CN103423520A - Wire harness fixing member - Google Patents
Wire harness fixing member Download PDFInfo
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- CN103423520A CN103423520A CN2012105707043A CN201210570704A CN103423520A CN 103423520 A CN103423520 A CN 103423520A CN 2012105707043 A CN2012105707043 A CN 2012105707043A CN 201210570704 A CN201210570704 A CN 201210570704A CN 103423520 A CN103423520 A CN 103423520A
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- wire harness
- linking department
- pair
- recess
- engaging sheet
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Abstract
An object of the invention is to reduce installation insertion force of a wire harness fixing member and reduce protruding amount of a fixing portion as much as possible. The wire harness fixing member (20) is inserted into an installation hole fixedly formed on an installation plate. The wire harness fixing member (20) is provided with a wire harness mounting portion (22) and the fixing portion (30). The fixing portion (30) is provided with a fixed body portion (40) including a pair of sidewall portions (42) and a connecting portion (44) for connecting the front parts of the pair of sidewall portions (42); and locking sheets (50) which are protrudingly arranged in an outward inclined posture from a side part of the connecting portion (44) to the base part of the fixed body portion (40). Two side parts of the base of the locking sheets (50) are separated from the connecting portion (44) by a pair of concave portions (46, 48).
Description
Technical field
The present invention relates to a kind of for wire harness being fixed on to the technology on vehicle body etc.
Background technique
Wire harness is to be equipped on the various electrical equipments wiring member connected to one another of vehicle etc., and many electric wires are with the equipping position with various electrical equipments and mode branch corresponding to routing path and carry out harness.
Be fixed on the wire harness fixture on vehicle body etc. as the wire harness for by above-mentioned, disclosed by patent documentation 1.In patent documentation 1, disclosed wire harness fixture possesses stationary body section and the band insertion portion that can be fixed in mounting object.Both sides in stationary body section are formed with snap-latch piece, and when stationary body section is inserted into to the mounting hole that is formed at the mounting objects such as vehicle body, snap-latch piece is anticreep shape ground and engages with the peripheral portion of mounting hole.
Patent documentation 1: TOHKEMY 2008-296916 communique
In wire harness fixture as described above, if lengthen snap-latch piece,, when stationary body section is inserted into to mounting hole, can lengthen the part of elastically deformable.Thus, can reduce the insertion force of stationary body section.
But, if lengthen snap-latch piece, cause the length of stationary body section self to become large, stationary body section is being installed under the state on mounting object, cause the outstanding quantitative change of stationary body section large.
Summary of the invention
Therefore, the object of the invention is to, can reduce as far as possible the installation insertion force of wire harness fixture, and can reduce as far as possible the overhang of fixing part.
In order to address the above problem, first method is that a kind of insertion is fixed on the wire harness fixture that is formed at the mounting hole on mounting plate, and possess: the wire harness assembly department is installed on wire harness; And fixing part, comprise stationary body section and engaging sheet, wherein, above-mentioned stationary body section comprises pair of sidewalls section and links the linking department of the front end of above-mentioned pair of sidewalls section, from the sidepiece of above-mentioned linking department, the base end part towards above-mentioned stationary body section arranges with the posture towards outer incline above-mentioned engaging sheet highlightedly, and separate by a pair of recess with above-mentioned linking department the both sides of the root of above-mentioned engaging sheet.
Second method is the related wire harness fixture of first method, is provided with a pair of above-mentioned engaging sheet in the both sides of above-mentioned linking department.
Third Way is first or the related wire harness fixture of second method, base end part in above-mentioned stationary body section is provided with abutting part, above-mentioned abutting part can be from a main surface side of above-mentioned mounting plate and the peripheral portion butt of above-mentioned mounting hole, and can between the front end of above-mentioned abutting part and above-mentioned engaging sheet, sandwich the peripheral portion of above-mentioned mounting hole.
