JPS6131895Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a mounting structure for a wind molding and a cowl grill to be attached to the lower part of a front window of an automobile.

Conventionally, as shown in FIGS. 1 and 2, a flange 2a of a wind molding 2 that covers the lower peripheral edge of a front window 1 is attached to a rear end 4a of a cowl panel (inner plate) 4 with screws 3. After that, a hole 2c is drilled in the vertical part 2b of this wind molding 2.
Insert the claw part 6a provided at the rear end of the cowl grille 6 into the protector 5 fitted to the protector 5, and then attach the front end of the cowl grille 6 to the front end part 4b of the cowl panel 4 with the fastener 7 to the sealing member 9 of the bonnet 8. A mounting structure is known in which the device is fixed together with the device.

In this structure, in order to form the wind molding 2 as shown in Fig. 2, the material is first rolled to form a material having the cross section shown in Fig. 1 continuous in the vehicle width direction, and then The roll-formed product is bent using a molding tool that matches the front curvature of the front window 1, and finally, an appropriate number of holes 2c are punched in the vertical portion 2b, and an appropriate number of flange portions 2a are left by press processing. However, it is necessary to drill holes and trim the material that has been bent and processed. Generally, wind moldings can be made by bending roll-formed products, but wind moldings with this mounting structure require additional press processing, and the width of the material between the flange portion 2a and the vertical surface portion 2b is is large, so machinability is poor,
There was the problem of inevitable cost increases.

Another drawback is that a protector 5 is required to prevent the wind molding 2 and the cowl grille 6 from coming into direct contact.

In order to eliminate the above-mentioned drawbacks, the present invention provides a molding locking part and a grille insertion part independently on a synthetic resin mounting clip fixed to the inner plate, and attaches a wind molding to this molding locking part. On the other hand, a cowl panel is attached to the grille insertion part.

Embodiments of the present invention will be described below with reference to FIGS. 3 to 6.

In the first embodiment shown in FIGS. 3 and 4,
Reference numeral 10 denotes a front window that is bonded with an adhesive 13 to a flange formed by a cowl panel 11 and a dash panel 12 as vehicle body panels;
4 is a dam that prevents the adhesive 13 from spilling out. 15 is a wind molding that covers the lower peripheral edge of the front window 10; 16 is the front window 1;
This is a cowl grill that is attached to the lower front of the 0.
Reference numeral 17 indicates a locking portion 18 to which the lower end 15a of the wind molding 15 is locked, and a rear end portion 1 of the cowl grill 16.
This is a synthetic resin attachment clip having an insertion portion 19 into which the clip 6a is inserted. This mounting clip 17
is fixed to the cowl panel 11 by screwing a screw 21 into a hole 20a formed in the leg portion 20 which is fitted into a hole formed in the cowl panel 11 having the same slope as the adhesive surface of the front window 10.

As shown in detail in FIG.
7a, and the hook portion 1 extends forward from both sides of the rear end.
7a, second protrusions 17c, 17c extending continuously from the first protrusions 17b, 17b to the front end and lower than the first protrusions 17b, 17b; Part 17c, 17
c has a hole 20a through which a screw (attachment member) 21 for attaching the attachment clip 17 to the cowl panel 11 passes, and a concave seating portion 17b on which the head of the screw 21 is seated; This hook portion 17a and the back surfaces of the first projections 17b, 17b form a locking portion 18, while the first projections 17b,
The insertion portion 19 is formed by providing a cutout a predetermined distance from the boundary between the first projection 17b and the second projection 17c, 17c, that is, the base of the first projection 17b, 17b.

According to the present invention configured in this way, the wind molding 15 and the cowl grill 16 are connected to the cowl panel 11.
To attach it to the cowl grille, first fix the mounting clip 17 to the cowl panel 11 with the screws 21, then lock the lower end 15a of the wind molding 15 to the locking part 18 of the mounting clip 17, and then The rear end portion 16a is inserted into the insertion portion 19 of the mounting clip 17, and finally, although not specifically shown, the front end portion of the cowl grille 16 is fixed to the front end portion of the cowl panel 11 with fasteners or the like.

As shown in FIG. 3, a gap is formed between the rear part of the cowl grille 16 and the front part of the wind molding 15 so that they do not come into contact with each other.

