JP5400713B2 - Cable lead-out cover and cable lead-out forming device - Google Patents

Description

  The present invention provides a cable lead-out cover that is disposed on a wall surface (mainly a baseboard), a ceiling surface, a floor surface, or the like, and is attached to a building molding material for accommodating and wiring a cable therein, and The present invention relates to a cable lead-out forming device including the cable lead-out cover and the building molding material.

  2. Description of the Related Art Conventionally, cables arranged in buildings are wired inside building molding materials arranged on wall surfaces, floor surfaces, ceiling surfaces, and the like, and various building molding materials have been proposed. For example, the building molding material (10) of Patent Document 1 includes a continuous gap (27) extending inside the main body (20) and can close the opening of the gap (27) of the main body (20). A lid piece (30) of flexible material is formed integrally with the main body (20).

  In a building molding material that has a soft lid at the opening of the wiring space, when the cable is pulled out from the opening, the cable is not fixed and moves along the opening, so the cable drawing position is not fixed. At the same time, there is a problem in that a gap formed by the lid piece being rolled up is exposed to the outside in the vicinity of the cable drawing portion, and the aesthetic appearance resulting from the appearance is impaired.

  On the other hand, Non-Patent Document 1 proposes an electric wire outlet cover that is attached to a building molding material in order to hide the periphery of the cable drawing portion.

  If it demonstrates with reference to FIG. 9, this electric wire extraction part cover 1 is provided with the cover part 2 as a decoration part which hides the bending part of the cover body 4b, and the notch part 3 for making the cable 6 penetrate. The cutout 3 is cut out along the longitudinal direction of the building molding material 4 so that one end is opened when the wire extraction cover 1 is attached to the building molding material 4. That is, the notch 3 includes an open end 3a for introducing the cable 6, a lead-out portion 3b extending in the width direction so as to correspond to the size of the opening 4a of the building molding material 4, and the cable 6 at the open end. It consists of an insertion passage 3c extending along the longitudinal direction of the building molding material 4 in order to move from 3a to the lead-out part 3b. That is, by guiding the cable 6 from the open end 3a to the lead-out portion 3b through the insertion passage 3c, the cable 6 is inserted through the notch portion 3 and pulled out from the opening 4a.

JP 2005-139739 A

Design registration No. 1244030

  However, in the cover of the prior art, when an external force is applied to the cable in the longitudinal direction of the building molding material, the cable cannot stay in the lead-out portion of the cutout portion, and is separated from the open end through the insertion passage. To do. That is, when the cable is pulled, it may come out of the notch, and there is a problem that the cable cannot be stably maintained at a predetermined position with the cover. Further, a gap (or a bent portion of the lid) caused by the bending of the lid caused by the cable drawing is exposed to the outside from a notch (insertion path) arranged on the opening along the longitudinal direction of the opening. Is done. That is, the cover of the prior art is insufficient in function as a decorative part, and there is a problem that the appearance of the cable lead-out part is still poor even when the cover is attached to the building molding material.

  The present invention has been made to solve the above-described drawbacks, and the object thereof is to stably maintain the cable drawing position and to improve the aesthetic appearance of the cable drawing portion. Another object of the present invention is to provide a cable lead-out part forming apparatus including a cable lead-out part cover and the cable lead-out part cover.

The cable lead-out portion cover according to claim 1 includes a molding material body portion formed in a longitudinal shape, a wiring space formed inside the molding material body portion for accommodating and wiring the cable, and the cable. An opening formed along the longitudinal direction in the molding material main body for drawing out from the wiring space, and a flexible formed integrally with the molding material main body so as to freely open and close the opening. A cable lead-out cover that is attached to a building molding material having a flexible lid so as to cover a gap formed when the lid is bent by the cable when the cable is pulled out,
A cover part for covering the gap part from the outer surface of the building molding material;
The cover portion is cut out so as to intersect with the opening when attached to the building molding material, and includes a cutout portion having one end opened,
The cable can be pulled out from the opening by being inserted into the notch through the open end of the notch. The “opening formed along the longitudinal direction” includes any opening having a width along the longitudinal direction through which the cable can be inserted, and is a long opening described in the following embodiments. It is not limited to.

