JP3187227U

JP3187227U - Electric wire holder

Info

Publication number: JP3187227U
Application number: JP2013005142U
Authority: JP
Inventors: 健市阿曽
Original assignee: TRD CO., LTD.
Current assignee: TRD CO., LTD.
Priority date: 2013-09-05
Filing date: 2013-09-05
Publication date: 2013-11-14
Anticipated expiration: 2023-09-05

Abstract

【課題】使いやすく、カムにより取付安定性を確保する電線保持具を提供する。
【解決手段】電線が誘導部１０及び膨張部１１を避けて誘導部１２の上に置かれて下方に押されると、側板部９や誘導部１０が隔壁４の側に撓み、電線が収容部６に収容された後、側板部９や誘導部１２が隔壁４から離れる方向に復帰し、電線が誘導部１２を避けて誘導部１０の上に置かれて下方に押されると、側板部８及び誘導部１０が隔壁４の側に撓み、電線が収容部７に収容された後、側板部８及び誘導部１０が隔壁４から離れる方向に復帰する。取付部５が設置部材の取付孔に挿入されて、収容部２の底板部３が設置部材の取付孔の周りに接触し、取付部５の両側の横片部２２〜２３が設置部材の取付孔を貫通し、取付部５が９０度回されると、カム部２７〜３１が取付部５を設置部材の内側に引き込み、底板部３と横片部２２〜２３とが設置部材を密に挟む。
【選択図】図２An electric wire holder that is easy to use and secures mounting stability by a cam.
When an electric wire is placed on the guiding portion 12 and is pushed downward while avoiding the guiding portion 10 and the expanding portion 11, the side plate portion 9 and the guiding portion 10 are bent toward the partition wall 4, and the electric wire is accommodated in the housing portion. 6, the side plate portion 9 and the guide portion 12 return to the direction away from the partition wall 4, and when the electric wire is placed on the guide portion 10 avoiding the guide portion 12 and pushed downward, the side plate portion 8. Then, after the guide portion 10 is bent toward the partition wall 4 and the electric wire is stored in the storage portion 7, the side plate portion 8 and the guide portion 10 return to the direction away from the partition wall 4. The attachment portion 5 is inserted into the attachment hole of the installation member, the bottom plate portion 3 of the housing portion 2 comes into contact with the periphery of the attachment hole of the installation member, and the lateral pieces 22 to 23 on both sides of the attachment portion 5 are attached to the installation member. When the mounting portion 5 is rotated 90 degrees through the hole, the cam portions 27 to 31 draw the mounting portion 5 inside the installation member, and the bottom plate portion 3 and the lateral piece portions 22 to 23 tightly install the installation member. Pinch.
[Selection] Figure 2

Description

本考案は、電線を仕分けして収容することのできる電線保持具に関する。 The present invention relates to an electric wire holder capable of sorting and storing electric wires.

電線保持具においては、特許文献１、特許文献２、特許文献３で開示されたように、電線を区分けして収容する構造は公知である。特許文献１で開示された電線保持具４１を図１４で示し、特許文献２で開示された電線保持具の図示は省略し、特許文献３で開示された電線保持具５１を図１５で示して、説明する。 In the electric wire holder, as disclosed in Patent Literature 1, Patent Literature 2, and Patent Literature 3, a structure in which electric wires are divided and accommodated is known. The wire holder 41 disclosed in Patent Document 1 is shown in FIG. 14, the illustration of the wire holder disclosed in Patent Document 2 is omitted, and the wire holder 51 disclosed in Patent Document 3 is shown in FIG. ,explain.

図１４を参照し、特許文献１で開示された電線保持具４１の構造について説明すると、電線保持具４１は本体部材４２とキャップ４３とを着脱可能な別々の部材として備える。本体部材４２は、上部と前部及び後部の開口した角筒形の収容部４４を備える。収容部４４は、収容部４４の底部から上方に突出された隔壁４５で左右に仕切られている。本体部材４２の開口の側の端部には、係留部４６が個別に設けられる。キャップ４３は、本体部材４２の開口を塞ぐ板状に構成される。キャップ４３の両端部には被係留部４７が設けられる。次に、電線保持具４１の使い方について説明すると、キャップ４３が除去された状態において、例えば、或る種類に仕分けられた電線が隔壁４５で仕切られた一方の収容部４４に収容され、別の或る種類に仕分けられた電線が隔壁４５で仕切られた他方の収容部４４に収容される。その後、キャップ４３が本体部材４２の上方の開口を塞ぐように被せられ、被係留部４７と係留部４６とが互いに嵌め合わされることにより、キャップ４３が本体部材４２に結合される。しかしながら、電線保持具４１を使う場合、キャップ４３の取り外しと取り付けとにおいて、係留部４６と被係留部４７とを互いに離脱させたり嵌合させたりする必要があり、手間がかかる。特許文献２で開示された電線保持具も、図示は省略したが、電線保持具を使う場合、図１４の電線保持具４１と同様、手間がかかる。 With reference to FIG. 14, the structure of the electric wire holder 41 disclosed in Patent Document 1 will be described. The electric wire holder 41 includes a main body member 42 and a cap 43 as separate members that can be attached and detached. The main body member 42 includes a rectangular tube-shaped accommodation portion 44 having an opening in the upper portion, the front portion, and the rear portion. The accommodating portion 44 is divided into left and right by a partition wall 45 protruding upward from the bottom of the accommodating portion 44. At the end of the main body member 42 on the opening side, a mooring portion 46 is individually provided. The cap 43 is configured in a plate shape that closes the opening of the main body member 42. Anchored portions 47 are provided at both ends of the cap 43. Next, how to use the electric wire holder 41 will be described. In a state where the cap 43 is removed, for example, electric wires classified into a certain type are accommodated in one accommodating portion 44 partitioned by a partition wall 45, and another The electric wires classified into a certain type are accommodated in the other accommodating portion 44 partitioned by the partition wall 45. Thereafter, the cap 43 is put over the upper opening of the main body member 42, and the anchored portion 47 and the anchoring portion 46 are fitted to each other, whereby the cap 43 is coupled to the main body member 42. However, when the electric wire holder 41 is used, it is necessary to separate the mooring portion 46 and the moored portion 47 from each other and to detach them when attaching and removing the cap 43, which is troublesome. Although the illustration of the electric wire holder disclosed in Patent Document 2 is also omitted, in the case of using the electric wire holder, as with the electric wire holder 41 of FIG.

図１５を参照し、特許文献３で開示された電線保持具５１の構造について説明すると、電線保持具５１は、上部と前部及び後部の開口した丸形の大収容部５２と、大収容部５２の内部に設けられて大収容部５２よりも小形な上部の開口した丸形の小収容部５３とを備える。次に、電線保持具５１の使い方について説明すると、例えば、或る種類に仕分けられた電線が大収容部５２に収容され、別の或る種類に仕分けられた電線が大収容部５２を経由して小収容部５３に収容される。しかしながら、大収容部５２に収容された電線と小収容部５３に収容された電線とが上下に重なるので、収容された電線を識別する性能が劣る。 Referring to FIG. 15, the structure of the electric wire holder 51 disclosed in Patent Document 3 will be described. The electric wire holder 51 includes a round large accommodating portion 52 having an upper portion, a front portion, and a rear portion, and a large accommodating portion. And a round small accommodating portion 53 having an opening at the upper portion which is provided inside the small accommodating portion 52 and is smaller than the large accommodating portion 52. Next, how to use the electric wire holder 51 will be described. For example, electric wires classified into a certain type are accommodated in the large accommodating portion 52, and electric wires classified into another certain type pass through the large accommodating portion 52. And is accommodated in the small accommodating portion 53. However, since the electric wire accommodated in the large accommodating part 52 and the electric wire accommodated in the small accommodating part 53 overlap up and down, the performance which identifies the accommodated electric wire is inferior.

又、図示は省略したが、特許文献４で開示された電線保持具は、電線保持具の取付部を板状の設置箇所に形成された長孔に挿入して設置箇所に平行な方向に例えば９０度回して取り付ける構造になっている。しかしながら、取付部がカム式に構成されていないので、設置箇所に取り付けられた電線保持具が回りやすく、電線保持具の取付安定性に欠ける。 Although not shown in the drawings, the electric wire holder disclosed in Patent Document 4 is, for example, in a direction parallel to the installation location by inserting the attachment portion of the electric wire holder into a long hole formed in the plate-like installation location. It is structured to be turned 90 degrees. However, since the attachment portion is not configured as a cam type, the electric wire holder attached to the installation location easily turns and lacks the attachment stability of the electric wire holder.