Cubic formula is first to the related wire harness fixture of either type in Third Way, and the internal surface of above-mentioned engaging sheet comprises: the first internal surface, extend towards the outside of the sidepiece of above-mentioned linking department; And the second internal surface, by inboard bight and above-mentioned the first internal surface, conjointly arrange, and towards the base end part of above-mentioned stationary body section towards outer incline; Above-mentioned inboard bight by above-mentioned a pair of recess and above-mentioned linking portion from.
The 5th mode is the related wire harness fixture of either type in first to fourth mode, and the outer surface of above-mentioned engaging sheet comprises: the first outer surface, extend towards the outside of the sidepiece of above-mentioned linking department; And the second outer surface, by bight, the outside and above-mentioned the first outer surface, conjointly arrange, and towards the base end part of above-mentioned stationary body section towards outer incline; Bight, the above-mentioned outside by above-mentioned a pair of recess and above-mentioned linking portion from.
The 6th mode is the related wire harness fixture of either type in the first to the 5th mode, and at least one recess in above-mentioned a pair of recess forms the groove shape shoaled gradually toward the outer side from the inboard of above-mentioned linking department.
The 7th mode is the related wire harness fixture of either type in the first to the 6th mode, above-mentioned engaging sheet is arranged at the position of partially leaning on the arbitrary end in above-mentioned linking department, and the recess of the central authorities of the close above-mentioned linking department in above-mentioned a pair of recess forms more shallowly than the recess of the end near above-mentioned linking department.
The all directions formula is the related wire harness fixture of the 7th mode, and the recess of the central authorities of the close above-mentioned linking department in above-mentioned a pair of recess forms the groove shape shoaled gradually toward the outer side from the inboard of above-mentioned linking department.
The invention effect
According to first method, separate by a pair of recess with above-mentioned linking department the both sides of the root of above-mentioned engaging sheet, therefore, when fixing part is inserted into to mounting hole, can make the root portion of the engaging sheet between a pair of recess also produce resiliently deformable.Thus, even do not increase the length of fixing part, also can make the engaging sheet produce significantly resiliently deformable, can reduce as far as possible the installation insertion force of wire harness fixture, and can reduce as far as possible the overhang of fixing part.
According to second method, a pair of engaging sheet can carry out engaging and anticreep with the peripheral portion of mounting hole effectively.
According to Third Way, by sandwiching the peripheral portion of mounting hole between the front end in abutting part and engaging portion, fixing part can be fixed on mounting plate securely.
In addition, can think that, when making the engaging sheet produce resiliently deformable to the inside, stress easily concentrates on the inboard bight between the first internal surface and the second internal surface.Therefore, by above-mentioned inboard bight is made as by above-mentioned a pair of recess and above-mentioned linking portion from structure, can reduce, for the easy restraint at concentrated position of stress, can make the engaging sheet more easily produce resiliently deformable.
And, can think that, when making the engaging sheet produce resiliently deformable to the inside, stress easily concentrates on the bight, the outside between the first outer surface and the second outer surface.Therefore, by bight, the above-mentioned outside is made as by above-mentioned a pair of recess and above-mentioned linking portion from structure, can reduce, for the easy restraint at concentrated position of stress, can make the engaging sheet more easily produce resiliently deformable.
According to the 6th mode, the inclination attitude of corresponding engaging sheet, can increase the part of the elastically deformable of this engaging sheet, and can realize that the intensity of linking department improves.
According to the 7th mode, can suppress the resiliently deformable of the central part of linking department, can suppress coming off of fixing part.
According to all directions formula, at the central part of linking department, the inclination attitude of corresponding engaging sheet, can increase the part of the elastically deformable of this engaging sheet, and can realize that the intensity of linking department improves.
The accompanying drawing explanation
Fig. 1 means the approximate three-dimensional map of the wire harness fixture that mode of execution is related.
Fig. 2 means the worm's eye view of wire harness fixture.
