JP2572297Y2 - Mall structure of door mirror - Google Patents

Description

[Detailed description of the invention]

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a door mirror molding structure which is mounted on a triangular mirror mounting portion formed by a door outer panel at a corner portion of a glass opening of a door.

[0002]

2. Description of the Related Art Referring to FIGS. 4 and 5, a molding 5 is mounted on a peripheral surface of a glass opening 1 of a door, and a triangular mirror mounting portion 3 formed by a door outer panel 2 at a corner thereof. A mirror mounting portion molding 5A is provided, which closes between upper and lower peripheral molding portions 5a continuous with the molding 5 and has a closed molding surface 5b having a shape corresponding to the shape of the mirror mounting portion 3. This closed molding surface has an opening 5c in which a door mirror protrudes from the center.
Is formed, and is covered with the garnish 6 except for the peripheral molding portion 5a and the protruding portion of the door mirror.

[0003]

As shown in FIG. 3, the mirror mounting portion 3 is formed by narrowing the door outer panel 2 in the vehicle width direction. Therefore, an inverted L-shaped molding around the periphery of the glass opening 1 is formed. Peripheral panel 2 for mounting base 5d of No. 5
The width of a becomes narrow. This makes it impossible to form the black ept seal application area 8 formed near the vehicle interior so as not to protrude between the back surface of the base 5d and the peripheral panel 2a on the corner side. Therefore, wind or rainwater enters, for example, as shown by arrow A from the gap between the base 5d and the panel peripheral surface 2a in front of the application area 8,
As shown in FIG. 5, the garnish 6 and the back panel 3
a, a rear panel formed by a bottom surface 7a of a U-shaped glass frame 7 forming a glass channel of the door glass 4 between the integrated extensions of the hinge side 3c and a door outer panel 2 of the mirror mounting portion 3; There is a possibility that the noise may reach the gap 3b between the door 3a and wind noise, or rainwater may enter the door panel. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a door mirror molding structure of the kind described at the beginning, which can prevent the generation of wind noise and rain leakage near the door mirror of an automobile door.

[0004]

SUMMARY OF THE INVENTION The present invention is arranged on a mirror mounting portion formed by a door outer panel at a triangular corner portion of a glass opening of an automobile door, and at the upper and lower peripheral edges along the glass opening. In the molding structure of a door mirror, a molding structure for a door mirror, comprising a closing molding surface for closing between molding portions corresponding to the shape of the mirror mounting portion, and wherein a door mirror projects from a central opening of the molding closing surface. In order to achieve the closed mall surface (1
1) is extended from the mirror mounting portion (3) so as to form a side surface of the glass channel of the door glass (4) on the vehicle exterior side to form a closed molding extension surface (11a). Mall retainer to fix (20)
The bottom surface of the retainer (21) joined to the extension surface (11a) of the closed molding and the rear panel (3) of the mirror mounting portion (3).
One retainer side (22) contacting a) and the other retainer side (23) forming the bottom of the glass channel.
In this case, the U-shaped groove is formed, and the other retainer side surface (23) is extended and bent toward the rear of the vehicle to form the side surface of the glass channel on the vehicle interior side, and further, the retainer bottom surface (21) And the upper end of one retainer side surface (22) is extended obliquely rearward, and the flange portion (5) of the inverted L-shaped molding (5) on the glass opening peripheral surface (2a) near the rear of the mirror mounting portion (3). 5e) and a molding joint surface (25) joined to the surfaces of the base (5d), and between the back panel (3a) and one of the retainer side surfaces (22), the glass opening peripheral surface (2a) and the base ( The sealing material (8a) is interposed continuously with the sealing material (8) between 5d).

[0005]

When the molding (5) provided with the molding (10) for the mirror mounting part is mounted on the peripheral panel (2a) of the glass opening (1), the molding is located closer to the rear than the mirror mounting part (3). The peripheral surface (2) in contact with the back surface of the base (5d) of (5)
The sealing material (8a) is applied to the rear panel (3a) of the mirror mounting portion (3) in a continuous manner to (a). Thereby, the rear panel (3a) and the glass channel bottom surface (2
The gap (3b) between the front side and the outside side of the cabin (3b) is formed on the side of the molding (5) upward and closed on the front side (11).
And the back is shielded by a sealing material (8a) between the back panel (3a) and the back of the retainer side (22).

[0006]

1 and 2 show a molding structure of a door mirror according to an embodiment of the present invention, in which the same or equivalent parts as those already described are denoted by the same reference numerals. A triangular mirror mounting portion 3 formed by squeezing the door outer panel 2 in the corner portion of the glass opening 1 toward the outside of the passenger compartment is provided with a metal or a metal and PVC sheet mounted along the periphery of the glass opening 1. A mirror mounting section molding 1 having a closed molding surface 11 having a shape corresponding to the mirror mounting section 3 and closing between upper and lower peripheral molding sections 5 a continuous with the formed molding 5.
0 is attached. An opening 13 through which a door mirror protrudes is formed in the center of the molding closing surface,
It is covered with the garnish 6 except for the peripheral molding part 5a and the protruding part of the door mirror.

The closed molding surface 11 is extended from the mirror mounting portion 3 to the rear of the vehicle so as to form a side surface of the glass channel 15 of the door glass 4 outside the cabin according to the present invention. 11a is formed. A PVC sheet 16 having a sealing function is provided at the end of the extension surface.
Are mounted, and the glass run 17 is further engaged.

