JPH0586621U - Retainer for windshield - Google Patents

Abstract

(57) [Abstract] [Purpose] A holder for vertically positioning a window glass that can be adhered to a frame of an automobile, and to hold the holder with finer steps between individual support surfaces. Can
In addition, the support surface should not bend when the window glass is loaded. [Structure] Pin 2 for holding window glass 11 is holding member 1
A plurality of upper and lower parts are arranged in parallel with each other and are slidably inserted into the corresponding holes of the holding member 1. Further, only half the length of the pin projects from the plate surface of the holding member 1.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention is a holder for vertically positioning a window glass that can be adhered to a frame of an automobile, and includes a holding member that can be inserted into a lower lateral frame, and a holding member connected to the holding surface of the window glass. Of the type consisting of a large number of support steps, which are vertically indentable and which are provided with ascending support surfaces.

[0002]

[Prior Art]

 Adhesive glazings, such as windshields, are usually mounted automatically using free arm robots. The window pane must then be positioned at a certain distance to the window frame and must be positioned by the retainer until the adhesive has set. In this case, in the automobile manufacturing industry, in addition to the holder with a supporting surface that can be adjusted by input, a holding device that automatically adjusts the supporting member to each height of the lower edge of the window glass is used. Items have also been proposed.

The invention starts from a holder in which support bars arranged one above the other at equal intervals are integrally connected to a holding member via elastically compressible spring legs. In that case, the rim of the glazing rests after the positioning of the glazing on the supporting bar respectively located below it, while the supporting bar located above is pressed by the glazing. ing.

However, a retainer of this kind, known for example from EP 230837, has various drawbacks. This means that, on the one hand, the wall thicknesses of the support bars required for structural reasons result in too rough steps between the individual support surfaces and, on the other hand, for die-cutting technical reasons. There must be a certain distance between the support bars of the support bar, which must first be pushed in by the window glass to be supported until the support effect is achieved during insertion of the retainer. .. The higher the lower window pane edge is positioned, the more support bars will be overlapped and pressed, and the windowpane will be immobile with all support bars overlapped. Slide deeper downwards until it is in position. In other words, the positioning is extremely incorrect in practice. In addition, the construction of this retainer requires a slightly uneconomical mold, which requires a separate stamping slider so that the intermediate chamber between the laterally bent spring legs can be stamped. However, this means that the manufacturing cost will rise without repairing.

[0005]

[Problems to be solved by the device]

 The problem of the present invention is to improve the individual holders by modifying the holders mentioned at the beginning, taking into account the requirements placed on the holders and the fact that they require a supporting function until the end of the bonding process. By making it possible to provide finer steps between them and to prevent bending of the support surface when a load is applied by the window glass, the manufacturing cost is reduced as much as possible. It is to blame.

[0006]

[Means for Solving the Problems]

 According to the present invention, the above problems can be solved by the features of claim 1. In that case, the second and subsequent claims describe other effective configurations for the present invention, which will be described in detail in the description of the following embodiments of the present invention.

[0007]

【Example】

 The holder is mainly composed of a plate-shaped holding member 1 and a large number of pins 2 arranged in parallel with each other and above and below, and the pins 2 are slidably inserted into corresponding holes 3 in the holding plate 1. And protrudes from the plate surface by at least half the pin length. In this case, the holes 3 are distributed on the plate such that they are arranged on a line "L" which is inclined-as viewed in the direction of "A" and rising upwards, so that the pins 2 are Each of them rises stepwise by a distance S.

The holding plate 1 is integrally formed with the cut-out section 6 of the mounting plate 5, and the vibration damping rubber plate 7 is inserted into the section 6.

The simplest production of the holder is performed as follows. In other words, the pin 2 is ejected together with the holding plate 1 at the position outside the hole 3 and in front of the arrow "P" in FIG. 1 and then pushed into the hole 3 in a special process.

The function of the retainer is clearly illustrated in FIGS. 3 and 4. In the interior of the automobile window frame shown in cross section, a beet-shaped adhesive is applied in an annular shape, and the window glass 11 is lowered onto the adhesive using a grip 12 and the adhesive of the adhesive is removed. After curing, it is held immobile in the frame. Furthermore, at least two retainers are inserted in the transverse frame 9 further below, the retaining member 1 being fixedly connected to the frame plate in some conventional manner--for example by double-sided adhesive tape. Has been.

When the lower edge 13 of the windowpane 11 is lowered onto the holder, the pin 2 on which the windowpane 13 is placed is immediately pushed into the hole 3 of the holding member 1. However, the unpinned pins of the glazing edge 13 are not pushed in and remain outside, so that the glazing edges 13 are each supported on the uppermost pin 2 still protruding. And thereby holds it in place until an adhesive bond is formed between the windowpane 11, the beet-shaped adhesive 12 and the transverse frame 9, that is until the adhesive solidifies.

In this case, the lower window glass edge 13 can vary in height by a permissible range “T”. As a result, the height compensation by the holder can be realized based on the pins arranged in various height stages.

[Brief description of drawings]

FIG. 1 is a plan view of a holder of the present invention.

2 is a side view of the holder shown in FIG. 1. FIG.

FIG. 3 is a view of a window frame with an integrated retainer when crimping a window glass.

FIG. 4 is a view showing a state in which the window glass is assembled after being pressed.

[Explanation of symbols]

 1 holding member 2 pin 3 hole 4 plate surface 5 mounting plate 6 division 7 rubber plate 8 injection patch 9 lateral frame 10 beat-like adhesive 11 window glass 12 grip 13 window glass edge L line P arrow S distance T allowable range

Claims (3)

[Scope of utility model registration request] 1. A holding device for vertically positioning a window glass that can be adhered to a frame of an automobile, the holding member being insertable into a lower transverse frame, and a window glass flat surface connected to the holding member. Of a type consisting of a number of support steps with rising support surfaces that can be pushed perpendicularly to, with a number of tilted side-by-side arrangements and one above the other Pins (2) are slidably inserted into corresponding holes in the plate of the holding member (1) oriented parallel to the window glass,
And at least half of the pin length is the plate surface (4)
A retainer for the windshield, characterized in that it is protruding from the. 2. A holder as claimed in claim 1, characterized in that the pins (2) arranged in a stepwise manner extend along a line "L", which respectively rises in an inclined manner. 3. A holder according to claim 2, characterized in that the two pins (2) of each of the two pin rows arranged one above the other are located on the same step.