JP2017203490A - Clamp and wire harness with clamp - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable an easy accommodation for a variation in displacement amount between a component and a fixed location of a supporting member to be attained and improve a reliability in holding the component by the supporting member.SOLUTION: A clamp comprises a member to be held and a fixing member. The member to be held has an extending part and a fastener. The fixing member has a holding part for holding an extending part to enable it to be moved in a first direction and a fixing part that can be fixed to a component. The extending part has a part to be engaged and has a stopper to be stopped at each of the locations in a first direction. The holding part includes a guiding part for guiding the extending part in the first direction, an engaging part engaged with the part to be engaged to engage with motion of the extending part in a second direction inverse to the first direction while being engaged with the part to be engaged, and a stopper part that can be set from a state in which the stopper part to be stopped during motion of the extending part in the first direction along the guiding part is not protruded or crossed with a path where it can pass to a state in which it is fixed to the guiding part while being protruded or crossed with the path. The stopper part stops a motion of the extending part in the first direction through abutment with the stopper part to be stopped.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a clamp that holds components such as electric wires on a support such as a vehicle body.

  A vehicle such as an automobile is provided with a wire harness as a collective part in which a plurality of electric wires used for power supply or signal communication are bundled. At this time, the clamp of the clamp attached to the wire bundle constituting the wire harness is held at the inner edge portion of the attachment hole provided in the support, whereby the wire harness is easily fixed to the vehicle body or the like.

  Some clamps used here have fasteners arranged at positions shifted from the center of the wire bundle. That is, there is a case where the wire bundle and the place where the fastener is attached on the support (also referred to as the attached place) are misaligned. Techniques related to such a clamp are described in, for example, Patent Documents 1 and 2.

  The clamp described in Patent Document 1 has a configuration in which an offset type substrate made of a T-shaped resin molded product with a vehicle body locking portion protruding is fixed with a band wound around the outer surface of a wire harness. . Thereby, the vehicle body locking portion can be fixed to the wire harness without displacement, and the vehicle body locking portion can be smoothly inserted and locked into the locking hole of the vehicle body.

  Moreover, the clamp of patent document 2 has the fixing member fixed to a wire harness, and the vehicle body latching member attached to this fixing member so that attachment or detachment is possible. Here, in the fixing member, the divided pieces project independently from the base plate in a regular polygon frame shape, and in each divided piece, the leading end of the locking piece that is projected with its protruding end bent outward. Projections protrude from the surface. In the vehicle body locking member, the clip portion protrudes from the central plate portion of the long base, and both side plate portions and the locked plate portion are bent and protruded from both ends of the central plate portion. A guide groove portion having a U-shaped cross section is formed in which the locking piece is fitted, and a plurality of pairs of mounting holes into which the protrusions are inserted are provided at opposite positions of the both side plate portions at intervals in the length direction. Thereby, the protrusion for the front end surface of the locking piece of the fixing member is selectively inserted into any pair of mounting holes of the plurality of pairs of mounting holes in the vehicle body locking member, thereby fixing the wire harness. The tolerance absorption range between the tool and the mounting hole of the vehicle body is expanded.

JP 2010-233281 A JP 2009-273278 A

  However, in the clamp described in Patent Document 1, in order to cope with a change in a deviation amount (also referred to as an offset amount) between the wire bundle and the vehicle body locking portion according to the design of the vehicle and the wire harness, the offset amount is mutually It is necessary to prepare different types of clamps. For this reason, for example, in the field where a clamp is attached to a wire harness, the types of parts to be handled increase, which easily causes confusion. In addition, for example, in order to manufacture clamps having different dimensions, different molds or the like are necessary, and manufacture of the clamps is not easy.

  Further, in the clamp described in Patent Document 2, the protrusion on the distal end surface of the locking piece of the fixing member is selectively inserted into any pair of mounting holes of the plurality of pairs of mounting holes in the vehicle body locking member. Thus, although the fixing member and the vehicle body locking member are locked to each other, the engagement between the fixing member and the vehicle body locking member is not strong. For this reason, the holding of the wire harness by the vehicle body becomes unstable.

  These problems are not limited to the electric wire clamp that holds the wire harness on the vehicle, but are common to the clamps that hold various components on the support.

  The present invention has been made in view of the above problems, and can improve the reliability of holding a component by a support while being able to easily cope with a change in the amount of deviation between the component and a mounting location of the support. An object of the present invention is to provide a clamp and a wire harness with a clamp.

  In order to solve the above-described problem, the clamp according to the first aspect is a clamp used for holding a component on a support, and includes an extension portion extending in a first direction, and the extension A member to be held that protrudes on the part and has a fastener that is inserted into an attachment hole formed in the support to be held at an edge of the attachment hole; and A holding part that holds the extension part so as to be movable in a first direction; and an attachment member having an attachment part that can be attached to the component, wherein the extension part is a concave part and a convex part. And a protruding portion projecting in a direction intersecting with the first direction at each of two or more different portions in the first direction, and a locked portion having at least one of the crossing in the first direction Recessed in the direction to go through and penetrate in the direction crossing the first direction A stopper portion including at least one of the hole portions, and the holding portion guides the movement of the extending portion in the first direction, and the first portion along the guide portion. A locking portion that allows movement of the extending portion in one direction and engages with the locked portion to lock the movement of the extending portion in the second direction opposite to the first direction; When the extension part moves in the first direction along the guide part, the stopper part protrudes or crosses into the path from the first state where the stopper part does not protrude or cross over the path. A stopper portion that is fixed to the guide portion and that can be set in a second state, and the stopper portion is set in the second state so that the extension portion is brought into contact with the stopper portion. Can be stopped in the first direction.

  The clamp which concerns on a 2nd aspect is a clamp which concerns on a 1st aspect, Comprising: The said extension part contains the strip-shaped plate-shaped part extended in the said 1st direction, The said to-be-latched A linear protrusion formed on the first main surface of the plate-like portion so as to extend along a cross direction intersecting with the first direction, and the guide portion includes the first A first wall facing the first main surface and extending along the first direction; a second wall facing the first end surface in the crossing direction of the plate-shaped portion and extending along the first direction; The wall portion, a third wall portion facing the second end surface opposite to the first end surface in the crossing direction of the plate-like portion and extending along the first direction, the first of the plate-like portion A fourth wall portion facing the second main surface opposite to the main surface and extending along the first direction, wherein the locking portion is the fourth wall portion of the first wall portion; An inclined portion that is erected on the portion side so as to incline in the first direction and that elastically deforms so as to fall in the first direction in response to application of a force in the first direction, and the inclination portion A linear projecting portion that projects from the fourth wall portion and extends along the crossing direction.

  The clamp which concerns on a 3rd aspect is a clamp which concerns on a 2nd aspect, Comprising: The said to-be-stopped part is protruded from the at least one end surface of the said cross-direction end surfaces of the said plate-shaped part. Formed convex portions.