  In the cable lead-out cover according to claim 2, in the cable lead-out cover according to claim 1, the notch extends substantially perpendicular to the opening along the width direction of the building molding material. It is characterized by.

In the cable lead-out cover according to claim 3, in the cable lead-out cover according to claim 1 or 2, the notch includes a lead-out portion for pulling out the cable from the opening, and the cable from the open end. An insertion path extending from the drawer portion to the open end side for movement to the drawer portion;
The width of the insertion path is narrower than the width of the drawer portion.

  The cable lead-out cover according to claim 4, wherein the insertion path is narrower than the cable and the cable is moved from the open end to the lead-out part. Accordingly, the cover portion is elastically deformable.

The cable lead-out forming device according to claim 5 is a molding material body portion formed in a longitudinal shape, a wiring space formed inside the molding material body portion for accommodating and wiring the cable, and the cable. An opening formed along the longitudinal direction in the molding material main body for drawing out from the wiring space, and a flexible formed integrally with the molding material main body so as to freely open and close the opening. A building molding material having a protective lid,
And a cable lead-out cover according to any one of claims 1 to 4.

  The cable lead-out part forming device according to claim 6, wherein in the cable lead-out part forming apparatus according to claim 5, a plurality of openings are arranged in parallel to the width direction of the building molding material. In the width direction of the building molding material, the cutout portion is formed to extend over the plurality of openings.

  In the cable lead-out part forming apparatus according to claim 7, in the cable lead-out part forming apparatus according to claim 5 or 6, the building molding material is an intersection of a wall surface and a wall surface, an intersection of a wall surface and a floor surface, or The cable lead-out cover covers the building molding so that the open end of the cutout portion faces the intersecting portion when disposed close to any of the intersecting portions of the wall surface and the ceiling surface. It is attached to the material.

  According to the invention described in claim 1, with the cable lead portion cover attached to the building molding material, the cutout portion is cut out so as to intersect the opening of the building molding material, One end is open. As a result, a closed space is formed between the edge of the cover part (notch edge part) located at both ends of the notch part in the longitudinal direction and the edge of the molding material body part (opening edge part) located at both ends in the width direction of the opening part. When the cable moves in the longitudinal direction in the opening (or notch), it contacts the notch edge, and on the other hand, when the cable moves in the width in the opening (or notch), the opening edge Abut. In other words, even if an external force is applied to the cable, the cable can be kept in the space defined by the notch edge and the opening edge, and the cable drawing position can be stably maintained so that the cable drawing position does not shift. It can be kept in place.

  Furthermore, the cover portion can cover the opening in the regions on both sides of the notch that intersects the opening.

  Therefore, by attaching the cable lead-out cover to the building molding material, the cable lead-out position can be stably maintained at a predetermined position, and the appearance of the cable lead-out part can be improved.

  According to invention of Claim 2, when a notch part is orthogonally crossed with respect to an opening part, when the some opening part is arranged in parallel with respect to the width direction in the building molding material, 1 With the two cable drawing portion covers, the drawing positions of the plurality of cables can be simultaneously maintained at positions along the width direction of the building molding material.

  According to invention of Claim 3, compared with the width | variety of the drawer part of a cable, the area | region which can make up the outer surface of a building molding material can be increased by narrowing the width | variety of the insertion path of a cable, and a cable The appearance can be improved in the drawer.

  According to the invention described in claim 4, the cover portion can be elastically deformed, and the shape of the insertion path is made thinner than the cable, whereby the cover portion is elastically deformed and the cable is inserted from the open end through the insertion path. Can be inserted into the drawer portion, and the area to be makeup can be maximized.

  According to the fifth aspect of the present invention, there is provided a cable lead-out forming device that has the same effect as the cable lead-out cover according to any one of the first to fourth aspects.

  According to the invention of claim 6, a plurality of cables can be accommodated, and the drawing positions of the plurality of cables can be stably maintained at a predetermined position, and the appearance at the plurality of cable drawing positions is improved. Can be better.

  According to the seventh aspect of the present invention, the cable lead-out cover can be easily attached to the building molding material by making the open end of the notch portion face the intersection. Furthermore, since the notch portion is positioned on the side that is difficult to see from the outside near the intersection, the appearance when the cable lead-out cover is attached to the building molding material is improved.

