JP2010203461A - Locking tool mounting structure to panel and locking tool - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a locking tool mounting structure to a panel and the locking tool, which is easily disassembled without using a disassembling tool, can be re-used, easy to choose material and design, and can be achieved at low cost. <P>SOLUTION: On an penetration side 17, a locking tool body 7 and a locking clip 3 are locked in a freely engageable and disengageable manner with a penetration side clamping part 19 and a penetration side projection 11. On a locking operation side 9, the locking tool body 7 and the locking clip 3 are locked in a freely engageable and disengageable manner with an operating side clamping part 21 and a clip body 15. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a locking device mounting structure and a locking device for mounting a mounted member such as a wire harness to a panel such as a vehicle body.

  Patent Document 1 describes “clip”.

  As shown in FIG. 9, the clip 201 is for attaching the wire harness W to the vehicle body panel P. When the elastic deformation portion 203 is inserted into the attachment hole H of the panel P, the bending portion 205 of the elastic deformation portion 203 is elastically restored. Then, the end portion engages with the edge of the mounting hole H and is prevented from coming off, and the elastic deformation portion 203 and the flexible holding portion 207 are bent together to hold the vehicle body panel P, whereby the clip 201 (wire The harness W) is fixed.

  Further, when removing the wire harness W, the pressing tool T is inserted from the opening 209 provided in the flexible clamping portion 207, the bending portion 205 is bent, and the engagement with the mounting hole H is released.

Japanese Patent Laid-Open No. 11-266518

  The clip 201 is easy to disassemble (is easy to disassemble). However, as described above, it is necessary to use the pressing tool T at the time of disassembly, and the elastic deformation portion 203 and the flexible clamp The portion 207 is required to have sufficient strength for holding the wire harness W in addition to flexibility.

  Therefore, the material selection range is narrow, and it is necessary to select an expensive material, and the design is difficult. Therefore, the overall cost increases due to an increase in material cost, design cost, man-hours for dismantling, and the like.

  Therefore, the present invention does not require a special disassembling tool, is extremely easy to disassemble, can be reused, and is easy to select and design materials, and can be implemented at a low cost. The purpose is to provide a locking tool.

  The locking device mounting structure according to claim 1 includes a locking clip that holds a member to be mounted, a panel to which the locking clip is mounted, and a locking device body that locks the locking clip to the panel. A locking tool mounting structure for mounting the locking clip to the panel by operating force from the locking operation side, wherein the locking clip includes a through-side protrusion that penetrates a through-hole provided in the panel; and A panel insertion portion that is in contact with the through hole; and a clip main body that is on the locking operation side and holds the attached member; and the locking tool main body penetrates the locking clip on the through side of the panel. The penetrating side holding portion that is detachably locked with the side protrusion, the operation side holding portion that is detachably locked with the clip main body of the locking clip on the locking operation side, and the both holding portions are connected. And a through-side of the panel The locking tool main body and the locking clip are locked by the penetrating side holding portion and the penetrating side protrusion, and on the locking operation side, the locking tool main body and the locking clip are connected by the operation side holding portion and the clip main body. By locking, the attached member is fixed to the panel via a locking clip.

  The invention of claim 2 is the locking device mounting structure according to claim 1, wherein the through-side clamping portion of the locking device body is engaged with the through-side protrusion of the locking clip and the clip body. A through-side holding portion locking hole for releasably locking and an operation side holding portion locking hole for releasably locking the operation side holding portion are provided, respectively. The locking with the clip is performed between the penetrating side clamping portion and its locking hole and the operation side clamping portion and its locking hole.

  The invention of claim 3 is the locking tool mounting structure according to claim 1 or 2, wherein the through-side protrusion of the locking clip penetrates the panel, and the panel insertion portion is provided. A through hole for a locking clip that comes into contact with and a through hole for a locking tool through which the penetrating side clamping portion of the locking tool body passes are provided.

  The invention of claim 4 is the locking tool mounting structure according to any one of claims 1 to 3, wherein the operation side holding portion of the locking tool body is between the through side holding portion. The holding clip and the panel are clamped at the same time, and the pressing surface that presses the locking clip against the panel at that time, and the pressing force of the pressing surface is locked to the operation side holding portion locking hole of the clip body. A flexible arm that strengthens the operation side is provided, and the operation side holding part locking hole is locked between the operation side holding part locking hole and the flexible arm to prevent the operation side holding part from being unlocked. The locking disengagement prevention means is provided.

