JP2009127665A - Mounting structure with clip - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To adapt to a different holding load when a mounting member is fitted to a member to be fitted by using a same type of clip body without changing the shape or material of the clip body. <P>SOLUTION: In this mounting structure with a clip, a clip structure 12 in which the resin clip body 10 is fitted to a seat surface member 32 disposed on the mounting member in a projecting state is detachably fitted to a mounting hole 42 formed in the member 40 to be mounted. Two types of slopes with different slope states are formed on an engagement sloped surface 24 on which the clip body 10 is engaged with the mounting hole 42 symmetrically in the expanding direction of the clip body 10. The mounting hole 42 comprises engagement holes 44 with which any sloped surface can be engaged and relief holes 46 with which any sloped surface cannot be engaged. When the clip body 10 is mounted in the mounting hole while being rotated 180°, the sloped surface engaged with the engagement hole 44 is changed, and the holding load by the sloped surface is changed. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to an attachment structure using a clip for detachably attaching an attachment member to a member to be attached. Specifically, for example, a mounting structure with a clip for detachably mounting a center cluster or the like on an automobile instrument panel, and different holding loads without changing the shape of the clip or the insertion load of the clip. It is related with the attachment structure by the clip which can do.

As a conventional technique, a clip disclosed in, for example, Japanese Patent Application Laid-Open No. 2000-249117 (Patent Document 1) is known as a clip for detachably mounting a center cluster or the like on an instrument panel of an automobile.
The clip disclosed in Patent Document 1 is formed by forming a resin-made clip body attached to a seat member disposed in a projecting state on a center cluster as an attachment member on an instrument panel as an attached member. It is a clip used for locking the mounting member to the mounted member by inserting it from the surface side of the mounting hole and detachably mounting the mounting member to the mounted member.

FIG. 10 is a partial cross-sectional view showing a state in which the attachment member is attached to the attached member using substantially the same clip as the clip disclosed in Patent Document 1. The resin clip main body 50 engages the engagement protrusion 54 formed at the tip of the seat surface engagement portion piece 52 with the engagement hole 70 of the seat surface member 68 formed in the attachment member 66. As a result, it is attached to the attachment member 66. Then, the resin-made clip main body 50 engaged with the attachment member 66 is inserted from the surface side 76 into the attachment hole 74 formed in the attached member 72, and the attachment locking piece 58 of the clip main body 50 is locked. The engaging slope 66 formed at the lower portion of the shoulder 60 is engaged with the back side 78 of the attached member 72, whereby the attaching member 66 is attached to the attached member 72.
When it is necessary to remove the mounting member 66 from the mounted member 72, the mounting member 66 is pulled away from the mounted member 72 to elastically deform the mounting locking pieces 58 of the clip body 50 toward each other. Then, since the engaging slope 62 at the lower part of the locking shoulder 60 is detached from the back surface side 78 of the attached member 72, the attaching member 66 can be detached from the attached member 72 integrally with the clip body 50.
The clip body 50 is attached to the attachment member 66 because the engagement protrusion 54 at the tip of the seat surface engagement piece 52 engages with the engagement hole 70 formed in the seat surface member 68. When the surface engaging part piece 52 is elastically deformed and the engaging protrusion 54 is disengaged from the engaging hole 70, the clip main body 50 remains in the attached member 72 and only the attaching member 66 is removed from the attached member 72. You can also.
JP 2000-249117 A

With the clip main body 50 shown in FIG. 10, the attachment member 66 can be attached to the attached member 72 with a predetermined holding load. When it is necessary to change the holding load, the angle or area of the engagement surface 56 of the engagement protrusion 54 of the clip body 50 is changed, or the distance between the engagement shoulders 60 of the pair of attachment engagement pieces 58 is changed. Further, it is necessary to take measures such as changing the inclination angle of the engaging slope 62 or changing the material of the clip body 50. Here, since the holding load by the engaging projection 54 is generally set higher than the holding load by the engaging slope 62, the holding load by the clip main body 50 depends on the distance between the two engaging shoulders 60 and the engaging slope 62. It depends on the angle.
Therefore, in order to support mounting with different holding loads, it has been necessary to prepare multiple types of clip bodies with different shapes and materials, and select the clip body corresponding to the holding load at the mounting location. Had to install.