In one Embodiment of this invention, the whole cable drawer part formation apparatus of the state which pulled out the cable is a perspective view. The cover for cable lead-out parts of Drawing 1 is shown, (a) is a perspective view, (b) is a front view, (c) is a side view. The building molding material of FIG. 1 is shown, (a) is a perspective view, (b) is AA sectional drawing. It is sectional drawing which shows the state which puts in / out a cable to the wiring space of the building molding material of FIG. 1, (a) is the state which accommodates a cable, (b) is the state which accommodated the cable, (c) is a cable. Pulled out. The front view of the building molding material of the state of FIG.4 (c). It is a perspective view which shows the process of attaching the cable drawer part cover to a building molding material, (a) is the state which is moving the cable drawer part cover below, (b) is building a cable drawer part cover The state of pressing against the molding material, (c) is the state after attaching the cable lead-out cover to the building molding material. It is sectional drawing which shows the process of attaching the cable drawer part cover to a building molding material, (a) is the state which is pressing the cable drawer part cover with respect to a building molding material, (b) is a cable drawer. The state after the club cover is attached to the building molding material. In one modification of this invention, it is a perspective view which shows the process of attaching the cable drawer part cover to a building | molding material, (a) is the state which is moving the cable drawer part cover below, (b) Is the state where the cable is inserted through the notch, and (c) is the state after the cable lead-out cover is attached to the building molding material. The perspective view which showed the state which attached the electric wire extraction part cover of the prior art to the building molding material.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

  FIG. 1 is an overall perspective view of a cable lead-out forming device 100 as an embodiment of the present invention. The cable lead portion forming apparatus 100 includes a cable lead portion cover 110 and a longitudinal building molding material 120, and is mainly disposed on an upright wall surface (particularly a baseboard portion), a floor surface or a ceiling surface. . As shown in FIG. 1, the cable lead-out forming device 100 accommodates the cable C in the building molding material 110 and, at a predetermined position, for construction via the notch 112 of the cable lead-out cover 110. The cable C is pulled out from the opening 122 of the molding material. In the present embodiment, the cable C is a wiring cable such as a LAN cable or a power cable, but is not limited thereto, and any cable may be used as long as it is a string such as a hose.

  In the following, based on the drawing, it is assumed that the cable lead-out forming device 100 is disposed in the baseboard near the intersection of the wall surface and the floor surface so that the longitudinal direction of the cable lead portion forming apparatus 100 is horizontal with the floor surface (ground). Each member will be described in detail by defining the up / down / left / right directions, but the location and direction of the cable lead-out forming device 100 are not limited to the present embodiment.

  FIG. 2 shows a cable lead-out cover 110 according to an embodiment of the present invention. FIG. 2 (a) is a perspective view of the cable lead-out portion cover 110. The cable lead-out portion cover 110 includes a cover portion 111 as a decorative portion for covering a gap portion generated by bending the lid by the cable, and The cover part 111 is provided with a notch part 112 that is notched in the vertical direction. The cover 111, which is the flesh of the cable lead-out cover 110, comprises a cover left part 111a, a cover right part 111b, a cover upper part 111c, and a cover lower part 111d.

  FIG. 2B is a front view of the cable lead-out cover 110. As shown in FIG. 2B, the cable lead-out cover 110 has a substantially rectangular shape when viewed from the front, and the cutout 112 is cut out in the vertical direction so that the lower end side is opened at a substantially central portion of the cover 111. Is formed. As will be described later, the notch 112 is formed to be orthogonal to the opening 122 of the building molding material 120 when attached to the building molding material 120. The cover left portion 111a and the cover right portion 111b are divided by a notch portion 112, and the cover left portion 111a and the cover right portion 111b are connected by a cover upper portion 111c.

  The notch 112 has an open end 112a positioned at the lower end of the notch 112, two lead-out portions 112b for pulling out the cable C from the opening 122, and a cable C for moving the open end 112a to the lead-out portion 112b. And two insertion passages 112c extending from the lead-out portion 112b to the open end 112a side. Flange 114 is extended in the edge part (notch edge part) of the cover part 111 located in the right-and-left both sides of each insertion path 112c, and the width | variety of the insertion path 112c is narrower than the width | variety of the drawer | drawing-out part 112b. And the position of the drawer | drawing-out part 112b is set so that it may correspond to the position of the opening part 122 in the state which attached the cover 120 for cable drawer parts to the molding | mall material 110 for construction.