  The invention according to claim 5 is the locking tool mounting structure according to claim 4, wherein the locking disengagement preventing means is provided with a locking stepped portion provided in the operation side holding portion locking hole, and The engaging step is provided on a flexible arm and meshes with the engaging stepped portion. When the flexible arm is bent by applying a pressing force to the flexible arm, the engaging stepped portion and the engaging step are provided. A pressing portion for releasing the engagement of the stop protrusion is provided.

  The locking device according to claim 6 includes a locking clip that holds the member to be attached and a locking device body that locks the locking clip to the panel, and the locking device is operated by an operating force from a locking operation side. A locking tool for attaching a clip to a panel, wherein the locking clip includes a through-side protrusion that passes through a through-hole provided in the panel, and the attached member on the locking operation side. A clip body that holds the penetrating-side clamping portion that is detachably locked with the penetrating-side protrusion on the penetrating side of the panel, and the clip main body on the locking operation side. And an operation side clamping part that is detachably engaged with the engaging part, and on the penetration side of the panel, the locking tool main body and the locking clip are latched by the penetration side clamping part and the penetration side protrusion, On the locking operation side, the locking tool body and the locking clip are locked by the operation side clamping part and the clip body. It allows, characterized in that for fixing the attached member via the locking clip to the panel.

  The locking tool mounting structure of claim 1 can lock the locking tool main body and the locking clip detachably on both the operation side and the penetration side with respect to the panel.

  Therefore, it can be disassembled and reused very easily without using a special tool, and the material can be easily selected and designed.

  According to a second aspect of the present invention, there is provided a locking tool mounting structure that engages / disengages a through-side protrusion of the locking clip, each locking hole provided in the clip body, and a through-side holding part and an operation-side holding part of the locking tool body. The effect equivalent to the structure of Claim 1 is acquired by making it latch freely.

  Since the locking tool mounting structure of claim 3 is provided with the locking clip through hole and the locking tool through hole in the panel, for example, if the locking clip and the locking tool body are temporarily locked, The operation of penetrating the through-side clamping portion of the locking tool main body into the through-hole for locking tool while allowing the through-side protrusion of the locking clip to pass through the through-hole for locking clip can be easily performed in one operation.

  After that, if the locking tool body is moved to the locking clip side, the operation side clamping part is locked to the locking hole of the clip body, and the penetrating side clamping part is engaged with the locking hole of the penetrating protrusion. The effect equivalent to that of the first or second aspect can be obtained.

  According to the fourth aspect of the present invention, the same effect as that of the first to third aspects can be obtained.

  In addition, the pressing surface provided on the operation side holding portion of the locking tool body presses the contact portion of the clip body against the panel, and the flexible arm provided on the operation side holding portion includes the operation side holding portion of the clip body. Since the pressing force of the pressing surface is strengthened by bending in contact with the locking hole, the fixing function of the locking clip (attached member) is strengthened and stabilized.

  In addition, by a locking disengagement prevention means provided between the flexible arm and the locking hole of the clip main body, the locking tool main body (operation side clamping portion: flexible arm) and the locking clip (clip main body) Unlocking is prevented.

  In the locking device mounting structure according to claim 5, the locking disengagement prevention means includes a locking step portion provided in the operation side holding portion locking hole of the clip body and a locking protrusion provided in the flexible arm. Thus, the engagement between the engaging stepped portion and the engaging protrusion is prevented from being disengaged between the engaging tool main body and the engaging clip, and the same effect as that of the fourth aspect of the present invention can be obtained.

  Further, if the pressing portion provided on the flexible arm is pressed, the flexible arm bends and the engagement (locking prevention function) between the locking stepped portion and the locking projection can be easily released. .

  According to a sixth aspect of the present invention, there is provided a locking tool comprising a locking clip for holding a member to be attached and a locking tool main body. Each can be detachably locked.

  Therefore, it can be disassembled and reused very easily without using a special tool, and the material can be easily selected and designed.