  The present invention proposes to solve the above-described problems, and the problem to be solved by the present invention is that the mounting member is formed using the same type of clip body without changing the shape and material of the clip body. It is possible to cope with different holding loads when the is attached to the member to be attached.

In order to solve the above-mentioned problems, the mounting structure using a clip according to the present invention takes the following means.
First, the clip mounting structure according to the first aspect of the present invention is such that a clip structure in which a resin clip main body is mounted on a seat member disposed in a projecting manner on the mounting member is formed on the mounted member. A mounting structure with a clip that is inserted into the mounting hole from the front side to the back side in the insertion direction of the mounted member, and the mounting member is detachably mounted to the mounted member,
The resin-made clip main body is formed on the inside, a pair of seating surface engaging part pieces that sandwich the seating surface member from both sides, and formed on the outside of the seating surface engaging part piece, and the attached member A pair of mounting locking pieces that are inserted through and locked in the mounting holes and provided with elasticity in the expanding direction,
The mounting locking piece is formed with a projection in the shape of a mountain on the outer side, and has an insertion inclined surface that generates a resilient force by being deformed in proximity when inserted, and a locking inclined surface that performs a locking function in the extraction direction. And
The insertion inclined surface of the mounting locking piece is formed in the same inclined state, but the locking inclined surface is a thickness direction in which the first inclined surface and the second inclined surface are different from each other in the inclined state. Are arranged adjacent to each other with a predetermined thickness, and the first inclined surface and the second inclined surface are formed symmetrically on both sides in the expanding direction,
The mounting hole formed in the mounted member includes a locking hole having a size that can be locked by any one of the first inclined surface and the second inclined surface, An escape hole of a size larger than the hole and unable to lock any of the inclined surfaces is continuously formed as one hole,
The clip body corresponds to a normal position where the first inclined surface corresponds to the locking hole and the second inclined surface corresponds to the escape hole, and the clip body or the mounting hole rotates 180 degrees to correspond to the first inclined surface as the escape hole. The second inclined surface can be used in a reverse position corresponding to the locking hole,
The combination of the clip body having the same shape and the mounting hole having the same shape makes it possible to vary the holding load of the clip without changing the insertion load of the clip.

According to the first aspect of the invention, when the clip structure with the clip body attached to the seat member in the normal position is inserted into the attachment hole formed in the attached member, the first inclined surface is engaged with the locking hole. Since the second inclined surface corresponds to the escape hole and cannot be locked to the escape hole, the holding load of the first inclined surface becomes the holding load of the mounting structure by the clip. Further, when the clip structure with the clip body attached to the seat member at the reverse rotation position is inserted into the attachment hole of the attached member, the second inclined surface is engaged with the engagement hole, and the first inclined surface is the escape hole. Therefore, the holding load of the second inclined surface becomes the holding load of the clip mounting structure.
Therefore, by selecting whether the clip body is inserted into the mounting hole at the normal position or the reverse position, the clip holding load is made different depending on the combination of the clip body with the same shape and the mounting hole with the same shape. be able to.

Next, the second invention according to the present invention is a mounting structure using a clip according to the first invention,
The opening length of the attachment hole formed corresponding to the thickness direction of the clip body is a length that allows movement in the opening length direction in a state where the clip structure is attached to the attachment hole. And
The escape hole and the locking hole are formed continuously in the opening length direction with the center in the width direction being on the same line,
Regardless of the position of the clip structure in the mounting hole, one of the first inclined surface and the second inclined surface is locked to the locking hole, and the other inclined surface is the relief hole. It is characterized by not being latched in the latching hole corresponding to only.
According to the second aspect of the invention, since the play is ensured in the thickness direction of the clip, the clip structure can be smoothly inserted into the mount hole. In addition, even if the clip structure moves in the mounting hole within the range of play, the correspondence between the inclined surface that exhibits the holding load and the locking hole and the correspondence between the inclined surface that does not exhibit the holding load and the escape hole are maintained. Therefore, a predetermined holding load is reliably exhibited. That is, the holding load does not change due to the play of the mounting hole.