  The clamp which concerns on a 4th aspect is a clamp which concerns on a 3rd aspect, Comprising: When the said stopper part is set to the said 2nd state, it is said 1st in the said 1st direction side of the said guide part. It arrange | positions from a wall part to the said 4th wall part, and is being fixed to the said 1st wall part and the said 4th wall part.

  The clamp according to the fifth aspect is the clamp according to any one of the second to fourth aspects, wherein the extending portion is on the second main surface of the plate-like portion in the first direction. The fourth wall portion slides in the first direction in a state where the projecting portion is fitted on the first wall portion side. Including a groove.

  A wire harness with a clamp according to a sixth aspect includes the clamp according to any one of the first to fifth aspects, and an electric wire bundle to which the clamp is attached by the attachment portion.

  With the clamp according to any one of the first to fifth aspects, for example, with respect to an attachment member attached to a component, movement of the held member having a fastener inserted into the attachment hole of the support in the first direction Is possible, but the movement in the opposite second direction is locked. And about the movement to the 1st direction of the to-be-held member with respect to an attachment member, for example, according to the deviation | shift amount of components and an attachment hole, arbitrary 1 of two or more places in the 1st direction of a to-be-held member The movement of the stopper portion at the location is stopped by the stopper portion of the mounting member. Thereby, for example, a clamp that can easily cope with a change in the amount of deviation between the component and the attachment location of the support body and can increase the reliability of holding the component by the support body can be provided.

  With the clamp according to any of the second to fourth aspects, for example, a wall in which the linear protrusion provided on the first main surface of the plate-like portion constituting the held member faces the first main surface. It is latched by the latching | locking part which protruded in the 1st direction from the part and was protruded so that elastic deformation was possible, and the linear protrusion part was provided. Thereby, for example, the movement of the held member in the first direction is possible, but the movement in the opposite second direction can be firmly locked.

  Even with the clamps according to any of the third and fourth aspects, for example, the first portion of the member to be held is projected by the convex portion protruding from at least one end surface of the widthwise end surfaces of the plate-like portion constituting the member to be held. Since the movement in one direction is stopped, the movement of the held member in the first direction can be easily stopped.

  According to the clamp according to the fourth aspect, for example, when the held portion of the guide portion is inserted, the first portion of the held member is fixed by the stopper portion fixed to the exit side from which the held portion goes out. Movement in the direction is stopped. For this reason, for example, it is possible to fix the stopper portion while visually confirming that each stopper portion passes through the guide portion. Thereby, for example, the movement of the held member in the first direction can be easily stopped at an arbitrary position of the stopper portion.

  According to the clamp which concerns on a 5th aspect, the rigidity of a to-be-held member can be improved by presence of the protrusion part along the extension direction in the main surface of the plate-shaped part of a to-be-held member, for example. Thereby, the reliability of the holding | maintenance of components by a support body can be improved by the improvement of the intensity | strength of a clamp, for example.

  According to the wire harness with a clamp according to the sixth aspect, for example, the clamp according to any one of the first to fifth aspects is attached to the wire bundle as the part, so that the part and the support are attached. A wire harness with a clamp can be provided that can easily cope with a change in the amount of deviation from a place and can improve the reliability of holding a component by a support.

It is a schematic plan view which illustrates the clamp concerning one embodiment. It is a schematic side view which illustrates the clamp concerning one embodiment. It is a schematic sectional drawing of the attachment member cut | disconnected along the III-III line | wire of FIG. It is a schematic front view which illustrates the attachment member concerning one embodiment. It is a schematic front view which illustrates the held member concerning one embodiment. It is a schematic plan view which shows a mode that a to-be-held member is attached to an attachment member. It is a schematic side view which shows a mode that a to-be-held member is attached to an attachment member. It is a schematic plan view which shows the one aspect with which the to-be-held member was attached to the attachment member. It is a schematic side view which shows the one aspect | mode with which the to-be-held member was attached to the attachment member. It is a schematic plan view which shows a mode that a to-be-held member is attached to an attachment member. It is a schematic side view which shows a mode that a to-be-held member is attached to an attachment member. It is a schematic plan view which shows the other one aspect | mode with which the to-be-held member was attached to the attachment member. It is a schematic side view which shows the other one aspect | mode which the to-be-held member was attached to the attachment member. It is a schematic perspective view which shows the wire harness with a clamp which concerns on one Embodiment. It is a schematic plan view which illustrates the clamp concerning one modification. It is a schematic side view which illustrates the clamp concerning one modification. It is a schematic plan view which illustrates the clamp concerning other modifications. It is a schematic side view which illustrates the clamp concerning another modification.

<1. One Embodiment>
Hereinafter, an embodiment will be described with reference to the accompanying drawings. The following embodiment is an example embodying the present invention, and does not have the character to limit the technical scope of the present invention. In the drawings, parts having the same configuration and function are denoted by the same reference numerals, and redundant description is omitted in the following description. The drawings are schematically shown, and the size and positional relationship of various structures in each drawing can be appropriately changed.

<1-1. Clamp configuration>
FIG. 1 is a schematic plan view showing a clamp 1 according to an embodiment. FIG. 2 is a schematic side view illustrating the clamp 1 according to the embodiment. FIG. 3 is a schematic cross-sectional view of the mounting member 3 cut along the line III-III in FIG. FIG. 4 is a schematic front view illustrating the attachment member 3 according to the embodiment. FIG. 5 is a schematic front view illustrating the held member 2 according to an embodiment. 1 to 5 and FIGS. 6 to 18 described later, the width direction of the held member 2 is defined as the + X direction, and the direction in which the held member 2 extends is defined as the + Y direction. A right-handed XYZ coordinate system is attached in which the direction in which the fasteners 22 are provided is the + Z direction. In addition, in FIG. 1, FIG. 2, FIG. 4 and FIG. 5 and FIGS. 6 to 13 and FIG. 15 to FIG. 3 and 4, an imaginary line indicating an outer edge of the extending portion 21 when the extending portion 21 is disposed in the through hole 31h of the guide portion 31g is drawn by a two-dot chain line.

  The clamp 1 according to an embodiment is a tool (also referred to as a wire clamp) used to hold a component such as an electric wire of a wire harness on a support body such as an automobile body or an instrument panel. The wire harness is a collective component in which a plurality of electric wires used for power supply or signal communication are bundled, for example.

  The clamp 1 includes a held member 2 and an attachment member 3. The held member 2 is a member for holding the component by the clamp 1 on a support to be held. The attachment member 3 is a member for attaching the clamp 1 to a part to be held on the support by the clamp 1. And the clamp 1 which concerns on this embodiment has the structure which can change the position attached to the attachment member 3 of the to-be-held members 2 when the to-be-held member 2 is attached with respect to the attachment member 3. Yes. The clamp 1 can be manufactured, for example, by integral molding using a thermoplastic resin such as polypropylene (PP) or polyamide (PA).

