JP5718096B2 - Wire harness fixing structure - Google Patents

Description

  The present invention relates to a wire harness fixing structure for fixing, for example, a wire harness routed in a vehicle such as an automobile to an attachment target constituting the vehicle.

  In automobiles equipped with various electronic devices in recent years, wire harnesses that transmit information to these electronic devices and supply electric power are routed throughout the vehicle. As a fixing structure for fixing a wire harness along a predetermined routing route with respect to an attachment target constituting a vehicle, for example, disclosed in a locking-type wire harness fixing structure 500 shown in FIG. And a wire harness fixing structure.

  As shown in FIG. 11A, the above-described locking-type wire harness fixing structure 500 includes a harness-side jig 510 attached to the wire harness 700 and a locking hole provided in the mounting target 600 constituting the vehicle. 630. The harness side jig 510 includes a clamp 520 provided with an umbrella-shaped locking portion 521 protruding from the center portion, and a vinyl tape 530 for attaching the clamp 520 to the wire harness 700. The locking hole 630 is provided at a predetermined location on the flat attachment target 600.

  And the clamp 520 is attached to the wire harness 700 by winding it with the vinyl tape 530 together with the wire harness 700, and as shown in FIGS. 11 (b) and 11 (c), the locking portion 521 is attached to the locking hole 630. The wire harness 700 can be fixed to the attachment object 600 by the wire harness fixing structure 500 by being inserted from the one side 610 of the attachment object 600 and being locked in a state of protruding from the other side 620.

  However, the wire harness fixing structure 500 needs to be provided with the locking holes 630 in the attachment object 600 to which the wire harness 700 is attached. Furthermore, a space for locking the mounting target 600 in a state where the locking portion 521 protrudes is necessary on the other side 620 of the mounting target 600, and the location of the mounting target 600 that can be fixed is limited.

  Moreover, the wire harness fixing structure currently disclosed by patent document 1 is comprised by the harness side jig | tool attached to a wire harness, and the routing groove recessedly provided in the attachment object which comprises a vehicle. The harness-side jig has a strip shape, is coated with an adhesive on one surface, has one side of a pair of male and female surface fasteners on the other surface, and the one surface is on the inside Then, it is wound around the outer periphery of the wire harness and fixed with an adhesive. The routing groove has a flat bottom portion, and the other side of the pair of male and female surface fasteners is fixed to the bottom portion.

  The above-described wire harness fixing structure configured as described above has one side of the surface fastener wound around the wire harness and the other side of the surface fastener fixed to the flat bottom portion of the routing groove. Thus, the wire harness can be fixed to the attachment target.

  However, the wire harness fixing structure has a drawback that the engaging force is weak because the engagement range of the surface fasteners in the contact section is small, and the wire harness is not attached due to the weight of the wire harness or the vibration of the vehicle. It was easy to come off and it was a problem.

JP-A-11-155226

  Then, this invention aims at providing the wire harness fixing structure which can fix a wire harness easily and stably to the desired position of an attachment object, without changing the structure of an attachment object.

The present invention is a wire harness fixing structure for fixing a wire harness to an attachment target of a vehicle, and includes a harness side jig attached to the wire harness and a vehicle side jig attached to the attachment target of the vehicle, The harness side jig is composed of a harness side fixing means and a harness mounting means for attaching the harness side fixing means to the wire harness, and the facing portions of the harness side fixing means and the vehicle side jig that face each other. and constituted by mutually face contact can harness fixation surfaces and the vehicle-side fixing surface, at least one of the harness-side fixing surface and the vehicle-side fixing surface, comprising a connecting means for detachably connecting the harness attachment Means on the harness side from both ends in the wiring direction of the wire harness in at least a part of the harness side fixing means A variable angle configuration in which the harness-side fixing means is connected to the reference fixing portion and the reference fixing portion in a variable angle manner with a mounting protrusion formed in a protruding shape protruding outward from the fixing means. The mounting protrusion is configured to protrude from both ends of the reference fixing portion .
The connecting means may be constituted by a connecting means such as a hook-and-loop fastener or a spring hook, and may further be constituted by a planar magnet provided on the harness-side fixing surface or the vehicle-side fixing surface.

According to the present invention, it is possible to easily and stably fix the wire harness at a desired position of the attachment target without changing the configuration of the attachment target.
Specifically, the wire harness fixing structure attaches the harness side jig to the wire harness and attaches the vehicle side jig to the attachment target. Then, by connecting the harness side fixing surface and the vehicle side fixing surface with the connecting means provided on at least one of the harness side fixing surface and the vehicle side fixing surface that can come into surface contact with each other, the attachment object It is possible to fix the wire harness.