Next, a third invention of the present invention is a mounting structure using a clip according to the second invention,
The width of the escape hole is a maximum width on a locking inclined surface of the pair of mounting locking pieces when the clip body is in a free state shape.
According to the third aspect of the invention, it is certain that each inclined surface does not lock the escape hole. Further, since the gap between the escape hole and the clip structure is not wide, it is possible to effectively prevent displacement due to twisting of the clip structure.

Next, a fourth aspect of the present invention is a mounting structure using a clip according to the third aspect of the present invention,
The thickness of the first inclined surface and the thickness of the second inclined surface are the same.
According to the fourth aspect, since the thickness when the first inclined surface is locked to the locking hole and the thickness when the second inclined surface is locked to the locking hole are the same, the locked state Are balanced, and a predetermined holding load is exerted with the same stability even when locked by any inclined surface.

According to each invention of the present invention, the following effects can be obtained.
First, according to the first invention described above, by selecting whether the clip body is inserted into the attachment hole at the normal position or the reverse position, the clip body having the same shape and the attachment hole having the same shape can be selected. Depending on the combination, the holding load of the clip can be varied.
Next, according to the second aspect of the invention, since the mounting hole is secured in the thickness direction of the clip, the clip structure can be smoothly inserted into the mounting hole. In addition, even if the clip structure moves in the mounting hole within the range of play, the correspondence between the inclined surface that exhibits the holding load and the locking hole and the correspondence between the inclined surface that does not exhibit the holding load and the escape hole are maintained. Therefore, a predetermined holding load is reliably exhibited.
Next, according to the above-described third invention, it is certain that each inclined surface of the escape hole is not locked. Further, since the gap between the escape hole and the clip structure is not wide, it is possible to effectively prevent displacement due to twisting of the clip structure.
Next, according to the above-described fourth invention, the thickness when the first inclined surface is locked to the locking hole and the thickness when the second inclined surface is locked to the locking hole are the same. The locked state is balanced, and a predetermined holding load is exhibited with the same stability even when locked on any inclined surface.

Hereinafter, the best mode for carrying out the present invention will be described.
FIG. 1 shows an external perspective view of a clip main body 10 used in a clip mounting structure according to an embodiment of the present invention in a free state shape. The clip body 10 is made of resin, and is provided with a pair of seating surface engaging part pieces 14 formed on the inner side, and formed on the outer side of the seating surface engaging part piece 14, and provided with elasticity in the expanding direction. It has a pair of attachment locking pieces 20. Further, the mounting locking piece 20 is formed with a projection in the shape of a mountain on the outside, and an insertion inclined surface 22 that generates a resilient force by being deformed in the vicinity when inserted, and a locking slope that performs a locking function in the extraction direction. A locking shoulder 25 is formed at the boundary between the insertion inclined surface 22 and the locking inclined surface 24 at the peak-shaped projecting portion. A leg piece 21 is formed behind the locking inclined surface 24 in the insertion direction.
The insertion inclined surface 22 is formed in an inclined state in which the entire width in the thickness direction orthogonal to the expanding direction of the mounting locking piece 20 is the same, and has a symmetrical shape in the expanding direction. On the other hand, the locking inclined surface 24 has a first inclined surface 26 and a second inclined surface 28, which are different in inclined state, arranged adjacent to each other with the same thickness, and has a symmetrical shape in the expanding direction. . The first inclined surface 26 is gently formed in an inclined state, and the second inclined surface 28 is formed in an inclined state steeper than the first inclined surface 26.

