JPH0544166Y2 - - Google Patents

Description

[Detailed description of the invention] (Field of industrial application) This invention is a molding that is used for the front of a vehicle such as a car and is interposed between the body panel and the front glass plate. This invention relates to a front molding for seamlessly mounting both the left and right side parts and the upper surface using an insertion leg part having a section and a fitting support piece.

(Prior Art) Generally, the molding used for the windshield of this type of vehicle is one that connects the vehicle panel and the glass plate through an adhesive, but the molding does not connect the vehicle panel and the glass plate through an adhesive. Molding is used to close the gaps that occur and to improve the appearance. In recent years, this molding has had grooves on the left and right sides of the front glass plate that fit the glass plate, and adjacent to the top of the grooves, rainwater can scatter during operation and enter the driver's seat. A rainwater catchment groove is used to prevent rainwater from leaking. However, since these two upper and lower grooved moldings cannot be used on the upper part of the same front glass plate, the structure is such that moldings with separate cross-sectional shapes and L-shaped corner joints are used. Therefore, these front glass plate moldings have a structure in which they are attached using three types of parts: left and right side parts, upper moldings, and corner joints, which makes workability difficult. The drawback was that it was expensive, and the corner joints were very unsightly and easily damaged.

(Problem that the invention aims to solve) The molding used for the front glass plate is made by pasting two types of glass with separate cross-sectional shapes on the left and right sides and the top, and then using one type of molding. The glass plate is held between the main moldings to improve workability at the corners, and the entire exposed surface is beautifully finished, and by eliminating the need for corner joints, it has an excellent appearance. The aim is to obtain a strong molding.

(Means for Solving the Problems) In order to solve all the above-mentioned problems, the molding of this invention consists of an insertion leg with a main head and an insertion support piece that plays an auxiliary role. It consists of: A rainwater receiving groove is provided below the head on the side surface of the insertion leg on the glass plate side to form an upper support piece and a lower supporting piece, and a number of rainwater receiving grooves are provided at a predetermined interval on the inner bottom of the rainwater receiving groove. At the upper part of the front glass plate, cut the upper support piece and the lower part of the insertion leg, and insert the insertion hole in the insertion support piece, which has a U-shaped cross section. The above object is achieved by fitting and supporting the piece into the insertion hole.

(Example) Next, to prove an example of this invention with reference to drawings, a car body panel 1 for various vehicles such as automobiles is shown.
6 and the front glass plate 13, the molding 1 includes an insertion leg 3 having an upper head 2 serving as the main body, and an auxiliary insertion leg 3 that fits into the insertion leg 3. A fitting/receiving piece 4 which plays a role is constructed of hard synthetic resin in the longitudinal direction. This insertion leg 3
A rainwater receiving groove 7 is provided below the head 2 in the longitudinal glass plate, and an upper support piece 5 is protruded.
An insertion groove 8 into which the left and right side surfaces of the glass plate 13 are fitted is provided at the lower part of the upper support piece 5, and a lower support piece 6 projects below the insertion groove 8.
The inner bottom of the rainwater receiving groove 7 in the molding part of the upper part 12 used above the front glass plate 13 is provided with insertion holes 9 of various shapes at predetermined intervals.
9... is drilled. In addition, the upper part 12 above the front glass plate 13 is cut out along the perforation line 20 at the base of the upper support piece 5 as shown in FIG.
It is becoming more and more excised.

Next, the fitting receiving pieces 4 that are engaged with the insertion holes 9, 9, . A bulge 17 is formed at the tip of 10. Further, the insertion hole 9,
Insertion protrusions 15, 15 to be fitted into the holder 9 are formed at a predetermined interval.

Next, the molding 1 inserts both edges of the glass plate 13 between the upper support piece 5 and the lower support piece 6 on the left and right side surfaces 11, 11 of the glass plate 13, as shown in FIG. A rainwater receiving groove 7 is left in the upper part of the glass plate 13. Also, the upper part 1 located above the corner part of this molding 1
2, the upper support piece 5 is removed along the cut-off line 18 at the bottom of the insertion leg 3 and the cut-off line 20 at the base of the upper support piece 5, as shown in FIG. The insertion protrusions 15, 15 of the fitting support piece 4 are engaged and fitted into the insertion holes 9, 9 as shown in FIG. Then, this lower side support protrusion 10 and the head 2
The upper end edge of the glass plate 13 is inserted and stretched between the two. Reference numeral 21 indicates an adhesive.

