JP2536972Y2 - Window side molding drip seal mounting structure - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a drip seal mounting structure for a window side molding which decorates a side edge of a window panel of an automobile.

2. Description of the Related Art FIGS. 4 to 7 show a conventional structure. Reference numeral 1 denotes a front window panel (hereinafter referred to as a window panel) fixed on a peripheral flange 3 of a vehicle body opening 2 with an adhesive 4.
The side edge is covered with a side molding 5 connected to the upper molding 4. The side molding 5 includes a molding main body 6 and a base 8 connected to a side edge thereof through a jaw 7.
The base portion 8 is superimposed on a drip channel 11 joined to a pillar outer 10 of a front pillar 9,
The grommet 12 and the screw 13 are fixed at a plurality of places. The drip channel 11 is provided from the roof side to the front pillar 9, and its front lower end is a toe at a continuous portion of the upper pillar 9 A and the lower pillar 9 B of the front pillar 9 to avoid interference with the rear edge of the front fender 14. On the other hand, the side molding 5 is disposed inside the front fender 14 along the front pillar 9 so as to extend beyond the toe of the drip channel 11, that is, the lower end.

Reference numeral 15 denotes a drip seal disposed along the drip channel 11, and a portion disposed on the front pillar 9 includes a jaw 7 of the molding body 6 and an outer edge of the door sash 21 when the front door 20 is closed. A hollow parting seal portion 16 that closes the gap between them, a flange engaging portion 17 that engages with the drip channel 11, and a drip formed between the parting seal portion 16 and the flange engaging portion 17. The groove 18 is provided. The drip seal 15 is formed by attaching the edge of the base 16a of the parting seal 16 to the side molding 5
And the flange engaging portion 17 is engaged with the rising flange 11a of the drip channel 11,
The door sash 21 is arranged along the side molding 5 so that the outer peripheral edge of the door sash 21 is closed when the front door 20 is closed.
And the sash inner surface near the outer peripheral edge of the door sash 21 is in close contact with the seal lip 19 attached to the flange engaging portion 17 to form a closed cross-sectional space in the drip groove 19 portion. Rain water and car wash water flowing around to the side 9 are guided downward along the drip groove 18 so as to be drained from the drip groove 18 at a position forward of the lower end of the drip channel 11. The parting seal portion 16 of the drip seal 15 extends along the lower end of the side molding 5, that is, the drip channel.
11, extending and disposed inside the front fender 14 along the lower end of the molding body 6 of the side molding 5 and extending between the molding body 6 and the outer peripheral edge of the door sash 21. The seal 16 is not interrupted. Extension part 16A of this parting seal part 16
In one side, the edge of the base 16a is engaged with the jaw 7 of the side molding 5 as described above, and the base of the base 16a is fixed to the base 8 of the side molding 5 with a double-sided adhesive tape 22. Adhered to the surface. This analogous structure is, for example,
Mon Nissan Motor Co., Ltd. New Model Manual (B13-1)
It is shown on page D-16.

The problem to be solved by the invention The extension 16A of the parting seal 16 is attached to the side molding 5 with a double-sided adhesive tape 22 inside the front fender 14.
In order to fix the adhesive to the surface of the base portion 8, the worker has to insert his hand into the narrow gap between the front fender 14 and the side molding 5 to perform the adhesive work. It is also a factor. If the extension 16A of the parting seal 16 is not completely bonded, the parting seal 16 and the molding body 6
The water that has flowed into the contact portion with the base pillar 16a flows down to the lower pillar 9B of the front pillar 9 through the contact portion between the base 16a and the base portion 8, reaches the door check link mechanism 23 pivotally supported by the lower pillar 9B, In winter, the door check link mechanism 23 may freeze.