  FIG. 2C is a side view of the cable lead-out cover 110. As shown in FIG. 2 (c), the cable lead-out cover 110 has a substantially U shape when viewed from the side, and the cover upper portion 111c projects substantially vertically from the upper ends of the cover left portion 111a and the cover right portion 111b, The engaging portion 113a is protruded downward. Similarly, the lower cover portion 111d projects substantially vertically from the lower ends of the cover left portion 111a and the cover right portion 111b, and a lower engagement portion 113b is projected upward at the tip. As will be described later, the upper engaging portion 113a and the lower engaging portion 113b correspond to the upper engaged portion 125a and the lower engaged portion 125b of the building molding material 120. Here, the cover upper portion 111c protrudes larger than the cover lower portion 111d. However, the present invention is not limited to this, and the protrusion of the cover upper portion 111c and the cover lower portion 111d may be equal, or the cover lower portion 111d may be the cover upper portion 111c. It may be overhanging.

  Further, ribs 115 for reinforcing the strength of the cable lead portion cover 110 are provided on the outer surfaces of the cover left portion 111a and the cover right portion 111b on both sides of each lead portion 112b of the notch portion 112, respectively.

  Further, as described later, the cable lead-out cover 110 is fixed to the lower outer surface of the cover upper portion 111b of the cable lead-out cover 110 so as not to slide in the longitudinal direction with respect to the building molding material 120. As a fixing means, a double-sided tape 116 is attached. The fixing means is not limited to the double-sided tape, and a strong magnet, a hook-and-loop fastener, or the like can be used. Moreover, you may provide not in the cable extraction part cover 110 but in the mall material 120 for construction. Furthermore, it is not necessary to install a double-sided tape or the like on the cable lead-out portion cover 110 and the building molding material 120, and the engagement between the engaging portion and the engaged portion is strengthened, or both are fitted. Thus, it can be used as a fixing means.

  Note that the cable lead-out cover 110 of this embodiment is an injection-molded product using a synthetic resin such as polyvinyl chloride, and each of the above parts is integrally molded at the time of injection molding. However, materials and manufacturing methods are not limited to this.

  FIG. 3 shows a building molding material 120 according to an embodiment of the present invention. 3A is a perspective view of the building molding material 120, and FIG. 3B is a cross-sectional view of the building molding material 120. As shown in FIGS. 3 (a) and 3 (b), the building molding material 120 is composed of an elongated molding material body 121 having the same sectional shape continuous, and the sectional shape is a vertically long, substantially rectangular shape. It has become. The interior of the molding material main body 121 is formed hollow to accommodate the cable.

  One of the long sides of the substantially rectangular shape of the molding material main body 121 is configured as a facing side portion 121a that faces the wall surface, and an upper portion 121b from the upper end, the substantially central portion, and the lower end of the facing side portion 121a to the other long side. The partition part 121c and the bottom part 121d are erected. And the upright part 121e which each stood up from the partition part 121c and the bottom part 121d is provided so that the opposing side part 121a may be opposed. That is, the interior of the molding material main body 121 is divided by the partition part 121c without communicating with each other, and the wiring space S is formed above and below the partition part 121c. Wiring can be accommodated according to type. Moreover, the partition part 121c inclines below as it goes to the facing side part 121a side.

  And in order to accommodate the cable C in each wiring space S or to draw out the cable C from each wiring space S, it opens along the longitudinal direction of the molding material main body 121 on the side facing the facing side 121a. Two openings 122 are arranged in parallel to the width direction of the molding material main body 121.

  In each opening 122, a flexible lid 123 extends downward from the opening edge of the molding material main body 121 located at the upper end of the opening 122, and closes each opening 122 in an openable and closable manner. . As shown in FIG. 3 (b), when the lid 123 is in the closed state, the hook 123 a formed at the tip of each lid 123 has a cover formed on the opening edge on the lower end side of each opening 122. It is engaged with the engaging part 122a.

