JPH0732189Y2 - Mounting structure for peripheral moldings for automobile front window glass - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial application] The present invention relates to a structure for mounting a peripheral glass molding for a window glass attached along the peripheral edge of a front window glass of an automobile.

[Prior Art and its Problems] The present invention relates to a peripheral molding mounting structure that is mounted along a peripheral edge of a front window glass between a window opening portion and rims while covering a gap formed between the both. In particular, the problem to be solved in this invention is to improve the peripheral moldings fitted to the front window so as to ensure a stable mounting state.

As is well known, many peripheral moldings currently in use are molded products made of synthetic resin by an extrusion molding method, and are mounted by being fitted along the peripheral edge of the window glass. ing. This peripheral mall may have the same shape around the entire circumference of the window glass, but in the case of the front window glass, one with a rain gutter, which is a groove for guiding rainwater, is used for the side edge molding. It may be done. In this case, since the shape of the molding is different from that of the molding on the upper edge, it is not possible to simply wind a single peripheral molding formed by extrusion molding along the peripheral portion. Normally, in this case, two types of moldings with different shapes are used for the upper edge and the left and right side edges, and a corner member is inserted in the corner of the window where they collide to connect and integrate the ends of both moldings. The method is adopted.

The invention described in Japanese Utility Model Laid-Open No. 63-65514 is an example of a mounting structure proposed by the applicant of the present invention, in which different shaped moldings are connected to each other and mounted along the peripheral edge of the window glass.

This proposed proposal achieves its purpose by connecting different-shaped moldings and covering the window corners with corner members, but the corner members shown here make the insertion depth of the peripheral moldings inserted from both ends constant. Since it is difficult to adjust the length of the molding during the mounting work, and the corner member that connects both peripheral moldings does not have a fixing means for the window opening, the mounting state is unstable and there is a risk of coming off. Moreover, in addition to this instability, there is a risk that it may be flattened inside the window due to being attracted to the window glass side with the molding, especially at the corners, creating a void, and due to these relationships workability There was a problem that it was bad.

Among these problems, in order to ensure the stability of the mounting of the corner member, an improved proposal has been made in which a locking leg is vertically provided on the conventional corner member and the locking leg is locked to the peripheral portion of the window glass. Even in the proposal, the problem of being attracted to the window glass side and being flat was not solved, and a defect that a void was left remained.

[Purpose of the Invention] The present invention was devised in order to improve the above-mentioned problems in the conventional mounting structure for the peripheral molding, and the main purpose thereof is to connect the upper molding and the side molding. The insertion depth can be arbitrarily selected for each corner member to absorb the error of the cutting length of the extruded molding and the installation can be performed in a normal state at the same time. It is locked to both the peripheral edge and the window opening to prevent flattening to the window glass side to prevent the formation of voids. Furthermore, it can be mounted in a stable state and is mounted accurately and robustly. The object of the present invention is to provide a mounting structure for a peripheral molding which is obtained.

[Means for Solving Problems] The present invention has been made based on the above-mentioned object, and is characterized by a side edge molding with a rainwater guide groove provided along a side edge of a front window glass, Along the upper edge molding that is attached along the upper edge of the window glass, the corner member that connects the abutting ends of both moldings, and the standing wall surface of the mounting recess that is formed along the window opening that is opened in the automobile body. In a mounting structure of a peripheral molding for window glass, which is composed of a clip having a molding locking claw that is fixedly secured, the side edge molding and the upper edge molding are formed from a thick strip-shaped head and a lower surface thereof. An engaging leg portion having an engaging portion that is vertically installed and engages with the peripheral edge of the window glass and an engaging claw piece that engages with an engaging claw of the clip are integrally provided, while the corner member has one surface. Is a long material that is opened over the entire length Is bent into a substantially L shape along the corner of the window opening, one half of which is in the head cross section of the upper edge molding and the other half is in the head cross section of the side edge molding. When the molding is formed, the heads of both moldings are inserted from both ends and connected to each other at the required depth, and at the same time, the locking leg portions and the engaging claw pieces of both moldings are projected from the opening of the corner member to engage the locking leg portions. An object of the present invention is to provide a mounting structure for a peripheral edge molding for a front window glass of an automobile in which a stop portion is engaged with a peripheral portion of a window glass and an engaging pawl piece is engaged with a locking pawl of a clip.