  FIG. 2 is an external perspective view of the seat member 32 formed on the mounting member 30 used in one embodiment of the present invention. The seat surface member 32 is formed with an engagement plate 34 for engaging the seat surface engaging portion piece 14 of the clip body 10 at the center, and the seat surface engaging portion piece 14 of the clip body 10 is formed at the center portion of the engagement plate 34. An engagement hole 36 is provided for engaging the engagement protrusion 16 formed at the tip of the engagement hole 16. An engagement slope 39 having a thin plate thickness is formed at the front end of the engagement plate 34 in order to facilitate the engagement of the seating surface engagement piece 14. Both side plates 38 are formed on both sides of the engagement plate 34 and serve as a guide when the clip body 10 is engaged with the seat surface member 32 and also serves as a reinforcement of the seat surface member 32.

FIG. 3 is an external perspective view of the mounting hole 42 formed in the mounted member 40 used in one embodiment of the present invention, as viewed from the back side 48 where the mounting locking piece 20 of the clip body 10 is locked. The mounting hole 42 has a hole width locking hole 44 that can be locked by either the first inclined surface 26 or the second inclined surface 28 in a direction corresponding to the thickness direction of the clip body 10, and a first inclined surface. An escape hole 46 in which neither the surface 26 nor the second inclined surface 28 can be locked is formed continuously in the opening length direction. The locking hole 44 and the relief hole 46 have the same center in the width direction, the length of the relief hole 46 is set longer than the length of the locking hole 44, and the mounting hole 42 as a whole is the clip body 10. It has a symmetrical shape in the spreading direction. Here, the escape hole 46 has the same width as the width of the locking shoulder 25 in the free state shape of the clip body 10.
In addition, the opening length of the attachment hole 42 is a length having a play in which the clip structure 12 is allowed to move in the opening length direction in a state where the clip structure 12 is inserted. Therefore, it is easy to insert the clip structure 12.

Here, returning to FIG. 1, the detailed shapes of the first inclined surface 26 and the second inclined surface 28 will be described. Immediately below the locking shoulder 25, a straight portion 29 having a common inclination between the first inclined surface 26 and the second inclined surface 28 and substantially parallel to the insertion direction of the clip body 10 is formed. The straight portion 29 is formed longer on the second inclined surface 28 than on the first inclined surface 26. Following the straight portion 29, a locking portion that locks in the locking hole 44 toward the leg piece 21 and exhibits a holding force is formed. The locking portion of the second inclined surface 28 has an abrupt change in inclination and the length in the insertion direction of the clip 10 is shorter than that of the system stopping portion of the first inclined surface 26. It has already hit the leg piece 21 in the upper direction of insertion. And there is a neutral position 27 where the amount of protrusion of both locking portions is the same. The clip main body 10 exhibits the maximum holding load on each inclined surface when the locking portion is locked in the locking hole 44 above the neutral position 27.
When the engaging part of the second inclined surface 28 is engaged with the engaging hole 44, the engaging part and the engaging hole are more engaged than when the engaging part of the first inclined surface 26 is engaged with the engaging hole 44. Since the angle formed by 44 is large, the holding load is large because a greater effect is produced in the extraction direction.

  When the attachment member 30 is attached to the attachment member 40 using the clip body 10, the following procedure is performed. First, the pair of seating surface engaging portion pieces 14 of the clip main body 10 are slid to both sides of the engaging slope 39 formed on the engaging plate 34 of the seating surface member 32 to be formed at the tip of the seating surface engaging portion piece 14. The clip body 10 is attached to the attachment member 30 by engaging the engagement protrusion 16 with the engagement hole 36 formed at the center of the engagement plate 34. Next, the clip structure 12 with the clip body 10 attached to the seat member 32 is inserted into the attachment hole 42 formed in the attached member 40 from the front surface 47 to the rear surface 48, and the attachment member 30 is inserted. It attaches to the to-be-attached member 40.

