JPH0591935U - Door mirror molding structure - Google Patents

Abstract

(57) [Abstract] [Purpose] To provide a door mirror molding structure capable of preventing wind noise and rain leakage in the vicinity of an automobile door mirror. A closed molding extension surface 11a is formed by extending the closed molding surface 11 from the mirror mounting portion 3 so as to form a side surface of the glass channel outside the passenger compartment. The molding retainer 20 for fixing the extension surface is attached to the closed molding extension surface 11a.
The retainer bottom surface 21 joined to the mirror mounting portion 3, the retainer side surface 22 that comes into contact with the rear panel of the mirror mounting portion 3, and the retainer side surface 23 that is the glass channel bottom surface are formed into a U-shaped groove, and the retainer side surface 23 is extended and bent. The side surface of the glass channel on the vehicle interior side is formed. The upper ends of the retainer bottom surface 21 and the retainer side surface 22 are extended obliquely rearward, and the molding joint surface 25 joined to the surfaces of the flange 5e and the base 5d of the molding 5 on the peripheral surface of the glass opening near the rear of the mirror mounting portion 3. To form. Between the rear panel and the side surface 22 of the retainer, the seal material is continuously provided to the seal material 8.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a door mirror molding structure that is attached to a triangular mirror mounting portion formed by a door outer panel at a corner portion of a glass opening of a door.

[0002]

[Prior Art]

 In FIGS. 4 and 5, a molding 5 is attached to the peripheral surface of the glass opening 1 of the door, and the molding 5 is attached to the triangular mirror mounting portion 3 formed by the door outer panel 2 in the corner portion. A mirror mounting portion molding 5A having a closed molding surface 5b having a shape corresponding to the shape of the mirror mounting portion 3 is attached so as to close the upper and lower peripheral molding portions 5a. The closed molding surface is formed with an opening 5c in which a door mirror is projected in the central portion, and is covered with a garnish 6 except for the peripheral molding portion 5a and the protruding portion of the door mirror.

[0003]

[Problems to be solved by the device]

 As shown in FIG. 3, the mirror mounting portion 3 is formed by squeezing the door outer panel 2 in the vehicle width direction. Therefore, the periphery of the glass opening 1 around which the base 5d of the inverted L-shaped molding 5 is mounted is mounted. The width of the face panel 2a becomes narrow. As a result, it becomes impossible to form the black-coated Epto seal application region 8 formed near the vehicle interior so as not to protrude between the rear surface of the base portion 5d and the peripheral panel 2a on the corner portion side. Therefore, for example, wind or rainwater enters from the gap between the base portion 5d and the panel peripheral surface 2a in front of the application area 8 as shown by an arrow A, and as shown in FIG. 5, the garnish 6 and the rear panel 3a, the hinge. The bottom surface 7a of the glass frame 7 having a U-shaped cross section that forms the glass channel of the door glass 4 between the integrated extensions of the side 3c and the rear panel 3a formed of the door outer panel 2 of the mirror mounting portion 3. There is a possibility that wind noise may occur and rainwater may enter into the door panel, reaching the gap 3b. Therefore, it is an object of the present invention to provide a door mirror molding structure of the kind described at the beginning that can prevent wind noise and rain leakage near the door mirror of an automobile door.

[0004]

[Means for Solving the Problems]

 The present invention is arranged in a mirror mounting portion formed by a door outer panel at a triangular corner portion of a glass opening in an automobile door, and the shape of the mirror mounting portion is provided between upper and lower peripheral molding portions along the glass opening. In order to achieve the above-mentioned object, in a door mirror molding structure, which has a closing mold surface that closes in accordance with the above, and a door mirror projects from a central opening of the molding closing surface, The molding surface (11) is extended from the mirror mounting portion (3) so as to form the side surface of the door glass (4) on the outer side of the cabin of the glass channel, thereby forming a closed molding extension surface (11a) and closing the same. A molding retainer (20) for fixing the molding extension surface, a retainer bottom surface (21) joined to the closed molding extension surface (11a), and a rear surface of the mirror mounting portion (3). One retainer side surface (22) contacting the flannel (3a) and the other retainer side surface (23) forming the bottom surface of the glass channel are formed into a substantially U-shaped groove shape, and the other retainer side surface is formed. (23) is extended and bent to 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 (21) and one upper end of the retainer side surface (22) are extended obliquely rearward. , The flange joint (5e) of the inverted L-shaped molding (5) on the peripheral surface (2a) of the glass opening near the rear of the mirror mounting portion (3) and the molding joint surface (joined to the surface of the base portion (5d) ( 25) is formed between the rear panel (3a) and one side surface (22) of the retainer, and the sealing material (8) between the glass opening peripheral surface (2a) and the base (5d) is continuously formed. Characterized by interposing 8a) To.

[0005]

[Action]

 When the molding (5) having the mirror mounting portion molding (10) is attached to the peripheral surface panel (2a) of the glass opening (1), the mold (5) located rearward of the mirror mounting portion (3) ( The seal material (8a) is also applied to the rear panel (3a) of the mirror mounting portion (3) continuously with the peripheral surface (2a) which is in contact with the back surface of the base portion (5d) of 5). As a result, the gap (3b) between the rear panel (3a) and the bottom surface (23) of the glass channel is such that the outer side surface of the passenger compartment is upward to the molding (5) and the front is a closed molding surface (11). It is shielded by a closed molding extension surface (11a) connected to the rear side, and the back is shielded by a sealing material (8a) between the back panel (3a) and the back surface of the retainer side surface (22).

