JP5280952B2 - Long material holder - Google Patents

Description

  The present invention relates to a long material holder that is attached to a plate to be attached by bundling long materials such as wiring cords or tubes or holding them alone in industrial products such as electric products and automobiles.

  As a holder, clamp, and fixture for fastening a long material such as a wiring cord or wire to a substrate or the like, a holding part that holds the long material, and a plate to be attached (chassis) that is suspended from the base bottom surface of the holding part The wire saddle comprised from the fitting part fitted to the attachment hole of () is proposed (refer patent document 1). The wire saddle is fitted with a shaft portion (post) protruding at a length longer than the thickness of the chassis and a mounting hole (fitting) from the front side of the chassis toward the back side. A pair of elastic pieces extending in a downwardly inclined manner from both sides of the base (base end) of the fitting portion, and diagonally from the base end of the post And a tongue-like elastic piece projecting downward to the front of the upper surface of the holding plate. A locking claw that locks to the inner periphery of the mounting hole protrudes from one of the pressing pieces on both sides, specifically, at the tip of the pressing piece on the rear side in the sliding direction when attached to the chassis. It is installed.

  When attaching the above holder to the chassis, insert the fitting part into the attachment hole from the front side of the chassis, and push the fitting part further in the state where the tip of the elastic piece on both sides is in contact with the surface of the chassis. Position the clamping plate on the back of the chassis. In this state, when the entire saddle is slid in the one end side direction, the upper surface on one end side of the sandwiching plate comes into contact with the rear surface of the chassis at the one end side edge of the mounting hole. When the slider is further slid, the elastic piece comes into contact with the edge on one end side of the mounting hole and is elastically deformed, and at the same time, an elastic force to the opposite side is generated in the holding piece. And the latching claw provided in one elastic piece falls in the other side of an attachment hole, and latches to the inner peripheral surface of an attachment hole.

  In this state, the elastic pieces on both sides are elastically brought into contact with the surface of the chassis and urge the clamping plate upward (chassis side). For this reason, the chassis is clamped in the thickness direction by the two pressing pieces and the clamping plate by the contact force generated between them, and as a result, the wire saddle is fixed to the chassis. As for the surface direction of the chassis, the elastic piece abuts against the edge on one end side of the mounting hole to cause the holding plate to generate an elastic force in the surface direction of the chassis, and at the same time, the locking claw is formed on the inner peripheral surface of the mounting hole. The clamping plate is prevented from moving in the chassis surface direction. Thereby, the movement of the wire saddle in the chassis surface direction is restricted by the elastic pieces and the locking claws. Therefore, the wire saddle is fixed in a state of being fitted in the mounting hole, and is prevented from being detached from the chassis.

JP 2005-133925 A

  By the way, in the wire saddle described above, the pair of elastic pieces are inclined downwardly in the opposite directions from the base of the post. When sliding in the direction, the elastic piece located at the tip of the sliding direction is in a posture to stretch against the chassis surface, and there is a problem that the sliding cannot be performed smoothly. In addition, since both elastic pieces extend from the root of the post, there is a problem that the holding portion is likely to wobble at this root and lacks stability.

  Furthermore, regarding the clearance between the elastic piece for restricting the movement of the wire saddle in the chassis surface direction and the upper surface of the holding plate, it is necessary to increase the thickness to secure the strength of the mold for molding this part. It becomes. For this reason, when attaching to a thin chassis of 0.5 mm or less, for example, since the said clearance cannot be shape | molded, there exists a possibility that an elastic piece cannot contact | abut to a chassis. In this case, the movement of the wire saddle in the chassis surface direction cannot be reliably controlled, and there is a possibility that a backlash occurs between the saddle and the chassis.

  The present invention has been proposed in view of the above-described matters, and its purpose is to ensure smoothness during the mounting operation, and more reliably and stably to the mounting target plate material. A long material holder is to be provided.