<1-1-1. Structure of held member>
The held member 2 includes, for example, an extending portion 21 and a fastener 22.

  The extending part 21 extends, for example, in the first direction (here, the -Y direction). Here, the extending part 21 includes a main body part 211, a locked part 2Rf, a stoppered part 2P, and a protruding part 212.

  The main body 211 is configured by, for example, a strip-like plate-like portion (also referred to as a plate-like portion) that extends in the first direction (−Y direction). In the present embodiment, for example, a flat plate having a rectangular board surface composed of a long side parallel to the + Y direction and a short side parallel to the + X direction is employed as the plate-like portion. In this case, the main body 211 includes a first main surface Sm1 in the + Z direction, a second main surface Sm2 in the −Z direction, and a first end surface Se1 in the ± X direction as the short direction (width direction) of the main body 211. And a second end surface Se2 in the width direction of the main body 211. In the present embodiment, the width direction is a direction (also referred to as a crossing direction) that intersects the first direction (−Y direction).

  The locked portion 2Rf is configured by at least one of a concave portion and a convex portion, for example. For example, the locked portion 2Rf extends on the first main surface (here, the main surface in the + Z direction) Sm1 of the main body 211 along the crossing direction crossing the first direction (−Y direction). A linear protrusion (also referred to as a linear protrusion) Rp1 formed on

  For example, the linear protrusion Rp1 protrudes in the + Z direction and extends in the + X direction. In the present embodiment, for example, the first and second locked portions 2Rf1 and 2Rf2 spaced apart in the first direction are provided on the first main surface Sm1 of the main body 211. Each of the locked portions 2Rf1 and 2Rf2 includes, for example, a set of linear protrusions Rp1 including two linear protrusions Rp1 that are parallel to each other in the first direction (−Y direction).

  In the linear protrusion Rp1, for example, the side surface on the first direction (−Y direction) side is inclined in the second direction (here, the + Y direction) opposite to the first direction as the distance from the main body 211 is increased. It is an inclined surface that extends. On the other hand, in the linear protrusion Rp1, for example, the side surface on the second direction (+ Y direction) side is inclined substantially in the second direction (+ Y direction) as it is substantially perpendicular to the main body part 211 or away from the main body part 211. It is supposed to be an extended surface. Thereby, for example, a locking portion 31f, which will be described later, can easily be firmly engaged with each linear protrusion Rp1.

  Here, instead of providing two locked portions 2Rf1 and 2Rf2 spaced in the first direction on the first main surface Sm1 of the main body 211, for example, on the first main surface Sm1 of the main body 211. A large number of linear protrusions Rp1 may be provided over a wide range in the first direction. The locked portion 2Rf is formed, for example, on the first main surface Sm1 of the main body 211 so as to extend along the crossing direction (for example, the + X direction) crossing the first direction. May be comprised by the recessed part of a shape, and may be comprised by the unevenness | corrugation formed by turns in the 1st direction.

  The stopper portions 2P are provided at each of two or more different locations in the first direction (−Y direction), for example. As the to-be-stopped part 2P, for example, a convex part formed so as to protrude in a direction crossing the first direction (−Y direction) is employed.

  Specifically, the stopper portion 2P includes, for example, a convex portion that protrudes from at least one end surface of both end surfaces Se1 and Se2 in the cross direction (± X direction) of the plate-like main body portion 211. Can be employed. In this case, for example, the first direction of the member to be held 2 is caused by a convex portion protruding from at least one end face of the widthwise both end faces Se1 and Se2 of the plate-like main body part 211 that comes into contact with a stopper part 31s described later. The movement in can be stopped. For this reason, the movement of the held member 2 in the first direction can be easily stopped.

  In the present embodiment, convex portions protrude from both end surfaces Se1 and Se2 at two different locations in the first direction (−Y direction) of the main body 211. More specifically, the first and second sets of the main body 211 that are respectively configured by a pair of stopper portions 2P protruding from the first end surface Se1 and the second end surface Se2 and spaced apart in the first direction. Eye stopper portions 2P1 and 2P2 are provided. In addition, here, the distance between the first set of stopper portions 2P1 and the second set of stopper portions 2P2 along the first direction is, for example, the first locked portion 2Rf1 and the second set It is set to be the same or substantially the same as the distance to the locked portion 2Rf2.

  The protruding portion 212 is formed, for example, so as to extend along the first direction (−Y direction) on the second main surface Sm2 of the plate-like main body portion 211. In the present embodiment, for example, a linear projecting portion 212 extending in the first direction (−Y direction) is provided at a substantially central portion in the width direction of the second main surface Sm2 of the plate-like main body portion 211. . The rigidity of the extended member 21 can be increased by the presence of the projecting portion 212 along the extending direction on the main surface of the main body 211, whereby the rigidity of the held member 2 can be increased. For this reason, for example, when the fastener 22 is inserted into an attachment hole formed in the support body and when the fastener 22 is held by the support body, the rigidity of the extending portion 21 against bending stress is increased. obtain. Thereby, the intensity | strength of the clamp 1 improves, for example, and the reliability of the holding | maintenance of the components by a support body can be improved.

  Note that, for example, when the rigidity of the main body 211 is sufficiently secured by adjusting the cross-sectional shape of the main body 211 or adjusting the material constituting the main body 211, for example, the protruding portion 212 is not provided. May be.

  For example, the fastener 22 protrudes on the extension portion 21 and is inserted into an attachment hole formed in the support body, so that it can be held at the edge of the attachment hole. In the present embodiment, the fastener 22 is disposed in the vicinity of the end portion of the extending portion 21 in the second direction (+ Y direction). Here, the fastener 22 is disposed on the first main surface Sm1 of the main body 211.

  The fastener 22 includes, for example, an insertion portion 221 that is inserted into an attachment hole formed in the support, and a dish-shaped flange portion 222 that is not inserted into the attachment hole.

  The insertion part 221 is folded back from the shaft part 221p provided so as to stand upright with respect to the first main surface Sm1 on the + Z side of the main body part 211, and both sides sandwiching the tip of the shaft part 221p, and It has two latching | locking part 221a, 221b extended | stretched so that it may overhang. The two locking portions 221a and 221b have, for example, flexibility and are formed with a width larger than the width of the mounting hole of the support.

  The flange portion 222 is formed with an area larger than the area of the mounting hole so as to close the mounting hole of the support. For example, the flange part 222 is formed in a dish shape having a projection surface that is substantially similar in shape and slightly larger than the mounting hole.