  Therefore, for example, unlike the conventional latch-type wire harness fixing structure in which the above-described locking portion is locked to the locking hole and the wire harness is fixed to the mounting target, it is necessary to provide the mounting target with the locking hole. Absent. Furthermore, since the space for latching in the state which the latching | locking part protruded in the other side of the said attachment object is not required, the freedom degree of the position which attaches the wire harness in an attachment object is higher than before.

Further, by providing the detachable connection means on the harness fixing surface and the vehicle side surface that can come into surface contact with each other, the harness fixing means and the vehicle body side jig can be reconnected, Since it can connect in a surface contact state, a wire harness is hard to come off from an attachment object.
Therefore, as described above, the wire harness can be easily and stably fixed at a desired position of the attachment target without changing the configuration of the attachment target.

Further, the harness mounting means has a mounting protrusion formed in a protruding shape that protrudes outward from the harness side fixing means from both ends in the wiring direction of the wire harness in at least a part of the harness side fixing means. According to the configuration, the mounting protrusion is formed in a protruding shape that protrudes outward from both ends in the wiring direction of the wire harness in at least a part of the harness-side fixing means. The said harness side jig | tool can be attached to the said wire harness in two places spaced apart in the wiring direction of the said wire harness. For this reason, the harness side jig can be stably attached to the wire harness.

Therefore, it can prevent that the harness side jig | tool remove | deviates from the said wire harness by the vibration of the said vehicle, etc., or the wiring direction of the said wire harness is changed. As a result, in addition to connecting the harness fixing means and the vehicle body side jig in a surface contact state as described above, by attaching the harness side jig to the wire harness at two locations, The wire harness can be fixed more stably.

In addition, the harness side fixing means includes a reference fixing portion and a variable angle fixing portion that is connected to the reference fixing portion so as to be variable in angle, and the mounting protrusions are connected to both ends of the reference fixing portion. According to the projecting configuration, since the harness side fixing means includes the variable angle fixing portion, even in the mounting object having a convex curved surface shape or a corner portion, the shape of the mounting object. The angle of the variable angle fixing part with respect to the reference fixing part can be changed along the line. Therefore, it is possible to secure a wide contact area between the harness side fixing means and the vehicle side jig and fix the wire harness to the attachment target.

  As an aspect of the present invention, the connecting means includes a pair of hook-and-loop fasteners that can be engaged with each other, and one side of the hook-and-loop fastener is provided on the harness-side fixing surface and the other side is provided on the vehicle-side fixing surface. be able to.

  According to the present invention, the engaging surfaces of the hook-and-loop fastener can be engaged with each other so that they can be engaged with a strong engaging force, and the desired engaging force can be easily achieved by adjusting the size of the engaging surface. Can get to. Accordingly, it is possible to more reliably prevent the wire harness from being detached from the attachment target or being displaced from a predetermined position of the attachment target due to the weight of the wire harness, vehicle vibration, or the like.

Moreover, as an aspect of the present invention, the harness side fixing surface and the vehicle side fixing surface are
It can be formed with the same size and shape of the surface.

According to the present invention, the wire harness can be accurately and efficiently attached to a predetermined position of the attachment target where the vehicle-side fixing surface is installed.
Specifically, for example, when attaching the harness side jig directly to an attachment target having a non-woven fabric such as a roof liner on the surface thereof, there is no mark when attaching the wire. It is difficult to accurately fix the harness at a predetermined position to be attached.

On the other hand, in the wire harness fixing structure of the present invention, since the harness side fixing surface and the vehicle side fixing surface have the same size and shape, the vehicle side fixing surface is attached to the mounting target. When the harness-side fixing surface is attached to the attachment target, the vehicle-side fixing surface serves as a mark.
Accordingly, the wire harness can be accurately and efficiently attached to the predetermined position of the attachment object on which the vehicle-side fixing surface is provided.

  As an aspect of the present invention, the harness side fixing means and the vehicle side jig can be configured to have flexibility.

  According to the present invention, the harness-side fixing means and the vehicle-side jig can be attached to the attachment target including the curved surface portion along the curved surface portion. Therefore, with the wire harness fixing structure, the wire harness can be stably fixed at a desired position not only on the flat mounting target but also on the mounting target including a curved surface portion.

Further, as an aspect of the present invention, the harness mounting means includes the mounting protrusion and a mounting band, and the mounting band is disposed in the state where the mounting protrusion is disposed along the wire harness. It can be formed in a length that allows winding of the part and the wire harness around the outer periphery.
The attachment band can be, for example, a belt-like cloth having a vinyl tape, an insulation lock, or a hook-and-loop fastener on one surface.