Reference numeral 20 denotes a molding retainer. As shown in FIG. 1B, a retainer bottom surface 21 that contacts the closed molding extension surface 11a, and one retainer that contacts the rear panel 3a that faces the glass channel 15 of the mirror mounting portion 3. Side 2
2 and the other retainer side surface 23 that forms the bottom surface of the glass channel 15 are formed in a substantially U-shaped groove shape, and the other retainer side surface 23 is further extended and bent toward the rear of the vehicle to form the glass channel 15. A retainer extension surface 24 serving as a side surface on the vehicle interior side is formed. Further, the upper end portions of the retainer bottom surface 21 and one of the retainer side surfaces 22 are extended obliquely rearward, and the base 5 d of the inverted L-shaped molding 5 of the peripheral surface panel 2 a of the glass opening 1 near the rear of the mirror mounting portion 3.
A molding joint surface 25 formed in an L shape from the bottom extension surface 21a and the side extension surface 22a is formed so as to contact the surface of the flange portion 5e. The closed molding extension surface 11a is spot-welded to the retainer bottom surface 21 and the molding joining surface 25 is spot-welded to the molding 5 in the corresponding area in advance.

When assembling the molding 5, the base 5
d is attached along the peripheral panel 2a of the glass opening 1,
The mirror mounting part molding 10 joined to the molding retainer 20 is mounted on the mirror mounting part 3. At this time, an ept seal is applied to the rear panel 3a of the mirror mounting portion 3 over the application area 8a indicated by dots so as to be continuous with the application area 8. Due to the assembly, the closed molding extension surface 11a extending rearward from the closed molding surface 11 forms a side surface of the glass channel 15 on the outside of the cabin, and the retainer extension surface 24 is formed inside the extended portion of the rear panel 3a and the hinge side 3c. And form a side surface on the vehicle interior side. As a result, the gap 3b between the rear panel 3a of the mirror mounting portion 3 and the bottom surface of the glass channel 15 is a closed molding extension surface 11 whose outer side surface is connected to the flange portion 5e of the molding 5 upward.
a, and the back is shielded by the application area 8a of the ept seal between the back panel 3a and the back surface of the retainer side surface 22. Therefore, air or water that may enter from between the peripheral surface panel 2a of the glass opening 1 and the base 5d of the molding 5 in the mirror mounting portion 3 to which the sealing material is not applied cannot reach the gap 3b in the door panel. .

[0010]

As described above, according to the present invention, even in the mirror mounting portion where the sealing material cannot be applied to the periphery of the door frame, the glass is formed by the closed molding extension surface behind the door mirror molding and the molding retainer joined to this surface. Since the sealing can be reliably performed on the peripheral surface of the opening, the generation of wind noise and the leakage of rain in the door panel are prevented.

[Brief description of the drawings]

1 is a perspective view of a molding structure of a door mirror according to an embodiment of the present invention, wherein FIG. 1A shows a molding for a mirror mounting portion, and FIG. 1B shows a molding retainer;

FIG. 2 is a sectional view taken along line AA of FIG. 1 after assembly.

FIG. 3 is a perspective view of a mirror mounting portion formed by a door outer mirror of the door mirror.

FIG. 4 is a perspective view of a molding structure of a conventional door mirror.

FIG. 5 is a sectional view taken along the line BB after the assembly of FIG. 4;

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Glass opening part 2 Door outer panel 3 Mirror mounting part 5 Mall 5a Peripheral molding 8, 8a Application area of ept seal 10 Mirror mounting part molding 11 Closure molding surface 11a Closure molding extension surface 15 Glass channel 20 Mold retainer 21 Retainer bottom 22 One side Retainer side surface 23 The other retainer side surface 24 Retainer extension surface 25 Mold joint surface

──────────────────────────────────────────────────続 き Continued on front page (58) Field surveyed (Int.Cl. ⁶ , DB name) B60J 5/04

Claims (1)

(57) [Scope of request for utility model registration] 1. A mirror mounting portion formed by a door outer panel at a triangular corner portion of a glass opening of an automobile door, and a mirror mounting portion extending between upper and lower peripheral moldings along the glass opening. A door mirror molding structure having a closed molding surface that closes according to the shape, and a door mirror protruding from a central opening of the molding closing surface, wherein the closing molding surface has a glass channel of a door glass. A closed molding extension surface is formed by extending from the mirror mounting portion so as to form an outdoor side surface, and a molding retainer for fixing the closed molding extension surface is provided with a retainer bottom surface joined to the closed molding extension surface, One retainer side surface that contacts the rear panel of the mirror mounting portion and the other retainer that forms the bottom surface of the glass channel. With the side surface, it is formed into a substantially U-shaped groove shape, and the other retainer side surface is extended and bent toward the rear of the vehicle to form a side surface of the glass channel on the vehicle interior side, and further, the retainer bottom surface and the The upper end portion of one of the retainer side surfaces is extended obliquely rearward to form a molding joining surface joined to the surface of the inverted L-shaped molding flange portion and the base portion on the peripheral surface of the glass opening near the rear of the mirror mounting portion. A molding structure for a door mirror, wherein a sealing material is interposed between the rear panel and the side surface of the one retainer so as to be continuous with the sealing material between the peripheral surface of the glass opening and the base.