  Here, when the insertion portion 221 is inserted into the mounting hole, the two locking portions 221a and 221b are pressed in contact with the edge of the mounting hole in the support, and the two locking portions 221a and 221a are pressed. The width that 221b projects to both sides of the shaft portion 221p contracts to the width of the mounting hole. When the insertion portion 221 is further pushed into the attachment hole, the shapes of the two locking portions 221a and 221b return until the width of the attachment hole is larger than the width of the attachment hole on the back side of the edge of the attachment hole. At this time, each of the two locking portions 221a and 221b is hooked on the back side of the edge portion of the mounting hole, and the locking portions 221a and 221b and the flange portion 222 sandwich the edge portion of the mounting hole from the front and back sides. As a result, the fastener 22 is held on the support. The configuration of the fastener 22 may be different from the configuration described above. For example, as the structure of the fastener 22, a structure in which four locking portions are formed so as to project in four directions may be employed.

<1-1-2. Configuration of mounting member>
The attachment member 3 includes, for example, a holding part 31 and an attachment part 32.

  For example, the holding part 31 is configured such that the held member 2 (specifically, the extending part 21) is placed in the first direction (−Y direction) as the extending direction of the extending part 21. It can be held so that it can be moved.

  The holding part 31 includes a guide part 31g, a locking part 31f, and a stopper part 31s.

  The guide part 31g can guide the movement in the 1st direction (-Y direction) of the extension part 21, for example. As the guide portion 31g, for example, a portion of the extending portion 21 that restricts movement in the thickness direction (± Z direction) and the width direction (± Y direction) can be employed. For example, what has the 1st-4th wall part Sf1-Sf4 arrange | positioned so that the path | route which the extension part 21 can pass from the circumference | surroundings is employ | adopted as the guide part 31g. Specifically, as the guide portion 31g, for example, one in which the first to fourth wall portions Sf1 to Sf4 constitute an annular member can be adopted.

  In the present embodiment, for example, a configuration in which the first wall portion Sf1, the second wall portion Sf2, the fourth wall portion Sf4, and the third wall portion Sf3 are connected in an annular shape in this order is employed as the guide portion 31g. Here, for example, the first wall portion Sf1 faces the first main surface Sm1 of the plate-like main body portion 211 and extends along the first direction (−Y direction). The second wall portion Sf2 faces the first end surface Se1 of the plate-like main body portion 211 and extends along the first direction (−Y direction). The third wall portion Sf3 faces the second end surface Se2 of the plate-like main body portion 211 and extends along the first direction (−Y direction). The fourth wall portion Sf4 faces the second main surface Sm2 of the plate-like main body portion 211 and extends along the first direction (−Y direction). Thereby, the guide part 31g forms the through hole 31h penetrating in the first direction (−Y direction).

  Here, the through-hole 31h is configured in a size that allows the extending portion 21 to be inserted, for example. For this reason, for example, as shown by the arrow drawn by the thick line in FIG.1 and FIG.2, the extension part 21 can be penetrated by the through-hole 31h as an internal space of the guide part 31g. For example, the extending part 21 can be moved in the first direction (−Y direction) along the through hole 31h of the guide part 31g.

  In addition, here, for example, a groove portion that can slide in the first direction (−Y direction) in the fourth wall portion Sf4 in a state in which the protruding portion 212 is fitted on the first wall portion Sf1 side. G1 is formed. In other words, the projecting portion 212 of the extending portion 21 can be fitted into the through hole 31h, and extends in the first direction (−Y direction), and is elongated in the elongated recess defined by the groove portion G1. Of space. Here, for example, it is possible to slide the extending portion 21 against the inner wall surface of the guide portion 31g in a state where the protruding portion 212 is fitted in the groove portion G1. At this time, when the protruding portion 212 is fitted with the groove portion G1, the posture of the held member 2 with respect to the mounting member 3 can be stabilized.

  The locking portion 31f is engaged with a locked portion 2Rf provided in the extending portion 21, for example, so that the locking portion 31f extends in the second direction (+ Y direction) opposite to the first direction along the guide portion 31g. The movement of the existing portion 21 can be locked. Conversely, the locking portion 31f can allow the extension portion 21 to move in the first direction (−Y direction) along the guide portion 31g, for example.

  Specifically, for example, the locking portion 31f includes an inclined portion TL1 and a linear protruding portion (also referred to as a linear protruding portion) Pr1.

  Here, the inclined portion TL1 is erected on the fourth wall portion Sf4 side of the first wall portion Sf1 so as to be inclined in the first direction (−Y direction), for example, and in the first direction (−Y direction). In response to the application of the force, it can be elastically deformed so as to fall in the first direction (−Y direction). The inclined portion TL1 has, for example, a sheet-like shape extending in the width direction (+ X direction) of the through hole 31h in the through hole 31h. That is, the inclined portion TL1 has a certain width, and can exhibit desired rigidity and elastic force. The inclined portion TL1 has, for example, an elongated shape extending from the base portion on the first wall portion Sf1 side toward the distal end portion in the YZ cross section.

  The linear projecting portion Pr1 is projected on the fourth wall portion Sf4 side of the inclined portion TL1 and extends along the crossing direction (here, the + X direction) intersecting the first direction (−Y direction). It is formed to do. For example, one or more linear protrusions Pr1 may be provided in the inclined part TL. In the present embodiment, for example, two linear protrusions are provided on the fourth wall part Sf4 side of the inclined part TL1. The portions Pr1 are formed so as to be aligned along the first direction. Here, the linear protruding portion Pr1 is, for example, protruded from the inclined portion TL1 to the fourth wall portion Sf4 side, and extends in the width direction of the inclined portion TL1 along the + X direction that is the width direction of the through hole 31h. It is formed from one end to the other end.

  Further, in the linear projecting portion Pr1, for example, a side surface (also referred to as a side surface on the base side) opposite to the extending direction from the base portion to the tip portion of the inclined portion TL1 extends as the distance from the inclined portion TL1 increases. The inclined surface extends so as to incline in the direction. On the other hand, in the linear projecting portion Pr1, for example, a side surface on the extending direction side (also referred to as a side surface on the distal end side) from the base portion of the inclined portion TL1 toward the distal end portion is substantially perpendicular to the inclined portion TL1, or It is set as the surface extended so that it may incline in an extending | stretching direction as it distances from TL1.

  Here, for example, when the held member 2 is moved in the first direction (−Y direction) while the extending portion 21 is inserted into the through hole 31h, the linear protrusion Rp1 of the locked portion 2Rf becomes the first. Move in one direction (-Y direction). At this time, it is difficult for the inclined surface of the linear protrusion Rp1 to be caught on the inclined surface which is the side surface on the base side of the linear protrusion Pr1. At this time, for example, an elastic deformation that falls in the first direction of the inclined portion TL1 also occurs, so that the linear protruding portion Rp1 slides relative to the linear protruding portion Pr1, and the linear protruding portion Pr1 can be easily overcome.