(Function) This device has the above-mentioned configuration, and to explain how to use it now, there is a gap between the vehicle body panel 16 of the vehicle body 19 shown in FIG. 1 and the glass plate 13 as shown in FIGS. 5 and 6. The molding 1 of this invention is bonded to the left and right sides 11 of the glass plate 13 with an adhesive 21 interposed therebetween.
11, as shown in FIG. 5, a glass plate 13 is placed between the upper support piece 5 and the lower support piece 6 as shown in FIG.
Insert the edge of the Further, as shown in FIG. 6, the portion of the upper portion 12 that is bent at the corner portion is cut out along the upper support piece 5 and the lower portion of the insertion leg portion 3 along the perforation lines 18 and 20. The insertion protrusions 15, 15, . Rainwater catch ditch 7
It constitutes the upper part 12 without a.

(Effect of the invention) As described above, according to this invention, the molding consisting of the insertion leg with the upper head and the fitting receiving piece is used to form the left and right sides of the glass plate with rainwater receiving grooves. and a continuous upper part without an upper rainwater receiving groove, which allows the glass plate to be attached easily, and a part of the insertion leg part and the upper support piece are removed, and a part of the insertion support piece is formed. The effect is that the upper edge of the glass plate can be clamped to the upper part where there is no rainwater receiving groove simply by engaging. In addition, there is no need to use a corner joint member as in the conventional case, and the molding is bent and used, so the finish of the corner portion is very beautiful and the product can be installed firmly. Further, there is an effect that the fitting receiving pieces provided at a predetermined interval in the inner bottom of the rainwater receiving groove can be easily and securely fitted to the inner bottom of the rainwater receiving groove in the upper part, and the two can be firmly locked together. In addition, by forming the cross section of the fitting support piece into a substantially U-shape, it is firmly latched to the insertion leg, and the support of the glass plate at the upper part is controlled by the bottom edge of the fitting support piece. The supporting sides have the effect of making it more solid.

[Brief explanation of the drawing]

Figure 1 is a slope view of a car body using this invention, Figure 2 is a cutaway slope view of the part where the molding and glass plate are attached, and Figure 3 is a slope view of the molding that is the main body of this invention. Figure 4 is a perspective view of the fitting support piece, Figure 5 is a sectional view of the side molding,
FIG. 6 is a longitudinal cross-sectional side view of FIG. 1 A-A. 1 is a molding, 2 is a head, 3 is an insertion leg, 4 is a fitting support piece, 5 is an upper support piece, 6 is a lower support piece, 7 is a rainwater receiving groove, 8 is an insertion groove, 9 10 is an insertion hole, 10 is a lower support protrusion, 11 is a side part, 12 is an upper part, 13 is a glass plate, 15 is an insertion protrusion, 18, 2
0 is a cutting line, and 21 is an adhesive.

Claims (1)

[Scope of utility model registration request] An insertion leg 3 integrally formed with the upper head 2
and a fitting support piece 4 that fits into the insertion leg 3. On the longitudinal side surface of the insertion leg 3 on the glass plate 13 side, rainwater is kept below the head 2. Receiving groove 7
is provided to protrude the upper support piece 5, and the upper support piece 5
, an insertion groove 8 for the glass plate 13 is provided in the lower part to form the lower support piece 6, and the rainwater receiving groove 7 is provided with several insertion holes 9 at predetermined intervals in the inner bottom. Moreover, the fitting receiving piece 4 is formed into a substantially U-shaped cross section with insertion protrusions 15, 15 provided at a predetermined interval on the upper part, and the upper supporting piece 5 and the upper supporting piece 5 are formed on the left and right side surfaces 11, 11 of the front. Glass plate 1 is placed between lower support piece 6
3, and insert the upper part 12 above the front.
Now, the lower part of the insertion leg 3 and the upper support piece 5 are cut out, and the insertion protrusions 15, 15 of the insertion support piece 4 are removed.
are fitted into the insertion holes 9, 9, and the fitting receiving pieces 4
This front molding is characterized in that the upper edge of a glass plate 13 is inserted between the lower side supporting protrusion 10 and the head 2.