Therefore, according to the present invention, the work of fixing the extension of the parting seal portion can be easily performed, and even if water flows in from the contact portion between the extension portion of the parting seal portion and the molding body, this inflow water is An object of the present invention is to provide a drip seal mounting structure for a window side molding, which does not flow down along a side surface of a pillar and can be drained in front of a pillar.

Means for Solving the Problems A molding body that covers a side edge of a window panel, and a drip channel that is connected to a side edge of the molding body via a jaw and has a rising flange on a vehicle outer side that is joined to a pillar outer and is attached by being overlapped. The lower end of the side molding having the base portion provided is extended along the pillar outer from the lower terminal of the drip channel and disposed inside the fender, while the jaw of the molding body and the door sash are provided when the door is closed. A parting seal portion for closing a gap between the outer peripheral edge, a flange engaging portion for engaging the rising flange, a base of the parting seal portion having an edge engaging the jaw, and a parting seal. The parting seal part of the drip seal with the drip groove formed between the part and the flange engaging part is along the lower end of the side molding. In the structure extended and arranged inside the fender, the holder part having a channel-shaped cross section is bent at the side edge of the lower end extension part of the base part of the side molding, while the base part is attached to the lower end extension part of the parting seal part. A flange edge extending from the other side edge in a substantially L-shaped cross section and integrally connected to the drip groove and the flange engaging portion is provided, and the flange edge is engaged and fixed to the holder portion.

The water flowing down the drip groove flows into a groove formed between a side edge of a flange edge integrally connected to the drip groove and the flange engaging portion and a parting seal portion, and a pillar is formed along the groove. Drainage is guided forward. In addition, the water that has flowed in from the contact portion between the extension of the parting seal portion and the molding body is blocked by the holder having a channel-shaped cross section at the lower end of the side molding, and is prevented from flowing down to the side of the pillar. Jaw, base,
Drainage is guided forward of the pillar along the cross section of the channel formed by the holder.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings, in which the same reference numerals are given to the same parts as those of the above-described conventional configuration, taking a front window side molding as an example of a side molding.

1 to 3, the side molding 5 includes a molding body 6 that covers a side edge of the window panel 1 and a drip channel 11 that is connected to the side edge via a jaw 7 and that is joined to a front pillar outer 10. And a base portion 8 which is attached by being overlapped, and a lower end portion of which is extended from a lower end of the drip channel 11 and is disposed inside the front fender 14 along the front pillar outer 10.

A drip seal 15 mounted on the front pillar outer 10 along the side molding 5 forms a hollow for closing a gap between the jaw 7 of the molding main body 6 and the outer peripheral edge of the door sash 21 (see FIG. 6) when the door is closed. And the parting seal part 16 of
A flange engaging portion 17 and a drip groove 18 formed between the parting seal portion 16 and the flange engaging portion 17 are provided. The part engaging portion 17 is attached to the rising flange 11a of the drip channel 11 while being attached to the lower side, and the parting seal portion 16 is attached to the front fender along the lower end of the side molding 5. 14
It is extended and arranged inside.

Here, the side edge of the lower end extension of the base portion 8 of the side molding 5 is formed by bending a holder portion 24 having a channel-shaped cross section, while the lower end extension of the parting seal portion 16 is formed.
16A, a flange edge 25 is provided extending from the other side edge of the base 16a in a substantially L-shaped cross-section, and is integrally connected to the drip groove 18 and the flange engaging portion 17; It is attached to and fixed.

According to the above embodiment structure, the water flowing down the drip groove 18 is formed between the parting seal portion 16 and the side edge 25a of the flange edge 25 integrally connected to the drip groove 18 and the flange engaging portion 17. It flows into the formed groove 25b, and is guided along the groove 25b to the front of the front pillar 9 as shown by the arrow a in FIG. The parting seal 16
The water that has flowed in from the contact portion between the extension 16A and the molding body 6 is blocked by the holder 24 having a channel-shaped cross section at the lower end of the side molding 5, so that the front pillar 9 is prevented from flowing down to the lower pillar 9B side, Along the inside of the channel formed by the jaw 7, the base 8, and the holder 24 at the lower end of the side molding 5, the water is guided to the front of the front pillar 9 as shown by the arrow b in FIG.