  Further, an upper engaged portion 125a that can be engaged with the upper engaging portion 113a of the cable lead-out portion cover 110 is provided at the upper corner portion on the facing side portion 121a side of the molding material main body portion 121. A lower engaged portion 125b that can be engaged with the lower engaging portion 113b of the cable lead portion cover 110 is provided at the lower corner portion of the opening portion 122 side of the portion 121. The width of the bottom of the lower wiring space S is narrowed by the lower engaged portion 125b. The upper engaged portion 125a and the lower engaged portion 125b can also be used to lock a connector or the like that connects the building molding materials.

  And the lower corner part of the facing side part 121a side of the molding material main body part 121 was provided at the intersection when the building molding material 120 was arranged at the intersection of the wall surface and the floor surface. It is chamfered so as to work as a step avoidance portion for avoiding the step portion. Furthermore, a concave portion 126 is formed on the outer surface of the facing side portion 121a to form a region where a double-sided tape or the like is attached, and the double-sided tape 126a is attached thereto. The concave portion 126 includes substantially the entire upper wiring space S, and has a width ranging from the base end of the partition portion 121c to the upper portion of the lower wiring space S in the longitudinal direction of the building molding material 120. It is provided continuously along. In other words, it is formed above the outside of the facing side portion 121a. Further, in the upper wiring space S, a guide groove 127 that guides the tip of the screw when the screw is fixed to the facing wall 121a on the building wall or the like faces the opening 122 with the lid 123 fully opened. Is provided.

  The building molding material 100 of the present embodiment is a two-color extrusion long molded product made of synthetic resin, the molding material body 121 is made of a hard material, and the lid 123 is a material having flexibility and elasticity. It consists of As the hard material of the molding material main body 121, synthetic resin such as ABS resin and polyvinyl chloride can be adopted. As a material of the lid 123, polyurethane elastomer, soft vinyl chloride, soft polypropylene, rubber or the like can be used. However, other materials and manufacturing methods can be used. For example, the molding material main body 121 can be made of a metal material such as aluminum, or a flexible material such as rubber. Further, the lid body does not have to be formed integrally with the molding material main body, but may be changed to a separate lid body and fitted.

  FIGS. 4A to 4C are cross-sectional views showing a state where the cable C is taken in and out of the wiring space S of the building molding material 120 fixed to the wall surface W. FIG.

  As shown in FIG. 4A, when the cable C is accommodated in the building molding material 120, the cable C is pushed into the wiring space S from the opening 122 so as to press the lid 123. The body 123 rotates into the wiring space S, the cable C is dropped into the wiring space S from the gap between the tip of the lid 123 and the lower opening edge, and the lid 123 returns to its original position and the opening. 122 is closed (see FIG. 4B). At this time, the upright portion 121e prevents the cable C from coming out of the wiring space S.

  As shown in FIG. 4B, the cable C accommodated in the upper wiring space S of the building molding material 120 has the partition 121c as the bottom of the upper wiring space S downward toward the facing side 121a. Therefore, the cable C moves by itself weight in the wiring space S toward the facing side portion 121a. That is, the wiring space S wider than the state in which the partition 111 is formed horizontally is ensured, and the center of gravity is lowered by arranging the cable C downward. Therefore, the force in the direction away from the wall surface applied to the building molding material 120 can be reduced. On the other hand, the cable C accommodated in the lower wiring space S moves onto the bottom 121d of the lower wiring space S.

  As shown in FIG. 4C, in the cable C accommodated in the upper wiring space S, the lid 123 and the cable C come into contact with each other, and the lid 123 rotates to the outside of the wiring space S. C is pulled out from the opening 122 at a predetermined position. On the other hand, the cable C can be pulled out by rotating the lid 123 to the inside of the wiring space S like the cable C accommodated in the lower wiring space S. That is, when pulling out the cable C, the lid 123 can be rotated both inside and outside the opening 122.

  FIG. 5 is a front view of the state of FIG. As shown in FIG. 5, the cable C accommodated in each wiring space S is drawn out from each opening 122 at a predetermined position. At this time, the lids 123 that come into contact with the cables C bend, creating gaps G around the cables C, and the wiring space S is exposed to the outside. The process of attaching the cable lead portion cover 110 for covering the gap portion G to the building molding material 120 will be described below.

  FIGS. 6 and 7 show the cable lead-out cover on the building molding material 120 installed in the baseboard near the intersection X between the wall surface W and the floor F and with the cable C pulled out at a predetermined position. It represents about each process at the time of attaching 110. FIG.