  According to this invention, the harness side jig can be attached to the wire harness only by winding the attachment band around the attachment protrusion and the outer periphery of the wire harness, and can be easily attached to the wire harness by a simple operation. Can be installed. Moreover, the harness side jig | tool can be attached with respect to the wire harness of various diameters.

  According to the present invention, it is possible to provide a wire harness fixing structure capable of easily and stably fixing a wire harness at a desired position of the attachment target without changing the configuration of the attachment target.

The schematic diagram of the example of a wiring harness in a motor vehicle. Explanatory drawing of a wire harness fixing structure. The perspective view of the state which attached the harness side jig | tool to the wire harness. The perspective view of the state which attached the vehicle side jig | tool to the attachment object. The perspective view of the state which fixed the wire harness to the attachment object. The front view of the state which fixed the wire harness to the attachment object. Sectional drawing of the state which fixed the wire harness to the concave curved surface part of attachment object. Explanatory drawing of the wire harness fixing structure of 2nd Embodiment. Explanatory drawing of the state which fixed the wire harness to the convex curved surface part and corner | angular part of attachment object. Explanatory drawing of the harness side jig | tool of other embodiment. Explanatory drawing of the conventional wire harness fixing structure.

(First embodiment)
The wire harness fixing structure 1 of this invention is demonstrated with FIG. 1 thru | or FIG.
FIG. 1 shows a schematic diagram of an example of wiring harness 200 in automobile 400. Moreover, FIG. 2 has shown explanatory drawing of the wire harness fixing structure 1 of 1st Embodiment.
Specifically, FIG. 2A shows a perspective view of the harness-side fixing member 20 attached to the wire harness 200 in the wire harness fixing structure 1. 2B and 2C are perspective views of the vehicle-side jig 80 attached to the attachment object 300 in the wire harness fixing structure 1. FIG. 2B is a perspective view of the vehicle side jig 80 viewed from the bonding surface 83 side, and FIG. 2C is a vehicle side including the female surface fastener 92 of the vehicle side jig 80. FIG. The perspective view seen from the fixed surface 85 side is shown.

3 shows a perspective view from the bottom side in a state where the harness side jig 10 is attached to the wire harness 200, and FIG. 4 shows the harness side jig 80 attached to the vehicle side jig 80 on a flat attachment object 300. 10 is a perspective view showing a state in which the vehicle 10 and the vehicle side jig 80 face each other.
5 shows a perspective view of a state in which the wire harness 200 is fixed to a flat attachment object 300 by the wire harness fixing structure 1, and FIG. 6 shows a front view seen from the direction of arrow Y in FIG. .
Further, FIG. 7 shows a cross-sectional view of the state in which the wire harness 200 is fixed to the concave curved object 300 by the wire harness fixing structure 1.

  In the automobile 400, as illustrated in FIG. 1, wire harnesses 200 that transmit information to various mounted electronic devices and supply electric power are routed throughout the automobile 400. This wire harness 200 is attached to attachment objects of various materials and shapes constituting the automobile 400 by the wire harness fixing structure 1 described below.

The wire harness fixing structure 1 includes a harness side jig 10 shown in FIG. 2 (a) and a vehicle side jig 80 shown in FIGS. 2 (b) and 2 (c).
Furthermore, the harness side jig | tool 10 is comprised with the harness side fixing member 20 and the vinyl tape 60, as shown in FIG.

Here, as shown in FIG. 2A, the harness-side fixing member 20 is a harness-side fixing means including a male surface fastener 91 and a harness side surface base 34 that holds the shape of the male surface fastener 91. 30 and mounting protrusions 40 protruding from both sides of the harness side surface base 34.
The male surface fastener 91 constitutes a pair of surface fasteners 90 together with a female surface fastener 92 described later, and has a flexible and substantially square surface shape in plan view.

  Further, the harness side surface base 34 is formed in a flat surface shape having a substantially square shape in plan view and having the same surface size as the male surface fastener 91 described above. The male surface fastener 91 is bonded and fixed so that the male engagement surface 91a is exposed.

  Further, the mounting protrusion 40 is perpendicular to the opposing side surfaces 34R, 34L from the center of the opposing side surfaces 34R, 34L of the harness side surface base portion 34 in a substantially square shape in plan view, outward from the harness side surface base portion 34. And it forms in the strip shape which protrudes flush | planar with respect to both surfaces of the harness side surface base 34.