  On the other hand, as indicated by a two-dot chain line in FIG. 3, once the linear protrusion Rp1 gets over the linear protrusion Pr1, the inclined portion TL1 is elastically applied to the first main portion of the extending portion 21. The surface is pressed against the surface Sm1. Here, for example, if the held member 2 is moved in the second direction (+ Y direction) opposite to the first direction while the extending portion 21 is inserted into the through hole 31h, the locked portion 2Rf The linear protrusion Rp1 tends to move in the second direction (+ Y direction). At this time, the surface in the second direction (+ Y direction) of the linear protrusion Rp1 is firmly hooked to the side surface on the distal end side of the linear protrusion Pr1. Accordingly, the linear protrusion Rp1 and the linear protrusion Pr1 are firmly engaged.

  Thus, for example, the linear protrusion Rp1 provided on the first main surface Sm1 of the plate-like main body 211 constituting the held member 2 is the first wall portion Sf1 facing the first main surface Sm1. Is locked in place by a locking portion 31f provided in a linearly protruding portion Pr1 which is erected in a first direction (−Y direction) and elastically deformable. Thereby, for example, the held member 2 can move in the first direction (−Y direction), but the movement in the opposite second direction (+ Y direction) can be firmly locked. Therefore, for example, with respect to the attachment member 3 attached to the component, the held member 2 having the fastener 22 inserted into the attachment hole of the support body can be moved in the first direction (−Y direction). The movement in the reverse second direction (+ Y direction) is locked.

  The stopper portion 31s is, for example, a portion for stopping the movement of the extending portion 21 in the first direction (−Y direction) along the guide portion 31g. The stopper portion 31s is not protruded or crossed into a path through which the stopper portion 2P can pass, for example, when the extending portion 21 moves in the first direction (−Y direction) along the guide portion 31g. From (also referred to as a first state), it can be set to a state (also referred to as a second state) that protrudes or crosses the path and is fixed to the guide portion 31g. In the present embodiment, for example, when the stopper portion 31s is set to the second state, the stopper portion 31s extends from the first wall portion Sf1 to the fourth wall portion Sf4 on the first direction (−Y direction) side of the guide portion 31g. It is arrange | positioned and can be fixed to 1st wall part Sf1 and 4th wall part Sf4.

  Further, here, the stopper portion 31s is set in the second state, for example, so that the extension portion 21 along the guide portion 31g moves in the first direction by contact with the stopper portion 2P. Can be stopped. Here, in the second state, for example, the movement of the extending portion 21 along the guide portion 31g in the first direction is stopped by the contact between the stopper portion 31s and the first set of the stopper portions 2P1. And a state in which the movement of the extending portion 21 along the guide portion 31g in the first direction is stopped by the contact between the stopper portion 31s and the second set of the to-be-stopped portions 2P2.

  In the present embodiment, the stopper portion 31s is provided on the + X side and −X side portions of the guide portion 31g, respectively. That is, the holding portion 31 includes a pair of stopper portions 31s. Each stopper portion 31s includes, for example, a closing portion 31s1, a connecting portion Hn1, a fitting portion 31s2, and a fitted portion 31s3.

  The blocking portion 31s1 is a portion that can block at least a part of a path through which the stopper-receiving portion 2P can pass, mainly in order to contact the stopper-receiving portion 2P. In this embodiment, as shown in FIGS. 1 and 4, the blocking portion 31 s 1 has the stopper portion 2 </ b> P when the extending portion 21 moves in the first direction (−Y direction) along the guide portion 31 g. The path through which the main body 211 can pass is not blocked.

  For example, the connecting portion Hn1 rotatably connects the closing portion 31s1 to the end portion in the first direction (−Y direction) of the first wall portion Sf1 or the vicinity thereof. As the connection part Hn1, it can be comprised by the structure of a hinge, or a thin part, for example.

  For example, the fitting portion 31s2 protrudes in the direction in which the closing portion 31s1 can rotate at an end portion on the opposite side to the portion connected to the guide portion 31g by the connecting portion Hn1 of the closing portion 31s1. It is formed to do. The fitting portion 31s2 includes, for example, a plate-like portion extending from the closing portion 31s1 and a lock piece provided at the tip of the plate-like portion.

  The fitted portion 31s3 is, for example, a portion into which the fitting portion 31s2 can be fitted. Here, the fitted portion 31s3 is provided, for example, at an end portion in the first direction (−Y direction) or in the vicinity thereof on the outer wall surface opposite to the through hole 31h of the fourth wall portion Sf4. . And the to-be-fitted part 31s3 forms the through-hole for fitting, for example. Here, for example, when the closing portion 31s1 is rotated about the connecting portion Hn1, the locking piece provided at the tip of the fitting portion 31s2 is inserted into the through hole, so that the fitting portion 31s2 is inserted. It can be fitted to the fitted part 31s3. Thereby, the stopper part 31s can be set to a second state in which the stopper part 2P is fixed to the guide part 31g by protruding and crossing the path through which the stopper part 2P can pass, for example.

  Thus, by setting the stopper portion 31s to the second state, for example, when the held portion 2 of the guide portion 31g is inserted, the side to which the held portion 2 exits (both the exit side) The movement of the held member 2 in the first direction (−Y direction) is stopped by the stopper portion 31s fixed to the above. If such a configuration is adopted, for example, if the stopper portion 31s is set to the second state fixed to the guide portion 31g before the first set of the stopper portions 2P1 passes the guide portion 31g, 1 A state in which the stopper portion 2P1 of the set is in contact with the stopper portion 31s can be realized. Further, for example, if the stopper portion 31s is set to the second state fixed to the guide portion 31g after visually confirming that the first set of stopper portion 2P1 passes the guide portion 31g, the second set of stoppered portions is set. A state in which the portion 2P2 is in contact with the stopper portion 31s can be realized. In this manner, for example, the movement of the held member 2 in the first direction (−Y direction) can be easily stopped at the position of the arbitrary stopper portion 2P.

  In addition, the stopper part 31s is not connected with respect to the guide part 31g, for example, and may be comprised separately. In this case, for example, the stopper portion 31s can be fixed to the guide portion 31g in various forms such as fitting, engagement, and screwing.

  The attachment portion 32 is a portion that can be attached to a component. As the attachment part 32, for example, a part that extends from the holding part 31 and around which a fixing member such as an adhesive tape or a tie band can be wound together with the outer peripheral part of the electric wire bundle as a part is employed. For example, the attachment portion 32 may be configured integrally with the holding portion 31, or a configuration in which the attachment portion 32 is attached to the holding portion 31 may be employed.