  First, on the front surface of the building molding material 120, the cable C enters from the open end 112a of the notch 112, and moves with respect to the cable lead-out cover 110 through the insertion path 112c to the lead-out part 112b. The cable lead-out portion cover 110 is moved from the upper side to the lower side with respect to the building molding material 120 while the open end 112a is opposed to the intersection X between the wall surface W and the floor surface F (see FIG. 6A). ).

  Next, in a state where the cable C is inserted into the lead-out portion 112b of the notch portion 112, the lower engagement portion 113b of the cable lead-out portion cover 110 and the lower engaged portion 125b of the building molding material 120 are engaged. (See FIG. 6B and FIG. 7A). In this state, the cover left portion 111a in the direction of the arrow in FIGS. 6B and 7A so that the cover upper portion 111c of the cable lead-out portion cover 110 and the upper portion 121b of the molding material main body 121 are brought into contact with each other. And by pressing the cover right portion 111b, the upper engaging portion 113a of the cable lead portion cover 110 and the upper engaged portion 125a of the building molding material 120 are engaged, and the cable lead portion cover 110 is engaged. It can be attached to the building molding material 120 (see FIG. 6C and FIG. 7B). At this time, the double-sided tape 116 as a fixing means is interposed between the cover upper portion 111c of the cable lead-out portion cover 110 and the upper portion 121b of the molding material main body portion 121, and the cable lead-out portion cover 110 is a building molding material. It is fixed so as not to slide on 120.

  In the attachment procedure, the upper engaging portion 113a of the cable lead portion cover 110 and the upper engaged portion 125a of the building molding material 120 are first engaged, and in this state, the cable lead portion cover 110 is engaged. The cable lead-out portion cover 110 is pressed against the building molding member 120 so that the lower cover portion 111d and the lower portion 121d of the molding main body portion 121 are brought into contact with each other. The joint portion 113b and the lower engaged portion 125b of the building molding material 120 may be engaged. Or the cover part 111 is pressed so that the upper engaging part 113a and the lower engaging part 1113b are simultaneously engaged with the upper engaged part 125a and the lower engaged part 125b, and the cable lead part cover 110 is pressed. May be attached to the building molding material 120.

  Next, the operation and effect of the cable lead portion forming apparatus 100 according to the embodiment of the present invention will be described.

  In the cable lead portion forming apparatus 100, the cutout portion 112 intersects the opening portion 122 of the building molding material 120 with the cable drawing portion cover 110 attached to the building molding material 120. Closed space by the edges (notched edges) of the cover left part 111a and the cover right part 111b located at both the left and right ends and the edges (opening edges) of the molding material main body 121 located at the upper and lower ends of the opening 122 (See FIG. 6C). That is, when the cable C moves left and right in the opening 122 (or the notch 112), it contacts the notch edge, and on the other hand, when the cable C moves up and down in the opening 122 (or the notch 112), the opening is opened. Abuts the edge. In other words, even when an external force is applied to the cable C, the cable C can be retained in the space defined by the notch edge and the opening edge, and the drawing position of the cable C can be stably maintained at a predetermined position. Is possible.

  Moreover, the notch part 112 is formed so as to be orthogonal to the opening part 122, so that the drawing positions of the plurality of cables C are simultaneously set in the building molding part with respect to the opening part 122 provided in parallel with the building molding material 120. It can be maintained at a position along the width direction of the material 120.

  And in the area | region of the both sides bordering on the notch part 112 which cross | intersects the opening part 122, since the cover part 111 has covered the opening part 122 over the right-and-left both sides of the cable C, when the cable C is pulled out, a cover body It is possible to reduce the ratio at which the bent portion of the lid 123 around the gap portion G or the cable C drawn portion generated by the deflection of the 123 is exposed to the outside.

  Therefore, by attaching the cable lead portion cover 110 to the building molding material 120, the lead position of the cable C can be stably maintained at a predetermined position so that the lead position of the cable C is not shifted. It is possible to prevent the appearance of the drawer portion from deteriorating. In addition, the intrusion of dust from the gap G into the interior of the building molding material 120 can be further reduced.