実開平５−２９２２８号公報Japanese Utility Model Publication No. 5-29228 特開平５−２２８２７号公報Japanese Patent Laid-Open No. 5-22827 特開平６−５０３９１号公報JP-A-6-50391 実開平６−７４０２０号公報Japanese Utility Model Publication No. 6-74020

本考案は、上記背景技術に鑑みてなされたものであり、使いやすく、カムにより取付安定性を確保することができる電線保持具を提供することを目的とする。 The present invention has been made in view of the above-described background art, and an object thereof is to provide an electric wire holder that is easy to use and can secure mounting stability by a cam.

本考案は、電線を収容するための上部と前部及び後部の開口した収容部が収容部の底板部から収容部の内部に突出した隔壁で左右に仕切られ、収容部の底板部には底板部から下方に突出した縦片部と縦片部の下部より両側に突出する横片部とを備えた取付部が設けられた電線保持具であり、電線保持具を取り付けるための設置部材には取付部を設置部材の外部から内部に直線的に挿入可能な取付孔が溝又は長孔として形成されており、取付部が設置部材の外部から溝又は長孔に直線的に挿入されて、収容部の底板部が設置部材の取付孔の周りの設置箇所に接触し、取付部の両側の横片部が設置部材の取付孔を貫通し、取付部の縦片部が設置部材の取付孔に配置された状態において、取付部が収容部の底板部を設置箇所に接触したまま予め定められた回転運動範囲に回されると、収容部の底板部と取付部の両側の横片部とが設置部材の取付孔の周りの設置箇所を挟むことにより設置部材に取り付けられる電線保持具であって、取付部の一方の横片部の上面には取付部を設置部材に回して取り付ける場合に取付部を設置部材の外部から内部の側に引き込むカム部が当該横片部の突出方向に交差する方向の一方側に下り勾配になる斜面として形成され、他方の横片部の上面には取付部を設置部材に回して取り付ける場合に取付部を設置部材の外部から内部の側に引き込むカム部が当該横片部の突出方向に交差する方向の他方側に下り勾配になる斜面として形成されたことを特徴とする。 In the present invention, the upper, front and rear receiving portions for accommodating the electric wires are divided into left and right by a partition wall protruding from the bottom plate portion of the receiving portion into the receiving portion, and the bottom plate portion of the receiving portion has a bottom plate It is an electric wire holder provided with an attachment part provided with a vertical piece part projecting downward from the part and a horizontal piece part projecting to both sides from the lower part of the vertical piece part, and the installation member for attaching the electric wire holder is A mounting hole is formed as a groove or a long hole through which the mounting portion can be linearly inserted from the outside to the inside of the installation member, and the mounting portion is linearly inserted into the groove or the long hole from the outside of the installation member and accommodated. The bottom plate part of the part contacts the installation location around the installation hole of the installation member, the horizontal piece part on both sides of the installation part penetrates the installation hole of the installation member, and the vertical piece part of the installation part becomes the installation hole of the installation member In the arranged state, the mounting portion is predetermined while the bottom plate portion of the housing portion is in contact with the installation location. An electric wire holder that is attached to the installation member when the bottom plate portion of the housing portion and the lateral piece portions on both sides of the attachment portion sandwich the installation location around the installation hole of the installation member In addition, on the upper surface of one horizontal piece portion of the attachment portion, when the attachment portion is rotated and attached to the installation member, the cam portion that draws the attachment portion from the outside to the inside side of the installation member is in the protruding direction of the horizontal piece portion. A cam that is formed as a slope with a downward slope on one side in the intersecting direction, and that pulls the attachment part from the outside to the inside of the installation member when the attachment part is attached to the installation member on the upper surface of the other horizontal piece The portion is formed as an inclined surface having a downward slope on the other side in the direction intersecting the protruding direction of the horizontal piece portion.

本考案は、電線保持部の電線を収容するための収容部が上部と前部及び後部に開口しているので、或る種類に仕分けられた電線を一方の収容部に収容することができ、別の或る種類に仕分けられた電線を他方の収容部に収容することができるので、電線保持具が使いやすいうえ、電線保持部の設置部材への取付部の両側の横片部に設けられたカム部により電線保持具の設置部材への取付安定性を確保することができるという効果がある。
また、取付部が収容部の底板部を設置箇所に接触したまま予め定められた回転運動範囲に回された場合、収容部の底板部と取付部の両側の横片部とが設置部材の取付孔の周りの設置箇所を挟むと共に取付部の周面カムが設置部材の取付孔の周りの設置箇所に突っ張った場合、横方向の動きも規正されることから、電線保持具の設置部材への取付安定性をさらに確保することができるという効果がある。
さらに、本考案にあっては、隔壁で仕切られた一方の収容部の上部には当該収容部の側板部の上部から隔壁の上部の側に向けて徐々に下り勾配となる誘導部が設けられ、隔壁で仕切られた他方の収容部の上部には当該収容部の側板部の上部から隔壁の上部の側に向けて徐々に下り勾配となる誘導部が設けられれば、電線を収容部に誘導しやすくなる。
さらにまた、本考案にあっては、一方の収容部の側の誘導部の他方の収容部の側に隔壁を越えた先端部と他方の収容部の側の誘導部の一方の収容部の側に隔壁を越えた先端部とには膨張部が設けられれば、電線を収容部に誘導する場合に誘導部を撓ませやすくなる。
また、本考案にあっては、一方の収容部の側の側板部及び誘導部と他方の収容部の側の側板部及び誘導部とが互いに収容部の前後方向に互い違いに配置されれば、電線を誘導部に斜めに滑らせて収容部に収容しやすくなる。
さらにまた、本考案にあっては、一方の収容部の側の側板部及び誘導部と他方の収容部の側の側板部及び誘導部とが互いに収容部の前後方向の幅に構成されれば、電線の収容部への収容形態が確保できる。 In the present invention, since the accommodating part for accommodating the electric wire of the electric wire holding part is opened in the upper part, the front part and the rear part, the electric wires classified into a certain type can be accommodated in one accommodating part, Since the electric wires classified into a certain type can be accommodated in the other accommodating portion, the electric wire holder is easy to use and is provided on the lateral piece portions on both sides of the attachment portion of the electric wire holding portion to the installation member. There is an effect that the mounting stability of the electric wire holder to the installation member can be ensured by the cam portion.
In addition, when the mounting portion is rotated to a predetermined rotational movement range while the bottom plate portion of the housing portion is in contact with the installation location, the bottom plate portion of the housing portion and the lateral piece portions on both sides of the mounting portion are attached to the installation member. If the installation location around the hole is sandwiched and the circumferential cam of the mounting part is stretched to the installation location around the installation hole of the installation member, the lateral movement is also regulated, so There is an effect that the mounting stability can be further secured.
Further, in the present invention, a guide portion that gradually descends from the upper portion of the side plate portion of the housing portion toward the upper side of the partition wall is provided on the upper portion of the one housing portion partitioned by the partition wall. If the guide part that gradually descends from the upper part of the side plate part of the storage part toward the upper part of the partition part is provided at the upper part of the other storage part partitioned by the partition wall, the wire is guided to the storage part. It becomes easy to do.
Furthermore, in the present invention, the side of one receiving portion of the leading end portion beyond the partition wall on the other receiving portion side of the guiding portion on the one receiving portion side and the guiding portion on the other receiving portion side If the expansion portion is provided at the tip portion beyond the partition wall, the guiding portion is easily bent when the electric wire is guided to the housing portion.
Further, in the present invention, if the side plate portion and the guide portion on the side of one housing portion and the side plate portion and the guide portion on the side of the other housing portion are alternately arranged in the front-rear direction of the housing portion, It becomes easy to accommodate the electric wire in the accommodating portion by sliding the electric wire obliquely on the guiding portion.
Furthermore, in the present invention, if the side plate portion and the guide portion on the side of one housing portion and the side plate portion and the guide portion on the side of the other housing portion are configured to have a width in the front-rear direction of the housing portion. The accommodation form in the accommodation part of an electric wire is securable.