FIG. 3 is a perspective view showing the locking clip 3, the locking tool body 7, and the panel 5 that constitute the locking tool mounting structure 1 of the first embodiment, and the locking clip 3 and the locking tool body 7 that constitute the locking tool 51. It is. It is drawing which shows the state which attached the latching clip 3 and the latching tool main body 7 to the panel 5. FIG. It is a perspective view which cut | disconnects and shows the locking tool attachment structure 1 and the locking tool 51 of the state of FIG. FIG. 5 is a cross-sectional view showing a state where the locking tool body 7 and the locking clip 3 are temporarily locked by the temporary locking means 49 when the locking clip 3 and the locking tool body 7 are attached to the panel 5. It is sectional drawing which shows a mode that the latching tool main body 7 and the latching clip 3 are penetrated to the through-holes 31 and 29 of the panel 5, respectively, in the state temporarily latched by the temporary latching means 49. FIG. After the locking tool body 7 and the locking clip 3 are passed through the through holes 31 and 29 of the panel 5, the penetration side holding part 19 and the operation side clamping part 21 of the locking tool body 7 are connected to the penetration side of the locking clip 3. It is sectional drawing which shows a mode that it latches to the clamping part latching hole 25 and the operation side clamping part latching hole 27, respectively. The penetrating side clamping part 19 and the operating side clamping part 21 of the locking tool body 7 are respectively locked to the penetrating side clamping part locking hole 25 and the operating side clamping part locking hole 27 of the locking clip 3, and the mounting operation is completed. It is sectional drawing which shows the state which carried out. Sectional drawing which shows the latching clip 3 and the latching tool main body 7 which comprise the latching clip 3, the latching tool main body 7, and the panel 5 which comprise the latching tool attachment structure 101 of Example 2, and shows the latching tool 103. It is. It is sectional drawing of a prior art example.

  DESCRIPTION OF EMBODIMENTS Hereinafter, embodiments of a locking tool mounting structure and a locking tool according to the present invention will be described.

  The locking tool mounting structure 1 and the locking tool 51 (Example 1) will be described with reference to FIGS. Hereinafter, members and the like that are not given reference numerals are not shown.

[Characteristics of the locking tool mounting structure 1 and the locking tool 51]
The locking tool mounting structure 1 includes a locking clip 3 that holds a member to be mounted (for example, a wire harness), a panel 5 to which the locking clip 3 is mounted, and a locking that locks the locking clip 3 to the panel 5. It is the locking tool attachment structure 1 which consists of the tool main body 7, and attaches the locking clip 3 to the panel 5 with the operation force applied from the locking operation side 9, Comprising: The locking clip 3 is the penetration provided in the panel 5 It has a through-side protrusion 11 that penetrates the hole, a panel insertion portion 13 that contacts the through-hole, and a clip body 15 that is on the locking operation side 9 and holds the wire harness, and the wire harness is clipped by a binding band. It is fixed to the main body 15. Further, the locking tool body 7 is detachably engageable with the clip body 15 at the engagement operation side 9 and the penetration side holding part 19 that is detachably engaged with the penetration side protrusion 11 at the penetration side 17 of the panel 5. It has the operation side clamping part 21 which latches, and the connection part 23 which connects both clamping parts 19 and 21, and the locking tool main body 7 and the latching clip 3 are the penetration side clamping part 19 on the penetration side 17. When the locking tool body 7 and the locking clip 3 are locked by the operation side clamping part 21 and the clip body 15 on the locking operation side 9, the locking clip is locked. 3, the wire harness is fixed to the panel 5.

  Further, the penetration side protrusion 11 and the clip body 15 of the locking clip 3 are provided with a penetration side clamping portion locking hole 25 in which the penetration side clamping portion 19 of the locking tool body 7 is detachably locked, and the operation side. An operation-side holding portion locking hole 27 is provided in which the holding portion 21 is detachably locked, and the locking of the locking tool body 7 and the locking clip 3 is locked to the through-side holding portion 19. It is performed between the hole 25 and the operation side clamping part 21 and the locking hole 27.

  In addition, the through hole of the panel 5 penetrates the through-side protrusion 11 of the locking clip 3 and holds the through-hole 29 for the locking clip that supports the panel insertion portion 13 and the through-side clamping of the locking tool body 7. It is comprised by the through-hole 31 for fasteners which the part 19 and the connection part 23 penetrate.

