠側の取付けベース２１に設けた第１掛止爪２２と第２掛止爪２３を、左右に隣接する金属線材１５からなる装着部１８に掛止装着する。この場合のケーブルホルダー１１の出入口２４は、ホルダー本体２０の右または左側面に位置するので、ケーブル束Ｃを規制爪２６にあてがってホルダー本体２０の内部へ向かって押込み操作することにより、ケーブル束Ｃをホルダー本体２０に通すことができる。上記のように、ケーブルホルダー１１は、ホルダー本体２０の後枠側の取付けベース２１と、ホルダー本体２０の上枠側の取付けベース２１のどちらでも装着部１８に装着できるので、コード束Ｃの配線形態やユーザーの好みに応じて、ケーブルホルダー１１の装着姿勢を多様に変更することができる。 The cable holder 11 can be attached to the straightening base 10 using an attachment base 21 located on the upper frame side in FIG. For example, when the cable bundle C is led out in the lateral direction, the first hooking claws 22 and the second hooking claws 23 provided on the mounting base 21 on the upper frame side of the holder main body 20 are vertically connected to metal wires. 15 is attached to a mounting portion 18 consisting of 15 pieces. Since the entrance / exit 24 of the cable holder 11 in this case is located above the holder main body 20, the cable bundle C can be passed through the holder main body 20 by pressing the cable bundle C against the restricting claw 26. When the cable bundle C is led out in the vertical direction, the first hooking claws 22 and the second hooking claws 23 provided on the mounting base 21 on the upper frame side of the holder body 20 are connected to the left and right metal wires. 15 is attached to a mounting portion 18 consisting of 15 pieces. In this case, since the entrance / exit 24 of the cable holder 11 is located on the right or left side surface of the holder main body 20, the cable bundle C is pushed into the holder main body 20 by being pushed into the holder main body 20 by applying the cable bundle C to the restriction claw 26. C can be passed through the holder body 20. As described above, the cable holder 11 can be attached to the attachment portion 18 by either the attachment base 21 on the rear frame side of the holder body 20 or the attachment base 21 on the upper frame side of the holder body 20. The mounting posture of the cable holder 11 can be variously changed according to the form and the user's preference.

図６は装着具１３の別の実施例を示す。そこでは、整線ベース１０の周囲枠１７を支持するプラスチック製の係止体４４と、サーバーラック１の鋼板製の周囲壁に磁気吸着する磁石ユニット４５で装着具１３を構成した。係止体４４は、横長四角形状の係止ベース４６と、係止ベース４６の前面の左右に突設した掛止腕４７を一体に備えており、掛止腕４７に周囲枠１７を支持する係止溝４８が凹み形成してある。磁石ユニット４５は、四角ブロック状の永久磁石４９と、その磁極に吸着される上下一対の鉄板製の吸着板５０と、これらを収容するケース５１などで構成してあり、ケース５１を係止ベース４６に接着固定することにより、磁石ユニット４５が係止体４４と一体化してある。整線ベース１０をサーバーラック１の周囲壁に取付ける場合には、左右一対の装着具１３の磁石ユニット４５を周囲壁に吸着させ、周囲枠１７の上枠を掛止腕４７の係止溝４８に係止する。さらに、左右一対の装着具１３の磁石ユニット４５を周囲壁に吸着させ、周囲枠１７の下枠を掛止腕４７の係止溝４８に係止する。 FIG. 6 shows another embodiment of the wearing tool 13. In this case, the mounting tool 13 is composed of a plastic locking body 44 that supports the peripheral frame 17 of the wire-shaping base 10 and a magnet unit 45 that magnetically attracts the steel rack peripheral wall of the server rack 1. The locking body 44 is integrally provided with a horizontally long rectangular locking base 46 and a latching arm 47 protruding from the left and right of the front surface of the locking base 46, and supports the peripheral frame 17 on the latching arm 47. A locking groove 48 is recessed. The magnet unit 45 is composed of a square block-shaped permanent magnet 49, a pair of upper and lower iron-plate attracting plates 50 attracted to the magnetic poles thereof, a case 51 for accommodating them, and the like. The magnet unit 45 is integrated with the locking body 44 by being bonded and fixed to 46. When the wire-shaping base 10 is attached to the peripheral wall of the server rack 1, the magnet unit 45 of the pair of left and right mounting tools 13 is attracted to the peripheral wall, and the upper frame of the peripheral frame 17 is attached to the locking groove 48 of the latching arm 47. Lock to. Further, the magnet unit 45 of the pair of left and right mounting tools 13 is attracted to the surrounding wall, and the lower frame of the surrounding frame 17 is locked in the locking groove 48 of the latching arm 47.