考案を実施するための形態１に係る電線保持具を示す斜視図。The perspective view which shows the electric wire holder which concerns on the form 1 for implementing invention. 考案を実施するための形態１に係る電線保持具を示す正面図。The front view which shows the electric wire holder which concerns on the form 1 for implementing invention. 考案を実施するための形態１に係る電線保持具を示す右側面図。The right view which shows the electric wire holder which concerns on the form 1 for implementing invention. 考案を実施するための形態１に係る電線保持具の取付部を図３におけるＸ―Ｘ線にて切断し、右前側から見た斜視図。The perspective view which cut | disconnected the attachment part of the electric wire holder which concerns on the form 1 for implementing invention by the XX line in FIG. 3, and was seen from the right front side. 考案を実施するための形態１に係る電線保持具を示す背面図。The rear view which shows the electric wire holder which concerns on the form 1 for implementing invention. 考案を実施するための形態１に係る電線保持具を示す左側面図。The left view which shows the electric wire holder which concerns on the form 1 for implementing invention. 考案を実施するための形態１に係る電線保持具の取付部を図６におけるＹ−Ｙ線にて切断し、左後側から見た斜視図。The perspective view which cut | disconnected the attaching part of the electric wire holder which concerns on the form 1 for implementing invention by the YY line in FIG. 6, and was seen from the left rear side. 考案を実施するための形態１に係る電線保持具の設置箇所への取り付けが始まる時の状態を示す模式図。The schematic diagram which shows a state when the attachment to the installation location of the electric wire holder which concerns on the form 1 for implementing invention starts. 考案を実施するための形態１に係る電線保持具の設置箇所への取り付けの途中の状態を示す模式図。The schematic diagram which shows the state in the middle of the attachment to the installation location of the electric wire holder which concerns on the form 1 for implementing invention. 考案を実施するための形態１に係る電線保持具の設置箇所への取り付けの終了の状態を示す模式図。The schematic diagram which shows the state of the completion | finish of the attachment to the installation location of the electric wire holder which concerns on the form 1 for implementing invention. 考案を実施するための形態１に係る電線保持具の取付部の図３におけるＸ―Ｘ線断面図であり、（Ａ）は取付部を取付孔に挿入した状態、（Ｂ）は取付部を９０度回転させて設置箇所に装着した状態。FIG. 4 is a cross-sectional view taken along the line XX in FIG. 3 of the mounting portion of the wire holder according to the first embodiment for carrying out the device, in which (A) shows a state in which the mounting portion is inserted into the mounting hole, and (B) shows the mounting portion. Rotated 90 degrees and attached to the installation location. 考案を実施するための形態２に係る電線保持具を右前側から見た斜視図。The perspective view which looked at the electric wire holder which concerns on the form 2 for implementing invention from the right front side. 考案を実施するための形態２に係る電線保持具を示す正面図。The front view which shows the electric wire holder which concerns on the form 2 for implementing invention. 従来の電線保持具を示す正面図。The front view which shows the conventional electric wire holder. 別の従来の電線保持具を示す正面図。The front view which shows another conventional electric wire holder.

本明細書における「前」、「後」、「左」、「右」、「上」、「下」の方向は、図１又は図１０の状態に電線保持具１を置いて矢印１０１で示す前側から見た場合に特定される方向である。 The directions of “front”, “rear”, “left”, “right”, “upper”, and “lower” in this specification are indicated by arrows 101 with the wire holder 1 placed in the state of FIG. 1 or FIG. This is the direction specified when viewed from the front side.

図１を参照し、考案を実施するための形態１に係る電線保持具１の構造について説明する。電線保持具１は、上部と前部及び後部の開口した角形の収容部２を備え、収容部２の底板部３に隔壁４と取付部５とを備える。収容部２は、収容部２の底板部３から上方に突出された隔壁４で左右に一方の収容部６と他方の収容部７とに仕切られている。隔壁４は、本形態１においては底板部３の前縁部と後縁部とにわたり延びた板状である。しかし、隔壁４はその機能を阻害しない範囲で底板部３の前後方向の長さよりも短く形成することができる。一方の収容部６における側板部８と他方の収容部７における側板部９とは、収容部２の前後方向に互い違いに配置された造形である。例えば、側板部８が底板部３の前半部から上方に突出した板状であり、側板部９が底板部３の後半部から上方に突出した板状である。 With reference to FIG. 1, the structure of the electric wire holder 1 which concerns on the form 1 for implementing invention is demonstrated. The electric wire holder 1 includes a rectangular accommodating portion 2 having an upper portion, a front portion, and a rear portion, and includes a partition wall 4 and an attachment portion 5 on a bottom plate portion 3 of the accommodating portion 2. The accommodating part 2 is divided into one accommodating part 6 and the other accommodating part 7 on the left and right by a partition wall 4 protruding upward from the bottom plate part 3 of the accommodating part 2. In the first embodiment, the partition wall 4 has a plate shape extending over the front edge portion and the rear edge portion of the bottom plate portion 3. However, the partition 4 can be formed shorter than the length of the bottom plate part 3 in the front-rear direction as long as the function is not hindered. The side plate portion 8 in one housing portion 6 and the side plate portion 9 in the other housing portion 7 are shaped alternately arranged in the front-rear direction of the housing portion 2. For example, the side plate portion 8 has a plate shape protruding upward from the front half portion of the bottom plate portion 3, and the side plate portion 9 has a plate shape protruding upward from the latter half portion of the bottom plate portion 3.

側板部８には、誘導部１０が側板部８の上部から隔壁４の上部の側に向けて徐々に下り勾配となる板状に設けられる。誘導部１０と隔壁４との間には、隙間が存在する。誘導部１０の隔壁４を左から右に越えた先端部には、膨張部１１が前後方向に延びた棒状に設けられる。膨張部１１と隔壁４との間には、隙間が存在する。側板部９には、誘導部１２が側板部９の上部から隔壁４の上部の側に向けて徐々に下り勾配となる板状に設けられる。誘導部１２と隔壁４との間には、隙間が存在する。誘導部１２の隔壁４を右から左に越えた先端部には、膨張部１３が誘導部１２の前後方向に延びた棒状に設けられる。膨張部１３と隔壁４との間には、隙間が存在する。膨張部１１及び１３は、図２及び図５に示すように、正面視又は背面視において誘導部１０及び１２の先端部が半円状になるよう形成され、それらの半径は、誘導部１０及び１２の板厚の１．２倍程度に形成されているが、膨張部１１及び１３を設けないこともできる。
しかし、膨張部１１及び１３の形状は半円形に限られず、多角形状や楕円形状等であってもよい。そして、誘導部１０の先端部と誘導部１２の先端部とは、正面視、及び、背面視において、隔壁４の上方において交差するように形成されている。さらに詳述すれば、膨張部１１及び１３の根本部が隔壁４の直上に位置し、誘導部１０の膨張部１１が隔壁４に対して誘導部１２の根本側に位置し、誘導部１２の膨張部１３が隔壁４に対して誘導部１０の根本側に位置するよう形成することで誘導部１０の先端部と誘導部１２の先端部とが隔壁４の上方において交差するように形成されている。 In the side plate portion 8, the guide portion 10 is provided in a plate shape gradually descending from the upper portion of the side plate portion 8 toward the upper portion of the partition wall 4. There is a gap between the guiding portion 10 and the partition wall 4. An inflating portion 11 is provided in a rod shape extending in the front-rear direction at the tip portion of the guiding portion 10 that extends beyond the partition wall 4 from left to right. There is a gap between the expanding portion 11 and the partition wall 4. In the side plate part 9, the guide part 12 is provided in a plate shape gradually descending from the upper part of the side plate part 9 toward the upper side of the partition wall 4. There is a gap between the guiding portion 12 and the partition wall 4. An inflating portion 13 is provided in a rod shape extending in the front-rear direction of the guiding portion 12 at the tip portion of the guiding portion 12 beyond the partition wall 4 from right to left. There is a gap between the expanding portion 13 and the partition wall 4. As shown in FIGS. 2 and 5, the inflating portions 11 and 13 are formed so that the front end portions of the guiding portions 10 and 12 are semicircular when viewed from the front or the rear, and their radii are Although it is formed to be about 1.2 times the plate thickness of 12, the expanding portions 11 and 13 can be omitted.
However, the shape of the expanding portions 11 and 13 is not limited to a semicircular shape, and may be a polygonal shape, an elliptical shape, or the like. And the front-end | tip part of the guidance | induction part 10 and the front-end | tip part of the guidance | induction part 12 are formed so that it may cross | intersect above the partition 4 in front view and back view. More specifically, the root portions of the expanding portions 11 and 13 are located immediately above the partition wall 4, the expanding portion 11 of the guiding portion 10 is positioned on the root side of the guiding portion 12 with respect to the partition wall 4, and By forming the expanding portion 13 so as to be positioned on the base side of the guiding portion 10 with respect to the partition wall 4, the leading end portion of the guiding portion 10 and the leading end portion of the guiding portion 12 are formed so as to intersect above the partition wall 4. Yes.