  Further, the operation side clamping portion 21 of the locking tool body 7 clamps the locking clip 3 and the panel 5 with the penetrating side clamping portion 19 and presses the locking clip 3 against the panel 5 at that time. A surface 33 and a flexible arm 35 that reinforces the pressing force of the pressing surface 33 are provided, and the operation side clamping portion 21 is locked. Between the operation side holding portion locking hole 27 and the flexible arm 35 to be operated, a lock release preventing means 37 for preventing the operation side holding portion 21 from being released is provided.

  Further, this locking disengagement prevention means 37 includes a locking stepped portion 39 provided in the operation side holding portion locking hole 27 and a locking projection 41 provided in the flexible arm 35. The portion 39 and the locking protrusion 41 are engaged with each other to prevent the locking body 7 and the locking clip 3 from being unlocked.

  Further, the flexible arm 35 is provided with a pressing portion 43. When the pressing portion 43 is pressed, the flexible arm 35 bends, and the locking step portion 39 and the locking protrusion 41 (the locking disengagement prevention means 37). The meshing can be released.

  In addition, an operation portion 45 is provided in the operation side clamping portion 21 of the locking tool body 7, and by applying an operating force to the operation portion 45, the locking tool body 7 and the locking clip 3 are locked. Alternatively, the locking can be released.

  Further, the locking clip 3 (clip body 15) is abutted against the panel 5 when being held between the operation side holding portion 21 and the penetrating side holding portion 19 of the locking tool body 7. A contact portion 47 is provided.

  Further, between the operation side clamping portion 21 of the locking tool body 7 and the operation side clamping portion locking hole 27 of the clip body 15, the penetration side protrusion 11 of the locking clip 3 and the locking tool body 7 penetrate. When the side clamping portion 19 is passed through the locking clip through hole 29 and the locking tool through hole 31 of the panel 5, a temporary locking means 49 for temporarily locking the locking tool body 7 to the locking clip 3 (FIG. 4 and FIG. 5).

  The locking tool 51 includes a locking clip 3 that holds a member to be attached (for example, a wire harness), and a locking tool body 7 that locks the locking clip 3 to the panel 5. A locking tool 51 for attaching the locking clip 3 to the panel 5 by an applied operating force, and the locking clip 3 is provided on the penetrating protrusion 11 passing through the panel 5 and the locking operation side 9. A clip body 15 that holds the wire harness, and the locking tool body 7 includes a through-side clamping portion 19 that is detachably locked with the through-side protrusion 11 at the through-side 17 of the panel 5, and a locking operation. On the side 9, there is an operation side clamping part 21 that is detachably engaged with the clip body 15. On the penetration side 17, the locking tool body 7 and the locking clip 3 are connected to the penetration side clamping part 19 and the penetration side protrusion. The locking tool body 7 and the locking clip are locked with the portion 11 and with the locking operation side 9. Doo is by locking engagement out with the operation side holding portion 21 and the clip body 15, and is configured to secure the wire harness on the panel 5 through the locking clip 3.

  Further, as shown in FIGS. 4 and 5, the pressing surface 33 of the operation side holding portion 21 is provided with a large number of recesses 53 at equal intervals, and the operation side holding portion locking hole 27 of the clip main body 15 has this recess. A convex portion 55 that engages with the concave portion 53 is provided. As shown in FIGS. 4 and 5, the temporary locking means 49 is constituted by a concave portion 53 on the foremost side of the operation side clamping portion 21 and a convex portion 55.

  Further, when the penetrating side holding portion 19 and the operation side holding portion 21 of the locking tool body 7 are locked to the locking holes 25 and 27 of the locking clip 3, the convex portions 55 and the respective concave portions 53 are engaged and disengaged. A click feeling can be obtained by repeating.

  In addition, an inclined surface 57 is provided at the tip of the penetrating protrusion 11 of the locking clip 3 for guiding the locking clip through-hole 29 of the panel 5 so as to sandwich the locking tool body 7. An inclined surface 59 is provided at the distal end of the portion 19 to guide when engaging with the penetrating-side clamping portion locking hole 25 of the penetrating-side protrusion 11, and the flexible arm 35 operates the operating-side clamping portion 21. When engaging with the side pinching portion locking hole 27, the flexible arm 35 is bent against the locking step portion 39 before the locking step portion 39 of the locking disengagement prevention means 37 and the locking projection 41 are engaged with each other. An inclined surface 61 is provided.