上記の実施例では、ホルダー本体２０の後側と上側の２か所に取付けベース２１を設けたが、その必要はなく、取付けベース２１と第１掛止爪２２および第２掛止爪２３はホルダー本体２０の後枠側と上枠側のいずれか１側に設けてあれば足りる。また、上記の実施例では、金属線材１５を縦横に交差配置して格子体１６を構成したが、その必要はない。例えば、格子体１６はプラスチック成型品で形成することができ、その場合には、周囲枠１７を格子体１６と一体に成形することができる。格子体１６には互いに交差配置される多数個の格子材１５が一体に形成してある。必要があれば、格子体１６が斜めに交差配置された金属線材１５および格子材１５で構成してあってもよい。 In the above embodiment, the mounting base 21 is provided at two positions on the rear side and the upper side of the holder main body 20, but it is not necessary, and the mounting base 21, the first hooking pawl 22 and the second hooking pawl 23 are It is sufficient if it is provided on either the rear frame side or the upper frame side of the holder body 20. Further, in the above embodiment, the metal wire 15 is arranged so as to intersect vertically and horizontally, but the lattice body 16 is configured, but this is not necessary. For example, the lattice body 16 can be formed of a plastic molded product. In this case, the peripheral frame 17 can be formed integrally with the lattice body 16. The lattice body 16 is integrally formed with a large number of lattice members 15 arranged to cross each other. If necessary, the grid body 16 may be composed of the metal wire 15 and the grid material 15 that are diagonally crossed.

整線ベース１０は、格子材１５や金属線材１５の格子体１６で構成する必要はなく、装着穴（装着部）１８の一群が縦横に形成してある、プラスチック製、金属製、木製などの有孔板で構成することができる。その場合には、ケーブルホルダー１１の取付けベース２１に、装着穴１８に差込み係合される掛止爪（掛止体）２２・２３を設けて、ケーブルホルダー１１を整線ベース１０に着脱するとよい。一対の規制爪２５・２６は、係合爪３４・３５同士が係合することにより、ホルダー本体２０がケーブル束Ｃの重量で拡開変形するのを規制したが、その必要はない。例えば、一対の規制爪２５・２６の重なり部分に、連結突起と連結穴とを設けておき、連結突起と連結穴を係合連結することにより、ホルダー本体２０の拡開変形を規制してもよい。あるいは、一対の規制爪２５・２６の片方に差込み枠を設け他方に弾性腕を設けて、弾性腕を差込み枠の内面に差込み係合して、規制爪２５・２６どうしを連結してもよい。出入口２４は、ホルダー本体２０の前枠部の上下中途部に設ける必要はなく、前枠部の上部寄り、あるいは下部寄りに設けることができる。 The straightening base 10 does not need to be constituted by the grid material 15 or the grid body 16 of the metal wire material 15, and a group of mounting holes (mounting portions) 18 formed vertically and horizontally, such as plastic, metal, and wood. It can be composed of a perforated plate. In that case, the mounting base 21 of the cable holder 11 is provided with hooking claws (holding bodies) 22 and 23 that are inserted into and engaged with the mounting holes 18, and the cable holder 11 may be attached to and detached from the straightening base 10. . The pair of restricting claws 25 and 26 restricts the holder body 20 from expanding and deforming due to the weight of the cable bundle C when the engaging claws 34 and 35 are engaged with each other, but this is not necessary. For example, even if the connecting protrusion and the connecting hole are provided in the overlapping portion of the pair of restricting claws 25 and 26 and the connecting protrusion and the connecting hole are engaged and connected, the expansion deformation of the holder body 20 is restricted. Good. Alternatively, an insertion frame may be provided on one of the pair of restriction claws 25 and 26, and an elastic arm may be provided on the other, and the elastic arms may be inserted into and engaged with the inner surface of the insertion frame to connect the restriction claws 25 and 26 together. . The entrance / exit 24 does not need to be provided in the middle of the upper and lower parts of the front frame portion of the holder body 20, and can be provided near the upper portion or the lower portion of the front frame portion.

ホルダー本体２０は四角枠状に形成する必要はなく、Ｄ字状、Ｃ字状、直交する２個の隣接辺部を備えた台形状などに形成することができる。本発明に係る配線ケーブルの整線構造は、光ケーブルの配線形態を整えるために使用することができる。さらに、金属加工機械の制御盤や、工業用ロボットの制御盤などに適用して、制御盤から導出される配線ケーブルの配線形態を整えるために使用することができる。 The holder main body 20 does not need to be formed in a square frame shape, but can be formed in a D shape, a C shape, a trapezoidal shape including two adjacent side portions orthogonal to each other, or the like. The straightening structure of the wiring cable according to the present invention can be used for adjusting the wiring form of the optical cable. Furthermore, the present invention can be applied to a control panel of a metal processing machine, a control panel of an industrial robot, etc., and can be used to arrange a wiring form of a wiring cable derived from the control panel.