図１を参照し、考案を実施するための形態１に係る電線保持具１に或る種類に仕分けられた仮想線で示す電線１５と別の或る種類に仕分けられた仮想線で示す電線１６とを収容する作業について説明する。先ず、電線保持具１よりも前後方向に長い電線１５を一方の収容部６に収容する場合について説明すると、電線１５が誘導部１０及び膨張部１１を避けて誘導部１２の上に斜めに置かれて下方に押される。それに伴い、電線１５が誘導部１２の上を下方に向けて滑って膨張部１３に斜めに受け止められることにより、電線１５を下方に押す力が膨張部１３から誘導部１２に適切に伝わり、誘導部１２及び側板部９が隔壁４の側に撓む。 With reference to FIG. 1, the electric wire 15 shown with the virtual line classified into a certain kind and the electric wire 16 shown with the virtual line classified into a certain kind with the electric wire holder 1 which concerns on form 1 for implementing invention The operation | work which accommodates will be demonstrated. First, the case where the electric wire 15 that is longer in the front-rear direction than the electric wire holder 1 is accommodated in one accommodating portion 6 will be described. The electric wire 15 is placed obliquely on the guiding portion 12 while avoiding the guiding portion 10 and the expanding portion 11. It is pushed downward. Accordingly, the electric wire 15 slides downward on the guiding portion 12 and is received obliquely by the expanding portion 13, so that the force pushing the electric wire 15 downward is appropriately transmitted from the expanding portion 13 to the guiding portion 12. The part 12 and the side plate part 9 bend toward the partition 4 side.

そして、電線１５が更に下方に向けて滑らされることにより、電線１５の膨張部１３よりも後側の部分が膨張部１３を越えて一方の収容部６に収容される一方、電線１５の膨張部１３よりも前側の部分が誘導部１２から膨張部１３を一方の収容部６の側に越えると共に誘導部１０及び膨張部１１と隔壁４との間の隙間を通過して一方の収容部６に収容された後、側板部８及び誘導部１１が隔壁４から離れる方向に復帰する。これにより、電線１５の一部が一方の収容部６に収容され、当該電線１５の残部が一方の収容部６より前後に出た状態になる。 Then, when the electric wire 15 is further slid downward, a portion of the electric wire 15 on the rear side of the inflating portion 13 exceeds the inflating portion 13 and is accommodated in the one accommodating portion 6, while the electric wire 15 is inflated. A portion on the front side of the portion 13 extends from the guide portion 12 to the side of the one accommodating portion 6 from the inflating portion 13 and passes through the gap between the guiding portion 10 and the expanding portion 11 and the partition wall 4, and the one accommodating portion 6. Then, the side plate portion 8 and the guide portion 11 return to the direction away from the partition wall 4. Thereby, a part of the electric wire 15 is accommodated in the one accommodating portion 6, and the remaining portion of the electric wire 15 comes out of the one accommodating portion 6.

次に、電線保持具１よりも前後方向に長い電線１６を他方の収容部７に収容する場合について説明すると、電線１６が誘導部１２及び膨張部１３を避けて誘導部１０の上に斜めに置かれて下方に押される。それに伴い、電線１６が誘導部１０の上を下方に向けて滑って膨張部１１に斜めに受け止められることにより、電線１６を下方に押す力が膨張部１１から誘導部１０に適切に伝わり、誘導部１０及び側板部８が隔壁４の側に撓む。 Next, the case where the electric wire 16 that is longer in the front-rear direction than the electric wire holder 1 is accommodated in the other accommodating portion 7 will be described. The electric wire 16 is inclined on the guiding portion 10 while avoiding the guiding portion 12 and the expanding portion 13. Placed and pushed down. Along with this, the electric wire 16 slides downward on the guiding portion 10 and is received obliquely by the expanding portion 11, so that the force pushing the electric wire 16 downward is appropriately transmitted from the expanding portion 11 to the guiding portion 10. The part 10 and the side plate part 8 are bent toward the partition 4 side.

そして、電線１６が更に下方に向けて滑らされることにより、電線１６の膨張部１１よりも前側の部分が膨張部１１を越えて他方の収容部７に収容される一方、電線１６の膨張部１１よりも後側の部分が誘導部１２から膨張部１３を他方の収容部６の側に越えると共に誘導部１０及び膨張部１１と隔壁４との間の隙間を通過して他方の収容部６に収容された後、側板部８及び誘導部１０が隔壁４から離れる方向に復帰する。これにより、電線１６の一部が他方の収容部６に収容され、当該電線１６の残部が収容部６より前後に出た状態になる。 Then, when the electric wire 16 is further slid downward, a portion of the electric wire 16 in front of the inflating portion 11 passes through the inflating portion 11 and is accommodated in the other accommodating portion 7, while the inflating portion of the electric wire 16. The portion behind 11 extends from the guiding portion 12 to the other accommodating portion 6 through the expanding portion 13 and passes through the gap between the guiding portion 10 and the expanding portion 11 and the partition wall 4. Then, the side plate portion 8 and the guide portion 10 return to the direction away from the partition wall 4. Thereby, a part of the electric wire 16 is accommodated in the other accommodating portion 6, and the remaining portion of the electric wire 16 comes out of the accommodating portion 6.

以上のように、或る種類に仕分けられた電線１５を一方の収容部６に収容することができ、別の或る種類に仕分けられた電線１６を他方の収容部７に収容することができるので、電線の収納部６又は７への収納作業が容易であると共に、多数の電線を所定の基準に基づいて収容部６又は７に振分けることにより、特定の電線を探す場合には、収納部６又は７に収納された複数の電線中から探し出せば良いので、特定の電線を探し出し易い。なお、必要に応じ、エア配管等も収納部６又は７に収納することができる。
上記したように、側板部８；９、誘導部１０；１２は弾性が必要であるので、底板部３と共に樹脂成形することが好ましい。 As described above, the electric wires 15 classified into a certain type can be accommodated in the one accommodating portion 6, and the electric wires 16 classified into another certain type can be accommodated in the other accommodating portion 7. Therefore, the operation of storing the electric wire in the storage unit 6 or 7 is easy, and when searching for a specific electric wire by distributing a large number of electric wires to the storage unit 6 or 7 based on a predetermined standard, the storage is performed. Since it suffices to search from a plurality of electric wires stored in the part 6 or 7, it is easy to search for a specific electric wire. Note that air pipes and the like can be stored in the storage unit 6 or 7 as necessary.
As described above, since the side plate portions 8 and 9 and the guide portions 10 and 12 need to be elastic, it is preferable to perform resin molding together with the bottom plate portion 3.

図２乃至図７を参照し、電線保持具１における収容部２の底板部３から下方に突出した取付部５の構造について説明する。図２乃至図７に示すように、取付部５は、縦片部２１と横片部２２；２３とを備える。縦片部２１は、電線保持具１の底板部３下面中央から下方に直線的に突出した板状である。縦片部２１の左右方向の幅は前後方向の幅よりも小さい寸法になっている。横片部２２；２３は、縦片部２１の下端部から左右方向に底板部３と平行に直線的に突出した板状である。横片部２２；２３の上面と底板部３の下面との間の隙間には、電線保持具１を取り付ける部分としての設置箇所が取り込まれるようになっている。
なお、横片部２２；２３と共に設置箇所を挟む底板部３は当該底板部３でも良いし、当該底板部３から僅かに離れた位置において鍔状に突出した弾性を有する狭持体としてもよい。本考案においては、この狭持体も底板部に含むものである。 With reference to FIG. 2 thru | or FIG. 7, the structure of the attaching part 5 which protruded below from the baseplate part 3 of the accommodating part 2 in the electric wire holder 1 is demonstrated. As shown in FIG. 2 thru | or FIG. 7, the attaching part 5 is provided with the vertical piece part 21 and the horizontal piece part 22; 23. The vertical piece portion 21 has a plate shape that linearly protrudes downward from the bottom surface center of the bottom plate portion 3 of the electric wire holder 1. The width of the vertical piece portion 21 in the left-right direction is smaller than the width in the front-rear direction. The horizontal piece portions 22; 23 have a plate shape that linearly protrudes in parallel with the bottom plate portion 3 in the left-right direction from the lower end portion of the vertical piece portion 21. An installation location as a portion for attaching the electric wire holder 1 is taken into the gap between the upper surface of the horizontal piece portions 22; 23 and the lower surface of the bottom plate portion 3.
The bottom plate portion 3 that sandwiches the installation location together with the horizontal piece portions 22; 23 may be the bottom plate portion 3, or may be a holding body having elasticity that protrudes like a bowl at a position slightly away from the bottom plate portion 3. . In the present invention, this sandwiching body is also included in the bottom plate portion.