  In the present embodiment, the attachment portion 32 has an extending portion 32 e that is integrally formed with the holding portion 31. Here, an extension part 32e extending in the + X direction from the + X side end of the holding part 31 and an extension part 32e extending in the −X direction from the −X side end of the holding part 31 are formed. Has been. That is, here, the pair of extending portions 32e extends from the holding portion 31 in the width direction of the guide portion 31g. Specifically, the pair of extending portions 32e has a configuration that extends from both ends in the width direction (± X direction) of the fourth wall portion Sf4, for example. As the pair of extending portions 32e, for example, plate-like portions substantially parallel to the XY plane can be adopted. In addition, a protruding portion 32p that protrudes in the + Z direction is provided at each distal end portion of the pair of extending portions 32e. The protrusion 32p can be formed, for example, from one end to the other end in the width direction (± Y direction) of each extending portion 32e.

  Here, for example, in a state where the pair of extending portions 32e are aligned with the wire bundle, together with the outer peripheral portion of the wire bundle, each of the pair of extending portions 32e is for fixing an adhesive tape or a tie band or the like. The member is wound. Here, for example, since the attachment portions 32 are fixed to two or more different locations that are separated from each other by a certain amount in the wire bundle as a component, the attachment portion 32 can be stably attached to the wire bundle as a component. At this time, if a protrusion 32p is provided at each tip of the pair of extending portions 32e, it is attached from a fixing member such as an adhesive tape or tie band wound around the wire bundle. The part 32 is difficult to drop off.

  The attachment portion 32 may have a configuration in which, for example, a belt or a tie band that can be wound around a component is fixed in advance.

<1-2. Mounting of held member to mounting member>
6 to 13 are views showing a state in which the held member 2 is attached to the attachment member 3. Specifically, FIG. 6 and FIG. 8 are schematic plan views illustrating the state before and after contacting the stopper portion 31s and the first set of stopper portions 2P1. 7 and 9 are schematic side views illustrating the state before and after contacting the stopper portion 31s and the first set of stopper portions 2P1. 10 and 12 are schematic plan views illustrating the state before and after contacting the stopper portion 31s and the second set of stopper portions 2P2. 11 and 13 are schematic side views illustrating the state before and after contacting the stopper portion 31s and the second set of stopper portions 2P2.

  First, a state in which the movement of the extending portion 21 along the guide portion 31g in the first direction (−Y direction) is stopped by the contact between the stopper portion 31s and the first set of the stopper portions 2P1 will be described.

  For example, as shown in FIGS. 6 and 7, before the extending portion 21 is inserted into the through hole 31h of the guide portion 31g, the stopper portion 31s is projected and crossed in a path through which the stopper portion 2P can pass. Thus, the second state is set to be fixed to the guide portion 31g. Here, for example, after the insertion of the extending portion 21 through the through hole 31h of the guide portion 31g, the guide portion 31s protrudes and crosses the path through which the stopper portion 2P can pass. You may set to the 2nd state currently fixed to 31g. In this case, for example, before the first set of stopper portions 2P1 comes out of the through hole 31h of the guide portion 31g, the stopper portion 31s protrudes and crosses along a path through which the stopper portion 2P can pass. The second state may be set to be fixed to the guide portion 31g.

  Then, as shown in FIGS. 8 and 9, the extending portion 21 extends in the first direction (−Y direction) along the guide portion 31g until the first set of the stopper portions 2P1 comes into contact with the stopper portion 31s. Moved. At this time, the linear protrusion Rp1 of the first locked portion 2Rf1 in the extending portion 21 is in a state of overcoming the linear protruding portion Pr1 of the locking portion 31f. The movement in the second direction (+ Y direction) relative to the mounting member 3 is locked. As a result, for example, the contact of the first set of the stopper portions 2P1 and the stopper portion 31s stops the movement of the held member 2 in the first direction (−Y direction) relative to the mounting member 3. Due to the engagement between the linear protrusion Rp1 of the locked portion 2Rf1 and the linear protruding portion Pr1 of the locking portion 31f, the movement of the held member 2 in the second direction (+ Y direction) with respect to the mounting member 3 is stopped. It is done. In this state, the attachment member 3 and the fastener 22 can be set in a state of being shifted by a distance (also referred to as a first distance) corresponding to the separation distance between the fastener 22 and the first set of stopper portions 2P1.

  Next, a state in which the movement of the extending portion 21 along the guide portion 31g in the first direction (−Y direction) is stopped by the contact between the stopper portion 31s and the second set of the stopper portions 2P2 will be described. .

  For example, as shown in FIG. 10 and FIG. 11, in the first state where the stopper portion 31s does not protrude or cross over the path through which the stopper portion 2P can pass, the extension portion extends into the through hole 31h of the guide portion 31g. While inserting 21, the extending portion 21 is moved in the first direction (−Y direction) along the guide portion 31g.

  Next, for example, after the first set of stoppers 2P1 comes out of the through hole 31h of the guide 31g, the second set of stoppers 2P2 comes out of the through hole 31h of the guide 31g. Before the second state, as shown by a two-dot chain line in FIG. 11, the stopper portion 31s is fixed to the guide portion 31g so as to protrude and cross over a path through which the stopper portion 2P can pass. Set to

  Then, as shown in FIGS. 12 and 13, the extending portion 21 extends in the first direction (−Y direction) along the guide portion 31 g until the second set of the to-be-stopped portions 2P2 comes into contact with the stopper portion 31s. Moved. Here, the distance from the first set of stoppers 2P1 to the second set of stoppers 2P2 and the distance from the first locked part 2Rf1 to the second locked part 2Rf2 are the same or It is set to be substantially the same. For this reason, at this time, the linear protrusion Rp1 of the second locked portion 2Rf2 in the extending portion 21 is over the linear protruding portion Pr1 of the locking portion 31f. The movement of the holding member 2 in the second direction (+ Y direction) relative to the attachment member 3 is locked.

  Thereby, for example, the contact of the second set of the stopper-receiving portion 2P2 and the stopper portion 31s stops the movement of the held member 2 in the first direction (−Y direction) with respect to the mounting member 3. Due to the engagement between the linear protrusion Rp1 of the locked portion 2Rf2 and the linear protrusion Pr1 of the locking portion 31f, the movement of the held member 2 in the second direction (+ Y direction) with respect to the mounting member 3 is stopped. It is done. In this state, the attachment member 3 and the fastener 22 can be set in a state of being shifted by a distance (also referred to as a second distance) corresponding to the separation distance between the fastener 22 and the second set of stopper portions 2P2.

  Thus, in the clamp 1 according to this embodiment, for example, the distance between the attachment member 3 and the fastener 22 can be selectively adjusted to one of the first distance and the second distance. The distance between the attachment member 3 and the fastener 22 is, for example, the center of the attachment member 3 and the center of the fastener 22 in the first direction (−Y direction) when the clamp 1 is viewed in plan from the + Z side. A distance between and can be employed.