According to the first aspect of the present invention, the anchor portion is suspended from the base portion of the holding frame portion that surrounds and holds the long object to be held, and the hook portion is directed to the side from the distal end portion of the anchor portion. In the state where the anchor portion is inserted from the front surface side of the mounting target plate material into the wide opening portion of the mounting hole opened in the mounting target plate material, and the flange portion is located on the back side of the mounting target plate material, A long material holder that is slid entirely along the surface of the attachment target plate material to the narrow opening side that is continuous with the wide opening portion, and is attached to the attachment target plate material by locking the flange on the peripheral edge of the narrow opening portion. There,
A state in which the pair of front and rear abutting pieces are inclined downward from the front to the rear in the sliding direction with an interval in the sliding direction at the time of attachment so that the anchor portion is positioned between the base part of the holding frame part In each extension,
When the anchor portion is fitted into the attachment hole when attaching to the attachment target plate material, the respective contact pieces elastically contact the surface of the attachment target plate material and bend toward the base portion side, and in this state, each contact piece Is attached to the mounting plate by sliding the entire mounting hole from the wide opening side to the narrow opening side, and in the mounted state, the flange is attached to the periphery of the narrow opening by the elastic force of each contact piece. It is a long material holder characterized in that it is biased toward the part side.

The thing of Claim 2 extends the urging piece inclined up from the front-end | tip part of the said anchor part toward the front of a sliding direction,
A locking claw is provided at the tip of the rear abutting piece located at the rear in the sliding direction among the abutting pieces, and projects toward the mounting target plate at the time of mounting,
When the anchor portion is fitted into the attachment hole during attachment to the attachment target plate material, the locking claw of the rear contact piece comes into contact with the surface of the attachment target plate material,
While sliding the locking claw on the surface of the mounting target plate material and sliding the whole from the wide opening side of the mounting hole to the narrow opening side, the urging piece elastically contacts the inner peripheral surface of the mounting hole,
When the whole is further slid to the narrow opening side against the urging force of the urging piece, the locking claw is immersed in the mounting hole,
The long material holder according to claim 1, wherein the locking claw is locked to an inner peripheral surface of the mounting hole by a biasing force of the biasing piece in the mounted state.

  According to a third aspect of the present invention, a portion of the base portion on the front side in the sliding direction is made wider than other portions, and a gripping portion that an operator grips the wide portion at the time of attachment work to the attachment target plate member The long material holder according to claim 1 or 2, wherein the long material holder is provided.

  According to the first aspect of the present invention, the pair of front and rear contact pieces from the base portion of the holding frame portion is spaced in the sliding direction at the time of attachment so that the anchor portion is positioned therebetween, and the front end in the sliding direction Since each of the abutting pieces is bent in the direction opposite to the sliding direction when sliding, the reaction force from the mounting target plate material is easily released. Yes. For this reason, a long holding tool can be smoothly slid with respect to a board | plate material to be attached at the time of attachment operation | work. In addition, since these contact pieces are provided at intervals in the sliding direction, the holding frame portions are separated from the attachment target plate material in a state where the long material holder is attached to the attachment target plate material. Can be supported in position. Thereby, attachment stability improves. As a result, it is possible to suppress the holding frame portion from being inclined or rattling with respect to the attachment target plate material.

  According to the second aspect of the present invention, the urging piece inclined upward from the tip of the anchor portion toward the tip in the sliding direction is extended, and the urging piece is in pressure contact with the inner peripheral surface of the mounting hole. In addition to generating a biasing force on the wide opening side of the entire long material holder, the locking claw is locked to the inner peripheral surface of the mounting hole on the opposite side of the biasing direction from the biasing piece. Since the movement of the long material holder relative to the attachment target plate in the sliding direction (direction of the attachment target plate surface) is regulated, the attachment stability of the long material holder relative to the attachment target plate can be further improved. it can. Furthermore, since the urging piece extends obliquely upward from the tip of the anchor portion, even when the mounting target plate is thin, it can be reliably brought into contact with the inner peripheral surface of the mounting hole. Thereby, the corresponding range regarding the thickness of the plate material to be attached can be expanded.

  According to the third aspect of the present invention, the gripping part for the worker to grip at the time of attachment work is provided near the front of the base part, so that the worker can change the attachment direction of the long material holder at the time of attachment work. This makes it easy to grasp intuitively. Moreover, since it is easier to hold than a narrow part, the workability at the time of attachment can be improved because an operator hold | grips a holding part.