Fig. 3 is the sectional view of III along Fig. 2-III line.
Fig. 4 is the sectional view of IV along Fig. 2-IV line.
Label declaration
10 mounting plates
12 mounting holes
16 wire harness
20 wire harness fixtures
22 wire harness assembly departments
30 fixing parts
32 base portions
33 abutting parts
40 stationary body sections
42 side wall portions
44 linking departments
46,48 recesses
50 engaging sheets
52 internal surfaces
52a the first internal surface
52b the second internal surface
The inboard bight of 52c
53 outer surfaces
53a the first outer surface
53b the second outer surface
Bight, the 53c outside
Embodiment
Below, the wire harness fixture related for mode of execution describes.Fig. 1 means the approximate three-dimensional map of wire harness fixture 20.Fig. 2 means the worm's eye view of wire harness fixture 20, and Fig. 3 is the sectional view of III along Fig. 2-III line, and Fig. 4 is the sectional view of IV along Fig. 2-IV line.
This wire harness fixture 20 is that (with reference to Fig. 1) insertion is fixed on the parts (with reference to Fig. 3) in the mounting hole 12 be formed on mounting plate 10 under the state that is installed on wire harness 16.
And, in the part of vehicle body, be that to form mounting hole 12(on mounting plate 10 be slotted hole herein), by wire harness fixture 20 is inserted and is fixed in this mounting hole 12, can make wire harness 16 be mounted on mounting plate 10 with certain position by wire harness fixture 20.Thus, wire harness 16 is laid along the regulation routing path of vehicle body.
Wire harness assembly department 22 is the parts (with reference to Fig. 1, omitting in Fig. 2 ~ Fig. 4) that are installed on wire harness 16.As above-mentioned wire harness assembly department 22, can be envisioned for following structure, for example, possess strap 23 and the rib cylinder section 24 that is formed at an end of strap 23, on a main surface of zonal part 23, the empty standard width of a room in an old-style house forms a plurality of teats every ground along its length, and, form the locking plate that can engage with above-mentioned teat in rib cylinder section 24.According to above-mentioned wire harness assembly department 22, be wound on wire harness 16 by zonal part 23 and making strap 23 insert logical rib cylinder section 24 and when in addition fastening, the locking plate of rib cylinder section 24 engages with any one teat of strap 23.Thus, wire harness assembly department 22 is fastened in wire harness 16.Above-mentioned wire harness assembly department 22 is structures identical with being called as the harness parts such as binding band or cable band.
Wire harness assembly department 22, for the structure that can be installed on wire harness 16 gets final product, is not limited to above-mentioned example.For example, the wire harness assembly department can be following structure, be made as the structure that only comprises barrel, by the harness parts such as binding band or cable band that are called as that conduct and the split of wire harness assembly department are formed, insert logical this barrel and be wound in wire harness, the wire harness assembly department is mounted on to wire harness.
Fixing part 30 is the part of inserting in the mounting hole 12 that is fixed on mounting plate 10, integrally formed with the mode outstanding from above-mentioned wire harness assembly department 22 and this wire harness assembly department 22.
More specifically, fixing part 30 possesses base portion 32, stationary body section 40 and a pair of engaging sheet 50.
The peripheral part of base portion 32 forms shape and the size of the degree that can stop up above-mentioned mounting hole 12.Herein, mounting hole 12 is elliptical shape, and the peripheral part of base portion 32 forms more herein than the elliptical shape of mounting hole 12 large (being a large circle).Thus, the peripheral part of base portion 32 is configured to as abutting part 33, can be from a main surface side of mounting plate 10 and the peripheral portion butt of mounting hole 12.
And the peripheral part of base portion 32 is that abutting part 33 is configured to, form the shape to opposition side (the being stationary body section 40 sides) inclination of above-mentioned wire harness assembly department 22 towards its outer circumferential side, and as a kind of belleville spring performance function.Thus, the peripheral portion generation resiliently deformable that abutting part 33 can be from a main surface side of mounting plate 10 to mounting hole 12 is also carried out butt.