  In the cable lead-out cover 110, the notch 112 has the open end 112a, so that the cable C can be easily and quickly moved to the lead-out part 112b through the open end 112a. 110 can be easily attached to the building molding material 120. Therefore, the workability of attaching the cable lead portion cover 110 can be improved. Without this open end 112a, it is necessary to directly insert the end of the cable C into the notch 112, and in particular, the end of the cable C such as a LAN cable having a plug at the end or a power cable having a power outlet is notched. In the case of a cable having a diameter larger than that of the leading portion 112b of 112, the improvement in workability due to the open end 112a is remarkable.

  Further, since the flanges 114 are formed on both sides of the notch 112, the area for covering the outer surface of the building molding material 120 can be increased, and the appearance around the lead-out portion of the cable C can be improved. it can.

  Further, since the cover portion 111 is divided into the cover left portion 111a and the cover right portion 111b by the notch portion 112, when the engaging portions 113a, b are engaged with the engaged portions 125a, 125b, With this, the cover part 111 can be easily pressed. That is, by pressing the cover left portion 111a and the cover right portion 111b individually, the frequency of occurrence of distortion and deviation in the engagement relationship between the engaging portion and the engaged portion is reduced, and the engagement is more reliably performed. The part can be engaged with the engaged part. Further, when the lower engaging portion 113b is detached from the lower engaged portion 125b, the engaging portion is separated into the left and right as separate bodies. The force required to release the joint is reduced, and it can be easily removed. This effect is particularly remarkable when the cover portion is long in the left and right direction.

  In the present embodiment, the building molding material 110 (or the cable lead-out portion forming device 100) is installed in the baseboard portion located near the intersection X between the wall surface W and the floor surface F (FIGS. 4 and 7). The cable lead-out cover 110 is attached to the building molding material 120 so that the open end 112a of the notch 112 faces the crossing X, so that the cable lead-out cover 110 is removed from the crossing X side. Compared with attaching to the building molding material 120, it can be easily attached because it is not interfered with the wall surface W or the floor surface F. More specifically, when installing in the baseboard part in the vicinity of the intersection part X, the worker performs the attachment work toward the intersection part X, so the attachment direction of the cable lead-out part cover 110 and the direction of the open end 112a , The operator only needs to move the cable lead-out portion cover 110 from top to bottom, that is, in the forward direction, and the workability of attaching the cable lead-out portion cover 110 is improved. . Furthermore, since the notch 112 extends to the side that is difficult to see from the outside near the intersection X, the aesthetic appearance when the cable lead-out cover 110 is attached to the building molding material 120 can be improved.

  Note that the present invention is not limited to the above-described embodiment. In the mounted state, the cutout portion of the cable lead-out portion cover and the opening portion of the building molding material need only intersect and the lower end of the cutout portion is open. For example, it is possible to form the notch so as to be inclined with respect to the opening. Furthermore, it is possible to make the width of the lead-out portion of the notch portion equal to the width of the insertion passage, or make the width of the lead-out portion smaller than the width of the insertion passage. In other words, the width of the leading portion of the cutout portion, the insertion path, and the open end may be arbitrarily changed, and the number of the leading portion and the insertion path can be arbitrarily set, and is not limited to the above-described embodiment. .

  In the illustrated embodiment, the lid is rolled by the cable to form a relatively large gap, but when the diameter of the cable is small and the gap is relatively small, or the gap is hardly formed. In addition, the protective cover of the present invention can be used. That is, the present invention is not limited to the above-described embodiment in terms of the diameter or type of the cable used and the presence or absence or size of the gap.

The building molding material only needs to have an opening having a width in the longitudinal direction through which the cable can be inserted and a flexible lid that closes the opening in an openable and closable manner. For example, unlike the above-described embodiment, when two lids extend downward and upward from both edges of the upper end and lower end of the opening to cover the opening, and when a cable is taken in and out of the opening, two sheets The lid may be opened and closed.
Further, the opening may be partially formed without being continuously formed over the longitudinal direction of the building molding material, and has a width along the longitudinal direction through which the cable can be inserted. If it is, it does not need to extend longitudinally. Further, it is sufficient that at least one opening is formed in the building molding material, and two or more longitudinal openings can be formed, and each opening may not be parallel to the longitudinal direction. Good. That is, the number and shape of the openings are not limited to the above embodiment. Furthermore, even if a partition part is horizontal, it may be a building molding material in which a partition part does not exist. That is, it is not limited to the shape of the building molding material in the embodiment described above, and the effect of the present invention is achieved by combining the cable lead-out cover of the present invention.