It is a perspective view of a long material holder. (A) is a front view of a long material holder, (b) is a left side view, (c) is a rear view, (d) is a plan view, and (e) is a bottom view. It is the sectional view on the AA line in Fig.2 (a), (a) is the state which the cover part opened, (b) is the state which the cover part closed. (A), (b) is a top view explaining the structure of an attachment hole. (A)-(c) is a figure explaining the first half of the attachment operation | work of the elongate material holder with respect to a board | substrate. (A)-(c) is a figure explaining the second half of the attachment work of the elongate material holder with respect to a board | substrate. It is a bottom view explaining the state where the elongate material holder was attached to the board | substrate.

  Embodiments of the present invention will be described below with reference to the drawings. In the embodiments described below, various limitations are made as preferred specific examples of the present invention. However, the scope of the present invention is not limited to the following description unless otherwise specified. However, the present invention is not limited to these embodiments.

FIG. 1 is a perspective view of the long material holder 1. 2A is a front view of the long material holder 1, FIG. 2B is a left side view, FIG. 2C is a rear view, FIG. 2D is a plan view, and FIG. 3A and 3B are cross-sectional views taken along line AA in FIG. 2A, where FIG. 3A shows a state where the lid portion 10 is opened, and FIG.
The long material holder 1 is schematically configured from a holding frame portion 2 that holds a long material such as a wiring cord or a wire, and an anchor portion 4 that is suspended downward from the base portion 3 of the holding frame portion 2. Has been. A rear wall 5 is raised upward (on the side opposite to the anchor portion 4) from the edge on the back side, which is the left side in FIG. The upper end portion of the rear wall 5 is made thicker than the other portions, has a hollow box shape with an open front end surface, and serves as a lock receiving portion 7 into which a lock portion 11 described later is fitted. A locked stepped portion 6 to which a locking stepped portion 12 of the lock portion 11 described later is locked protrudes inward at the rear edge of the upper opening of the lock receiving portion 7.

  Further, the front wall 8 is raised from the front side edge of the base 3 opposite to the rear wall 5. From the upper end portion of the front wall 8, a lid portion 10 is extended via a hinge portion 9 that is easily bent by being partially thinned. The tip of the lid 10 is bent at a substantially right angle inside (in the direction of the lock receiving portion 7 when the lid 10 is closed) and further bent at an acute angle on the opposite side. A lock portion 11 is provided which is formed in a substantially V shape in a side view and has elasticity. A part of the front end of the lock portion 11 is cut out in a U-shaped cross section to the middle in the thickness direction, and the lower step portion of the notch is engaged with the locked step portion 6 of the lock receiving portion 7. It is set as the latching step part 12 to stop. On the inner surface side of the lid portion 10, a pressing piece 13 bent in an arc shape on the base portion 3 side so as to form an empty portion 16 between the base end portion of the lock portion 11 and the hinge portion 9 and the lid portion 10. Is forming. The pressing piece 13 is made narrower than the lid 10 or the like and thinner than the lid 10 or the like so as to have elasticity and flexibility. The pressing piece 13 accommodates a long material in the holding frame portion 2 and abuts against and presses the long material with the lid portion 10 closed, and the pressing piece 13 is empty according to the size and amount of the long material to be accommodated. It can be bent to the part 16 side (see FIG. 6C).

  As shown in FIG. 3A, the holding frame 2 configured as described above is rotated around the hinge 9 in the direction indicated by the arrow in the figure from the state in which the lid 10 is open. When the lock portion 11 is moved and fitted into the opening of the lock receiving portion 7 while resisting its own elastic force, the locking step portion 12 of the lock portion 11 is locked as shown in FIG. The lock portion 11 is locked so as not to be detached from the lock receiving portion 7 by the elastic restoring force of the lock portion itself. Thereby, the lid 10 is in a closed state. In this closed state, the holding portion 14 for holding the long material is defined by the base portion 3, the rear wall 5, the front wall 8, and the pressing piece 13 of the lid portion 10. When the lid portion 10 is opened from the closed state, the locking step portion 12 is engaged with the locked step portion 6 by tilting the front end portion of the lock portion 11 forward (front wall 8 side) against the elastic force. The stop state is released, and in this state, the lid 10 can be opened by rotating in the direction opposite to the arrow.