With this configuration, it is possible to use the wind molding 15 formed by roll processing and bending processing, thereby improving workability and reducing the number of parts for the protector compared to the conventional structure. , it is possible to reduce costs.

Further, a wind molding 15 is attached to a mounting clip 17 in which a locking portion 18 and an insertion portion 19 are provided independently.
Since the cowl grille 16 and the wind molding 15 are attached to each other, the gap between the wind molding 15 and the cowl grille 16 can be precisely controlled.

Further, since a gap is formed between the rear part of the cowl grille 16 and the front part of the wind molding 15, it is possible to prevent the two from coming into contact with each other and generating vibration noise.

Furthermore, according to this embodiment, the window glass 1
Cowl panel 11 having the same slope as the adhesive surface of 0
Since the mounting clip 17 is attached to the front window 10, the front window 10, the wind molding 15, and the cowl grille 16 can be well balanced.

Next, FIGS. 5 and 6 show a second embodiment of the present invention, in which a mounting clip 17' is different from that of the first embodiment, and the cowl panel has a predetermined angle with respect to the adhesive surface of the front window 1. Screw 2 on 11'
1', but as in the first embodiment, this mounting clip 17' connects the screw 21' to the leg 2.
It is fixed to the cowl panel 11' by screwing into the hole 20'a drilled at 0', and the lower end 15a of the wind molding 15 is formed by the hook part 17'a and the first projections 17'b, 17'b. Locking part 1
8' and the rear end 16 of the cowl grill 16.
Insertion part 1 with b provided deep from the boundary between the first projections 17'b, 17'b and the second projections 17'c, 17'c
9', the wind molding 15
and a cowl grill 16 are attached to the cowl panel 11'.

Also in this embodiment, workability can be improved and the number of parts can be reduced.

In addition, wind molding 15 and cowl grill 16
It is possible to accurately manage the gap between the

As explained above, according to the present invention, a simple structure is possible in which the mounting clip attached to the cowl panel is provided with a locking part for locking the lower end of the wind molding and an insertion part for inserting the rear end of the cowl grill. Therefore, the wind molding and cowl grill can be attached to the inner plate, and a mounting structure with good workability and a small number of parts can be achieved.

Furthermore, since the wind molding and cowl grille are attached to the mounting clips in which the molding locking portion and the grille insertion portion are provided independently, the gap between these two parts can be precisely controlled.

[Brief explanation of drawings]

1 and 2 show the conventional structure, FIG. 1 is a side view, FIG. 2 is a perspective view showing the installation of FIG. 1, FIGS. 3 to 6 show the present invention, and FIG. The figure is a sectional view of the first embodiment, Figure 4 is a perspective view of the mounting clip used in Figure 3, Figure 5 is a sectional view of the second embodiment, and Figure 6 is a perspective view of the mounting clip used in Figure 5. It is a diagram. 10...Front window, 11, 11'...
Cowl panel, 15... Wind molding, 16...
...Cowl grill, 17, 17'...Mounting clip, 17a...Hook part, 17b...First protrusion, 17c...Second protrusion, 17d...Seating part,
18, 18'... Locking part, 19, 19'... Insertion part, 21, 21'... Screw.

Claims (1)

[Scope of utility model registration request] While fixing the lower peripheral edge of the front window and the rear edge of the cowl panel, a synthetic resin mounting clip is attached to the upper surface of the cowl panel, and the rear end of the cowl grill and the approximately C-shaped cross section are attached to the mounting clip. In the mounting structure of the wind molding and cowl grill to which the wind molding is attached, the above-mentioned mounting clip has a hook portion that stands up at the center of the rear end, and a first protrusion that extends forward from both sides of the hook portion and is lower than the hook portion. and a second protrusion that extends continuously from the base of the first protrusion to the front end and is lower than the first protrusion.
a concave seating portion having a hole through which a mounting member for attaching the mounting clip to the cowl panel passes through is formed at approximately the center in the width direction of the second projection; and a grille insertion part formed by cutting out a distance, and a molding locking part is formed by the back surface of the first protrusion and the hook part, and the window molding covers the lower peripheral edge of the front window in the molding locking part. The lower end of the cowl grill is locked and the rear end of the cowl grill is inserted into the grille insertion part, while a gap is formed between the rear part of the cowl grill and the front part of the wind molding. and cowl grille mounting structure.