JPS6231293Y2 - - Google Patents

Description

[Detailed Description of the Invention] (Industrial Application Field) This invention relates to a mounting holder for holding a molding attached around a window glass of an automobile.

(Prior Art) Conventionally, this type of holder, also called a molding clip, is of a type in which the main body is adhered to the inner surface of the glass receiving frame of the body with double-sided tape.

(Problem to be solved) However, with this clip, there is a reaction force that occurs when the molding is attached, that is, a force that acts in the direction of peeling off the main body from the body side, and a Because appropriate technical measures have not been taken to properly bond and hold the main body in consideration of the facing distance from the peripheral edge of the window glass, especially when there is variation in the above-mentioned facing distance, the main body cannot be attached to the receiving frame. The force to press it cannot be applied effectively. Therefore, with such a clip, even if the molding is engaged and attached to the hook part of the main body, the reaction force when attaching the molding will cause
The adhesive strength of the main body is canceled out and weakened, and as a result, the main body tends to be merely temporarily attached with double-sided tape, resulting in insufficient (defective) adhesion.
The molding could not be held securely for a long period of time.

(Means for Solving the Problems) The present invention was made to solve the above-mentioned problems with conventional clips, and even if a reaction force is applied when the molding is attached, it is possible to maintain an appropriate pressing force on the body side after the molding is attached. The purpose of the present invention is to provide a mounting holder that can firmly press the main body and absorb variations in the facing distance between the body and the window glass to hold the molding stably for a long time. A mounting holder for a molding that is adhesively fixed in a glass holder frame of the invention, and has a hook piece in the center that elastically engages with the molding, and a hook piece on both sides that is glued to the inner surface of the glass holder frame part and has a hook piece in a predetermined position. A main body consisting of a support plate with protruding pieces is provided, and the main body can be folded back to face the front side of the main body via approximately U-shaped bending joints on both sides, and can press the end face of the window glass. For an automobile mall, the pressing vanes are provided with a pair of pressing vanes that can be opened and retracted, and each of the pressing vanes is provided with an engaging piece that rises upward and a hook that can be engaged with and detached from the claw piece. It consists of a mounting fixture.

(Example) The present invention will be described below based on an example. 1st
The mounting holder of this example shown in Figs. 4 to 4 is constructed in a single piece based on press molding from a thin spring material, and the lower edge of the main body 1 has a receiving frame portion B of the body.
A seat line 2 is formed with respect to the bottom surface, and a U-groove 3 in the center forms a hook piece 4 and support plates 7 on both sides, and each support plate 7 has a pair of pressing vanes 10 that can be elastically opened and closed. is formed by bending. The hook piece 4 has a receiving part 5 for the molding M at its upper end, and an outwardly extending claw part 6 capable of elastically engaging with the flange part f1 of the molding at its lower part. Each support plate 7
has a double-sided tape 8 adhered to the inner surface of the receiving frame B attached to its outer surface, and a claw piece 9 that can be elastically deformed protrudes inward from the U-groove 3 side. Note that tape 8
For convenience, one sheet having the same length as the main body 1 is shown as an example.

Each pressing vane plate 10 is formed in a series in a cantilevered manner from the outer end of each support plate 7 of the main body 1 via a U-shaped bent connecting portion 11, and has the claw piece 9 at its free end. hook mouth 12, flange part f1 of molding M
An engagement piece 13 for the window glass G and an abutment edge 14 for the end surface of the window glass G are formed, respectively. Normally, each wing plate 10 is brought into a narrowly closed state facing the support plate 7 at an appropriate interval by engagement between the claw piece 9 and the hook opening 12, and when the molding is pushed in, both 9 and 12 are separated to close the window. It is brought into an expanded state in which it freely extends toward the glass side. Incidentally, the intervals W1 and W2 of each wing plate 10 in the open and closed states are the distances between the receiving frame portion B and the window glass G.
W1>W>W2 is set in contrast to the facing distance W, and within this range, it is possible to elastically deform and exert an effective pressing force.

In addition, with respect to the engagement piece 13 of each wing plate 10, the molding receiving part 5 at the upper end of the hook piece 4 is set appropriately high, and the claw part 6 is set appropriately low (see FIG. 3). On the other hand, the engagement and disengagement between the claw piece 9 and the hook mouth 12 is performed by utilizing elastic deformation of the pressing vane plate 10 in the vertical direction using the bent connecting portion 11 and elastic deformation of the claw piece 9 in the inner and outer directions. It can be done easily. Guide surfaces may be formed in the opposing surfaces of both 9 and 12 by rounding, slanting, or the like. 15 is a sealing member for bonding window glass, 16
indicates a dam.

Therefore, the mounting holder of this example constructed as described above can be easily implemented as shown in FIG. 4 based on the procedure of mounting the main body 1 to the body and pushing the molding M. That is, as shown in FIG.
is adhesively fixed to a predetermined position on the inner surface of the receiving frame part B via the seat edge 2 and double-sided tape 8. In this state, the distance between the receiving frame portion B and the claw portion 6 of the hook piece 4 is appropriately narrower than the width of the flange portion f1. Then, as shown in FIG. Push in the direction.

In this process, the molding M is first locked by engaging the flange part f1 with the claw part 6 by utilizing the elastic deformation of the hook piece 4 inward (to the right side) as shown in FIG. On the other hand, as shown in FIG. is the claw piece 9 and the hook mouth 12
As soon as it is released by separating from the window glass, it is brought into an expanded state by its own elastic force, and its contact edge 14 is pressed against the end surface of the window glass G as shown in FIGS. 2 and 4 C.