  Here, in the base 3, the front half of the front part (the front side in the sliding direction at the time of attachment and the front wall 8 side) is made wider than the rear latter part, and the wide part is attached. It is set as the holding part 15 for an operator to hold | grip at the time of the attachment operation | work to the object board | plate material (henceforth the board | substrate 24. Refer FIG.5 and FIG.6). In this way, by providing the grip portion 15 near the front of the base portion 3, it is possible for an operator to easily grasp the attachment direction of the long material holder 1 intuitively during attachment work. Further, since it is easier to grip than the narrow portion, the workability can be improved by the operator gripping the grip portion 15.

  The anchor portion 4 is suspended from the lower surface slightly rearward (near the rear wall) from the center portion in the front-rear direction of the base portion 3 in the direction opposite to the rear wall 5. The anchor portion 4 has a substantially rectangular parallelepiped shape. Specifically, a pair of left and right flange portions 18 extend from the distal end portion toward the side from the lower end edges of both side surfaces of the anchor portion 4. The distance between the front end surfaces of both flange portions 18 is slightly smaller than the dimension A in the width direction of the wide opening 25a in the mounting hole 25 of the mounting target material described later, and the dimension C in the width direction of the narrow opening 25b. (See FIG. 4A). These flange portions 18 are portions for locking to the peripheral edge portion of the narrow opening portion 25 b when the long material holder 1 is attached to the substrate 24. Further, in detail, the biasing piece 19 inclined upward from the lower end edge of the front wall of the anchor portion 4 toward the front side (the front side in the sliding direction at the time of attachment) is provided in front of the base portion 3. It is extended to. The biasing piece 19 is made thin by making it thin, and is made slightly narrower than the dimension C in the width direction of the narrow opening 25b in the mounting hole 25 of the mounting target material. The urging piece 19 is used to urge the long material holder 1 backward by being pressed against the inner peripheral surface of the attachment hole 25 when the long material holder 1 is attached to the substrate 24. For this reason, the distance in the vertical direction from the upper surface of the flange 18 to the inclined upper end of the biasing piece 19 is set to be longer than at least the thickness of the substrate 24.

  Further, from the base portion 3 of the holding frame portion 2, a pair of front and rear contact pieces 20 a and 20 b are spaced apart in the front-rear direction (sliding direction at the time of attachment) so that the anchor portion 4 is located between them. It extends from the front to the rear, that is, in a state where it is inclined downward from the front in the sliding direction at the time of attachment to the rear. Among these contact pieces 20a and 20b, the front contact piece 20a located forward extends from the front end edge of the base 3 (the lower end edge of the front wall 8) to the front of the biasing piece 19 of the anchor part 4. I'm out. The inclined lower end of the front contact piece 20a is positioned below the inclined upper end of the biasing piece 19 in a natural state where no external force is applied. Of the abutting pieces 20a and 20b, the rear abutting piece 20b located rearwardly extends obliquely rearward from the proximal end portion of the anchor portion 4 to the extent that it does not protrude from the back surface of the lock receiving portion 7 in the front-rear direction. Yes. That is, as shown in FIG. 2 (d), both contact pieces 20 a and 20 b are arranged so as to hardly protrude outward from the holding frame portion 2 in the plan view of the long material holder 1. Yes. Therefore, even if the contact pieces 20a and 20b are disposed apart from each other, the installation area on the plane of the long material holder 1 is not increased. That is, even the long material holder 1 provided with the pair of contact pieces 20a and 20b has a space-saving structure in which the installation space is minimized.