１筐体（サーバーラック）
２内部機器（サーバー）
３内部機器（ホストマシン）
４配線ケーブル
１０整線ベース
１１ケーブルホルダー
１５格子材（金属線材）
１６格子体
１７周囲枠
１８装着部
２０ホルダー本体
２１取付けベース
２２掛止体（第１掛止爪）
２３掛止体（第２掛止爪）
２４出入口
２５・２６規制爪
Ｃケーブル束 1 chassis (server rack)
2 Internal equipment (server)
3 Internal equipment (host machine)
4 Wiring cable 10 Straightening base 11 Cable holder 15 Grid material (metal wire)
16 Grid 17 Peripheral frame 18 Mounting part 20 Holder body 21 Mounting base 22 Hook (first hook)
23 Hook (second hook)
24 Entrance 25/26 Restriction claw C Cable bundle

Claims

A wire base (10) fixed to the inner wall of the housing (1) that houses a large number of internal devices (2, 3), and the internal device (2, 3) mounted on the wire base (10). A cable holder (11) for guiding and guiding the cable bundle (C) of the distribution cable (4) connected to the cable,
The straightening base (10) is provided with a group of mounting portions (18) for attaching and detaching the cable holder (11).
The cable holder (11) is provided on the holder main body (20) for supporting the cable bundle (C), the flat mounting base (21) provided integrally with the holder main body (20), and the mounting base (21). A plurality of hooks (22, 23) to be attached to and detached from the mounting portion (18), and an entrance (24) of the cable bundle (C),
By engaging and attaching the latching bodies (22, 23) to the attachment portion (18), the cable holder (11) can be attached to an arbitrary position of the straightening base (10).
The straight line base (10) is composed of a grid body (16) having a large number of grid materials (15) crossed and a peripheral frame (17) supporting the grid body (16). The frame (17) is fixed to the inner wall of the housing (1) with a mounting tool (13),
At both ends of the mounting base (21) of the cable holder (11), hooking bodies (22, 23) to be hooked onto the mounting portion (18) are formed, respectively.
The grid body (16) is configured by vertically and horizontally intersecting a group of metal wire rods (15), and the metal wire (15) has an adjacent interval in the vertical direction and an adjacent interval in the horizontal direction,
Mounting bases (21) are provided at two positions on the outer surface of the holder body (20) of the cable holder (11) so as to be orthogonal to each other, and the metal wire (15) is placed on each of the mounting bases (21). Hooks (22, 23) corresponding to vertical and horizontal adjacent intervals are formed,
Guide and guide a plurality of types of cable bundles (C) with a plurality of cable holders (11) mounted on the wire-shaping base (10) in a state of being separately held according to the system and function of the wiring cable (4). Wiring cable trimming device featuring

2. The wiring cable according to claim 1, wherein a regulation claw (25, 26) that engages with each other to regulate expansion and deformation of the holder body (20) is provided at an entrance / exit (24) of the holder body (20). Wire rod.

The holder main body (20) of the cable holder (11) is formed in a square frame shape, and circumferential ribs (27) project from the inner and outer surfaces of the holder main body (20) and the regulation claws (25, 26).
Preparative with base (21), and the orbiting rib (27) of claim 2 that is integral with the holder body (20) via a plurality of transverse ribs (28) intersecting the same rib (27) Wiring cable straightener.

The engagement position of the restricting claw (25, 26) at the entrance (24) of the holder body (20) is provided above the center of the holder body (20),
The length (H2) of the holder body (20) continuous to the inner restriction claw (26) and the same nail (26) is set to the holder body (20) continuous to the outer restriction claw (25) and the same nail (25). 4. The wiring according to claim 2, wherein the holder body (20) is set to be longer than the length (H 1) to facilitate elastic deformation of the inner restricting claw (26) and the holder body (20) continuous with the claw (26). Cable straightener.

The housing (1) is a server rack that accommodates a large number of servers (2), and a straight line base (10) is fixed to the inner wall of the server rack (1).
The cable bundle (C) of the distribution cable (4) connected to the server (2) is led out and guided vertically and horizontally by a number of cable holders (11) mounted on the straightening base (10), and each cable bundle ( The wiring cable straightening device according to any one of claims 1 to 4, wherein the connection end of C) is taken out of the server rack (1) .