JPH0446972Y2 - - Google Patents

Description

[Detailed Description of the Invention] A. Field of Industrial Application The present invention relates to an improvement in the attachment mechanism of an automobile visor (hereinafter simply referred to as a visor) that is attached to an automobile having a window frame.

B. Prior Art As disclosed in Japanese Utility Model Application Publication No. 59-177511, a conventional visor is provided with an adhesive layer and a groove on a mounting rod provided over the entire length of the upper part of the eaves plate, and the door sill is secured by the adhesive. A side visor for an automobile is known in which the mounting rod and door sash are clamped and fixed by attaching the mounting rod to the frame and inserting one end of a U-shaped stopper into the glass run and the other end into the groove.

C. Problems to be solved by the invention Because long-term support and fixing force cannot be expected with attachment methods that only use double-sided adhesive tape, etc., a combination using an adhesive part and a connecting member as in the conventional visor is used. However, since the stopper used in the above-mentioned conventional invention has a simple shape and is simply inserted into the glass run or groove as described above, the stopper itself is likely to become misaligned. There is a risk that not only the stopper itself but also the visor body may fall off when subjected to impact or when used for a long period of time. Furthermore, since the position of the fasteners in the longitudinal direction of the visor is not determined, it is difficult to attach the visor, and if the fasteners are improperly placed, the mounting strength will be further reduced. Therefore, the fasteners cannot provide sufficient support to the adhesive portion, and it is not possible to maintain a good attachment state of the visor over a long period of time.

D. Means for Solving the Problems Therefore, the present invention goes beyond the technical idea of simply using double-sided adhesive tape and a connecting member, and effectively utilizes the attachment part of the visor body and the outer wall of the glass insertion groove. This is an attachment mechanism for an automobile visor that can be attached easily and without mistakes, and its configuration is such that the attachment portion is an insertion slit with a hooking recess on the side to which the double-sided adhesive tape is applied, and the coupling member In this case, one end of the molding material that is inserted into the attachment part side is provided with a latching part that can be latched into the latching recess in the insertion slit, and the other end of the molding material that is inserted into the glass insertion groove side is provided with a latching part that can be latched into the latching recess in the insertion slit. This is characterized in that the locking portions that can be locked to the protruding portions in the glass insertion groove are each formed in a bent manner.

E. Function: Attach the upper edge of the visor body to the outer wall surface of the glass insertion groove using double-sided adhesive tape provided in a strip along the window frame, and insert one end of the connecting member into the insertion slit and the other end into the glass insertion groove. Fix it. At that time, the latching part of the coupling member fits into the latching recess in the insertion slit, and in the glass insertion groove, the latching part of the coupling member is latched to the protruding part in the glass insertion groove, causing the position to shift or come off. The visor body is firmly fixed to the molding material.

F. Example The attachment mechanism of the automobile visor of the present invention will be explained based on the drawings.

The drawing shows an example of a passenger side visor body and a connecting member formed to be attached to a four-door type vehicle.The upper edge of the visor body has a bent shape that matches the external shape of the window frame. It has a vertical surface 10 that closely contacts the outer surface of the frame, and the upper edge is formed thickly, from which a tapered eave body 11 that slopes downward is continuously formed. In addition, the tip 12 of the visor body 1 is cut as diagonally as possible so that it comes into contact with the triangular patch surface on which the side mirror is fixed when it is attached to a predetermined part of the window frame 3. A plate-shaped locking piece 4 to be inserted into the glass insertion groove 31 is fixed by riveting. The rear end 13 of the visor main body 1 is cut off at a substantially right angle, and a locking piece 5 having a U-shaped cross section and hooked onto the door frame is fixed to the tip thereof with rivets. There is.

Further, a well-known double-sided adhesive tape 6 with a release paper 6a adhered to it is adhered to the vertical surface 10 of the visor body 1 over its entire surface, and the double-sided adhesive tape 6 is attached to the back side of the upper edge of the visor body 1. 6. Two insertion slits 7 having hooking recesses 7a are formed on the adhesive surface side.

On the other hand, the coupling fitting 2 is formed by bending a plate-shaped metal, and has a latching part 2a that can be latched to the latching recess 7a in the insertion slit 7 at one end, and a glass insertion groove outer wall at the other end. Forming molding material 3
The locking portions 2b are bent to be locked to the protruding portions 33 in the glass insertion groove of No. 2, respectively, and the entire locking portion 2b is bent to have a U-shape in cross section. Furthermore, this coupling fitting 2
has an inward spring force on both sides, and the visor main body 1 and the molding material 32 are sandwiched by the spring force.