But, if can prevent that fixing part 30 from coming off from mounting hole 12 by stationary body section 40 and engaging sheet 50, owing to wire harness 16 can being fixed in to mounting plate 10 with fixed position, so abutting part 33 is also without being structure with the peripheral portion butt of mounting hole 12.
Pair of sidewalls section 42 skies are opened outstanding another main surface (lower surface of Fig. 1) that is arranged at base portion 32 in compartment of terrain.Open the outstanding pair of sidewalls section 42 that arranges in compartment of terrain in the long axis direction overhead of the base portion 32 of elliptical shape herein.And the forward surface that pair of sidewalls section 42 forms each other is that plane and face outwardly each other are the columnar shape that arcuation, section are semicircle shape.
Linking department 44 forms the elongate in shape of the front end that links pair of sidewalls section 42.The face inwardly of linking department 44 (towards the face of base portion 32) forms the face with another major surfaces in parallel of this base portion 32, in linking department 44, with the above-mentioned face inwardly face towards front end in opposite directions, forms the face with another major surfaces in parallel of this base portion 32.And the outer circumferential face of linking department 44 forms towards its forward end and, towards tilted shape, has excised the oval frustum shape at the top of elliptic cone.Thus, can easily stationary body section 40 be inserted into to mounting hole 12.
A pair of engaging sheet 50 is arranged at the both sides of linking department 44.If an engaging sheet 50 is arranged, owing to being fixed in mounting hole 12 in anticreep ground, therefore without a pair of engaging sheet 50 is set.
A pair of engaging sheet 50 is arranged at the position of partially leaning on arbitrary end of linking department 44 in the mode do not overlapped each other on the length direction at linking department 44.; one sidepiece of the corresponding linking department 44 of one engaging sheet 50 (the paper surface side of Fig. 1) and be arranged at half area part of an end (left part of Fig. 1) side of linking department 44, the other side of the corresponding linking department 44 of another engaging sheet 50 (the paper back side of Fig. 1) and be arranged at half area part of the other end (right part of Fig. 1) side of linking department 44.And, when a side opening in the rectangular-shaped space from being surrounded by base portion 32, pair of sidewalls section 42 and linking department 44 is observed, observe a pair of engaging sheet 50 and stagger on the length direction of linking department 44, in the mode do not overlapped each other, form.Thus, when utilizing mould to make 50 moulding of a pair of engaging sheet, two openings by the rectangular-shaped space from being surrounded by base portion 32, pair of sidewalls section 42 and linking department 44 make mould involutory and separate, and do not use sliding mould etc., utilize mould just can make a pair of engaging sheet 50 moulding.
Each engaging sheet 50 forms from the sidepiece of linking department 44 and gives prominence to towards the terminal side of stationary body section 40 shape arranged with the posture towards outer incline.The part outwardly of the front end of engaging sheet 50 forms the shape bloated towards its outside, at this convex camber, is provided with a plurality of (being three herein) stepped part 51.A plurality of stepped part 51 form, towards the front end of engaging sheet 50, be positioned at by stages the step shape of the inboard of fixing part 30.Thus, the peripheral portion of mounting hole 12 from the stepped part 51 of the terminal side of engaging sheet 50 towards the stepped part 51 of forward end successively with each stepped part 51 engaging by stages, be difficult to return round about.And the set positions of the stepped part 51 of the side foremost of engaging sheet 50 becomes, the gap that equates or be less than the degree of (slightly being less than) this thickness with the thickness of mounting plate 10 is set between this stepped part 51 and abutting part 33.Thus, in the stepped part 51 of the side foremost of engaging sheet 50, from the state that another main surface side of mounting plate 10 engages with the peripheral portion of mounting hole 12, the peripheral portion of mounting hole 12 is clamped between the front end and abutting part 33 of engaging sheet 50.