As a result, as shown in Fig. 4C, for the molding M, the outer flange part f1 was pressed against the body under the stress caused by the elastic deformation of the hook piece 4, and the inner flange part f2 was brought into close contact with the upper surface of the window glass G. It is maintained in its normal position at the required height. On the other hand, regarding the main body 1, the stress caused by the elastic deformation of both wing plates 10 described above is strongly applied to the window glass G side, and the reaction force is reduced to a pressing force P.
1, both support plates 7 are sufficiently effectively received and pressed against the inner surface of the receiving frame portion B. Therefore, even if a reaction force P2 acts in the direction of peeling off the main body 1 in opposition to the stress of the hook piece 4 when the molding is attached,
After the molding is attached, it is firmly crimped by the pressing force P1 of the wing plate 10.

In particular, in the above-described implementation state, the receiving part 5 of the hook piece 4 is brought into contact with the inner surface of the molding as shown in FIG.
Since the molding can be held in a proper position aligned with the body by cooperation with the molding, it is possible to prevent the molding from loosening or rattling in the vertical direction due to vibrations when the vehicle is running. In addition, since the pressing vanes 10 formed in series from the main body 1 can be largely deformed according to their abutting edges 14 within the range of the intervals W1 and W2 in the open and closed states, Interval W
The main body 1 can be bonded more firmly with the above-mentioned pressing force P1 while satisfactorily absorbing the overall or partial variations in the bonding force. Moreover, by forming the hook piece 4 separately from both support plates 7, the reaction force P2 when the molding is attached is effectively stopped within the range of the hook piece 4 and acts directly on the support plate 7. Since it can be restrained, the main body 1 can be firmly crimped to that extent.

In particular, with this example holder, each pressing vane plate 10 can be handled while being held in a narrowly closed state using the claw piece 9 and the hook opening 12. It can be quickly and easily adhered without interfering with other objects, and it can also be stored compactly.

When removing the molding for repairs or inspections around the glass, attach the pin-shaped hanger 17 between the window glass G and the flange part f2 as shown in Fig. 4D.
Insert the hook 18 between the holes 1 and 4 of the hook piece 4.
9 and pull it in the direction of the arrow in the figure. As a result, the hook piece 4 curves in the same direction and the claw portion 6 is separated from the flange portion f1, so that the molding can be easily removed.

Note that the upper part of the engagement piece 13 of each pressing vane 10 is bent into a V shape, and the vane 10 is changed to the expanded state using the component force in the inner horizontal direction against the pressing direction of the molding. Good too. By making any of the holders made of thin metal, the overall shape can be made thin, but if the holders are made of synthetic resin, they can also perform the same functions as described above.

(Effects of the invention) The present invention is a mounting holder for a molding that is installed and fixed in the glass receiving frame of an automobile body, and has a hook piece that elastically engages with the molding in the center and the glass receiving frame on both sides. A main body consisting of a support plate which is glued to the inner surface of the part and has claw pieces protruding at predetermined positions is provided, and both sides of the main body face the front side of the main body through approximately U-shaped bent connecting parts. A pair of pressing blades that can be folded back into a shape and have elasticity capable of pressing the end face of the window glass are provided so as to be openable and retractable, and the pressing blades have an engaging piece that rises upward and that engages and disengages with the claw piece. The structure is such that a possible hook opening is provided.

Therefore, according to the holder of the present invention, even if there are variations in the distance between the inner surface of the receiving frame portion and the peripheral end surface of the window glass, the pressure vane always remains within the range of elastic deformation in the narrowing, closing and expanding states. Appropriate and effective pressing force can be applied, so the body can be firmly pressed against the receiving frame using the combined force of adhesive force and pressing force, regardless of the reaction force when the molding is installed, and the molding can be extended for a long time. Can be held stably. In particular, since each pressing vane plate can be handled while being held in a narrowly closed state using claw pieces or hooks, even when the facing distance is narrow, it can be bonded quickly and easily without interfering with the window glass. Moreover, it can be stored compactly.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention. Fig. 1 is a perspective view showing the holder of the present invention, Fig. 2 is a plan view of the holder, and Fig. 3 A and B show the structure of the support plate and the pressing vane plate. Cross-sectional views comparing engagement and disengagement states, Figure 4 A, B, C,
D is an explanatory view showing the state of implementation of the holder step by step. 1... Main body, 4... Hook piece, 7... Support plate, 8...
Double-sided tape, 10... Pressing wing plate, 13... Engaging piece, 8... Receiving frame portion, G... Window glass, M... Molding, P1... Pressing force, W... Opposing distance, W1, W
2... Interval.

Claims (1)

[Scope of utility model registration request] This is a mounting holder for a molding that is adhesively fixed within a glass receiving frame of an automobile body, and has a hook piece in the center that elastically engages with the molding, and a hook piece on both sides that is glued to the inner surface of the glass receiving frame and at a predetermined position. A main body is provided with a base plate having protruding claw pieces on both sides of the main body, and the main body is folded back to face the front side of the main body via approximately U-shaped bending joints on both sides, and the end face of the window glass is A pair of pressing vanes having elasticity that can be pressed are provided so as to be openable and retractable, and the pressing vanes are provided with an engaging piece that rises upward and a hook opening that can be engaged with and disengaged from the claw piece. A mounting holder for an automobile molding, which is characterized by: