JPH0445935Y2 - - Google Patents

Description

[Detailed explanation of the idea] [Industrial application field]

This invention relates to a structure for attaching a back window glass to a vehicle with a resin body, and more particularly, to a structure that allows the back window glass to be easily attached to the vehicle body.

[Conventional technology]

Some off-road vehicles have a resin body that covers the cargo area behind the roll bar with a resin body made by bonding resin panels, so that the cargo space can be used as a passenger compartment. There is a body configuration car. The resin body mounted on such a resin body vehicle usually has a back window opening at the rear thereof. It consists of a side-opening back door body of the loading platform and a back window glass attached to it, and it fits into the back door opening, which is composed of the above-mentioned back window opening on the resin body side and the back door opening of the loading platform. By opening and closing the back door, it is possible to freely enter and exit the vehicle interior, which is made of a resin body. Additionally, the installation of the back window glass to the back door body is generally done by attaching a bracket to the inner surface of the back window glass with screws, etc., and fixing it to the inner surface of the top rail of the back door body by bolting it. ing.

[Problems to be solved by the invention] By the way, some cars with resin bodies have applications in which the resin body is removed from the car body and used in a fully open state, but in this case, the back window glass is also removed from the back door body. It will have to be removed. When the resin body is reattached to the vehicle body to create a resin-topped vehicle, it is necessary to attach the resin body to the vehicle body and also attach a back window glass to the back door main body to form the back door. However, when attaching the back window glass to the back door body, it is necessary to adjust the position in the longitudinal and vertical directions so that the back window glass takes an appropriate opening position relative to the back window opening when the back door is closed. Become. For this reason, the work of installing the back window glass has become very troublesome for the user. This problem can be solved by fixing the back window glass to the back door body through a straight plate-like member that is bolted to the inner surface of the back window glass and the lower end to the inner surface of the back door body. This eliminates the need for positional adjustment in the front-rear direction during installation, which eliminates the complexity of the installation work to some extent.
However, with this, the back window glass can only be attached to the back door body in such a way that it extends immediately upward along the back door body, so the back window opening of the resin body must also be erected to match this. It will have to be formed into a certain shape. Therefore, in this method, the appearance of the rear portion of the vehicle body is deteriorated, and the degree of freedom in designing the resin body is significantly reduced. The present invention was devised in view of the above-mentioned circumstances, and it does not involve any inconveniences such as being restricted in the mounting position of the back window glass or reducing the degree of freedom in designing the resin body. ,
To provide a mounting structure for a back window glass in a vehicle with a resin body configured so that the back window glass can be easily attached to a side-opening back door body of a loading platform.

[Means to solve the problem]

In order to solve the above problem, the present invention takes the following technical measures. In other words, it fits into and closes the back door opening, which is composed of a back window opening of a resin body attached to the vehicle body so as to cover the cargo bed behind the roll bar, and a back door opening of the cargo bed, and the side-opening type of the cargo bed is closed. In a vehicle with a resin body having a back door consisting of a back door main body and a back window glass attached to the back door body, a first reference surface facing forward in the front-rear direction and a second reference surface facing diagonally upward in the front and rear directions are provided at the upper end of the back door main body. a window glass support part that is fixed to the inner surface of the back window glass and supports the back window glass at a predetermined placement position; a positioning bracket that is fixed to the back door body with the first positioning surface attached to the first reference surface and the second positioning surface attached to the second reference surface, respectively; The back window glass is attached to the back door main body via.

[Action and effect]

In the present invention, the positioning bracket that supports the back window glass has a first positioning surface facing rearward in the front-rear direction as a first reference surface facing forward in the front-rear direction of the back door body, and a second positioning surface facing obliquely downward in the rear direction as the first positioning surface facing rearward in the front-rear direction of the back door body. The second reference plane facing diagonally upward in front of the back door body is fixedly attached to the back door body. That is, the positioning bracket has a position in the longitudinal direction defined by the first reference surface to which the first positioning surface is attached, and
The second positioning surface is attached to the back door body with a vertical position defined by the second reference surface to which it adheres, and the front-back position and vertical position are automatically defined when the second positioning surface is fixed to the back door body. The back window glass is configured to be supported at a predetermined position. Therefore, the positioning bracket fixed to the back window glass is fixed to the back door body with the first positioning surface attached to the first reference surface and the second positioning surface attached to the second reference surface, respectively, as described above. Just by doing this, the back window glass will be automatically placed in the predetermined longitudinal and vertical positions and attached to the back door body.
When installing the back window glass, there is no need to adjust the position in the longitudinal direction and the vertical direction. In addition, the shape of the window glass support part that supports the back window glass can be freely determined regardless of the first positioning surface and the second positioning surface, so the posture when installing the back window glass is limited. There are no such inconveniences. As mentioned above, in this invention, when attaching the back window glass to the back door body,
Since there is no need to perform position adjustment, the installation work can be performed easily and quickly. Also,
Since there are no restrictions on the posture of the back window glass when it is installed, there is no problem that would restrict the degree of freedom in designing the resin body.