Furthermore, the attachment protrusion 40 is configured by an attachment protrusion main body portion 41 positioned on the proximal end side and an attachment protrusion distal end portion 45 positioned on the distal end side.
Specifically, the attachment protrusion main body portion 41 is located on the base end side as described above, and is formed in a rectangular band shape in plan view. Further, the attachment protrusion tip portion 45 includes a tip protrusion piece 46 that is disposed on the tip side with respect to the attachment protrusion main body portion 41 and protrudes on both sides in the width direction W.

In addition, the length of the width direction W of the attachment protrusion 40 is formed with the same length as the diameter of the wire harness 200 to which the harness side fixture 10 is attached. Further, the length in the longitudinal direction L of the mounting protrusion main body portion 41 is formed longer than the width of the vinyl tape 60 described later.
Further, the vinyl tape 60 has the mounting protrusion 40 in a state where the mounting protrusion 40 is disposed along the wire harness 200 with the longitudinal direction L of the mounting protrusion 40 and the wiring direction X of the wire harness 200 aligned. Is formed to a length that allows winding around the outer periphery of the mounting protrusion main body portion 41 and the wire harness 200 (see FIG. 3). Furthermore, the vinyl tape 60 has a width shorter than the length in the longitudinal direction L of the mounting protrusion main body portion 41 as described above. The mounting protrusion 40 and the vinyl tape 60 described above constitute the harness side mounting means 50.

On the other hand, the vehicle-side jig 80 includes a female surface fastener 92 and a vehicle side surface base 84 that holds the shape of the female surface fastener 92, as shown in FIGS.
The female surface fastener 92 has flexibility and is formed in a substantially square surface shape in plan view having the same surface size as the male surface fastener 91 and the harness side surface base 34 described above.

  Further, the vehicle side surface base 84 is formed in a substantially square surface shape in plan view having flexibility and the same surface size as the female surface fastener 92. The vehicle side surface base portion 84 has an adhesive surface 83 to which the adhesive is applied on the entire surface of the vehicle side surface base portion 84 to which the vehicle side surface base portion 84 is attached to the attachment object 300, and the vehicle side fixing surface 85 on the other side. The male surface fastener 92 is bonded and fixed so that the mold engaging surface 92a is exposed.

Then, the attachment method which attaches the harness side jig | tool 10 comprised as mentioned above to the wire harness 200 in the state shown in FIG. 3 is demonstrated.
First, at a predetermined attachment position in the wire harness 200, the harness side jig 10 is placed in a state where the longitudinal direction L of the attachment protrusion 40 in the harness side jig 10 and the wiring direction X of the wire harness 200 are matched. Arranged along the wire harness 200.

Then, the vinyl tape 60 is wound around the outer periphery of the harness side jig 10 and the wire harness 200 so as to pass through the attachment protrusion main body portion 41 of the attachment protrusion 40.
In this way, by winding the vinyl tape 60 at two locations spaced in the wiring direction X of the wire harness 200 across the harness side surface base 34, the harness side jig 10 is wired as shown in FIG. The harness 200 is attached to a predetermined position.

  On the other hand, as shown in FIG. 4, the vehicle-side jig 80 configured as described above presses the adhesive surface 83 at a predetermined position on the attachment target 300 so that the female surface fastener 92 is exposed. Adhere and fix.

Next, a method of fixing the wire harness 200 to which the harness side jig 10 is attached to the attachment object 300 to which the vehicle side jig 80 is attached will be described.
With the harness side jig 10 and the vehicle side jig 80 attached as described above, as shown in FIG. 4, the male surface fastener 91 provided on the harness side fixing surface 35 of the harness side jig 10, It arrange | positions so that the female type | mold surface fastener 92 with which the vehicle side fixing surface 85 of the vehicle side jig | tool 80 was equipped may mutually oppose.

  Further, as shown in FIGS. 5 and 6, a male surface fastener 91 constituting a surface fastener 90 is formed by overlapping the harness side fixing means 30 of the harness side jig 10 and the vehicle side jig 80 with their ends aligned. The wire harness fixing structure 1 can fix the wire harness 200 to the attachment object 300 by engaging the female surface fastener 92 with the female surface fastener 92 in a surface contact state.

The following effects are achieved by the configuration and fixing method of the wire harness fixing structure 1 that fixes the wire harness 200 to the attachment object 300 described above.
The wire harness fixing structure 1 can easily and stably fix the wire harness 200 at a desired position of the attachment target 300 of various materials and shapes without changing the configuration of the attachment target 300.

  Specifically, in the wire harness fixing structure 1, the harness side jig 10 is attached to the wire harness 200, and the vehicle side jig 80 is attached to the attachment target 300 by the bonding surface 83. Then, by engaging the male surface fastener 91 provided on the harness side fixing surface 35 of the harness side jig 10 and the female surface fastener 92 provided on the vehicle side fixing surface 85 of the vehicle side jig 80, The wire harness 200 can be fixed to the attachment object 300.