図２乃至図４に示すように、縦片部２１から左右に突出した両方の横片部２２；２３には、逃げ部２４；２５が個別に設けられる。具体的には、縦片部２１から左側に突出した一方の横片部２２における左端下部には、逃げ部２４が横片部２２の左側から右側への下り勾配になる斜面として形成される。縦片部２１から右側に突出した他方の横片部２３における右端下部には、逃げ部２５が横片部２３の右側から左側への下り勾配になる斜面として形成される。 As shown in FIG. 2 to FIG. 4, relief portions 24; 25 are individually provided in both horizontal piece portions 22; 23 protruding left and right from the vertical piece portion 21. Specifically, at the lower left end portion of one horizontal piece portion 22 protruding leftward from the vertical piece portion 21, a relief portion 24 is formed as an inclined surface having a downward slope from the left side to the right side of the horizontal piece portion 22. A relief portion 25 is formed as an inclined surface having a downward slope from the right side to the left side of the horizontal piece portion 23 at the lower right end portion of the other horizontal piece portion 23 protruding rightward from the vertical piece portion 21.

又、他方の横片部２３における上面２６には、カム部２７が横片部２３の突出方向に交差する方向の一方側に下り勾配になる斜面として形成される。カム部２７は、取付部５を図８に示す設置部材３５に回して取り付ける場合に取付部５を設置部材３５の外部から内部の側に引き込むためのものである。具体的には、図２乃至図４に戻り、他方の横片部２３における上面２６の前半部には、カム部２７が前側に行くに従って徐々に下り勾配になる斜面として形成される。縦片部２１における前後方向の中央部と他方の横片部２３における前後方向の中央部とにわたり凸部２８が形成される。凸部２８の前側には凹部２９が設けられる。 The cam portion 27 is formed on the upper surface 26 of the other horizontal piece portion 23 as an inclined surface having a downward slope on one side in the direction intersecting the protruding direction of the horizontal piece portion 23. The cam portion 27 is for pulling the attachment portion 5 from the outside to the inside of the installation member 35 when the attachment portion 5 is attached to the installation member 35 shown in FIG. Specifically, returning to FIG. 2 to FIG. 4, the front half of the upper surface 26 of the other horizontal piece 23 is formed as an inclined surface that gradually descends toward the front side of the cam portion 27. A convex portion 28 is formed across the central portion in the longitudinal direction of the vertical piece portion 21 and the central portion in the longitudinal direction of the other horizontal piece portion 23. A concave portion 29 is provided on the front side of the convex portion 28.

さらに、凸部２８の下端は上面２６とカム部２７との接続部に位置し、それら上面２６及びカム部２７に対し垂立する壁面２８Ｌが形成されている。そして横片部２２の前側における縦片部２１の根本部から壁面２８Ｌへ向けて徐々に半径が増加する周面カム２１Ｒが形成されている。換言すれば、周面カム２１Ｒは図４における縦片部２１の中央を貫通する中心軸線２１Ａを中心とした場合、中心軸線２１Ａと前側における縦片部２１の根本部との距離が最も小さく、かつ、当該中心軸線２１Ａと壁面２８Ｌとの距離が最も大きく設定され、それらの間は中心軸線２１Ａからの距離が徐々に大きくなる曲面に形成されている。このことは、図１１に表示した中心軸線２１Ａを中心とし、縦片部２１の前側端面との距離を半径とする円Ｃとの距離を見れば明らかである。 Further, the lower end of the convex portion 28 is located at a connection portion between the upper surface 26 and the cam portion 27, and a wall surface 28 </ b> L is formed so as to be suspended with respect to the upper surface 26 and the cam portion 27. A circumferential cam 21 </ b> R having a gradually increasing radius from the base portion of the vertical piece portion 21 on the front side of the horizontal piece portion 22 toward the wall surface 28 </ b> L is formed. In other words, when the circumferential cam 21R is centered on the central axis 21A passing through the center of the vertical piece 21 in FIG. 4, the distance between the central axis 21A and the root of the vertical piece 21 on the front side is the smallest, In addition, the distance between the central axis 21A and the wall surface 28L is set to be the largest, and the distance between the central axis 21A and the wall 28L is formed as a curved surface that gradually increases from the central axis 21A. This is apparent from the distance between the center axis 21A displayed in FIG. 11 and a circle C having a radius from the front end surface of the vertical piece 21.

図５乃至図７に示すように、一方の横片部２２における上面３０には、カム部３１が横片部２２の突出方向に交差する方向の一方側に下り勾配になる斜面として形成される。カム部３１は、取付部５を図８に示す設置部材３５に回して取り付ける場合に取付部５を設置部材３５の外部から内部の側に引き込むものである。具体的には、図５乃至図７に戻り、一方の横片部２２の上面の後半部には、カム部３１が後側に行くに従って徐々に下り勾配になる斜面として形成される。縦片部２１の前後方向の中央部と横片部２２における前後方向の中央部とにわたり、凸部３２が形成される。
さらに、凸部３２の下端は上面３０とカム部３１との接続部に位置する。そした横片部２２における縦片部２１の根本部から凸部３２の左側方に向けて徐々に半径が増加する周面カム２１Ｃが形成されている。換言すれば、周面カム２１Ｃは図７における縦片部２１の中央を貫通する中心軸線２１Ａを中心とした場合、中心軸線２１Ａと後側における縦片部２１の根本部との距離が最も小さく、かつ、当該中心軸線２１Ａと凸部３２の左側方との距離が最も大きく設定され、それらの間は中心軸線２１Ａからの距離が徐々に大きくなる曲面に形成されている。 As shown in FIG. 5 to FIG. 7, the cam portion 31 is formed on the upper surface 30 of one horizontal piece portion 22 as a slope having a downward slope on one side in a direction intersecting the protruding direction of the horizontal piece portion 22. . The cam portion 31 pulls the attachment portion 5 from the outside to the inside of the installation member 35 when the attachment portion 5 is attached to the installation member 35 shown in FIG. Specifically, referring back to FIGS. 5 to 7, the rear half of the upper surface of one horizontal piece 22 is formed as a slope that gradually descends as the cam portion 31 moves rearward. A convex portion 32 is formed across the central portion in the front-rear direction of the vertical piece portion 21 and the central portion in the front-rear direction of the horizontal piece portion 22.
Further, the lower end of the convex portion 32 is located at a connection portion between the upper surface 30 and the cam portion 31. A circumferential cam 21 </ b> C whose radius gradually increases from the root of the vertical piece 21 in the horizontal piece 22 toward the left side of the convex portion 32 is formed. In other words, the circumferential cam 21C has the smallest distance between the central axis 21A and the root portion of the vertical piece 21 on the rear side when the central axis 21A passing through the center of the vertical piece 21 in FIG. In addition, the distance between the center axis 21A and the left side of the convex portion 32 is set to be the largest, and the distance between the center axis 21A and the center axis 21A is gradually increased.

そして、図１１に示すように周面カム２１Ｒと周面カム２１Ｃと間隔Ｄは、後述の取付孔３６の幅よりも僅かに大きくなるように寸法関係が設定されている。換言すれば、周面カム２１Ｒ及び２１Ｃは、縦片部２１に対し対称に形成され、縦片部２１が取付孔３６に対し直交するような位置関係に有る場合、周面カム２１Ｒと２１Ｃとは当該取付孔３６に進入できるが、縦片部２１が取付孔３６に対し並行する状況においては、当該取付孔３６を構成する壁面に対し密接し、それらを押し広げる関係に設定されている。なお、本形態１において、突部２８と凸部３２とは、中心軸線２１Ａを通ると共に横片部２２；２３の延在方向に延びる仮想直線ＶＬに対しずれて配置されているが、当該仮想直線ＶＬ上に設けることもできる。 As shown in FIG. 11, the dimensional relationship is set such that the circumferential cam 21R, the circumferential cam 21C, and the distance D are slightly larger than the width of the mounting hole 36 described later. In other words, the circumferential cams 21R and 21C are formed symmetrically with respect to the vertical piece portion 21, and when the vertical piece portion 21 has a positional relationship orthogonal to the mounting hole 36, the circumferential cams 21R and 21C Can enter the mounting hole 36, but in a situation where the vertical piece 21 is parallel to the mounting hole 36, it is set so as to be in close contact with the wall surface constituting the mounting hole 36 and to push them apart. In the first embodiment, the protrusion 28 and the protrusion 32 are arranged so as to be shifted with respect to the virtual straight line VL that passes through the central axis 21A and extends in the extending direction of the horizontal piece portions 22; It can also be provided on the straight line VL.