FIG. 4 shows a state in which the first inclined surface 26 formed on the locking inclined surface 24 of the clip main body 10 is attached to the engaging hole 44 of the attaching hole 42 formed on the attached member 40 at a normal position where the first inclined surface 26 is engaged. FIG. When the clip main body 10 is deformed close to one another in the thickness direction in the expanding direction, the clip main body 10 has a property of being deformed close to the width of almost the same in the entire thickness direction. Therefore, as shown in FIG. In a state where the second inclined surface 28 is deformed in proximity by being locked in the locking hole 44, the second inclined surface 28 is also deformed in proximity by substantially the same width as the first inclined surface 26.
FIG. 5 is a cross-sectional view taken along the line AA in FIG. At the position where the first inclined surface 26 is locked to the locking hole 44, the first inclined surface 26 locked to the locking hole 44 in the pulling direction exhibits a drag force. 6 is a cross-sectional view taken along line BB in FIG. At the position where the second inclined surface 28 is inserted into the escape hole 46, the width of the escape hole 46 is the same as the width of the locking shoulder 25 in the free state shape of the clip body 10, and therefore the second inclined surface 28 is released. The hole 46 is not locked.
Even if the mounting position of the clip structure 12 moves in the play direction of the mounting hole 42, the first inclined surface 26 that exerts the holding load does not come off from the locking hole 44, and the first facing the escape hole 46. 2 The lengths of the locking hole 44 and the relief hole 46 are set so that the inclined surface 28 does not come into contact with the locking hole 44, so that the clip structure 12 can be attached by moving the clip structure 12 in the play direction. The locking state with respect to the hole 42 does not change.

FIG. 7 shows a state in which the second inclined surface 28 formed on the locking inclined surface 24 of the clip body 10 is attached to the engaging hole 44 of the attaching hole 42 formed on the attached member 40 at the reverse rotation position. FIG. When the clip body 10 is deformed in proximity in the spreading direction at any one position in the thickness direction, the property of being deformed in proximity to the entire region in the thickness direction is the same as when attached in the normal position, As shown in FIG. 7, in a state where the second inclined surface 28 is locked in the locking hole 44 and is deformed in proximity, the first inclined surface 26 is also deformed in proximity by substantially the same width as the second inclined surface 28.
8 is a cross-sectional view taken along the line CC of FIG. At the position where the second inclined surface 28 is locked to the locking hole 44, the second inclined surface 28 locked to the locking hole 44 in the pulling direction exhibits a drag force. 9 is a cross-sectional view taken along the line DD of FIG. At the position where the first inclined surface 26 is inserted into the escape hole 46, the width of the escape hole 46 is the same as the width of the locking shoulder 25 in the free state shape of the clip body 10. The hole 46 is not locked.
Note that the lengths of the locking hole 44 and the relief hole 46 are such that when the clip body 10 is mounted at the reverse rotation position, the holding load is applied even if the mounting position of the clip structure 12 moves in the play direction of the mounting hole 42. The length is set such that the second inclined surface 28 to be exhibited does not come off from the locking hole 44 and the first inclined surface 26 facing the escape hole 46 does not relate to the locking hole 44.

  The drag in the pulling direction of the clip body 10 is determined by the angle formed by the locking inclined surface 24 and the mounting hole 42 where the drag is generated, and the thickness of the locking inclined surface 24 that is deformed in proximity. When one part is deformed in proximity in the spreading direction, it has the property of being deformed in proximity by a substantially equal width throughout the entire thickness direction. Therefore, the holding load at the normal position where the first inclined surface 26 is locked in the locking hole 44 is attached to the clip body in which the entire locking inclined surface 24 is formed in the same inclined state as the first inclined surface 26. 42 is approximately the same as the holding load when attached to the attachment hole formed with the width of the locking hole 44 over the entire opening length. In addition, the holding load at the reverse rotation position where the second inclined surface 28 is engaged with the engaging hole 44 is attached to the clip body in which the entire engaging inclined surface 24 is formed in the same inclined state as the second inclined surface 28. 42 is approximately the same as the holding load when attached to the attachment hole formed with the width of the locking hole 44 over the entire opening length.