In the above-mentioned mounting structure of the present invention, the corner member is made of a metal material such as stainless steel, and the left and right side edge moldings and the upper edge molding are extruded products similar to the conventional synthetic resin molding, and the edge of the window opening to which this is attached. It will be cut and used according to the length.

As described above, the upper edge and the side edge moldings are different from each other in the cross-sectional shape of the head formed in the shape of a strip, and the cross-sectional shapes of the locking leg portion having the locking portion and the engaging claw piece are the same. They are the same, and this makes it possible to install them under the same conditions. In particular, the commonality of the engaging claw pieces is important in matching the engagement with the locking claws of the clip fixed to the window opening of the body, and one clip can be shared by matching the shapes. Will be things.

Further, in the present invention, with respect to the above-mentioned clip, the locking claw provided on the clip is extended from the middle of the height of the surface, so that when it is fixed along the corner of the window,
If a slit is provided at the required gap to obtain that flexibility,
This cutting does not reduce the strength.

Hereinafter, the embodiment illustrating the present invention will be further described,
The features will be described in detail.

[Embodiment] The drawings and FIG. 1 are exploded perspective views before attachment, and FIG.
The figure shows a perspective view of a clip fixed to the standing wall of the window opening, the window glass is fitted inside the mounting recess of the window opening, and immediately before the peripheral molding is mounted. FIG. 2 is an enlarged vertical cross-sectional view of the state of use taken along the line III-III shown in FIG. 2, and FIG. 4 is an enlarged vertical cross-sectional view of the state of use taken along the position of line IV-IV. is there.

In the drawings, 1 is a side edge molding mounted along the side edges of the front window glass 2, 3 is an upper edge molding mounted along the upper edge of the window glass, and 4 is a corner portion of both moldings. Is a corner member that connects the end portions that abut each other, and 5 is a clip for locking the molding to the window opening 7 side of the automobile body 6.

The side edge molding 1 and the upper edge molding 3 are both extruded and molded from synthetic resin, and the side edge molding 1 further raises one side edge of the head portion 1a formed to have a thick wall and the rainwater guide groove 1b. The other side edge is gradually thinned toward the end, and the engaging claw piece 1d provided with the claw 1c at the tip is vertically provided downward from the edge. Then, a locking leg 1f is hung from the lower surface of the head through the bent portion 1e, and a flip-up piece extending from the leg end and a suspension extending from the base end are provided on one side surface of the leg. An engaging portion 1g formed in a substantially triangular shape with the piece is provided.

On the other hand, the upper edge molding 3 is different from the above-mentioned side edge molding in that the head 3a is formed thin because it does not have a rainwater guiding groove, but an engaging claw piece 3d having a claw 3c except this is provided. ,
The locking legs 3f having the locking portions 3g are provided in common, and they are formed to have the same cross-sectional shape.

The corner member 4 is formed by bending a metal plate,
The cross-sectional shape of the whole is C-shaped, one side surface is open, and an opening 4a is provided over the entire length. This corner member is bent into an L-shape in conformity with the corner portion of the window opening 7 described later, one half of which has a cross-sectional shape that matches the cross-sectional shape of the head 1a of the side edge molding 1 and the other half Each is formed in a cross-sectional shape that matches the cross-sectional shape of the head 3a of the upper edge molding 3, and a lip 4b made of synthetic resin is provided over the entire length at the inner folded edge.

The clip 5 is for fixing both the side edges and the upper edges of the moldings 1 and 3 to the body 6 side of the automobile. The clip 5 is in the middle of the height of the surface side of the strip plate-shaped main body, here approximately the middle. A locking claw 5a for fixing the side edge molding and the upper edge molding is provided in the portion along the length direction.