In addition, the internal surface at engaging sheet 50 is formed with towards its inboard extension piece 54 extended.This extension piece 54 when engaging sheet 50 is toppled over to the inside and the internal surface butt of linking department 44, thereby play the effect that prevents that engaging sheet 50 from toppling over to the inside.
And, forming a pair of recess 46,48 between the both sides of the root of engaging sheet 50 and linking department 44, the both sides of the root of engaging sheet 50 and linking department 44 are separated from each other by this pair of recess 46,48.
At least one recess in a pair of recess 46,48, herein for forming from the inboard of linking department 44 toward the outer side near the recess 46 of the central authorities of linking department 44 groove shape (with reference to Fig. 3) that the direction of insertion of fixing part 30 (in other words, towards) shoals gradually in a pair of recess 46,48.Thus, guarantee that the part outwardly of engaging sheet 50 and inboard part are respectively the elastically deformable part that has enough sizes on the bearing of trend of engaging sheet 50.And, as mentioned above, because recess 46 forms the groove shape shoaled gradually toward the outer side from the inboard of linking department 44, therefore at the middle body of linking department 44, can guarantee sufficient intensity.In addition, recess 48 also can form identical groove shape.
And the recess 48 of the end of the close linking department 44 in a pair of recess forms from the inboard of linking department 44 toward the outer side the direction of insertion of fixing part 30 (in other words, along) and has the groove shape of the bottom of straight extension.Thus, in recess 48 sides, reduce as far as possible the restriction of the root of 44 pairs of engaging sheets 50 of linking department.
In addition, the degree of depth of the recess 46,48 of the face inwardly of linking department 44 is identical, and recess 46 forms the groove shape shoaled gradually toward the outer side from the inboard of linking department 44, so the overall depth of recess 46 (for example mean depth) is than the depth as shallow of recess 48.Therefore, easily producing the central part of the linking department 44 of resiliently deformable, can guarantee sufficient intensity.
In addition, herein, the recess 46 that is arranged at the central authorities of the close linking department 44 in a pair of recess 46,48 of root of each engaging sheet 50 is arranged at same position on the length direction of linking department 44.Therefore, in linking department 44, be formed with the central part of recess 46 in both sides, its inwardly the width of part than it, width partly is little outwardly.But the position of the recess 46 of the both sides of linking department 44 neither be arranged at same position on the length direction of linking department 44.
And the internal surface 52 of engaging sheet 50 forms the shape (with reference to Fig. 3) that the first internal surface 52a is connected by inboard bight 52c with the second internal surface 52b.The first internal surface 52a is the face extended towards the outside of the sidepiece of linking department 44, more specifically, forms from the face inwardly of linking department 44 and is the shape that flush ground extends laterally.The second internal surface 52b forms from the end of the first internal surface 52a the shape of extending in the mode towards outer incline towards the base end part of stationary body section 40 by obtuse-angulate inboard bight 52c.Inboard bight 52c separates with linking department 44 by a pair of recess 46,48.In other words, a pair of recess 46,48 forms the shape caved in more to the inside than inboard bight 52c.Therefore, engaging sheet 50 is not subject to linking department 44 restrictions at inboard bight 52c, can more freely produce resiliently deformable.
And the outer surface 53 of engaging sheet 50 is the shape (with reference to Fig. 3) that the first outer surface 53a is connected by bight, outside 53c with the second outer surface 53b.The first outer surface 53a is the face extended towards the outside of the sidepiece of linking department 44, more specifically, forms from the face outwardly of linking department 44 and is the shape that flush ground extends laterally.The second outer surface 53b forms from the end of the first outer surface 53a the shape of extending in the mode towards outer incline towards the base end part of stationary body section 40 by obtuse-angulate outside bight 53c.End at this second outer surface 53b is formed with convex camber, is formed with above-mentioned stepped part 51 on this convex camber.And bight, outside 53c separates with linking department 44 by a pair of recess 46,48.In other words, a pair of recess 46,48 forms the shape caved in more to the inside than bight, outside 53c.Therefore, engaging sheet 50 side corner sections 53c outside is not subject to linking department 44 restrictions, can more freely produce resiliently deformable.