図８乃至図１０を参照し、電線保持具１の設置部材３５への取り付け方について説明する。設置部材３５としては、図８及び図９の紙面の表裏の方向に長尺部材を例示した。設置部材３５は、電線保持具１を取り付けるための部材である。設置部材３５には電線保持具１の取付部５を設置部材３５の外部から内部に直線的に挿入可能な溝又は長孔からなる取付孔３６が形成されている。
詳細に説明すれば、設置部材３５は全体として外形が正方形の断面形状を有し、４つの外面は大凡平坦に形成され、当該外面の中央には設置部材３５の延在方向に延びる溝又は長孔からなる取付孔３６が、その中央に形成されている。設置部材３５の断面において、その中心部には正方形の芯部３７が形成され、当該芯部の各角部と外面の角部とは板状体で連結されているため、当該芯部３７と外面との間には、断面が台形状の受入空間３８が形成されている。換言すれば、設置部材３５の取付孔３６の両側には、所定の厚みを有する設置箇所３９；４０が形成されている。設置箇所３９；４０の厚みは、底板部３の下面と、横片部２２の上面３０及び横片部２３の上面２６との間隔よりも僅かに大きく、すなわち、厚く形成されている。電線保持具１を設置部材３５に取り付けた際、底板部３と上面２６；３０とで設置箇所３９；４０を密に挟んで電線保持具１の取付状態を安定させるためである。 With reference to FIG. 8 thru | or FIG. 10, the attachment method to the installation member 35 of the electric wire holder 1 is demonstrated. As the installation member 35, a long member is illustrated in the front and back direction of the paper surface of FIGS. 8 and 9. The installation member 35 is a member for attaching the electric wire holder 1. The installation member 35 is formed with an attachment hole 36 formed of a groove or a long hole through which the attachment portion 5 of the electric wire holder 1 can be linearly inserted from the outside to the inside of the installation member 35.
More specifically, the installation member 35 has a square cross-sectional shape as a whole, the four outer surfaces are formed to be substantially flat, and a groove or length extending in the extending direction of the installation member 35 is formed at the center of the outer surface. A mounting hole 36 made of a hole is formed at the center thereof. In the cross section of the installation member 35, a square core portion 37 is formed at the center thereof, and each corner portion of the core portion and the corner portion of the outer surface are connected by a plate-like body. A receiving space 38 having a trapezoidal cross section is formed between the outer surface and the outer surface. In other words, installation locations 39; 40 having a predetermined thickness are formed on both sides of the mounting hole 36 of the installation member 35. The thickness of the installation locations 39; 40 is slightly larger than the distance between the lower surface of the bottom plate portion 3 and the upper surface 30 of the horizontal piece portion 22 and the upper surface 26 of the horizontal piece portion 23, that is, thicker. This is because when the electric wire holder 1 is attached to the installation member 35, the installation position 39; 40 is tightly sandwiched between the bottom plate portion 3 and the upper surface 26; 30 to stabilize the attachment state of the electric wire holder 1.

電線保持具１を設置部材３５に取り付けるのに際し、電線保持具１の前側が図８の左側に向けられ、電線保持具１の左側面図が図８に図示された状態を例示する。その状態において、電線保持具１の取付部５が矢印で示すように設置部材３５の任意の位置の外部から取付孔３６を経由して設置部材３５の内部（受入空間３８）に直線的に挿入される。この挿入時において、縦片部２１は取付孔３６に対し幅方向に延在、換言すれば、縦片部２１が取付孔３６に対し直交する状態において挿入される。 When attaching the electric wire holder 1 to the installation member 35, the front side of the electric wire holder 1 is directed to the left side of FIG. 8, and the left side view of the electric wire holder 1 illustrates the state illustrated in FIG. In this state, the attachment portion 5 of the wire holder 1 is linearly inserted into the interior of the installation member 35 (receiving space 38) via the attachment hole 36 from outside the installation member 35 as indicated by an arrow. Is done. At the time of this insertion, the vertical piece portion 21 extends in the width direction with respect to the mounting hole 36, in other words, the vertical piece portion 21 is inserted in a state orthogonal to the mounting hole 36.

そして、図９に示すように、電線保持具１の底板部３が設置部材３５の取付孔３６の周りの外面に接触され、一方の横片部２２のカム部２７の前縁が設置部材３５における取付孔３６の周りの設置箇所３９の下面よりも下方（受入空間３８内）に配置される一方、図７に示す他方の横片部２２のカム部３１の前縁３３が図９に示す設置部材３５における取付孔３６の周りの設置箇所４０の下面よりも下方（受入空間３８内）に配置される。 As shown in FIG. 9, the bottom plate portion 3 of the electric wire holder 1 is brought into contact with the outer surface around the mounting hole 36 of the installation member 35, and the front edge of the cam portion 27 of the one side piece 22 is the installation member 35. 9 is disposed below the lower surface of the installation location 39 around the mounting hole 36 (in the receiving space 38), while the front edge 33 of the cam portion 31 of the other lateral piece 22 shown in FIG. 7 is shown in FIG. The installation member 35 is disposed below (in the receiving space 38) below the lower surface of the installation location 40 around the attachment hole 36.

その後、例えば、人為操作で電線保持具１が底板部３を設置箇所３９；４０に接触したまま中心軸線２１Ａを中心に、例えば左側に回されると、図９に示すカム部２７が設置箇所３９における取付孔３６の側の下縁に接触しつつ回る一方、図７に示すカム部３１が図９に示す設置箇所４０における取付孔３６の側の下縁に接触しつつ回されて、取付部５が下方（受入空間３８内）に引き込まれる。 Thereafter, for example, when the electric wire holder 1 is rotated by, for example, the left side around the central axis 21A with the bottom plate portion 3 in contact with the installation location 39; 40 by manual operation, the cam portion 27 shown in FIG. The cam portion 31 shown in FIG. 7 rotates while contacting the lower edge of the mounting hole 36 at the installation location 40 shown in FIG. The part 5 is drawn downward (in the receiving space 38).

そして、電線保持具１が左側に予め定められた回転運動範囲としての９０度まで回される間に、図９に示す横片部２３の上面２６が設置箇所３９の下面に押し付けられる一方、図７に示す横片部２２の上面３０が図９に示す設置箇所４０の下面に押し付けられる。また、周面カム２１Ｒ及び２１Ｃは、中心軸線２１Ａ回りの回動によって、取付孔３６の幅方向の壁面との距離が徐々に減少する。 And while the electric wire holder 1 is rotated up to 90 degrees as a predetermined rotational movement range on the left side, the upper surface 26 of the horizontal piece 23 shown in FIG. 7 is pressed against the lower surface of the installation location 40 shown in FIG. Further, the circumferential cams 21R and 21C are gradually reduced in distance from the wall surface in the width direction of the mounting hole 36 by rotating around the central axis 21A.

更に、電線保持具１が水平面内で左側に予め定められた回転運動範囲として９０度まで回されると、図１０に示すように、底板部３と横片部２２とが設置箇所３９を内外から密に挟み、底板部３と横片部２３とが設置箇所４０を密に挟み、周面カム２１Ｒと２１Ｃとが収納孔３６の幅方向端面に密接し、左右（図１１（Ｂ）においては上下）に突っ張る。このように、図４のカム部２７と図７のカム部３１とにより、電線保持具１の設置部材３５への取付安定性を確保することができる。さらに、周面カム２１Ｒ；２１Ｃによって、取付孔３６において突っ張った場合は、左右方向の移動もできず、更に取付安定性が向上する。したがって、取付体５は僅かに変形されることから、ナイロン（登録商標）樹脂都によって成型することができる。したがって、電線保持具１を電線の保持に適した樹脂材料にて成型し、取付部５を取付に適した樹脂材料によりそれぞれ個別に成型した後、それらを組み合わせて一体化することができ、また、同一の樹脂材にて一体成型することもできる。
また、電線保持具１は、取付部５を設置部材３５の取付孔３６の任意の位置に挿入した後所定方向に回動させることで任意の位置に取り付けられる利点がある。 Further, when the electric wire holder 1 is turned up to 90 degrees as a predetermined rotational movement range on the left side in the horizontal plane, the bottom plate portion 3 and the horizontal piece portion 22 are located inside and outside the installation location 39 as shown in FIG. The bottom plate portion 3 and the horizontal piece portion 23 tightly sandwich the installation location 40, and the circumferential cams 21R and 21C are in close contact with the end surface in the width direction of the storage hole 36, as shown in FIG. Is up and down). As described above, the cam portion 27 of FIG. 4 and the cam portion 31 of FIG. 7 can ensure the attachment stability of the wire holder 1 to the installation member 35. Further, when the mounting holes 36 are stretched by the circumferential cams 21R; 21C, they cannot move in the left-right direction, and the mounting stability is further improved. Therefore, since the attachment body 5 is slightly deformed, it can be molded from nylon (registered trademark) resin. Therefore, the electric wire holder 1 can be molded from a resin material suitable for holding an electric wire, and the attachment portion 5 can be individually molded from a resin material suitable for attachment, and then combined and integrated. It is also possible to integrally mold with the same resin material.
In addition, the electric wire holder 1 has an advantage that it can be attached at an arbitrary position by inserting the attachment portion 5 into an arbitrary position of the attachment hole 36 of the installation member 35 and then rotating it in a predetermined direction.