Here, the lower end of the drip seal 15 is
By pushing with a suitable tool into the channel cross section formed by the lower end of the jaw portion 7, base portion 8, and holder portion 24, it can be easily attached without inserting a hand inside the front fender 14. Moreover, the base 16a end edge of the parting seal portion 16 is engaged with the jaw portion 7, while the side edge 25a of the flange edge 25 is engaged with the holder portion 24, and the jaw portion 7 and the holder portion 24 Since the drip seal 15 is securely held, the lower end of the drip seal 15 does not come off the side molding 5 at all. Further, since the lower end of the side molding 5 is formed in a channel cross-section by the jaw 7, the base 8, and the holder 24 as described above, the rigidity is increased, and the lower end of the side molding 5 may be deformed. Absent.

Effect of the Invention As described above, according to the present invention, the water flowing down from the drip groove flows down to the groove formed between the side edge of the flange edge extending in an L-shaped cross section and the parting seal portion. As a result, water can be drained to the front of the pillar, and water that has flowed in from the contact portion between the parting seal portion and the molding body is removed within the channel cross-section formed by the jaw, base, and holder at the lower end of the side molding. Similarly, the drainage can be guided to the front of the pillar along, so that water can be prevented from flowing down to the side of the pillar from the middle.
Also, the lower end of the drip seal can be easily fixed by being pushed into and engaged with a channel section formed by the jaw, base and holder of the side molding, so that the hand is inserted inside the fender. The mounting operation can be quickly performed using an appropriate tool without using any tool. Moreover, since the lower end of the side molding is formed in the cross section of the channel as described above, the rigidity is enhanced, and there is a great practical effect that deformation can be prevented.

[Brief description of the drawings]

FIG. 1 is an exploded perspective view showing an essential part of one embodiment of the present invention, FIG. 2 is a perspective view showing an assembled state of a side molding and a drip seal of the embodiment, and FIG. FIG. 4 is a cross-sectional view taken along the line A, FIG. 4 is a front perspective view of an automobile to which the present invention is applied, FIG. 5 is a schematic side view thereof, and FIGS. It is sectional drawing which follows the BB line and CC line of FIG. DESCRIPTION OF SYMBOLS 1 ... window panel, 5 ... side molding, 6 ... molding body, 7 ... jaw, 8 ... base, 9 ... pillar, 10 ... pillar outer, 11 ... drip channel, 14 ... fender, 15
… Drip seal, 16… Parting seal part, 16a…
Base, 16A: Extension, 17: Flange engaging part, 18: Drip groove, 20: Door, 21: Door sash, 24: Holder, 25
... flange edge.

Claims (1)

(57) [Scope of request for utility model registration] 1. A molding body which covers a side edge of a window panel, and a drip channel which is connected to the side edge via a jaw and has a rising flange on the outside of the vehicle which is joined to a pillar outer and is mounted in an overlapping manner. The lower end of the side molding having a base portion is disposed along the pillar outer from the lower terminal of the drip channel and disposed inside the fender, while the jaw of the molding body and the outer edge of the door sash when the door is closed. A parting seal part that closes a gap between the parting part, a flange engaging part that engages with the rising flange, a base part of a parting seal part whose end edge engages with the jaw, and a parting seal part. The parting seal part of the drip seal with the drip groove formed between the flange engaging part and the fender along the lower end of the side molding Extending to the side, in the arrangement structure,
On the side edge of the lower end extension portion of the base portion of the side molding, a holder having a channel-shaped cross section is bent and formed. A drip seal mounting structure for a window side molding, wherein a flange edge integrally connected to the drip groove and the flange engagement portion is provided, and the flange edge is engaged and fixed to the holder portion.