Wire harness fixture 20 insertion as described below formed like this is fixed on the mounting hole 12 of mounting plate 10.That is, wire harness 16 is being installed under the state of wire harness assembly department 22, fixing part 30 is inserted in mounting hole 12.So, the peripheral portion butt of the outer surface 53 of a pair of engaging sheet 50 and convex camber and mounting hole 12, a pair of engaging sheet 50 produces resiliently deformable inwardly.Now, the base end part of a pair of engaging sheet 50 separates with linking department 44 by a pair of recess 46,48, therefore, with there is no the structure that forms a pair of like this recess 46,48, do not compare, can make the elastically deformable part of each engaging sheet 50 increase on the length direction of engaging sheet 50.Therefore, each engaging sheet 50 comprises root portion and all can easily produce resiliently deformable interior.And, when the peripheral portion of mounting hole 12 arrives each stepped part 51 and crosses a plurality of stepped part 51 successively, engaging sheet 50 is out of shape toward the outer side to original shape.Arrived the moment of the stepped part 51 of section foremost that is positioned at of engaging sheet 50 at the peripheral portion of mounting hole 12, the peripheral portion elasticity butt of abutting part 33 and mounting hole 12.Thus, mounting plate 10 is clamped between the stepped part 51 of abutting part 33 and engaging sheet 50 at the peripheral portion of mounting hole 12, thereby wire harness fixture 20 is mounted on mounting plate 10.
According to wire harness fixture 20 as constructed as above, separate by a pair of recess 46,48 with linking department 44 both sides of the root of engaging sheet 50, therefore, when fixing part 30 is inserted into to mounting hole 12, can make the root portion of the engaging sheet 50 between a pair of recess 46,48 easily produce resiliently deformable.Thus, even do not increase the length of fixing part 30, also can make engaging sheet 50 produce significantly resiliently deformable, can reduce as far as possible the installation insertion force of wire harness fixture 20, and reduce as far as possible the overhang of fixing part 30.
And, as mentioned above, can on the length direction of engaging sheet 50, lengthen the elastically deformable part of engaging sheet 50 and reduce insertion force, its result is, also can increase the thickness of engaging sheet 50, thus, also can realize that the confining force of fixing part 30 improves.
And, because the both sides at linking department 44 are provided with a pair of engaging sheet 50, therefore fixing part 30 can be held in to mounting hole 12 more effectively and prevent from coming off.
Now, a pair of engaging sheet 50 is because the mode do not overlapped each other on the length direction with at linking department 44 is arranged at the position of partially leaning on arbitrary end of linking department, when utilizing mould to make 50 moulding of a pair of engaging sheet, two openings by the rectangular-shaped space from being surrounded by base portion 32, pair of sidewalls section 42 and linking department 44 make mould involutory or separates, can not use sliding mould etc. and easily utilize mould to make the face outwardly of a pair of engaging sheet 50 reach face moulding inwardly.
And, sandwich the peripheral portion of mounting hole 12 between abutting part 33 and engaging sheet 50, so fixing part 30 can be fixed on mounting plate 10 securely.
And recess 46 forms the groove shape shoaled gradually toward the outer side from the inboard of linking department 44, therefore can increase the elastically deformable part of engaging sheet 50 and reduce as far as possible to the concave shape of linking department 44, can realize that the intensity of linking department improves.