図１２及び図１３を参照し、考案を実施するための形態２に係る電線保持具１の構造について説明する。図１２に示すように、考案を実施するための形態２に係る電線保持具１は、側板部８；９と誘導部１０；１２と膨張部１１；１３とのそれぞれが底板部３の前後方向の幅に構成された構造、誘導部１０及び膨張部１１が誘導部１２と膨張部１３の下に潜り混んだ構造、膨張部１３は誘導部１２より上方に突出してない構造等が、図１に示す考案を実施するための形態１に係る電線保持具１と相違する。一方、考案を実施するための形態２に係る電線保持具１における取付部５の構造は、図１に示す考案を実施するための形態１に係る電線保持具１における取付部５と同じになっている。 With reference to FIG.12 and FIG.13, the structure of the electric wire holder 1 which concerns on the form 2 for implementing invention is demonstrated. As shown in FIG. 12, the electric wire holder 1 according to the second embodiment for carrying out the invention is such that the side plate portion 8; 9, the guide portion 10; 12 and the expansion portion 11; 1, a structure in which the guiding part 10 and the inflating part 11 are buried under the guiding part 12 and the inflating part 13, a structure in which the inflating part 13 does not protrude above the guiding part 12, etc. It differs from the electric wire holder 1 which concerns on the form 1 for implementing the device shown to this. On the other hand, the structure of the attachment portion 5 in the electric wire holder 1 according to the second embodiment for carrying out the device is the same as the attachment portion 5 in the electric wire holder 1 according to the first embodiment for carrying out the device shown in FIG. ing.

図１２を参照し、考案を実施するための形態１に係る電線保持具１に電線を収容する作業について説明すると、図１１に破線で示すように電線１５が誘導部１２及び膨張部１３を避けて誘導部１０の上に前後方向に長い直線状に置かれて下方に押される。
それに伴い、電線１５を下方に押す力が誘導部１０に適切に伝わり、誘導部１０及び側板部８が隔壁４の側に撓み、誘導部１０と膨張部１３との間に隙間が生じる。 Referring to FIG. 12, the operation of housing the electric wire in the electric wire holder 1 according to the first embodiment for carrying out the device will be described. The electric wire 15 avoids the guiding portion 12 and the inflating portion 13 as shown by a broken line in FIG. Then, it is placed on the guiding portion 10 in a straight line that is long in the front-rear direction and pushed downward.
Along with this, the force that pushes the electric wire 15 downward is appropriately transmitted to the guiding portion 10, the guiding portion 10 and the side plate portion 8 are bent toward the partition wall 4, and a gap is generated between the guiding portion 10 and the expanding portion 13.

そして、電線１５が更に誘導部１０の上を下方に向けて滑らされることにより、電線１５が誘導部１０と膨張部１３の間の隙間を通って膨張部１３を越えて他方の収容部７の上部に取り込まれると、側板部８及び誘導部１０が隔壁４から離れる方向に復帰する。その後、電線１５が一方の収容部６に収容される場合は、上記他方の収容部７の上部に取り込まれた電線１５が膨張部１３及び誘導部１０と隔壁４との間の隙間を通って一方の収容部６に収容される。一方、上記電線１５と異なる電線１６は前記と同様に他方の収容部７の上部に取り込まれると共に側板部８及び誘導部１０が隔壁４から離れる方向に復帰した後、上記電線１６は他方の収容部７の上部から当該収容部７の底板部３の側へと収容される。これにより、或る種類に仕分けられた電線を一方の収容部６に収容することができ、別の或る種類に仕分けられた電線を他方の収容部７に収容することができるので、実施の形態１と同様の利点がある。 Then, when the electric wire 15 is further slid downward on the guiding portion 10, the electric wire 15 passes through the gap between the guiding portion 10 and the expanding portion 13, exceeds the expanding portion 13, and the other accommodating portion 7. The side plate portion 8 and the guide portion 10 return to the direction away from the partition wall 4. Thereafter, when the electric wire 15 is accommodated in the one accommodating portion 6, the electric wire 15 taken into the upper portion of the other accommodating portion 7 passes through the gap between the expanding portion 13 and the guiding portion 10 and the partition wall 4. It is accommodated in one accommodating part 6. On the other hand, the electric wire 16 different from the electric wire 15 is taken into the upper part of the other accommodating portion 7 in the same manner as described above, and after the side plate portion 8 and the guiding portion 10 are returned in the direction away from the partition wall 4, the electric wire 16 is accommodated in the other accommodating portion. It is accommodated from the upper part of the part 7 to the bottom plate part 3 side of the accommodating part 7. Thereby, since the electric wire classified into a certain kind can be accommodated in one accommodating part 6, and the electric wire classified into another certain kind can be accommodated in the other accommodating part 7, There are advantages similar to those of the first embodiment.

尚、設置部材３５の形状は、図８乃至図１０に示した形状に限定されるものではなく、取付部５が設置部材３５の取付孔３６に入れられて設置部材３５の外面に沿って９０度回されることにより、取付部５の一対のカム部２７；３１により底板部３と一対の横片部２２；２３とが一対の設置箇所３９；４０を密に挟むことができる構造であれば、適用可能である。 Note that the shape of the installation member 35 is not limited to the shape shown in FIGS. 8 to 10, and the attachment portion 5 is inserted into the attachment hole 36 of the installation member 35 and is 90 along the outer surface of the installation member 35. The base plate portion 3 and the pair of horizontal piece portions 22; 23 can sandwich the pair of installation locations 39; 40 tightly by the pair of cam portions 27; If applicable.

１は電線保持具、２は収容部、３は底板部、４は隔壁、５は取付部、６；７は収容部、８；９は側板部、１０は誘導部、１１は膨張部、１２は誘導部、１３は膨張部、１４は欠番、１５；１６は電線、１７乃至２０は欠番、２１は縦片部、２２；２３は横片部、２４；２５は逃げ部、２６は上面、２７はカム部、２８は凸部、２９は凹部、３０は上面、３１はカム部、３２は凹部、３３；３４は欠番、３５は設置部材、３６は溝、３７は芯部、３８は受入空間、３９；４０は設置箇所、４１は電線保持具、４２は本体部材、４３はキャップ、４４は収容部、４５は隔壁、４６は係留部、４７は被係留部、４８乃至５０は欠番、５１は電線保持具、５２は大収容部、５３は小収容部。 1 is an electric wire holder, 2 is an accommodating portion, 3 is a bottom plate portion, 4 is a partition wall, 5 is a mounting portion, 6; 7 is an accommodating portion, 8; 9 is a side plate portion, 10 is a guiding portion, 11 is an inflating portion, 12 Is an inducting part, 13 is an inflating part, 14 is a missing number, 15; 16 is an electric wire, 17 to 20 are missing numbers, 21 is a vertical piece part, 22; 23 is a horizontal piece part, 24; 25 is a relief part, 26 is an upper surface, 27 is a cam part, 28 is a convex part, 29 is a concave part, 30 is a top surface, 31 is a cam part, 32 is a concave part, 33 is a missing number, 35 is an installation member, 36 is a groove, 37 is a core part, and 38 is a receiving part. Space, 39; 40 is an installation location, 41 is an electric wire holder, 42 is a body member, 43 is a cap, 44 is a storage part, 45 is a partition, 46 is a mooring part, 47 is a mooring part, 48 to 50 are missing numbers, 51 is an electric wire holder, 52 is a large accommodating portion, and 53 is a small accommodating portion.