  Therefore, for example, unlike the conventional locking type wire harness fixing structure, it is not necessary to provide a locking hole in the attachment object 300. Furthermore, since the space for latching in the state which the latching | locking part protruded in the other side of the attachment target 300 is not required, the freedom degree of the position which attaches the wire harness 200 in the attachment target 300 is higher than before.

  Moreover, since the wire harness fixing structure 1 adheres and fixes the vehicle-side jig 80 to the attachment target 300 by the bonding surface 83, the surfaces of various attachment targets 300 existing inside the automobile 400, for example, the material is metal or plastic. The vehicle-side jig 80 can be bonded and fixed to the surface of the mounting object 300.

  Moreover, since the harness side fixing means 30 in the harness side jig | tool 10 and the vehicle side jig | tool 80 have flexibility, they can be attached along the curved surface with respect to the curved attachment object 300. . Therefore, the wire harness 200 can be fixed not only to the flat attachment object 300 but also to the curved attachment object 300 by the wire harness fixing structure 1.

  Specifically, the above-described wire harness fixing structure 1 has a configuration in which the harness side fixing means 30 and the vehicle side jig 80 have flexibility, and thus, for example, a concave curved attachment target 300 as shown in FIG. Again, the wire harness 200 can be fixed. Of course, although not shown, the wire harness 200 can also be fixed to an attachment target having a convex curved surface portion.

  Moreover, since the wire harness fixing structure 1 is provided with a pair of surface fasteners 90 that can be freely attached to and detached from the harness side fixing surface 35 and the vehicle side fixing surface 85, the wire harness fixing structure 1 can be easily removed even if the fixing position is wrong. Can be replaced. Furthermore, since the male surface fastener 91 and the female surface fastener 92 can be engaged in a surface contact state, the wire harness 200 is unlikely to be detached from the attachment object 300.

Therefore, as described above, the wire harness 200 can be easily and stably fixed at a predetermined position of the attachment object 300 having various materials and shapes without changing the configuration of the attachment object 300.
As a result, it is possible to fix all the wire harnesses 200 arranged in the automobile 400 with only the above-described wire harness fixing structure 1.

  Furthermore, as described above, the wire harness fixing structure 1 does not need to be provided with a locking hole in the attachment target 300, so that no additional work or additional processing such as dust-proofing or waterproofing measures such as packing is required. The wire harness 200 can be fixed to the attachment object 300 without affecting the strength of the attachment.

  In addition, the wire harness fixing structure 1 includes the male surface fastener 91 on the harness side fixing surface 35 and the female surface fastener 92 on the vehicle side fixing surface 85, so that the surface fasteners 90 are in surface contact with each other. Since it is the structure which engages, a strong engaging force can be obtained and a desired engaging force can be obtained by adjusting the magnitude | size of the surface of the hook-and-loop fastener 90. FIG.

As a result, it is possible to prevent the wire harness 200 from being detached from the attachment target 300 or being displaced from a predetermined position of the attachment target 300 due to the weight of the wire harness 200 or the vibration of the automobile 400.
Moreover, since the wire harness fixing structure 1 fixes the wire harness 200 to the attachment object 300 by engaging the male surface fastener 91 and the female surface fastener 92, the wire harness fixing structure 1 can be reliably fixed by an easy operation. .

  Further, by forming the harness-side fixing surface 35 and the vehicle-side fixing surface 85 in the same size and shape, the vehicle-side fixing surface 85 of the vehicle-side jig 80 attached to a predetermined position of the attachment object 300 can be obtained. As a mark, the wire harness 200 can be accurately and efficiently attached to a predetermined position of the attachment object 300.

  Specifically, for example, when the wire harness side jig is directly attached to an attachment target having a nonwoven fabric such as a roof liner uniformly on the surface thereof, there is no mark for attachment. For this reason, it is difficult to accurately fix the wire harness 200 at a predetermined position of the attachment target 300 along the routing route designed in advance.

  On the other hand, the wire harness fixing structure 1 has a configuration in which the harness side fixing surface 35 and the vehicle side fixing surface 85 have the same size and shape. By attaching the vehicle side fixing surface 85 to the position of the vehicle side fixing surface 85, the vehicle side fixing surface 85 becomes a mark when the harness side fixing surface 35 is connected and fixed.

  Therefore, the wire harness 200 can be accurately and efficiently fixed to the attachment object 300 along the routing route designed in advance using the vehicle-side fixing surface 85 installed at a predetermined position of the attachment object 300 as a mark.