[Explanation of Examples]

Hereinafter, one embodiment of the present invention will be specifically described with reference to the drawings. As shown in FIG. 6, a resin body 4 mounted on a vehicle equipped with a resin body is attached to the vehicle body so as to cover the cargo bed 2 behind the roll bar 1, and a roof panel is attached to the rear part of the vehicle. A back window opening 8 is provided obliquely rearward and downward from the rear edge of the side panel 6 and is surrounded by an opening flange 7 extending inward in the vehicle width direction from the rear edge of the side panel 6. In addition, a vehicle with a resin body usually consists of a side-opening type back door main body 3 of the loading platform and a back window glass 9 attached to the back door main body 3, which includes the back window opening 8 and the back door opening 2 of the loading platform 2.
A back door 10 is provided which fits into and closes a back door opening 11 formed by a. By opening and closing the back door 10, the vehicle interior made of the resin body 4 can be freely entered and exited. Now, in this example, the back window glass 9
is attached to the back door body 3 via positioning brackets 14, which will be described later, which are arranged at two locations at appropriate intervals in the vehicle width direction. And the first
As shown in the figure, the top rail 3a of the backdoor main body 3 has the above-mentioned positioning brackets 14, 1.
4, a first reference surface 12 extending a predetermined length in the vertical direction and the vehicle width direction and facing forward in the longitudinal direction, and a first reference surface 12 that is bent from the upper edge of the first reference surface 12. A second reference surface 13 is formed which extends obliquely upward to the rear and faces diagonally upward to the front. On the other hand, as shown in FIGS. 1 and 2, the positioning bracket 14 has a first positioning surface 15 formed at its lower end and facing rearward in the front-rear direction;
The first positioning surface 1 has an angle corresponding to the angle formed by the first reference surface 12 and the second reference surface 13.
5 and a second positioning surface 16 extending rearward and obliquely upward from the upper edge thereof and facing rearward and obliquely downward. Furthermore, the positioning bracket 14
is a window glass support part which is fixed to the inner surface of the lower end of the back window glass 9 at the upper part of the second positioning surface 16 and supports it in a predetermined position (attitude) when it is attached to the back door main body 3. It has 17. Further, the first positioning surface 15 is provided with bolt through holes 15a at two locations in the vehicle width direction at positions corresponding to bolt holes (not shown) drilled in the first reference surface 12. Further, the second positioning surface 16 is also provided with a bolt through hole 16a at a position corresponding to the bolt hole 13a drilled in the second reference surface 13. In this example, the positioning bracket 14 connects the bolt through holes 1 at two locations, upper and lower, of the window glass support portion 17.
7a, 17a or the glass fixing bolt 1 inserted into the bolt hole 9a, 9a of the back window glass 9
8 and 18 are fixed to the back window glass 9 by tightening them with nut caps 27 and 27. Then, the positioning bracket 14 fixed to the back window glass 9 in this manner is placed so that the first reference surface 15 is the first reference surface 12 of the top rail 3a, and the second positioning surface 16 is
The back window glass 9 is attached to the back door body 3 by adhering them to the second reference surface 13 and then fixing them to the back door body 3. In this case, the positioning bracket 14 is fixed to the top rail 3a using the first positioning surface 1.
The bracket fixing bolt 19 passed through the bolt hole 15a of No. 5 or the bolt hole of the first reference surface 12 is secured with a nut.
This is done by tightening the bracket fixing bolt 19 passed through the bolt hole 13a of the second reference surface 13 with a nut. Further, in FIG. 1, the reference numeral 28 indicates the bolt hole 9 of the back window glass 9.
This is a gasket interposed between the nut cap 27 and the nut cap 27. In the back window glass mounting structure of this example configured as described above, the positioning bracket 14 has a position in the front and back direction defined by the first reference surface 12 to which the first positioning surface 15 is attached, and The second positioning surface 16 is attached to the back door main body 3 of the loading platform 2 at a position in the vertical direction defined by the second reference surface 13 to which the second positioning surface 16 is attached. In this way, the positioning bracket 14 is positioned at the longitudinal and vertical positions that are automatically defined when it is fixed to the backdoor main body 3.
It is configured to support the back window glass 9 at a predetermined position. That is, when attaching the back window glass 9 to the back door main body 3, the positioning bracket that supports the back window glass 9 in the window glass support part 17 is placed so that the first positioning surface 15 is the first reference surface 12, and the The second positioning surface 16 is connected to the second reference surface 13.
By simply adhering them to each other and fixing them to the back door main body, the back window glass can be attached to the back door main body while being automatically arranged at predetermined longitudinal and vertical positions.
Therefore, in the work of attaching the back window glass 9 to the back door main body 3, there is no need for troublesome position adjustment. Further, as shown in FIG. 1, a weather strip member 20 is usually attached to the lower end of the back window glass 9 to seal the gap between the back window glass 9 and the back door main body 3. , in this example, this weather strip member 2
Door opening weather strips 21 as shown in FIGS. 3 and 4 are integrally formed on the inner surfaces of both end portions of the door. The door opening weather strip 21 extends upward along the inner surface of the outer edge of the back window glass 9, and connects to the lower end of the up weather strip 24 provided at the back window opening of the resin body 4 when the back door 10 is closed. A top seal portion 22 that comes into contact with a first lip portion 26b of a seal member 26, which will be described later, and a back door main body 3.
The front surface of the lower weather strip 2 extends downward along the top rail 3a of the cargo platform 2, and its front surface is connected to the lower weather strip 2 provided at the back door opening of the loading platform 2 when the back door 10 is closed.
5, and a lower seal portion 23 that abuts the second lip portion 26c and the third lip portion 26d of the seal member 26. On the other hand, as shown in Fig. 5, the back door opening has a
Base portion 26a fixed on the top rail of the loading platform 2
A first lip part 2 having elasticity and integrally extending from the top and covering one side of the Atsupau weather strip 24.
6b, and a second lip part 26c with elasticity, which is integrally formed to extend from the base part 26a, and integrally extends inward in the vehicle width direction from the lower end of the first lip part 26b; The seal has a third lip part 26d integrally extending from the inner end of the second lip part 26c in the vehicle width direction and having elasticity to cover one side of the lower weather strip 25. A member 26 is provided respectively. Therefore, in this example, the top weather strip is used around the lower end of the top weather strip 24 and around the top end of the lower weather strip 25, which are said to have poor sealing performance at the back door opening. Strip 24 and lower weather strip 2
In addition to the sealing structure provided by the door opening weather strip 21 and the sealing member 26, a sealing structure is provided by the door opening weather strip 21 and the sealing member 26, so that the sealing performance of the back door opening can be improved. Note that the scope of the present invention is not limited to the embodiments described above. For example, the shape of the first reference surface and second reference surface provided on the back door body,
The shape of the positioning bracket can be modified in various ways other than the above embodiments. Further, the number of positioning brackets is also an arbitrary design matter determined depending on the size of the back window glass, etc.