<1-3. Wire harness with clamp>
FIG. 14 is a schematic perspective view illustrating the wire harness with clamp 100 in which the clamp 1 is attached to the wire harness WH1. In FIG. 14, as described above, the clamp 1 in which the distance between the attachment member 3 and the fastener 22 is adjusted to the first distance is attached to the wire bundle Wr1 as a component constituting the wire harness WH1. It is shown.

  Here, for example, in a state where the extending direction of the wire bundle Wr1 and the extending direction of the attachment portion 32 are substantially matched, the attachment portion 32 is brought into contact with the wire bundle Wr1, and the wire bundle Wr1 is brought into contact with the attachment portion 32. The fixing members B1a and B1b such as an adhesive tape or a tie band are wound together with the outer peripheral portion of. Thereby, the wire harness 100 with a clamp provided with the clamp 1 and the wire bundle Wr1 to which the clamp 1 is attached by the attachment portion 32 can be manufactured.

  For example, after the clamp 1 is attached to the wire bundle Wr1, the distance between the attachment member 3 and the fastener 22 in the clamp 1 is selectively adjusted to one of the first distance and the second distance. May be.

<1-4. Summary of Embodiment>
As described above, according to the clamp 1 according to the present embodiment, for example, with respect to the attachment member 3 attached to a component such as the wire bundle Wr1, the held member having the fastener 22 inserted into the attachment hole of the support body. The movement of the member 2 in the first direction (here, -Y direction) is possible, but the movement in the opposite second direction (here, + Y direction) is locked. For example, regarding the movement of the held member 2 in the first direction (−Y direction) with respect to the mounting member 3, for example, depending on the amount of deviation between the component and the mounting hole, the first direction ( The movement of the stopper portion 2P provided at any one of the two or more locations in the (Y direction) is stopped by the stopper portion 31s of the mounting member 3. Thereby, for example, it is possible to provide the clamp 1 that can easily cope with a change in the amount of deviation between the component and the mounting location of the support, and can increase the reliability of holding the component by the support.

  Moreover, according to the wire harness with a clamp 100 according to the present embodiment, for example, by attaching the clamp 1 to the wire bundle Wr1 as a component, it is easy to change the amount of deviation between the component and the attachment location of the support. A wire harness with a clamp that can increase the reliability of holding a component by a support while being compatible can be provided.

<2. Modification>
Note that the present invention is not limited to the above-described embodiment, and various modifications and improvements can be made without departing from the gist of the present invention.

  For example, in the above-described embodiment, the clamp 1 not only holds the wire bundle Wr1 of the wire harness WH1 on a support body such as an automobile body or an instrument panel, but also includes a wire harness WH1 such as a brake hose. It may be used to hold various parts other than the electric wire bundle Wr1 on the support.

  In the above embodiment, for example, the main body 211 of the held member 2 is further separated in the first direction in addition to the first and second sets of the stopper portions 2P1 and 2P2 separated in the first direction. Third and subsequent sets of stoppers may be provided. That is, for example, the main body 211 may be provided with two or more sets of stoppers spaced apart in the first direction. When such a configuration is adopted, for example, the distance from the N-th set (N is a natural number) to-be-stopped portion 2PN to the (N + 1) -th set to-be-stopped portion 2P (N + 1) and the N-th locked state The distance from the portion 2RfN to the (N + 1) -th locked portion 2Rf (N + 1) is set to be the same or substantially the same. For example, the distance between the attachment member 3 and the fastener 22 in the clamp 1 can be selectively adjusted to any one of two or more distances. In addition, as 2 or more distance between the attachment member 3 and the fastener 22, 10 mm, 15 mm, 20 mm, 30 mm etc. can be employ | adopted, for example.

  Further, in the above-described embodiment, for example, the stopper portions 2P are not provided on both sides of the main body portion 211 of the held member 2 in the cross direction crossing the first direction, and at least one side of the main body portion 211 in the cross direction is provided. A stoppered portion 2P may be provided.

  Moreover, in the said one Embodiment, you may be set as a 2nd state by fixing the stopper part 31s to parts other than the exit side of the guide part 31g, for example. In this case, for example, the stopper portion 31s is inserted into a through-hole penetrating in a direction (for example, ± Z direction) provided in the guide portion 31g so as to cross the first direction, so that the stopper portion 31s is guided to the guide portion. The structure fixed to 31g may be employ | adopted. Further, the stopper portion 2P is, for example, a convex portion protruding in a direction crossing in the first direction (for example, ± X direction), and recessed in a direction crossing in the first direction (for example, ± X direction). It may include at least one of a recessed part provided in a recessed manner and a hole part penetrating in a direction crossing the first direction (for example, ± Z direction).

  FIG. 15 is a schematic plan view illustrating an aspect in which the held member 2A is attached to the attachment member 3A in the clamp 1A according to one modification. FIG. 16 is a schematic side view illustrating an aspect in which the held member 2A is attached to the attachment member 3A in the clamp 1A according to a modification.

  A clamp 1A according to a modification is obtained by changing the held member 2 to the held member 2A and changing the mounting member 3 to the mounting member 3A based on the clamp 1 according to the one embodiment. Here, the held member 2A is a stoppered portion 2PA that forms a through hole H1A penetrating in the ± Z direction crossing the first direction (−Y direction) instead of the extending portion 21 having the stoppered portion 2P. The extending portion 21A having the above is adopted. The attachment member 3A is obtained by changing the holding portion 31 to the holding portion 31A based on the attachment member 3 according to the above-described embodiment. The holding portion 31A has a guide portion 31gA provided with a through hole H0A instead of the guide portion 31g, and has a stopper portion 31sA that can be inserted into the through hole H0A instead of the stopper portion 31s.

  Here, as the through hole H0A of the guide part 31gA, for example, a hole that penetrates both the first wall part Sf1 and the fourth wall part Sf4 in the guide part 31gA along the ± Z direction can be adopted. As the stopper portion 31sA, for example, a rivet-shaped one that can be inserted in the −Z direction with respect to the through hole H0A can be adopted.

  Here, for example, when the stopper portion 31sA is inserted into the through hole H0A of the guide portion 31gA and the through hole H1A of the extending portion 21, the stopper portion 31sA crosses the path through which the stopper portion 2PA can pass. And can be set to the second state fixed to the guide portion 31gA. At this time, the movement of the held member 2A relative to the mounting member 3A in the first direction (−Y direction) can be stopped by the contact between the stopper portion 2PA and the stopper portion 31sA.

  FIG. 17 is a schematic plan view illustrating an aspect in which the held member 2B is attached to the attachment member 3A in the clamp 1B according to another modification. FIG. 18 is a schematic side view illustrating an aspect in which the held member 2B is attached to the attachment member 3A in the clamp 1B according to another modification.