  Moreover, the harness side jig | tool 10 is provided with the strip-shaped attachment protrusion 40 which protruded toward the outward from the both ends of the harness side fixing means 30, and thereby the one harness side fixing means 30 is made to the wire harness 200. It can be attached at two locations that are separated in the wiring direction X.

  For this reason, compared with the case where it fixes at one place, while being able to fix firmly, the wiring direction X of the wire harness 200 can be controlled. Therefore, the harness side fixing means 30 can be stably attached to the wire harness 200. Thereby, it can prevent that the harness side jig | tool 10 remove | deviates from the wire harness 200 by the vibration of the motor vehicle 400, or the wiring direction of the wire harness 200 is changed. As a result, the wire harness 200 can be more stably fixed to the attachment target 300.

  Further, the vinyl tape 60 can be attached by simply winding it around the harness-side jig 10 and the outer periphery of the wire harness 200 so as to pass through the attachment protrusion main body portion 41 of the attachment protrusion 40. Therefore, it can be easily attached to the wire harness 200 by a simple operation. Furthermore, the harness side jig | tool 10 can be attached with respect to the wire harness 200 of various diameters.

  Further, since the mounting protrusion 40 includes the tip protruding piece 46 protruding in the width direction W, the mounting protrusion 40 is displaced in the wiring direction X of the wire harness 200 with respect to the wound vinyl tape 60. Thus, it is possible to prevent the attachment protrusion 40 from being detached from the vinyl tape 60. As a result, it is possible to prevent the harness side jig 10 from being detached from the wire harness 200.

(Second Embodiment)
Next, the wire harness fixing structure 1A of the second embodiment will be described with reference to FIGS.
FIG. 8 shows an explanatory diagram of the wire harness fixing structure 1A of the second embodiment, and FIG. 9 fixes the wire harness 200 to the attachment object 300 having a curved surface portion and a corner portion by the wire harness fixing structure 1A. The explanatory view of a state is shown.

Specifically, FIG. 8A shows a perspective view of the harness side fixing member 20A attached to the wire harness 200 in the wire harness fixing structure 1A, and FIG. 8B shows a front view of the harness side fixing member 20A.
Further, FIG. 9A shows a front view in a state of being fixed to the convex curved attachment object 300, and FIG. 9B is a convex curved surface having a larger curvature than the curved surface portion of FIG. 9A. The front view of the state currently fixed with respect to the attachment object 300 of a shape is shown. Furthermore, FIG.9 (c) has shown the front view of the state currently fixed with respect to the attachment object 300 which has a corner | angular part.

A wire harness fixing structure 1A according to the second embodiment includes a harness side jig 10A shown in FIG. 8 and a vehicle side jig 80A shown in FIG.
The harness side jig 10A includes a harness side fixing member 20A and a vinyl tape 60A.

  Here, as shown in FIG. 8, the harness-side fixing member 20 </ b> A has the same configuration as the harness-side fixing member 20 of Embodiment 1 described above, except that the male surface fastener 91 </ b> A is not provided. The attachment portion 21A and the male surface fastener 91A are constituted by the fixing member engaging portion 22A provided on the harness side fixing surface 35A.

The fixing member mounting portion 21A is composed of a planar mounting base portion 34A that is flexible and has a substantially square surface in plan view, and mounting protrusions 40A that protrude from both sides of the planar mounting base portion 34A. doing.
The planar attachment base 34A and the attachment protrusion 40A have the same configurations as the harness side surface base 34 and the attachment protrusion 40 of the first embodiment, respectively, and thus description thereof is omitted.

The fixing member engaging portion 22A includes a male surface fastener 91A having a rectangular shape, a surface central base portion 31A holding the shape of the male surface fastener 91A, and two surface angle variable base portions. 32A.
The male surface fastener 91A is flexible, has a width approximately the same as the length in the width direction W of the planar mounting base 34A, and has a length in the longitudinal direction Z that is about three times the width. It is formed in a rectangular shape. Furthermore, the planar central base 31A and the two planar variable angle bases 32A each have flexibility, and have a substantially square planar shape as viewed from the bottom, having the same size as the planar mounting base 34A. Is formed.

Further, the central portion of the male surface fastener 91 is bonded and fixed to the harness-side fixing surface 35A of the planar central base portion 31A so that the male engagement surface 91aA is exposed.
In addition, an outer portion in the longitudinal direction Z with respect to the central portion of the male surface fastener 91 is bonded and fixed to the harness side fixing surface 35A of the planar angle variable base portion 32A so that the male engagement surface 91aA is exposed.