  Therefore, according to this embodiment, the combination of the clip body 10 having the same shape and the mounting hole 42 having the same shape is used to select whether the clip body is inserted into the mounting hole 42 at the normal position or the reverse position. Thus, the holding load of the clip can be varied without changing the insertion load of the clip. Note that rotating the direction in which the clip body 10 is attached to the seat member 32 by 180 degrees has the same effect as rotating the attachment hole 42 formed in the attached member 40 by 180 degrees. Therefore, it may be considered that the mounting hole 42 is rotated 180 degrees.

As shown in FIGS. 4 and 7, in this embodiment, play is provided between the first mounting holes 42 on the outer sides of the side plates 38 of the seat member 32, and the clip structure 12 is attached to the mounting holes 42. Making it easy. The escape hole 46 is slightly longer than the locking hole 44 and is set to a length that does not change the locking state due to the movement of the clip structure 12 within the mounting hole 42.
Therefore, in the case of FIG. 4 with a low holding load, the holding load does not change because the second inclined surface 28 is not engaged with the locking hole 44 even when the clip structure 12 approaches the front side of the sheet. Further, even when the clip structure 12 is moved backward in the drawing, the holding load does not change because the first inclined surface 26 is engaged with the locking hole 44.
In the case of FIG. 7 with a high holding load, even when the clip structure 12 approaches the paper surface, the holding load does not change because the first inclined surface 26 is not engaged with the locking hole 44. Further, even when the clip structure 12 is moved rearward, the holding load does not change because the second inclined surface 28 is engaged with the locking hole 44.
Thus, by setting the length of the relief hole 46 in consideration of the play of the mounting hole 42, an inclined surface that exhibits a holding load even if the clip structure moves within the mounting hole within the range of play. Since the correspondence between the locking holes and the inclined surfaces that do not exhibit the holding load and the escape holes are maintained, the predetermined holding load is reliably exhibited.

In this embodiment, the width of the relief hole 46 is set to the maximum width (width of the locking shoulder 25) on the locking inclined surface of the pair of mounting locking pieces when the clip body 10 is in the free state shape. The relief hole 46 has a width that is easy to understand because it is certain that the inclined surfaces are not locked. Further, since the gap between the escape hole 46 and the clip structure 12 is not wide, it is possible to effectively prevent the displacement due to the twist or the like of the clip structure 12.
In the embodiment, since the thickness of the first inclined surface 26 and the thickness of the second inclined surface 28 are the same, the thickness when the first inclined surface 26 is locked to the locking hole 44 and the second inclined surface 28 are Since the thickness when locked in the locking hole 44 is the same, the locked state is balanced, and a predetermined holding load is exhibited with the same stability even when locked on any inclined surface.

In the embodiment, the width of the relief hole 46 is the width of the locking shoulder 25 in the free state shape of the clip body 10, but this is the width of the safety side. Here, it is examined how much width the escape hole 46 should have as a minimum.
When the clip body 10 is deformed close to the spreading direction at any one position in the thickness direction, the clip main body 10 has a property of being deformed close to the entire width direction by substantially the same width. Therefore, the difference between the width of the first inclined surface 26 in the expanding direction and the width of the second inclined surface 28 in the expanding direction is changed regardless of the free state shape or the state of being locked in the locking hole 44. do not do. Therefore, if the width of the escape hole 46 is equally distributed to the left and right by the maximum difference in the width of the inclined surface compared to the width of the engaging hole 44, one inclined surface forms the engaging hole 44. In some cases, the other inclined surface may not be engaged with the escape hole 46.
By making the escape hole as small as possible, it is possible to suppress a twist or the like around the insertion direction of the clip body 10 and to achieve stable locking.

  In addition, the present invention can be implemented in various forms within the scope of the idea of the invention.