  A clamp 1B according to another modified example is obtained by changing the held member 2A to the held member 2B based on the clamp 1A according to the modified example. Here, the to-be-held member 2B has a bottomed recess in which the stopper portion 31sA can be fitted instead of the extending portion 21A having the stopper portion 2PA including the through hole H1A into which the stopper portion 31sA can be inserted. The extending portion 21B having the stopper portion 2PB including H1B is employed. Here, the recessed portion H1B is formed by the extending portion 21B being recessed in the width direction (± X direction). Also in this case, for example, when the stopper portion 31sA is inserted into the through hole H0A of the guide portion 31gA and the concave portion H1B of the extending portion 21, the stopper portion 31sA becomes a path through which the stopper portion 2PB can pass. It may be set to the second state that is crossed and fixed to the guide portion 31gA. At this time, the movement of the held member 2B relative to the mounting member 3A in the first direction (−Y direction) can be stopped by the contact between the stopper portion 2PB and the stopper portion 31sA.

  Note that, in the one modified example and the other modified example, for example, a configuration in which the through hole H1A and the recessed portion H1B are formed in the main body 211 may be employed. In this case, the through hole H1A may be, for example, a long hole extending in the first direction (−X direction).

  In the one embodiment and each of the modifications described above, for example, the plurality of linear protrusions Rp1 constituting the locked portions 2Rf1 and 2Rf2 are at least one of the first main surface Sm1 and the second main surface Sm2 of the main body 211. May be provided. If a plurality of linear protrusions Rp1 are provided on the second main surface Sm2, for example, the locking part 31f may be provided from the fourth wall part Sf4 toward the first wall part Sf1.

  Further, in the above-described embodiment and each of the above-described modifications, for example, the main body portion 211 may have other shapes such as a column shape, a rod shape, and a tubular shape that extend in one direction instead of a plate shape.

  Moreover, in the said one Embodiment and each said modification, for example, although each to-be-latched part 2Rf contained two linear protrusion part Rp1, it is not restricted to this, One or more linear form The protrusion Rp1 may be included. In this case, for example, two or more locked portions 2Rf are provided in the extending portions 21, 21A, 21B, so that the extending portions 21, 21A, 21B have two or more linear protrusions Rp1. May be included.

  Moreover, in the said one Embodiment and said each modification, the fastener 22 may be provided on 2nd main surface Sm2 of the extension parts 21,21A, 21B, for example.

  Moreover, in the said one Embodiment and said each modification, for example, as for guide part 31g, 31gA, a part of circumferential direction of the cyclic | annular part comprised by 1st-4th wall part Sf1-Sf4 connected cyclically | annularly was lose | deleted. You may have such a shape. That is, if the guide parts 31g and 31gA regulate the movement of the extending parts 21, 21A, and 21B in a direction different from the first direction (−Y direction) and the second direction (+ Y direction), for example. Good.

  As mentioned above, although this invention was demonstrated in detail, above-described description is an illustration in all the aspects, Comprising: This invention is not limited to it. It is understood that countless variations that are not illustrated can be envisaged without departing from the scope of the present invention.

1, 1A, 1B Clamp 100 Wire harness with clamp 2, 2A, 2B Holding member 21, 21A, 21B Extension part 211 Main body part 212 Projection part 22 Fastener 2P, 2P1, 2P2, 2PA, 2PB Stopper part 2Rf , 2Rf1, 2Rf2 Locked portion 3, 3A Mounting member 31, 31A Holding portion 31f Locking portion 31g, 31gA Guide portion 31h, H0A, H1A Through hole 31s, 31sA Stopper portion 32 Mounting portion B1a, B1b Fixing member G1 Groove portion H1B Concave portion Hn1 connecting portion Pr1 linear projecting portion Rp1 linear projecting portion Se1, Se2 first and second end surfaces Sf1 to Sf4 first to fourth wall portions Sm1 first main surface Sm2 second main surface TL1 inclined portion WH1 wire harness Wr1 Wire bundle

Claims (6)

A clamp used to hold a part on a support,
An extension part extending in the first direction and a protrusion projecting on the extension part and being inserted into the attachment hole formed in the support body are held at the edge of the attachment hole. A held member having a fastener
An attachment member having a holding part that holds the extension part so that the extension part can move in the first direction, and an attachment part that can be attached to the component;
The extension is
A locked portion having at least one of a concave portion and a convex portion, and a convex portion projecting in a direction crossing the first direction at each of two or more places different in the first direction, A stopper portion including at least one of a concave portion provided in a direction crossing in one direction and a hole portion penetrating in the direction crossing in the first direction;
The holding part is
By guiding the movement of the extension part in the first direction, and allowing the extension part to move in the first direction along the guide part and engaging the locked part. A locking portion that locks movement of the extending portion in a second direction opposite to the first direction; and the stopper when the extending portion moves in the first direction along the guide portion. A stopper portion that can be set to a second state that protrudes or crosses into the path and is fixed to the guide portion from a first state that does not protrude or cross over the path through which the portion can pass,
The stopper part is
The clamp which can stop the movement to the said 1st direction of the said extension part by contact | abutting with the said to-be-stopped part by being set to the said 2nd state. The clamp according to claim 1,
The extension is
A strip-shaped plate-like portion extending in the first direction,
The locked portion is
A linear protrusion formed so as to extend along a crossing direction crossing the first direction on the first main surface of the plate-like part;
The guide part is
A first wall portion facing the first main surface and extending along the first direction, a first end surface in the crossing direction of the plate-shaped portion facing the first end surface and extending along the first direction. The second wall portion, the third wall portion facing the second end surface opposite to the first end surface in the crossing direction of the plate-like portion and extending along the first direction, and the plate-like portion of the plate-like portion A fourth wall facing the second main surface opposite to the first main surface and extending along the first direction;
The locking portion is
An inclination that is erected on the side of the fourth wall of the first wall so as to incline in the first direction and that elastically deforms so as to fall in the first direction in response to application of a force in the first direction. And a linear projecting portion that projects from the inclined portion toward the fourth wall and extends along the crossing direction. The clamp according to claim 2,
The stopper portion is
A clamp comprising: a convex portion formed so as to protrude from at least one end surface of both end surfaces of the plate-like portion in the crossing direction. The clamp according to claim 3, wherein
The stopper part is
When the second state is set, the guide portion is disposed on the first direction side from the first wall portion to the fourth wall portion, and the first wall portion and the fourth wall portion are arranged. A clamp that is fixed. A clamp according to any one of claims 2 to 4, wherein
The extension is
A projecting portion formed on the second main surface of the plate-like portion so as to extend along the first direction;
The fourth wall portion is
The clamp including the groove part which can slide to the 1st direction in the state which the said protrusion part fitted in the said 1st wall part side. A clamp according to any one of claims 1 to 5,
An electric wire bundle to which the clamp is attached by the attachment portion;
A wire harness with a clamp.

Images