In the automobile visor installation mechanism configured as described above, in order to install the visor body 1, first, completely wipe off dirt and oil adhering to the outer surface of the molding material 32 that serves as the installation surface, and then Temporarily remove only the part where the visor is attached to the glass run fitted into the window frame 3.

Next, peel off the release paper 6a by several centimeters from the double-sided adhesive tape attached to the rear end 13 of the visor body 1, and attach the locking piece 4 fixed to the tip 12 between the window frame and the glass run. At the same time, the locking piece 5 fixed to the rear end portion 13 is hooked to the rear window frame.

After that, the locking part 2b of the coupling fitting 2 is locked to the protrusion 33 in the glass insertion groove of the glass insertion groove, and the remaining release paper 6a that is still attached is peeled off and the double-sided adhesive tape is attached. When the surface is crimped to the outer surface of the molding material 32 of the window frame and the other side of the coupling fitting 2 is inserted into the slit 7, the latching part 2a fits into the latching recess 7a, and the latching part 2b fits into the glass insertion groove. By being engaged with the protrusion 33, the coupling fitting 2 is securely fixed without shifting upward, downward, leftward, or rightward. Finally, the glass run is pushed back into its original position to complete the installation, and the visor is attached to the window frame in an attractive and secure manner. Also, insertion slit 7 and locking recess 7
Since a is integrally molded in advance at an appropriate position on the visor body, not only is the manufacturing cost and labor required, but the visor installation work can be carried out smoothly and mistakes in installation can be eliminated.

Effects of the invention As described above, according to the invention, the visor is not only securely attached to the outer wall of the glass insertion groove of the automobile door due to the adhesive force of the double-sided adhesive tape and the bonding force of the coupling member, but also the coupling member is simple and rational. Because the structure is such that the visor and molding material are sandwiched and fixed,
Not only can it prevent the connecting members from shifting or falling off, but even if the adhesive strength of the double-sided adhesive tape decreases due to impact or long-term use, the visor will not fall off and the installation strength will be maintained. Sufficiently secured. Furthermore, since the insertion slit in the visor body is the location where the coupling member is to be placed, the mounting position of the coupling member is clear, the visor can be easily mounted, and there are no mounting errors.
Furthermore, since the insertion slits and the latching recesses are provided directly on the eaves body, there is no need to provide a separate mounting section, and there is no need for manufacturing effort or cost.

[Brief explanation of drawings]

The drawings show an attachment mechanism for an automobile visor according to the present invention. FIGS. 1 and 2 are explanatory diagrams of the attachment mechanism for an automobile visor according to the invention, and FIG. 3 is a sectional view of the attachment completed. ,
FIG. 4 is an explanatory diagram of the installation operation. 1...Visor body, 2...Joining metal fittings, 2a...
...Latching part, 2b...Latching part, 3...Window frame, 4, 5
... Locking piece, 6 ... Double-sided adhesive tape, 6a ... Release paper, 7 ... Insertion slit, 7a ... Holding recess, 8 ... Glass run, 10 ... Vertical surface, 11 ...
...Eave body, 12... Tip part, 13... Rear end part, 31
... Glass insertion groove, 32 ... Molding material, 33 ...
Protrusion inside the glass insertion groove.

Claims (1)

[Scope of utility model registration request] Attach a strip of double-sided adhesive tape to the inner surface of the visor body along the upper edge of the visor body, form attachment portions at appropriate locations on the upper edge, and attach one end of the coupling member having a U-shaped cross section to the attachment portion. , an automobile visor attachment mechanism in which the other end is inserted into the glass insertion groove, and the visor body can be attached along the outer wall surface of the glass insertion groove by the adhesive force of the double-sided adhesive tape and the binding force of the coupling member, As the attachment part, an insertion slit having a hooking recess on the side to which the double-sided adhesive tape is applied is formed, and one end of the coupling member to be inserted into the attachment part is hooked into the hooking recess in the insertion slit. At the other end of the glass insertion groove side where the locking part is inserted, a locking part that can be locked to the protrusion in the glass insertion groove of the molding material forming the outer wall of the glass insertion groove is formed in a bent manner. Features: Automotive visor attachment mechanism.