  The tip of the rear abutting piece 20b is bent to the side opposite to the inclination direction of the rear abutting piece main body (obliquely upward), and the bent tip is used as the operation portion 21. The operation unit 21 is provided to facilitate the removal operation from the front side of the substrate when the long material holder 1 fastened to the mounting hole of the substrate 24 is removed. Further, a locking claw 22 is projected from the tip of the rear abutting piece 20b toward the lower side from the side opposite to the operation portion 21, that is, toward the substrate side at the time of attachment. When the long material holder 1 is attached to the substrate 24, the locking claw 22 is engaged with the biasing piece 19 on the inner peripheral surface of the attachment hole 25, so that the substrate surface direction of the long material holder 1 ( The movement in the forward / backward slide direction) is regulated. The position of the tip of the locking claw 22 in the natural state is aligned with the position of the bottom surface of the collar portion 18 of the anchor portion 4 in the vertical direction. The distance in the front-rear direction (sliding direction during mounting) from the locking surface (rear surface) of the locking claw 22 to the tip of the biasing piece 19 is the total length of the mounting hole 25 (inside dimension in the sliding direction). Than a little longer.

  For example, in order to bind and fasten a plurality of wiring cords to a substrate of an electrical product using the long material holder 1 having the above-described configuration, the following operation is performed.

  Prior to the attachment of the long holder 1, the attachment holes 25 are previously opened in the substrate 24 by punching. The mounting hole 25 has a shape in which two holes having different opening diameters are continuously adjacent to each other, and has a shape in which the planar shape of the anchor portion 4 including the flange portion 18 and the biasing piece 19 is slightly enlarged. Yes. More specifically, for example, as shown in FIG. 4A, the dimension A in the width direction (direction perpendicular to the direction in which the holes are juxtaposed) is larger than the distance between the tip surfaces of the flanges 19 on both sides of the anchor part 4 Are also set a little wider, the wide opening 25a in which the dimension B in the direction in which the holes are juxtaposed is set slightly wider than the dimension in the width direction of the flange 18, and the dimension C in the width direction is the dimension in the width direction of the biasing piece 19 The mounting hole 25 is configured by a narrow opening 25b that is set slightly wider than the opening D and the dimension D in the hole juxtaposition direction is set slightly wider than the length in the sliding direction when the biasing piece 19 is mounted. The opening shape of the wide opening 25a is not limited to the rectangular shape illustrated in FIG. 4A, and for example, a circular shape as illustrated in FIG. 4B can be employed. In short, it is sufficient that the anchor portion 4 and the collar portion 18 can be inserted. In addition, the expression of wide and narrow about the opening is based on the dimension in the width direction.

5 and 6 are diagrams for explaining the attachment procedure.
First, the operator can confirm the direction of the long holder 1 by holding the holding portion 15 of the long material holder 1 (pinch with a finger). That is, the side where the grip portion 15 is located is the front of the long holder 1. Subsequently, as shown in FIG. 5 (a), the front end of the anchor portion 4 is directed to the mounting hole 25 formed in the substrate 24, and the planar position of the anchor portion 4 including both the flange portions 18 and the wide opening portion 25a. In addition, the entire anchor portion is fitted into the mounting hole 25 by pressing the long holder 1 against the surface side of the substrate 24 in a posture in which the planar positions of the biasing piece 19 and the narrow opening portion 25b are matched. Then, as shown in FIG. 5 (b), the front end portions of the front and rear contact pieces 20 a and 20 b elastically contact the surface of the substrate 24, respectively. In the case of the rear contact piece 20b, the tip of the locking claw 22 comes into contact. In this state, when the long holder 1 is pressed against the substrate 24 side and the anchor portion 4 is further pushed into the back (back side) of the mounting hole 25, as shown in FIG. Due to the action, the contact pieces 20 a and 20 b are bent toward the base 3 side of the holding frame 2.

  If the anchor portion 4 is pushed into the mounting hole 25 to such an extent that the flange portion 18 passes through the wide opening 25a and is located on the back surface of the substrate 24, in this state, as shown in FIG. When the entire long material holder is slid toward the narrow opening 25b indicated by the arrow in the drawing while sliding the contact pieces 20a, 20b on the surface of the substrate 24, the upper surface of the flange 18 is the periphery of the narrow opening 25b. This part contacts the back surface of the substrate 24. Further, the biasing piece 19 elastically contacts the inner peripheral surface of the narrow opening 25b and bends toward the anchor portion 4 side, thereby generating a biasing force in the backward direction, that is, in the direction opposite to the sliding direction. At this time, since both the contact pieces 20a and 20b are inclined in the direction opposite to the sliding direction, the reaction force from the surface of the substrate 24 is bent by bending in the direction opposite to the sliding direction when sliding. Easy to miss. For this reason, it can be made to slide smoothly.