It is an external appearance perspective view of the clip main body in one Example. It is an external appearance perspective view of the seat surface member in one Example. It is the external appearance perspective view which looked at the attachment hole in one Example from the back surface. It is the external appearance perspective view which inserted the clip in the normal position. It is sectional drawing of the AA position where the 1st inclined surface of FIG. 4 latched to the latching hole. It is sectional drawing of the BB position where the 2nd inclined surface of FIG. 4 was inserted in the escape hole. It is a top view of the state which inserted the clip in the reverse rotation position. It is sectional drawing of CC position in which the 2nd inclined surface in FIG. 7 latched to the latching hole. It is sectional drawing of DD position where the 1st inclined surface in FIG. 7 faced the escape hole. It is a figure which shows the attachment structure by the clip by a prior art.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Clip main body 12 Clip structure 14 Seat surface engaging part piece 16 Engagement protrusion 20 Attachment locking piece 21 Leg piece 22 Insertion inclined surface 24 Locking inclined surface 25 Locking shoulder 26 First inclined surface 27 Neutral position 28 2 Inclined surface 29 Straight portion 30 Mounting member 32 Seat surface member 34 Engaging plate 36 Engaging hole 38 Both side plate 39 Engaging slope 40 Mounted member 42 Mounting hole 44 Locking hole 46 Relief hole 47 Front side 48 Back side

Claims (4)

A clip structure in which a resin clip body is attached to a seat member arranged in a projecting manner on the attachment member, and a back surface from the front side in the insertion direction of the attachment member to an attachment hole formed in the attachment member. It is an attachment structure with a clip that is inserted toward the side and detachably attaches the attachment member to the attached member,
The resin-made clip main body is formed on the inside, a pair of seating surface engaging part pieces that sandwich the seating surface member from both sides, and formed on the outside of the seating surface engaging part piece, and the attached member A pair of mounting locking pieces that are inserted through and locked in the mounting holes and provided with elasticity in the expanding direction,
The mounting locking piece is formed with a projection in the shape of a mountain on the outer side, and has an insertion inclined surface that generates a resilient force by being deformed in proximity when inserted, and a locking inclined surface that performs a locking function in the extraction direction. And
The insertion inclined surface of the mounting locking piece is formed in the same inclined state, but the locking inclined surface is a thickness direction in which the first inclined surface and the second inclined surface are different from each other in the inclined state. Are arranged adjacent to each other with a predetermined thickness, and the first inclined surface and the second inclined surface are formed symmetrically on both sides in the expanding direction,
The mounting hole formed in the mounted member includes a locking hole having a size that can be locked by any one of the first inclined surface and the second inclined surface, An escape hole of a size larger than the hole and unable to lock any of the inclined surfaces is continuously formed as one hole,
The clip body corresponds to a normal position where the first inclined surface corresponds to the locking hole and the second inclined surface corresponds to the escape hole, and the clip body or the mounting hole rotates 180 degrees to correspond to the first inclined surface as the escape hole. The second inclined surface can be used in a reverse position corresponding to the locking hole,
An attachment structure using a clip, wherein the clip holding load can be varied without changing the insertion load of the clip by combining the clip body of the same shape and the attachment hole of the same shape. An attachment structure using a clip according to claim 1,
The opening length of the mounting hole formed corresponding to the thickness direction of the clip body is a length that allows movement in the opening length direction in a state where the clip structure is mounted in the mounting hole. And
The escape hole and the locking hole are formed continuously in the opening length direction with the center in the width direction being on the same line,
Regardless of the position of the mounting hole in the clip structure, one of the first inclined surface and the second inclined surface is engaged with the engaging hole, and the other inclined surface is the escape hole. The attachment structure by the clip characterized by not latching to a latching hole corresponding to only. An attachment structure using a clip according to claim 2,
The clip mounting structure characterized in that a width of the relief hole is a maximum width on a locking inclined surface of a pair of mounting locking pieces when the clip body is in a free state shape. It is the attachment structure by the clip of Claim 3, Comprising: The thickness of the said 1st inclined surface and the thickness of the said 2nd inclined surface are the same, The attachment structure by the clip characterized by the above-mentioned.

Images