The locking claw 5a is erected upward along the surface as shown in the drawing, and has a claw 5b on the inner surface of the tip thereof.

As is generally practiced, the window opening 7 provided in the automobile body has a structure in which the body surface is recessed inward to form a mounting recess 8 in the periphery, and the window glass 2 is fitted into this mounting recess. is there.

Before the window glass 2 is fitted, the clip 5 is adhered to the standing wall surface 9 of the mounting recess via the adhesive tape 10, and then the window glass 2 is fitted and inserted between the flange 11 of the mounting recess. It will be stopped by the adhesive 12 that does.

The clip 5 is adhered over the entire length of the upper edge of the window opening 7 and the left and right side edges. At this time, the clip 5 has a required distance from the lower edge side in the middle of the length corresponding to the corner of the window opening. A plurality of slits 13 are provided in advance so as to be in complete contact with the curved surface of the corner portion for stable mounting.

In this way, after the clip 5 is fixed to the window opening and the window glass is fitted, the side edge molding 1 and the upper edge molding 3 are mounted.

The two moldings are first connected through the corner member 4 and then mounted. The moldings 1 and 3 are connected to each other by inserting one end into an end of a corner member 4 formed to match the shape of the head 1a. Then, both moldings pass through the opening 4a of the corner member and the locking legs 1f, 3f and the engaging claw pieces 1d, 3d.
It will be fitted and connected while sticking out.

Thus, the left and right side edge moldings 1 and 1 are connected to one via the upper edge molding 3 via the corner member 4, and then the window glass 2
The mounting is performed by pushing the locking leg portion between the clip opening and the window opening 7 to which the clip 5 is fixed.

Figures 3 and 4 show the state where the mounting is completed.The side edges and the upper edge moldings 1 and 3 are locked by pushing the locking legs 1f and 3f into the gaps. Is engaged with the peripheral edge of the window glass, and similarly the engaging claw pieces 1d, 3d are thrust into the inside of the locking claw 5a to hook the claws 1c, 3c. By this locking, it is locked to both the window glass and the window opening, and each head 1a, 3a presses one side edge to the surface of the window glass and the other side edge to the body side to bring them into close contact with each other to form a gap. It will happen.

The side edge moldings and the upper edge moldings are attached over their entire lengths and at the ends fitted into the corner members 4 as shown in the figure, and the corner members are attached to the window glass and the window opening by this locking. Will be fixed against.

The insertion of the ends of both moldings into the corner member 4 is carried out according to the lengths of the side edges of the window opening corresponding to each other, but the locking leg portions are provided in the gap between the window glass and the window opening. If there is a difference in length when the is pushed in and attached, the insertion allowance is adjusted to eliminate this.

Although the present invention has been described with reference to the embodiments, the corner member 4 may be a molded product made of synthetic resin in addition to a metal material, and the material is not limited. Further, the corner member 4 has an outer cross-sectional shape that matches the cross-sectional shape of the side edge molding 1 and the upper edge molding 3 at the ends, respectively. Needless to say, it is necessary to scrape and insert a portion corresponding to the wall thickness of the corner member. Of course, this does not prevent the corner member from being formed to a size such that the end of the molding can be inserted into the corner member, and these can be arbitrarily selected by the designer.

As shown in the embodiment, the locking legs 1 of both moldings 1 and 3
When f and 3f are extended to the lower surface of the heads 1a and 3a via the bent portions 1e and 3e, the freedom of swinging of the locking legs and the freedom of one side edge that abuts the body side of the head As a result, the locking leg portion has better insertability, and the head portion has better adhesion to the body side. Further, when the head is bent and shaped into a concave arc surface with one side edge facing outward, the adhesion to the body side (the upper edge of the clip 5 in the illustrated embodiment) is improved and dust is effectively prevented from entering. You can

Further, when the slit 13 is provided by deriving the locking claw 5a from the middle of the surface height of the clip 5, it is possible to expect a strong locking force without being weakened by cutting the slit.