  When the whole is further slid toward the narrow opening 25b while resisting the urging force of the urging piece 19, as shown in FIGS. 6 (b) and 7, the engagement provided on the rear abutting piece 20b. The pawl 22 is immersed in the wide opening 25a and is locked to the inner peripheral surface of the mounting hole 25 (wide opening 25a). In this state, the contact pieces 20 a and 20 b elastically in contact with the surface of the substrate 24 urge the flange portion 18 toward the back surface of the substrate 24 by the elastic restoring force. Thereby, the vertical movement of the long material holder 1 relative to the substrate 24 is restricted. Further, when the urging piece 19 is pressed against the inner peripheral surface of the mounting hole 25, an urging force is generated rearward (wide opening 25a side) with respect to the entire long material holder, and the urging piece 19 and The locking claw 22 is locked to the inner peripheral surface of the mounting hole 25 on the side opposite to the urging direction, so that the movement of the long material holder 1 relative to the substrate 24 in the front-rear direction (substrate surface direction) is restricted. . Therefore, the long material holder 1 is fixed to the mounting hole 25 without rattling and is prevented from being detached from the substrate 24, and the mounting operation is completed.

  Next, with the long holder 1 attached to the substrate 24, a wiring cord 26, which is a kind of long material, is placed on the base portion 3 inside the holding frame portion 2, and all the predetermined wiring cords 26 are placed on the base. If it puts on the part 3, as shown in FIG.6 (c), it will be in the state which closed the cover part 10 from the open state by the procedure mentioned above. As a result, the wiring cord 26 is held in the holding space 14 defined by the base portion 3, the rear wall 5, the front wall 8, and the pressing piece 13 of the lid portion 10. At this time, the pressing piece 13 presses the wiring cord 26 toward the base portion 3 side, so that, for example, even when an external force such as vibration is applied, the wiring cord 26 is prevented from moving unnecessarily in the holding empty portion 14. Is done. Further, depending on the size (cross-sectional area) of the wiring cord 26 and the number of the wiring cords 26 accommodated, as shown by the broken line in FIG. It becomes possible to deal with various sizes and numbers of the wiring cords 26.

  Thus, when removing the long material holder 1 attached to the substrate 24 from the substrate 24, for example, when disassembling for recycling, the rear end (the operation unit 21) of the lock piece 12 is held upward, that is, held. By lifting the finger toward the frame 2 side, the locking state of the locking claw 22 with respect to the inner peripheral surface of the mounting hole 25 is released. Then, with the assistance of the urging force by the urging piece 19, the entire long material holder can be easily slid rearward (wide opening 25a side). When the anchor member 4 and the collar portion 18 are moved to the wide opening 25a, the long material holder 1 is lifted in the direction away from the substrate 24, and the anchor portion 4 is pulled out from the mounting hole 25. The holder 1 can be easily detached from the substrate 24 by a simple operation without destroying it and without using a special tool.

  As described above, when the long material holder 1 according to the present invention is attached so that the anchor portion 4 is positioned between the pair of front and rear contact pieces 20 a and 20 b from the base portion 3 of the holding frame portion 2. Since each of the contact pieces 20a and 20b is bent in a direction opposite to the sliding direction when sliding, the distance between the sliding pieces 20a and 20b is increased. The reaction force from the surface of the substrate 24 is easily missed. For this reason, the long holder 1 can be smoothly slid with respect to the board | substrate 24 at the time of attachment operation | work. In addition, since the contact pieces 20a and 20b are provided at intervals in the sliding direction, the holding frame portion 2 is attached to the substrate 24 with the long material holder 1 attached to the substrate 24. Since it will support in the position which mutually separated, attachment stability improves. Thereby, it can suppress that the holding frame part 2 inclines or rattles with respect to the board | substrate 24. FIG.