(Modification 1)
FIG. 8 shows a modification of the cable lead-out cover of the present invention. The cable lead portion cover 110A includes an elastically deformable cover portion 111A and a cutout portion 112A that is open at one end and formed in the vertical direction. The cutout portion 112A includes an open end 112Aa, a lead-out portion 112Ab, and a cut-out insertion passage 112Ac that connects the open end 112Aa and the lead-out portion 112Ab. As shown in FIG. 9B, the cover left portion 111Aa and the cover right portion 111Ab are elastically deformed back and forth to form a gap for inserting the cable C, and the cable C is inserted from the open end 112Aa into the insertion path. It can be moved to the lead-out portion 112Ab through 112Ac (see FIG. 9C). In this way, by making the shape of the insertion path 112Ac of the cable C into a cut shape and making the cover portion elastic, it is possible to maximize the makeup area.

  This cable lead-out cover 110A is made of a synthetic resin material such as polyvinyl chloride, and is formed by injection molding. However, polyurethane elastomer, soft vinyl chloride, soft polypropylene, rubber or the like having higher flexibility and elasticity can also be adopted. That is, other materials and manufacturing methods can be used.

  Note that the present invention is not limited to the above-described embodiments and modifications, and can be implemented in various modes as long as they belong to the technical scope of the present invention.

DESCRIPTION OF SYMBOLS 100 Cable drawer part formation apparatus 110 Cable drawer part cover 111 Cover part 112 Notch part 112a Open end 112b Lead part 112c Insertion path 120 Mall material for construction 121 Mold material body part 122 Opening part 123 Cover body C Cable S Wiring space G Gap Part X Intersection

Claims (7)

A molding material body portion formed in a longitudinal shape, a wiring space formed inside the molding material body portion for receiving and wiring a cable, and a molding material body portion for drawing the cable out of the wiring space. In the building molding material having an opening formed along the longitudinal direction, and a flexible lid formed integrally with the molding material main body so as to freely open and close the opening, A cable lead-out cover that is attached so as to cover a gap formed when the lid is bent by the cable when the cable is pulled out,
A cover part for covering the gap part from the outer surface of the building molding material;
The cover portion is cut out so as to intersect with the opening when attached to the building molding material, and includes a cutout portion having one end opened,
A cable lead-out portion cover, wherein the cable can be inserted into the cut-out portion through an open end of the cut-out portion and pulled out from the opening portion.   2. The cable lead-out cover according to claim 1, wherein the notch extends substantially perpendicular to the opening along the width direction of the building molding material. The notch includes a lead-out portion for pulling out the cable from the opening, and an insertion passage extending from the lead-out portion to the open end side in order to move the cable from the open end to the lead-out portion,
The cable lead-out cover according to claim 1 or 2, wherein a width of the insertion path is narrower than a width of the lead-out part.   The cable lead-out according to claim 3, wherein the insertion path is narrower than the cable, and the cover part is elastically deformable so as to move the cable from the open end to the lead-out part. Department cover. A molding material body portion formed in a longitudinal shape, a wiring space formed inside the molding material body portion for receiving and wiring a cable, and a molding material body portion for drawing the cable out of the wiring space. An opening formed along the longitudinal direction, and a building molding material having a flexible lid formed integrally with the molding material main body so as to close the opening in an openable and closable manner;
A cable lead-out part forming apparatus comprising: the cable lead-out part cover according to any one of claims 1 to 4.   In the building molding material, a plurality of openings are arranged in parallel with respect to the width direction of the building molding material, and the notches are formed in the opening portions in the width direction of the building molding material. It is formed so that it may extend, The cable drawer part formation apparatus of Claim 5 characterized by the above-mentioned.   When the building molding material is disposed close to any of the intersection between the wall surface and the wall surface, the intersection between the wall surface and the floor surface, or the intersection between the wall surface and the ceiling surface, The cable lead portion forming device according to claim 6 or 7, wherein the cable lead portion cover is attached to the building molding material such that the open end faces the intersecting portion.

Images