Further, the surface of the planar central base 31A opposite to the harness-side fixing surface 35A and the surface of the planar mounting base 34A on one side are aligned with the longitudinal direction L of the fixing member engaging portion 22A. Thus, the fixing member attaching portion 21A and the fixing member engaging portion 22A are integrally configured.
Since the vinyl tape 60A has the same configuration as the vinyl tape 60 of the first embodiment, description thereof is omitted.

37 A of reference | standard fixing | fixed parts are comprised by the planar attachment base 34A, the planar center base 31A, and the male surface fastener central part 95A affixed to the planar center base 31A among the male surface fasteners 91A. The planar variable angle fixing portion 38A is configured by the planar angular variable base portion 32A and the male planar fastener end portion 97A attached to the planar angular variable base portion 32A of the male planar fastener 91A. Further, the reference fixing portion 37A and the angle variable fixing portion 38A constitute a harness side fixing means 30A.
With the configuration of the harness-side fixing unit 30A as described above, the variable angle fixing unit 38A can change the angle with respect to the reference fixing unit 37A to a desired angle.

On the other hand, the vehicle-side jig 80A shown in FIG. 9 includes a female surface fastener 92A and a vehicle side surface base portion 84A that holds the shape of the female surface fastener 92A.
The female surface fastener 92A is formed in a substantially square surface shape having flexibility and the same surface size as the male surface fastener 91A described above.

  Further, the vehicle side surface base portion 84A is formed in a substantially square surface shape having flexibility and the same surface size as the female surface fastener 92A. The vehicle side surface base portion 84 has an adhesive surface 83A coated with an adhesive on the entire surface on the side where the vehicle side surface base portion 84 is affixed to the attachment object 300, and a vehicle side fixing surface 85A on the other side. The male surface fastener 92A is bonded and fixed so that the mold engaging surface 92aA is exposed.

  The harness side jig 10A is attached to the wire harness 200 in the same manner as the harness side jig 10 described above. The vehicle side jig 80A is also attached along the shape of the attachment object 300 in the same manner as the vehicle side jig 80 described above.

  With the harness side jig 10A and the vehicle side jig 80A attached as described above, the shape of the male surface fastener 91A matches the shape of the female surface fastener 92A in the vehicle side jig 80A. The harness side jig 10A is connected and fixed to the vehicle side jig 80A by changing the angle of the variable angle fixing part 38A with respect to the reference fixing part 37A and the shape of the variable angle fixing part 38A.

According to the configuration and fixing method of the wire harness fixing structure 1A for fixing the above-described wire harness 200 to the attachment object 300, in addition to the same effects as the first embodiment described above, the following effects can be achieved.
Since the harness side jig 10A includes the variable angle fixing portion 38A, as shown in FIG. 9A, the reference of the variable angle fixing portion 38A along the shape of the convex curved attachment object 300 is provided. The male surface fastener 91A can be brought into close contact with the male surface fastener 92A by changing the angle with respect to the fixing portion 37A. Therefore, the wire harness fixing structure 1A can secure the wide engagement area and fix the wire harness 200 to the mounting object 300 having a convex curved surface shape.

  Furthermore, as shown in FIG. 9B, the angle of the variable angle fixing portion 38A relative to the reference fixing portion 37A so as to follow the shape of the convex curved attachment object 300 having a larger curvature as described above. In addition, the angle variable fixing portion 38A can be bent, and the male surface fastener 91A can be brought into close contact with the male surface fastener 92A. Therefore, the wire harness fixing structure 1A can secure a wide engagement area and fix the wire harness 200 to the mounting object 300 having a curved surface with a large curvature.

  Further, as shown in FIG. 9C, the angle of the angle variable fixing portion 38A with respect to the reference fixing portion 37A is changed so as to conform to the shape of the corner portion of the attachment object 300, so that the male surface fastener 92A is male. The mold surface fastener 91A can be brought into close contact. Therefore, the wire harness fixing structure 1 </ b> A can secure a wide engagement area and fix the wire harness 200 to the corner portion of the attachment target 300.

In correspondence between the configuration of the present invention and the above-described embodiment,
The attachment band corresponds to vinyl tape 60, 60A,
Similarly,
The connecting means corresponds to the hook and loop fasteners 90 and 90A,
One side of the pair of surface fasteners corresponds to the male surface fasteners 91, 91A,
The other side of the pair of surface fasteners corresponds to the female surface fasteners 92, 92A,
The vehicle corresponds to the automobile 400,
The present invention is not limited to the configuration of the above-described embodiment, and many embodiments can be obtained.