Particularly, the recess 46 of the central authorities of the close linking department 44 in a pair of recess 46,48 is formed to the groove shape shoaled gradually toward the outer side from the inboard of linking department 44, and form the shape more shallow than the recess of the end of close linking department 44 48, therefore the resiliently deformable easiness of engaging sheet 50 can be guaranteed, and the resiliently deformable of central part and the coming off of inhibition fixing part 30 of linking department 44 can be suppressed.
That is, fixing part 30 is being inserted and is being fixed under the state of mounting hole 12, when to wire harness fixture 20 effects during towards the power of the direction that comes off, this power is born by linking department 44 via engaging sheet 50.When to this power of linking department 44 effect, linking department 44 is usingd and is bent to arc to the connection part of the side wall portion at two ends as fixed position.Now, the central part weak strength of linking department 44, cause bending to V word shape, is difficult to bear fully above-mentioned power.Therefore, the recess 46 of the central authorities of the close linking department 44 in a pair of recess 46,48 is formed to the groove shape shoaled gradually toward the outer side from the inboard of linking department 44, and form the shape more shallow than the recess of the end of close linking department 44 48, the intensity of the central part of linking department 44 can be born thus, the power of above-mentioned disengaging direction can be born fully.Thus, can suppress coming off of fixing part 30.In addition, the end due to linking department 44 is and the position of side wall portion 42 links, even the degree of depth of recess 48 is slightly large, even bear the power of the above-mentioned direction that comes off, also to be difficult to crooked significantly.Therefore, for the recess 48 near the end of linking department 44, from reducing as far as possible the viewpoint to the restraint of the root of engaging sheet 50, be made as than the dark shape of above-mentioned recess 46.
And the inboard bight 52c of engaging sheet 50 separates with linking department 44 by a pair of recess 46,48, therefore can make engaging sheet 50 more easily produce resiliently deformable.That is, can think that, when making engaging sheet 50 produce resiliently deformable to the inside, stress easily concentrates on inboard bight 52c.Therefore, when inboard bight 52c is made as to the structure of separating with linking department 44 by a pair of recess 46,48, can reduce the restraint at the position easy concentrated for stress, can make engaging sheet 50 more easily produce resiliently deformable.Thus, can realize the reducing of insertion force of fixing part 30.
And bight, the outside 53c of engaging sheet 50 also separates with linking department 44 by a pair of recess 46,48, from this point of view, also can make engaging sheet 50 more easily produce resiliently deformable.That is, can think when making engaging sheet 50 produce resiliently deformable to the inside, stress also easily concentrates on outside bight 53c.Therefore, when bight, outside 53c is made as to the structure of separating with linking department 44 by recess 46,48, can reduce the restraint at the position easy concentrated for stress, can make engaging sheet 50 more easily produce resiliently deformable.Thus, also can realize the reducing of insertion force of fixing part 30.
As mentioned above, at length describe the present invention, but above-mentioned explanation is only an example in whole forms, the present invention is not limited thereto.It is contemplated that without departing from the scope of the invention the not numerous variation of example.
Claims (8)
1. a wire harness fixture, insert and be fixed on the mounting hole be formed on mounting plate, it is characterized in that possessing:
The wire harness assembly department, be installed on wire harness; And
Fixing part, comprise stationary body section and engaging sheet, wherein, described stationary body section comprises pair of sidewalls section and links the linking department of the front end of described pair of sidewalls section, from the sidepiece of described linking department, the base end part towards described stationary body section arranges with the posture towards outer incline described engaging sheet highlightedly, and separate by a pair of recess with described linking department the both sides of the root of described engaging sheet.
2. wire harness fixture according to claim 1, wherein,
Be provided with a pair of described engaging sheet in the both sides of described linking department.
3. wire harness fixture according to claim 1 and 2, wherein,
Base end part in described stationary body section is provided with abutting part, described abutting part can be from a main surface side of described mounting plate and the peripheral portion butt of described mounting hole, and can between the front end of described abutting part and described engaging sheet, sandwich the peripheral portion of described mounting hole.
