JPS5941170Y2 - Automotive window/wash container mounting structure - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a mounting structure for an automobile window washer container.

Conventionally, in automotive window washer containers,
In consideration of workability during injection, the mounting structure is as shown in FIGS. 1 to 3.

That is, the mounting structure shown in FIG. A notch A' opened in the upper surface is connected with a flexible hose E.

In addition, F is a cap.

In addition, the mounting structure shown in Figure 2 has a specially shaped injection pipe ' at the opening of the resin molded washer container built into the vehicle body space J consisting of the outer panel H and inner panel 2 of the automobile body. is integrally formed with a resin molded product, and the tip of this injection pipe projects into the room M through a notch (■') opened in the inner plate (■).

Note that N is a cap. In the mounting structure shown in FIG.
・Stretch and install with Nutto S, bag type washer container O
The lower tip of the injection tube attached to the bag-type washer container O is made to protrude into the room U through the notch V' opened in the trim board (2) by the tension created by the tensioning.

In addition, W is a cap.

However, these conventional mounting structures for window washer containers have the following problems.

That is, the window washer container mounting structure shown in FIGS. 1 and 2 requires a separate hose for connection, and also requires the washer container to be a resin molded product with a special shape. The cost is relatively high.

Furthermore, in the window washer container mounting structure shown in Figures 2 and 3, the injection pipe protrudes toward the interior of the room, which not only impedes the effective use of indoor space but also pollutes the interior of the room when liquid is injected. There were other inconveniences.

This invention was devised in view of the above-mentioned drawbacks of these conventional devices and to improve and eliminate them.

In other words, the bracket has a mounting part located at a position deeper than the trim board, and the mounting part is bifurcated, and the distance between the mounting holes provided in this mounting part is set to the mounting holes on both sides of the upper part of the washer container. By configuring it in this way, the upper central part of the washer container, including the injection pipe section provided at the front center of the container, bulges or bulges in the direction of the front and back surfaces of the trim board. To provide an automobile that improves pouring workability, reduces costs, and makes efficient use of interior space by bending in a concave manner to ensure self-retention between a pulled out state and a retracted state. The present invention provides a mounting structure for a window washer container.

The configuration of this invention will be described below with reference to an embodiment shown in FIG. 4 and subsequent drawings.

In the drawing, 1 is a vehicle body space consisting of an outer panel 1a and an inner panel 1b of the automobile body, 2 is a trim board attached to the inner panel 1b, and 3 is a washer container mounting bracket fixed to the inner panel 1b. Mounting part 3 is located deeper than board 2.
a, 3a, and the mounting portions 3a, 3a have a stepped shape with a bifurcated shape, and the mounting portions 3a, 3a have an interval a.
Bolt holes 4.4 are provided in the washer container 5 is a bottom-shaped washer container made of a material with lug properties, and 6 is a strip that is slightly more rigid than the washer container body and is integrally formed at the upper end of the washer container 5. has been done.

7, 7 are bolt holes provided in the strip 6, and the distance between the bolts 7.7 is the same as the mounting portions 3a, 3a of the bracket 3.
A gap larger than the gap a between the holes 4 and 4 is already provided.

When installing, connect these bolt holes 7, 7 to the mounting part 3 of the bracket 3.
A4.10 is aligned with the bolt holes 4.4 provided in the washer container 5, inserting the bolts 8, 8 and tightening the nuts 9, 9. An injection tube attached to the housing part 5a, 11 an injection tube insertion port opened in the trim board 2 to draw the injection tube 10 into the interior 12, and 13 an injection tube outlet 11 to cover the interior of the vehicle body space 1. The cover 14 is a cap that is removably attached to the tip of the injection tube 10.

Since this invention has the above-mentioned structure, normally the mounting part 5b of the washer container 5 is recessed, the injection tube 10 is housed in the vehicle body space 1, and the inside of the vehicle body space 1 is covered with the cover 13. put.

When injecting, roll up the cover 13 and open the injection tube insertion port 1.
When you insert your hand into the vehicle body space 1 and pull it, the housing 5a of the washer container 5 with the injection tube 10 attached expands, and the injection tube 10 is pulled out from the injection tube insertion port 11 into the interior 12, and the washer container 5 is pulled out. Injection of liquid becomes easy.

After injection, when the injection tube 10 is pushed into the vehicle body space 1, the casing 5a of the washer container 5 to which the injection tube 10 is attached is recessed, and the injection tube 10 is stored in the vehicle body space 1 again.

When the injection tube 10 is stored in the vehicle body space 1, the rolled-up cover 13 hangs down to close the injection tube insertion port 11 and cover the inside of the vehicle body space 1.

As explained above, this invention has a mounting part located at a position recessed from the trim board, and also includes a stepped-shaped washer container mounting bracket in which the mounting part is bifurcated. An injection pipe is provided at approximately the center of the front of a bottom-shaped washer container made of a flexible material, and mounting holes are provided at substantially both ends of the upper part at intervals larger than the interval between the mounting holes of the bracket. The washer container is mounted on the bracket by aligning the mounting holes of the washer container with the mounting holes of the bracket, and the distance between the mounting holes of the bracket is smaller than the distance between the mounting holes of the washer container. The washer container is configured so that it can take either a recessed position when stored or a pulled out position when injecting, so when injecting, when the injection tube is grasped and pulled, the washer container's housing between the mounting holes of the washer container will be moved to the indoor side. The cap part at the tip of the injection tube is kept exposed to the indoor side by bending towards the indoor side, so the washer liquid can be injected properly and easily without spilling. can be done.

After injection, when the injection tube is pushed approximately horizontally into the vehicle body space, the injection tube is installed approximately in the upper center of the front, and the installation hole is located close to the injection tube. The washer container fitting located between the holes bends toward the back of the vehicle body space in a normal state, and the injection pipe is retracted to a storage position deeper than the trim board. can be retained.

Furthermore, since the bracket has a stepped shape and the mounting part of the washer container is set at a position deeper than the trim board, a storage space for the injection pipe can be secured on the back side of the trim board.

Furthermore, since the washer container attachment part of the bracket is bifurcated, the uneven flexure of the front center upper part of the washer container is facilitated when the injection tube is pulled out and stored, ensuring that the above two positions can be maintained. be done.

[Brief explanation of the drawing]

1 to 3 are schematic diagrams showing the mounting structure of a conventional automobile window washer container, FIG. 4 is a schematic diagram showing the mounting structure of the automobile window washer container of this invention, and FIG. FIG. 6 and FIG. 7 are explanatory views showing the washer container in a state in which the washer container is installed, and FIG. 8 is a perspective view of the bracket. 1... Vehicle body space, 2... Trim board, 3... Washer container mounting bracket, 4
, 4... Bolt hole, 5... Washer container, 5a... Mounting part, 6... Band piece, 7
, 7... Bolt hole, 10... Injection pipe.

Claims (1)

[Scope of utility model registration request] A step-shaped washer container mounting bracket is provided, which has a mounting portion located at a position recessed from the trim board, and the mounting portion is bifurcated, and a mounting hole is provided in the mounting portion of the bracket to provide flexibility. An injection pipe is provided approximately at the center of the front of the washer container molded from a material having The washer container is attached to the bracket by matching the mounting holes of the bracket, and the spacing between the mounting holes of the bracket is smaller than the spacing between the mounting holes of the washer container, so that the injection pipe is in a recessed position when stored; 1. A mounting structure for an automobile window washer container, characterized in that it is configured to be in a pulled out position during injection.