[Effects of the Invention] The present invention is configured as described above, and the side edge molding and the upper edge molding that are in contact with each other at the corner portion are connected together by the corner member so that the respective locking leg portions are simultaneously formed. And the engaging claw pieces are provided, and the legs and the claw pieces are used to engage with the window glass and the window opening, respectively, so that stable and reliable attachment can be achieved. become. Moreover, in this invention, both moldings are stopped at the window opening side through the clip, and at the same time, the corner member is stopped at the window opening side through the clip as described above, so that it is not pulled toward the window glass side. ,
Therefore, it does not flatten and form voids as in the conventional case.

Further, since the mounting structure of the present invention allows the side edge molding and the upper edge molding both to be freely inserted into the corner member, the insertion depth can be freely selected. When a mounting failure occurs due to the difference, the insertion depth of the end portion can be adjusted to easily absorb the difference, so that there is an advantage that the mounting failure does not occur and the work is facilitated.

[Brief description of drawings]

The drawing, FIG. 1 is an exploded perspective view before mounting, and FIG.
The figure shows a perspective view of a clip fixed to a standing wall surface of a window opening, a window glass fitted inside the mounting recess of the window opening, and a state immediately before mounting a peripheral molding, FIG.
The figure shows an enlarged vertical section of the state of use taken along the line III-III shown in Fig. 2, and Fig. 4 shows an enlarged vertical section of the state of use taken along the line IV-IV. It is a figure. 1 ... Side edge molding, 1a ... Head part 1b ... Rainwater guiding groove, 1d ... Engaging claw piece 1f ... Locking leg part, 1g ... Locking part 2 ... Window glass, 3 ... Top Edge molding 3a ...... Head part, 3d …… Engaging claw piece 3f …… Locking leg part, 3g …… Locking part 4 …… Corner member, 4a …… Opening part 5 …… Clip, 5a …… Locking Claw 6 ... Automobile body, 7 ... Window opening 8 ... Mounting recess, 9 ... Standing wall surface

Claims (2)

[Scope of utility model registration request] 1. A side edge molding (1) with a rainwater guide groove (1b) provided along a side edge of a front window glass (2), and an upper side provided along an upper edge of the window glass (2). Edge mall (3)
And a corner member (4) connecting the abutting ends of both malls, and a standing wall surface (9) of a mounting recess (8) formed along a window opening (7) opened in an automobile body (6). The side edge molding (1) and the upper edge molding (3) have a thick band plate shape, and the side edge molding has a clip (5) having a molding locking claw (5a) fixed along the side edge molding. In (1), the locking legs have the heads (1a, 3a) provided with the rainwater guiding groove (1b) and the same locking parts (1g, 3g) from the lower surface of the heads, respectively. Part (1f, 3f) and engaging claw piece (1d, 3c) having claws (1c, 3c)
d) and the corner member (4) on the other hand, and the corner member (4) is a long member whose one surface is opened over the entire length, and the middle of the length is substantially along the corner of the window opening (7). It is bent into an L shape, and one half of the cross section is the head (3a) of the upper edge molding (3), and the other half is the cross section of the head (1a) of the side edge molding (1). Form the heads of both moldings from both ends (1a, 3
a) is inserted and connected at a required depth, and at the same time, the locking leg portions (1f, 3f) and the engaging claw pieces (1d, 3d) of both moldings are projected from the opening portion (4a) of the corner member (4). The locking portions (1g, 3g) of the locking legs on the peripheral edge of the window glass (2), and the claws (1c, 3c) of the engaging claw pieces on the locking claws (5a) of the clip (5). ) Is attached to each of the above. 2. The utility model registration claim, wherein the molding locking claw (5a) provided on the clip (5) is derived upward from the middle of the height of the surface portion and engages with this. The engaging claw pieces (1d, 3d) to be engaged are the vehicle body (6) of the heads (1a, 3a) of the side edge molding (1) and the upper edge molding (3).
A structure for mounting a peripheral molding for a front window glass of an automobile, characterized in that it is vertically installed from one side edge that comes into contact with.