Claims

電線を収容するための上部と前部及び後部の開口した収容部が収容部の底板部から収容部の内部に突出した隔壁で左右に仕切られ、収容部の底板部には底板部から下方に突出した縦片部と縦片部の下部より両側に突出する横片部とを備えた取付部が設けられた電線保持具であり、電線保持具を取り付けるための設置部材には取付部を設置部材の外部から内部に直線的に挿入可能な取付孔が溝又は長孔として形成されており、取付部が設置部材の外部から取付孔に直線的に挿入されて、収容部の底板部が設置部材の取付孔の周りの設置箇所に接触し、取付部の両側の横片部が設置部材の取付孔を貫通し、取付部の縦片部が設置部材の取付孔に配置された状態において、取付部が収容部の底板部を設置箇所に接触したまま予め定められた回転運動範囲に回されると、収容部の底板部と取付部の両側の横片部とが設置部材の取付孔の周りの設置箇所を挟ことにより設置部材に取り付けられる電線保持具であって、取付部の一方の横片部の上面には取付部を設置部材に回して取り付ける場合に取付部を設置部材の外部から内部の側に引き込むカム部が当該横片部の突出方向に交差する方向の一方側に下り勾配になる斜面として形成され、他方の横片部の上面には取付部を設置部材に回して取り付ける場合に取付部を設置部材の外部から内部の側に引き込むカム部が当該横片部の突出方向に交差する方向の他方側に下り勾配になる斜面として形成されたことを特徴とする電線保持具。 The upper and front and rear receiving parts for receiving the electric wires are divided into left and right by a partition wall protruding from the bottom plate part of the receiving part to the inside of the receiving part, and the bottom plate part of the receiving part is downward from the bottom plate part. It is an electric wire holder provided with an attaching part with a protruding vertical piece part and a horizontal piece part protruding to both sides from the lower part of the vertical piece part, and the attaching part is installed on the installation member for attaching the electric wire holder Mounting holes that can be inserted linearly from the outside to the inside of the member are formed as grooves or long holes, and the mounting portion is linearly inserted into the mounting hole from the outside of the installation member, and the bottom plate portion of the housing portion is installed In contact with the installation location around the mounting hole of the member, the horizontal piece portions on both sides of the mounting portion penetrate the mounting hole of the installation member, and the vertical piece portion of the mounting portion is arranged in the mounting hole of the installation member, Predetermined rotational motion with the mounting part contacting the installation plate with the bottom plate part of the housing part An electric wire holder that is attached to the installation member when the base plate portion of the housing portion and the lateral piece portions on both sides of the attachment portion are sandwiched by the installation location around the installation hole of the installation member. When the attachment portion is attached to the installation member by turning it on the upper surface of one horizontal piece portion of the portion, the cam portion that pulls the attachment portion from the outside to the inside side of the installation member intersects the protruding direction of the horizontal piece portion. A cam part is formed on the upper surface of the other horizontal piece, and the cam part that pulls the attachment part from the outside to the inside of the installation member is attached to the upper surface of the other horizontal piece part. An electric wire holder characterized in that it is formed as an inclined surface having a downward slope on the other side in a direction intersecting the protruding direction of the one part.

電線を収容するための上部と前部及び後部の開口した収容部が収容部の底板部から収容部の内部に突出した隔壁で左右に仕切られ、収容部の底板部には底板部から下方に突出した縦片部と縦片部の下部より両側に突出する横片部とを備えた取付部が設けられた電線保持具であり、電線保持具を取り付けるための設置部材には取付部を設置部材の外部から内部に直線的に挿入可能な取付孔が溝又は長孔として形成されており、取付部が設置部材の外部から取付孔に直線的に挿入されて、収容部の底板部が設置部材の取付孔の周りの設置箇所に接触し、取付部の両側の横片部が設置部材の取付孔を貫通し、取付部の縦片部が設置部材の取付孔に配置された状態において、取付部が収容部の底板部を設置箇所に接触したまま予め定められた回転運動範囲に回されると、収容部の底板部と取付部の両側の横片部とが設置部材の取付孔の周りの設置箇所を挟むと共に取付部の縦片部に対し対称に形成された周面カムが設置部材の取付孔の周りの設置箇所に突っ張ることにより設置部材に取り付けられる電線保持具であって、取付部の一方の横片部の上面には取付部を設置部材に回して取り付ける場合に取付部を設置部材の外部から内部の側に引き込むカム部が当該横片部の突出方向に交差する方向の一方側に下り勾配になる斜面として形成され、他方の横片部の上面には取付部を設置部材に回して取り付ける場合に取付部を設置部材の外部から内部の側に引き込むカム部が当該横片部の突出方向に交差する方向の他方側に下り勾配になる斜面として形成されたことを特徴とする電線保持具。 The upper and front and rear receiving parts for receiving the electric wires are divided into left and right by a partition wall protruding from the bottom plate part of the receiving part to the inside of the receiving part, and the bottom plate part of the receiving part is downward from the bottom plate part. It is an electric wire holder provided with an attaching part with a protruding vertical piece part and a horizontal piece part protruding to both sides from the lower part of the vertical piece part, and the attaching part is installed on the installation member for attaching the electric wire holder Mounting holes that can be inserted linearly from the outside to the inside of the member are formed as grooves or long holes, and the mounting portion is linearly inserted into the mounting hole from the outside of the installation member, and the bottom plate portion of the housing portion is installed In contact with the installation location around the mounting hole of the member, the horizontal piece portions on both sides of the mounting portion penetrate the mounting hole of the installation member, and the vertical piece portion of the mounting portion is arranged in the mounting hole of the installation member, Predetermined rotational motion with the mounting part contacting the installation plate with the bottom plate part of the housing part When it is turned around, the bottom plate part of the housing part and the lateral piece parts on both sides of the attachment part sandwich the installation place around the attachment hole of the installation member and are formed symmetrically with respect to the vertical piece part of the attachment part. An electric wire holder that is attached to the installation member by the surface cam being stretched around the installation location around the installation hole of the installation member, and is attached to the upper surface of one horizontal piece of the installation portion by turning the installation portion to the installation member In this case, the cam portion that draws the attachment portion from the outside to the inside of the installation member is formed as a slope that slopes downward on one side of the direction intersecting the protruding direction of the horizontal piece portion, and on the upper surface of the other horizontal piece portion Is formed as an inclined surface in which the cam part that pulls the attachment part from the outside to the inside of the installation member when it is attached to the installation member is inclined downward on the other side in the direction intersecting the protruding direction of the horizontal piece part An electric wire holder characterized by being made.

隔壁で仕切られた一方の収容部の上部には当該収容部の側板部の上部から隔壁の上部の側に向けて徐々に下り勾配となる誘導部が設けられ、隔壁で仕切られた他方の収容部の上部には当該収容部の側板部の上部から隔壁の上部の側に向けて徐々に下り勾配となる誘導部が設けられたことを特徴とする請求項１又は２記載の電線保持具。 The upper part of the one storage part partitioned by the partition wall is provided with a guide part that gradually descends from the upper part of the side plate part of the storage part toward the upper side of the partition wall, and the other storage part partitioned by the partition wall. The electric wire holder according to claim 1 or 2, wherein a guide portion that gradually descends from an upper portion of the side plate portion of the housing portion toward an upper portion side of the partition wall is provided at an upper portion of the portion.

一方の収容部の側の誘導部の他方の収容部の側に隔壁を越えた先端部と、他方の収容部の側の誘導部の一方の収容部の側に隔壁を越えた先端部とには、膨張部が設けられたことを特徴とする請求項３記載の電線保持具。 A leading end portion over the partition wall on the other accommodating portion side of the guiding portion on the one accommodating portion side, and a leading end portion over the partition wall on the one accommodating portion side of the guiding portion on the other accommodating portion side The electric wire holder according to claim 3, further comprising an expansion portion.

一方の収容部の側の側板部及び誘導部と他方の収容部の側の側板部及び誘導部とが互いに収容部の前後方向に互い違いに配置されたことを特徴とする請求項３記載の電線保持具。 4. The electric wire according to claim 3, wherein the side plate portion and the guide portion on the side of one housing portion and the side plate portion and the guide portion on the side of the other housing portion are alternately arranged in the front-rear direction of the housing portion. Retaining tool.

一方の収容部の側の側板部及び誘導部と他方の収容部の側の側板部及び誘導部とが互いに収容部の前後方向の幅に構成されたことを特徴とする請求項３記載の電線保持具。 4. The electric wire according to claim 3, wherein the side plate portion and the guide portion on the side of one housing portion and the side plate portion and the guide portion on the side of the other housing portion are configured to have a width in the front-rear direction of the housing portion. Retaining tool.