  Hereinafter, the mounting order of the locking tool mounting structure 1 and the locking tool 51 will be described with reference to FIGS. As described below, all operations are performed on the locking operation side 9, but the locking between the penetrating side holding portion 19 and the penetrating side protrusion 11 is performed on the penetrating side 17.

  As shown in FIG. 4, as a preparation for attachment, the front-end-side concave portion 53 of the operation side clamping portion 21 of the locking tool body 7 is locked to the protrusion 55 of the clip main body 15, so that the temporary locking means 49 is engaged. The stopper main body 7 is temporarily locked to the locking clip 3.

  Next, as shown in FIG. 5, in the temporarily locked state, the through-side clamping portion 19 of the locking device body 7 and the through-side protrusion 11 of the locking clip 3 are connected to the through-hole 31 for the locking device of the panel 5. And the penetration side clamping part 19 and the penetration side protrusion 11 are moved to the penetration side 17 by penetrating through the through holes 29 for the locking clips. At this time, the penetrating protrusion 11 smoothly penetrates the locking clip through hole 29 by the guide function of the inclined surface 57.

  Next, as shown in FIG. 6, when the operation portion 45 of the locking tool body 7 is pushed down, the locking of the recess 53 and the protrusion 55 is released by the temporary locking means 49, and the locking tool body 7 is locked to the locking clip. During the movement, the convex portion 55 of the clip main body 15 and the concave portion 53 of the operation side holding portion 21 are repeatedly engaged and disengaged as described above to obtain a click feeling. Further, the penetrating side clamping portion 19 is guided by the inclined surface 59 to the penetrating side clamping portion locking hole 25 of the clip body 15.

  Next, as shown in FIG. 7, when the operation portion 45 is further pushed down, the through-side holding portion 19 is locked in the through-side holding portion locking hole 25 of the locking clip 3 (through-side protrusion 11), and the operation side The clamping portion 21 is locked in the operation side clamping portion locking hole 27, and after the inclined surface 61 of the flexible arm 35 hits the locking stepped portion 39 and the flexible arm 35 is bent, the locking release prevention means 37 The locking step portion 39 and the locking projection 41 are engaged with each other to prevent the locking tool body 7 from coming off from the locking clip 3.

  Thus, when the locking tool main body 7 and the locking clip 3 are locked with the panel 5 in between, the locking clip 3 is prevented from coming off from the panel 5 and the wire harness is firmly fixed to the panel 5. The pressing surface 33 of the operation side clamping unit 21 presses the contact portion 47 of the locking clip 3 against the panel 5 by the clamping function of the penetrating side clamping unit 19 and the operation side clamping unit 21 of the locking tool body 7. The support of the stop clip 3 is stabilized and the support strength is improved.

  Thus, the attachment of the fastener attachment structure 1 and the fastener 51 is completed.

  Further, when releasing the locking of the locking tool mounting structure 1 and the locking tool 51, from the state of FIG. 7, first, the pressing portion 43 is pressed to bend the flexible arm 35, and the locking step portion 39 and When the meshing of the locking projection 41 (locking prevention means 37) is released and the operating portion 45 of the locking tool body 7 is pulled up in this state, the penetration side clamping portion 19 and the penetration side clamping portion locking hole 25 are separated. The locking and the locking of the operation side clamping part 21 and the operation side clamping part locking hole 27 are released, and the recess 53 and the protrusion 55 are locked in the temporary locking means 49, and the locking tool body 7 is Since it is temporarily locked to the locking clip 3, if the locking clip 3 (wire harness) is pulled to the locking operation side 9 in this state, the penetrating side clamping portion 19 and the penetrating side protrusion 11 penetrate the locking tool. It can be pulled out from the hole 31 and the locking clip through hole 29.

  In this way, the locking clip 3 (wire harness) can be easily removed (disassembled) from the panel 5, and the locking clip 3 and the locking tool body 7 are damaged or deformed in both the mounting operation and the disassembling operation. Since it does not occur, it can be reused any number of times.

[Effects of the locking tool mounting structure 1 and the locking tool 51]
The locking device mounting structure 1 includes an operation side 9 and a through side 17 with respect to the panel 5, and the locking holes 25 and 27 of the locking clip 3, the through side clamping portion 19 and the operating side clamping portion 21 of the locking device body 7. Can be removably locked, so that it can be disassembled and reused without using special tools, and the material selection and design is also easy. Can be implemented at cost.