  For example, in the above-described embodiment, the harness-side fixing surfaces 35 and 35A are provided with the male surface fasteners 91 and 91A, and the vehicle-side fixing surfaces 85 and 85A are provided with the female surface fasteners 92 and 92A. Alternatively, the harness-side fixing surfaces 35, 35A may be provided with the female surface fasteners 92, 92A, and the vehicle-side fixing surfaces 85, 85A may be provided with the male surface fasteners 91, 91A.

  Further, for example, in the above-described embodiment, the harness attaching means includes an attachment protrusion having only the attachment protrusion main bodies 41 and 41A, and an inner diameter approximately equal to the diameter of the wire harness 200 on the bottom surface of the attachment protrusion in FIG. And a ring-shaped member having a gap in the lower part.

In addition, for example, in the above-described embodiment, the above-described harness side base 34 and the planar mounting base are arranged so that the mounting protrusion is along the branching direction of the branching portion that branches in a Y shape or a cross shape of the wire harness 200. It may be configured to protrude from 34A in a Y shape or a cross shape.
With the configuration of the harness-side jig, the harness-side jig can be attached to the branch portion of the wire harness 200 that branches in a Y shape or a cross shape, and the wire harness 200 can be fixed to the attachment object 300.

  Further, for example, as another embodiment, a harness side jig 10A ′ of the wire harness fixing structure 1A ′ is used, and as shown in FIG. Cut along the broken line, and as shown in FIG. 10 (b), one side of the pair of male and female surface fasteners 90A 'is pasted on the entire surface of the harness-side fixing surface 35A' of the planar substrate 19A '. It may be configured.

  With the configuration of the harness side jig 10A ′, the harness side jig 10A ′ can be manufactured from one sheet-like base material 19A ′. Accordingly, it is possible to provide an inexpensive wire harness fixing structure 1A ′ with reduced manufacturing costs.

Further, in the second embodiment described above, the planar central base 31A and the planar angular variable base 32A are configured as separate members, but between the planar central base 31A and the planar angular variable base 32A. A connecting portion to be connected may be provided and configured integrally.
Moreover, in all the above-mentioned embodiments, the harness side fixing means 30, 30A, 30A ′ may be configured not to have flexibility.

DESCRIPTION OF SYMBOLS 1,1A, 1A '... Wire harness fixing structure 10, 10A, 10A' ... Harness side jig | tool 30, 30A, 30A '... Harness side fixing means 35, 35A, 35A' ... Harness side fixing surface 37A, 37A '... Reference | standard Fixing part 38A, 38A '... Angle variable fixing part 40, 40A, 40A' ... Mounting protrusion 50, 50A ... Harness mounting means 60, 60A ... Vinyl tape 80, 80A ... Vehicle side jig 85, 85A ... Vehicle side fixing surface 90, 90A ... Hook fasteners 91, 91A, 91A '... Male hook and loop fasteners 92, 92A, 92A' ... Female hook and loop fasteners 200 ... Wire harness 300 ... Installation target 400 ... Automobile X ... Routing direction

Claims (5)

A wire harness fixing structure for fixing a wire harness to a vehicle mounting target,
A harness side jig to be attached to the wire harness and a vehicle side jig to be attached to the attachment target of the vehicle,
The harness side jig comprises a harness side fixing means and a harness mounting means for attaching the harness side fixing means to the wire harness,
The facing portions of the harness-side fixing means and the vehicle-side jig that face each other are configured with a harness-side fixing surface and the vehicle-side fixing surface that can be brought into surface contact with each other,
A connection means for detachably connecting to at least one of the harness side fixed surface and the vehicle side fixed surface ;
The harness mounting means;
It is configured to have a mounting protrusion formed in a protruding shape that protrudes outward from the both ends of the wiring direction of the wire harness in at least a part of the harness side fixing means,
The harness side fixing means is composed of a reference fixing portion and an angle variable fixing portion that is connected to the reference fixing portion so that the angle is variable,
The wire harness fixing structure , wherein the mounting protrusion protrudes from both ends of the reference fixing portion . The connecting means comprises a pair of hook-and-loop fasteners that can be engaged with each other,
The wire harness fixing structure according to claim 1, wherein one side of the surface fastener is provided on the harness side fixing surface, and the other side is provided on the vehicle side fixing surface. The harness side fixing surface and the vehicle side fixing surface,
The wire harness fixing structure according to claim 1, wherein the wire harness fixing structure is formed with the same size and shape of the surface. The harness side fixing means and the vehicle side jig,
The wire harness fixing structure according to any one of claims 1 to 3, wherein the structure has flexibility. The harness mounting means comprises the mounting protrusion and a mounting band,
The attachment strip, in the state in which the said mounting projections along said wire harness, according to claim 1 which is formed to a length to allow the winding to the outer periphery of the attachment projection and the wire harness Wire harness fixing structure.

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