4. according to the described wire harness fixture of any one in claim 1 ~ 3, wherein,
The internal surface of described engaging sheet comprises: the first internal surface, extend towards the outside of the sidepiece of described linking department; And the second internal surface, by inboard bight and described the first internal surface, conjointly arrange, and towards the base end part of described stationary body section towards outer incline; Described inboard bight by described a pair of recess and described linking portion from.
5. according to the described wire harness fixture of any one in claim 1 ~ 4, wherein,
The outer surface of described engaging sheet comprises: the first outer surface, extend towards the outside of the sidepiece of described linking department; And the second outer surface, by bight, the outside and described the first outer surface, conjointly arrange, and towards the base end part of described stationary body section towards outer incline, bight, the described outside pass through described a pair of recess and described linking portion from.
6. according to the described wire harness fixture of any one in claim 1 ~ 5, wherein,
At least one recess in described a pair of recess forms the groove shape shoaled gradually toward the outer side from the inboard of described linking department.
7. according to the described wire harness fixture of any one in claim 1 ~ 6, wherein,
Described engaging sheet is arranged at the position of partially leaning on arbitrary end of described linking department,
The recess of the central authorities of the close described linking department in described a pair of recess forms more shallowly than the recess of the end near described linking department.
8. wire harness fixture according to claim 7, wherein,
The recess of the central authorities of the close described linking department in described a pair of recess forms the groove shape shoaled gradually toward the outer side from the inboard of described linking department.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2012-110433 | 2012-05-14 | ||
| JP2012110433A JP5796541B2 (en) | 2012-05-14 | 2012-05-14 | Wire harness fixture |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103423520A true CN103423520A (en) | 2013-12-04 |
| CN103423520B CN103423520B (en) | 2016-05-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201210570704.3A Active CN103423520B (en) | 2012-05-14 | 2012-12-25 | Wire harness fixture |
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| Country | Link |
|---|---|
| JP (1) | JP5796541B2 (en) |
| CN (1) | CN103423520B (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107074167A (en) * | 2014-08-29 | 2017-08-18 | 艾利丹尼森公司 | Fastener with reusable male fastener element |
| CN111697499A (en) * | 2019-03-13 | 2020-09-22 | 大和化成工业株式会社 | Binding structure of wiring material and clamping member |
| CN113613955A (en) * | 2019-03-22 | 2021-11-05 | 住友电装株式会社 | Elastic mounting member and wiring member for automobile with elastic mounting member |
| CN114788111A (en) * | 2019-12-26 | 2022-07-22 | 三菱电机大楼技术服务株式会社 | Fixing member and fixing device for long article |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107074167A (en) * | 2014-08-29 | 2017-08-18 | 艾利丹尼森公司 | Fastener with reusable male fastener element |
| CN107074167B (en) * | 2014-08-29 | 2019-06-21 | 艾利丹尼森公司 | Fastener with reusable male fastener element |
| CN111697499A (en) * | 2019-03-13 | 2020-09-22 | 大和化成工业株式会社 | Binding structure of wiring material and clamping member |
| CN113613955A (en) * | 2019-03-22 | 2021-11-05 | 住友电装株式会社 | Elastic mounting member and wiring member for automobile with elastic mounting member |
| CN113613955B (en) * | 2019-03-22 | 2024-03-12 | 住友电装株式会社 | Elastic mounting member and wiring member for automobile having the same |
| CN114788111A (en) * | 2019-12-26 | 2022-07-22 | 三菱电机大楼技术服务株式会社 | Fixing member and fixing device for long article |
| CN114788111B (en) * | 2019-12-26 | 2022-12-20 | 三菱电机楼宇解决方案株式会社 | Fixing member and fixing device for long article |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2013240163A (en) | 2013-11-28 |
| JP5796541B2 (en) | 2015-10-21 |
| CN103423520B (en) | 2016-05-04 |
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