  Further, since the locking clip through hole 29 and the locking tool through hole 31 are provided in the panel 5, if the locking clip 3 and the locking tool body 7 are temporarily locked, the locking clip 3 penetrates. The operation of penetrating the through-side clamping portion 19 of the locking tool body 7 through the locking tool through-hole 31 while allowing the side protrusion 11 to pass through the locking clip through-hole 29 can be easily performed in one operation.

  The pressing surface 33 provided on the operation side holding portion 21 of the locking tool body 7 presses the contact portion 47 of the locking clip 3 against the panel 5, and the flexible arm 35 holds the operation side holding portion of the clip body 15. Since the pressing force of the pressing surface 33 is strengthened by coming into contact with the portion locking hole 27 and bending, the fixing function of the locking clip 3 (wire harness) is stabilized and strengthened as described above.

  Further, the locking tool body 7 and the locking clip are provided by the locking release prevention means 49 provided between the flexible arm 35 of the locking tool body 7 and the operation side holding portion locking hole 27 of the locking clip 3. 3 is prevented from being released and kept in the locked state.

  Further, if the flexible arm 35 is bent by pressing the pressing portion 43 provided on the flexible arm 35, the function of the locking release preventing means 49 can be easily released.

  Further, by applying an operating force (pressing down or pulling up) to the operation portion 45 provided on the operation side clamping portion 21 of the locking device body 7, the locking device 7 and the locking clip 3 are locked, Unlocking can be easily performed.

  Further, the abutment portion 47 of the locking clip 3 is pressed against the panel 5 by the clamping force of the penetrating side clamping portion 19 and the operation side clamping portion 21 of the locking tool body 7, so that the locking clip 3 (wire harness) Support is stable and support strength is improved.

  Moreover, since the latching tool main body 7 and the latching clip 3 can be temporarily latched by the temporary latching means 49, the penetration side protrusion part 11 of the latching clip 3 and the latching tool main body 7 are as mentioned above. The through-hole clamping portion 19 can be easily penetrated through the locking clip through hole 29 and the locking tool through hole 31 of the panel 5 in one operation.

  The locking tool 51 has the same effect as the locking tool mounting structure 1.

  Moreover, the locking tool attachment structure 1 and the locking tool 51 can be easily disassembled by following the mounting process in reverse, and can be reused any number of times.

  The latch attachment structure 101 and the latch 103 (Example 2) will be described with reference to FIG. Hereinafter, the same functional parts and functional members as those in the first embodiment will be described with the same reference numerals, and redundant explanations will be omitted.

  The locking tool mounting structure 101 and the locking tool 103 are obtained by cutting a portion of the contact portion 47 from the clip body 15 (the locking clip 3) in the locking tool mounting structure 1 and the locking tool 51 of the first embodiment. It corresponds to a thing. Even if the abutting portion 47 is cut, the portions 105 (FIG. 1) on both sides of the operation side holding portion locking hole 27 hold the penetrating side holding portion 19 and the operation side holding portion 21 of the locking tool body 7. Since the panel 5 is pressed by force, the locking clip 3 (wire harness) is stably and firmly fixed.

  Further, as the contact portion 47 is cut, the locking clip 3 is reduced in weight by the material reduction, and the cost is reduced.

  Further, since the wire harness becomes closer to the panel 5 by the shortened length of the locking clip 3 (contact portion 47), the space for arranging the wire harness can be narrowed, so that the surrounding space has enough margin and the wire harness is attached. Thus, durability when an external force is applied to the locking clip 3 (the shortened clip body 15) is improved.

  In addition to this, the locking tool mounting structure 101 and the locking tool 103 can obtain the same effects as the locking tool mounting structure 1 and the locking tool 51 except for the above effects.

[Other Embodiments Included within the Scope of the Present Invention]
In addition, the locking tool attachment structure and locking tool of this invention can attach not only a wire harness but another to-be-attached member to a panel.