[0006]

【Example】

 1 and 2 show a molding structure of a door mirror according to an embodiment of the present invention, in which the same or similar parts as those already described are designated by the same reference numerals. A triangular mirror mounting portion 3 formed by squeezing the door outer panel 2 toward the outside of the vehicle compartment at the corner of the glass opening 1 is made of metal or metal and a vinyl chloride sheet mounted along the periphery of the glass opening 1. A mirror mount molding 10 having a closed molding surface 11 that closes the upper and lower peripheral moldings 5a continuous to the configured molding 5 and has a shape corresponding to the mirror mounting 3 is attached. An opening 13 through which a door mirror is projected is formed in the center of the molding closing surface, and is covered with a garnish 6 except for the peripheral molding portion 5a and the protruding portion of the door mirror.

According to the present invention, the closed molding surface 11 is a closed molding extension surface that is extended from the mirror mounting portion 3 toward the rear of the vehicle so as to form a side surface of the glass channel 15 of the door glass 4 outside the vehicle compartment. 11a is formed. A vinyl chloride sheet 16 having a sealing function is attached to the end of this extension surface, and a glass run 17 is further engaged.

Reference numeral 20 denotes a molding retainer, and as shown in FIG. 1B, one of the bottom surface 21 of the retainer that contacts the closed molding extension surface 11 a and one of the rear panel 3a that faces the glass channel 15 of the mirror mounting portion 3 is contacted. The retainer side surface 22 and the other retainer side surface 23 forming the bottom surface of the glass channel 15 are formed in a substantially U-shape in a 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. A retainer extension surface 24, which is a side surface of the passenger compartment 15 on the vehicle interior side, is formed. Further, the retainer bottom surface 21 and the upper ends of one of the retainer side surfaces 22 are extended obliquely rearward, and the base portion 5d and the flange of the inverted L-shaped mold 5 of the peripheral surface panel 2a of the glass opening 1 near the rear of the mirror mounting portion 3 are extended. An L-shaped molding joint surface 25 is formed from the bottom surface extension surface 21a and the side surface extension surface 22a so as to contact the surface of the portion 5e. The closed molding extension surface 11a is spot-welded to the retainer bottom surface 21 and the molding joint 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 mounted along the peripheral surface panel 2 a of the glass opening 1, and the mirror mounting portion 3 is joined to the molding retainer 20 by the mirror mounting portion molding 10. Install. At this time, the Epto seal is applied to the rear panel 3a of the mirror mounting portion 3 continuously over the application area 8 over the application area 8a indicated by dots. Due to the assembly, the closed molding extension surface 11a extending rearward from the closing molding surface 11 forms a side surface of the glass channel 15 on the outer side of the vehicle compartment, and the retainer extension surface 24 is located inside the extended portion of the rear panel 3a and the hinge side 3c. Positioned to form the side surface on the inside of the vehicle. 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 has a closed molding extension surface 11a whose side surface outside the passenger compartment is upward and which is connected to the flange portion 5e of the molding 5. And the back side is shielded by an Epto seal application area 8a 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 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]

[Effect of the device]

 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 rear surface of the door mirror molding is extended to the peripheral surface of the glass opening by the molding molding retainer and the molding retainer joined to this surface. Since it can be surely sealed against the noise, wind noise and rain leakage are prevented in the door panel.

[Brief description of drawings]

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

2 is a cross-sectional view taken along the line AA after assembly in FIG.

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 conventional door mirror molding structure.

5 is a cross-sectional view taken along line BB of FIG. 4 after assembly.

[Explanation of symbols]

 1 Glass Aperture 2 Door Outer Panel 3 Mirror Mounting Part 5 Mall 5a Peripheral Mold 8, 8a Epto Seal Application Area 10 Mirror Mounting Part Mold 11 Closing Mold Surface 11a Closing Mold Extension Surface 15 Glass Channel 20 Mold Retainer 21 Retainer Bottom 22 One Retainer side surface 23 Other retainer side surface 24 Retainer extension surface 25 Mold joint surface

Claims (1)

[Scope of utility model registration request] 1. A mirror mounting portion formed by a door outer panel at a triangular corner portion of a glass opening portion of an automobile door, and a mirror mounting portion is provided between upper and lower peripheral molding portions along the glass opening portion. In a door mirror molding structure that has a closing molding surface that closes according to the shape, and a door mirror projects from the center opening of this molding closing surface, the closing molding surface has a glass channel of a door glass. A molding retainer that extends from the mirror mounting portion to form a closed molding extension surface so as to form an outdoor side surface, and a molding retainer that fixes the closing molding extension surface, and a retainer bottom surface that is joined to the closing molding extension surface, One side of the retainer that contacts the rear panel of the mirror mount and the other side of the retainer that forms the bottom of the glass channel. With the side surface, the groove shape is formed in a substantially U shape, and the other side surface of the retainer is extended and bent toward the rear of the vehicle to form a side surface of the glass channel on the vehicle interior side. An upper end portion of one side surface of the retainer is extended obliquely rearward to form a molding joint surface to be joined to the surface of the flange portion and the base portion of the inverted L-shaped molding on the peripheral surface of the glass opening portion 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.