  In addition, a biasing piece 19 that is inclined upward from the distal end of the anchor portion 4 toward the tip of the sliding direction is extended, and the biasing piece 19 is pressed against the inner peripheral surface of the mounting hole 25 to hold the long material. A biasing force is generated on the wide opening 25a side with respect to the entire tool, and the locking claw 22 is locked to the inner peripheral surface of the mounting hole 25 on the opposite side of the biasing piece 19 to the biasing direction. Since the movement of the long material holder 1 relative to the substrate 24 in the sliding direction (substrate surface direction) is restricted, the attachment stability of the long material holder 1 relative to the substrate 24 can be further improved. Furthermore, since the urging piece 19 extends obliquely upward from the tip of the anchor portion 4, even when the substrate 24 is thin, it can reliably contact the inner peripheral surface of the mounting hole 25, Thereby, the corresponding range regarding the thickness of the board | substrate 24 can be expanded.

  In addition, the holding | maintenance target object of the elongate material holder 1 may be not only the several wiring cord 26 but a pipe material, and may be not only a plurality but one (single). Further, the holding frame portion 2 may have any configuration as long as the holding object can be held. For example, the holding frame portion 2 may be formed by forming a wire rod into an arcuate clip.

DESCRIPTION OF SYMBOLS 1 Long material holder, 2 Holding frame part, 3 Base part, 4 Anchor part, 5 Rear wall, 6 Locked step part, 7 Lock receiving part, 8 Front wall, 9 Hinge part, 10 Cover part, 11 Locking part, 12 Locking step part, 13 Pressing piece, 14 Holding empty part, 15 Gripping part, 16 Empty part, 18 Linge part, 19 Biasing piece, 20a, 20b Abutting piece, 21 Operation part, 22 Locking claw , 24 Board, 25 Mounting hole, 26 Wiring cord

Claims (3)

The anchor part is suspended from the base part of the holding frame part that surrounds and holds the long object to be held, and the collar part is extended from the tip part of the anchor part to the side. The narrow opening side continuous with the wide opening portion of the mounting hole in a state where the anchor portion is fitted into the wide opening portion of the mounting target plate material from the front side of the mounting target plate material and the flange portion is located on the back surface side of the mounting target plate material A long material holder that is slid entirely along the surface of the attachment target plate material and is attached to the attachment target plate material by locking the collar portion at the peripheral edge of the narrow opening,
A state in which the pair of front and rear abutting pieces are inclined downward from the front to the rear in the sliding direction with an interval in the sliding direction at the time of attachment so that the anchor portion is positioned between the base part of the holding frame part In each extension,
When the anchor portion is fitted into the attachment hole when attaching to the attachment target plate material, the respective contact pieces elastically contact the surface of the attachment target plate material and bend toward the base portion side, and in this state, each contact piece Is attached to the mounting plate by sliding the entire mounting hole from the wide opening side to the narrow opening side, and in the mounted state, the flange is attached to the periphery of the narrow opening by the elastic force of each contact piece. A long material holder characterized by being biased toward the side of the part. Extending the urging piece inclined upward from the tip of the anchor portion toward the tip of the sliding direction,
A locking claw is provided at the tip of the rear abutting piece located at the rear in the sliding direction among the abutting pieces, and projects toward the mounting target plate at the time of mounting,
When the anchor portion is fitted into the attachment hole during attachment to the attachment target plate material, the locking claw of the rear contact piece comes into contact with the surface of the attachment target plate material,
While sliding the locking claw on the surface of the mounting target plate material and sliding the whole from the wide opening side of the mounting hole to the narrow opening side, the urging piece elastically contacts the inner peripheral surface of the mounting hole,
When the whole is further slid to the narrow opening side against the urging force of the urging piece, the locking claw is immersed in the mounting hole,
The long material holder according to claim 1, wherein the locking claw is locked to the inner peripheral surface of the mounting hole by a biasing force of the biasing piece in the mounted state.   A part of the base part on the front side in the sliding direction is made wider than the other part, and the wide part is used as a grip part to be gripped by an operator during the attachment work to the attachment target plate material. The long material holder according to claim 1 or claim 2.

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