DESCRIPTION OF SYMBOLS 1 Locking tool attachment structure 3 Locking clip 5 Panel 7 Locking tool main body 9 Locking operation side 11 Protrusion side protrusion of locking clip 3 13 Panel insertion part of locking clip 3 15 Clip main body of locking clip 3 17 Penetration side 19 Penetration side clamping part 21 of the locking tool body 7 Operation side clamping part 23 of the locking tool body 7 Connecting part 25 of the clamping parts 19, 21 25 Penetration side clamping part locking hole 27 of the penetration side protrusion 11 27 Clip body 15 operation side clamping portion locking holes 29 through holes for locking clips in the panel 5 31 through holes for locking tools in the panel 5 33 pressing surface of the operation side clamping portion 21 35 flexible arm of the operation side clamping portion 21 Stop prevention means 39 Locking step portion of the clip body 15 (Lock release prevention means)
41 Locking protrusion of flexible arm 35 (locking prevention means)
43 Pressing portion of the flexible arm 45 Operation portion of the operation side clamping portion 21 47 Contact portion of the locking clip 3 49 Temporary locking means 51 Locking device 101 Locking device mounting structure 103 Locking device

Claims (6)

A locking clip for holding a member to be attached, a panel to which the locking clip is attached, and a locking tool main body for locking the locking clip to the panel, are engaged by operating force from the locking operation side. A fastener mounting structure for attaching a stop clip to a panel,
The locking clip includes a through-side protrusion that passes through a through-hole provided in the panel, a panel insertion portion that contacts the through-hole, and a clip main body that holds the attached member on the locking operation side. And
The locking tool main body includes a penetrating side clamping portion that is detachably locked with the penetrating side protrusion of the locking clip on the penetrating side of the panel, and the clip main body of the locking clip on the locking operation side. An operation side holding portion that is detachably locked, and a connecting portion that connects the both holding portions;
On the penetrating side of the panel, the locking tool main body and the locking clip are locked by the penetrating side clamping portion and the penetrating side protrusion, and on the locking operation side, the locking tool main body and the locking clip are clamped on the operation side. A locking tool mounting structure, wherein the member to be mounted is fixed to the panel via the locking clip by being locked by the portion and the clip body. The fastener mounting structure according to claim 1,
A through-side clamping portion locking hole in which the through-side clamping portion of the locking tool body is detachably engaged with the through-side protrusion of the locking clip and the clip body, and the operation-side clamping portion is engaged and disengaged. An operation side holding portion locking hole that is freely locked is provided,
The locking tool mounting structure characterized in that the locking between the locking tool main body and the locking clip is performed between the through-side clamping part and its locking hole and the operation-side clamping part and its locking hole. . A locking device mounting structure according to claim 1 or 2,
The through hole for the locking clip penetrates the panel, the through hole for the locking clip through which the panel insertion portion contacts, and the through hole for the locking tool through which the through side clamping portion of the locking tool body passes. A fastener mounting structure characterized in that a hole is provided. A locking device mounting structure according to any one of claims 1 to 3,
The operation side holding portion of the locking tool body holds the locking clip and the panel between the penetrating side holding portion, a pressing surface for pressing the locking clip against the panel at that time, and a clip body A flexible arm that is locked to the operation side clamping portion locking hole and reinforces the pressing force of the pressing surface;
An unlocking prevention means for preventing the unlocking of the operating side clamping part is provided between the operating side clamping part locking hole that the operating side clamping part locks and the flexible arm. A featured fastener mounting structure. The fastener mounting structure according to claim 4,
The locking disengagement prevention means includes a locking stepped portion provided in the operation side holding portion locking hole, and a locking projection provided in a flexible arm and meshing with the locking stepped portion,
The flexible arm is provided with a pressing portion for releasing the engagement between the locking stepped portion and the locking protrusion by applying a pressing force to bend the flexible arm. Stopper mounting structure. A locking clip for holding the mounted member and a locking tool main body for locking the locking clip to the panel, and for locking the locking clip to the panel by operating force from the locking operation side. Tools,
The locking clip has a through-side protrusion that passes through a through-hole provided in the panel, and a clip main body that holds the attached member on the locking operation side,
The locking tool main body includes a penetrating side clamping portion that is detachably locked with the penetrating side protrusion on the penetrating side of the panel, and an operation that is detachably locked with the clip main body on the locking operation side. A side clamping part,
On the penetrating side of the panel, the locking tool main body and the locking clip are locked by the penetrating side clamping portion and the penetrating side protrusion, and on the locking operation side, the locking tool main body and the locking clip are clamped on the operation side. A locking tool, wherein the attached member is fixed to the panel via the locking clip by being locked by the portion and the clip body.

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