[Brief explanation of drawings]

Fig. 1 is an enlarged cross-sectional view taken along the line - - in Fig. 6, Fig. 2 is a perspective view of a positioning bracket according to an embodiment of the present invention, and Fig. 3 is a perspective view of the side part of the back door according to the embodiment as seen from the inside of the vehicle. Fig. 4 is - of Fig. 3.
5 is a perspective view of the back door opening according to the embodiment; FIG. 6 is an enlarged perspective view of section A in FIG. 6 with the back door open; FIG. FIG. 2 is a rear perspective view of a vehicle with a resin body configured with a windshield mounting structure. 1... Roll bar, 2... Loading platform, 2a... Back door opening, 3... Side-opening back door body,
4... Resin body, 8... Back window opening, 9... Back window glass, 10... Back door, 11... Back door opening, 12... First reference surface, 13... Second reference surface, 14... ...Positioning bracket, 15...First positioning surface, 16...
Second positioning surface, 17... Windshield support part.

Claims (1)

[Scope of Claim for Utility Model Registration] Fitting into and closing a back door opening consisting of a back window opening of a resin body attached to the vehicle body so as to cover the cargo bed behind the roll bar and a back door opening of the cargo bed; In a vehicle with a resin body that has a back door consisting of a side-opening back door body of the loading platform and a back window glass attached to the back door body, the top end of the back door body has a first reference plane facing forward in the longitudinal direction, and a first reference plane facing forward in the front-rear direction. a second reference surface facing upward; a window glass support portion fixed to the inner surface of the back window glass to support the back window glass at a predetermined position; and a first positioning surface facing rearward in the longitudinal direction. and a second positioning surface facing obliquely downward to the rear, and the back door main body is provided with the first positioning surface attached to the first reference surface and the second positioning surface attached to the second reference surface, respectively. A mounting structure for a back window glass in a vehicle with a resin body, characterized in that the back window glass is attached to the back door body via a positioning bracket fixed to the back window glass.