JPH0330166Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Field of Application] The present invention relates to a quarter pillar ventilation structure for an automobile in which air introduced into a vehicle interior is exhausted from the quarter pillar part.

[Problems that conventional technology and ideas try to solve]

It is well known to provide exhaust vents in quarter panels to provide such ventilation. However, when the width of the quarter panel at the boundary between the quarter glass and the rear glass is narrowed in order to increase the window area at the rear of the automobile, it is difficult to provide an exhaust port there, resulting in poor ventilation of the rear seats. Further, even when only a decorative resin plate, a so-called molding, is attached to the boundary between the two glasses having the same curved surface in order to further increase the window area, ventilation at the quarter pillar section is naturally impossible.

In view of this, the purpose of the present invention is to provide a ventilation structure that improves the ventilation of the rear seats in an automobile in which the quarter glass and the rear glass are formed into the same curved shape through a molding in the quarter pillar section. shall be.

[Means for solving problems]

In order to achieve this objective, the present invention separates the boundary between the rear glass and the quarter glass along the same curved surface, attaches decorative resin plates to the ends of the rear glass and the quarter glass at the boundary, and One of the decorative resin plates is formed with a protrusion that extends to a spaced position behind the other decorative resin plate on the interior side of the vehicle so as to form a gap, and the quarter panel connects the gap to the interior of the vehicle. It is arranged at a spaced position further behind the protrusion on the inside of the vehicle.

[Effect]

When the quarter panel is located behind the rear glass end and the decorative resin plate between the quarter glass ends, air inside the vehicle is exhausted through the gap between the quarter panel and the decorative resin plate and the gap between both decorative resin plates. Ru.

[Example of idea]

The quarter glasses 1 on both sides are curved from the side body side to the rear body side, and form the same curved surface including both boundary portions 3 separated from the rear glass 2. In addition, in FIGS. 1 to 3, only one side of the quarter window is shown. When attaching these glasses, as shown in FIG. 3, at the end of the quarter glass 1, a decorative resin plate, a so-called molding 10, is provided with a protrusion 10a along its entire length, and the so-called molding 10 is inserted into the recess 10b.
engaged with. In addition, at the end of the rear glass 2,
A protrusion 2 extending toward the interior of the vehicle from the end of the quarter glass 1 or the molding 10 over its entire length.
The molding 20 with Oa is engaged in its recess 20b. The protruding portion 20a is curved from the center in the vertical direction and also toward the outside of the vehicle interior, and is formed as a flat portion 20c at the upper and lower ends. Both glasses 1,
2 is the quarter panel 5 at the predetermined position shown in FIG.
(6 and 6a in FIG. 2 indicate the adhesive parts). In this state, the protruding portion 20a has its flat portion 2
0c contacts the inner surface of the protrusion 10a, and a gap 7 is formed between the molding 10, that is, the end of the glass 1, in the middle. In addition, both malls 10 and 20 are
It contacts the notches 12a and 13a of the upper and lower weather strips 12 and 13, respectively.

The quarter panel 5 includes a recess 5a corresponding to the shape of the protrusion 20a, and a vertical opening 5.
b and 5c. Roof side panel 8
is provided with a recessed portion 8a so as to form a void 9 in each of these portions 5a, 5b, and 5c. Within the gap 9, a vertically long buttress plate 15 that also serves as a reinforcement is fixed to the quarter panel 5.

When the car is running, air introduced from a normal air inlet (not shown) enters the gap 9 from the opening 5c along the inner surface of the rear glass 2.
The opening 5b passes through the gap with the full plate 15.
and reaches the gap 7 and is exhausted from the spaced boundary portion 3. This type of exhaust not only improves the exhaust performance of the rear seats, but also provides an anti-fog effect on the rear window. Especially the molding 1 on both sides of the rear glass 2.
0,20 allows air to flow smoothly from the front to the rear, significantly improving the anti-fog effect. Rainwater, car wash water, etc. that has entered through the gap 7 is guided to the groove below along the quarter panel 5. However, the presence of the protrusion 20a not only covers the rear area and is convenient for appearance, but also prevents water from entering directly into the quarter panel 5.
Since the gap 7 is closed at the upper and lower ends by the flat portion 20c, waterproofing at the upper and lower ends of the glass is also ensured.

The present invention is also applicable to automobiles in which the rear glass is curved toward the quarter glass to form the same curved surface. Further, the present invention may be applied only to one quarter pillar portion.

[Effect of idea]

As described above, according to the present invention, by attaching a decorative resin plate between the rear glass and quarter glass, which are formed in the same curved shape, to form an exhaust port, not only the ventilation performance of the rear seats is improved, but also the rear glass An effective anti-fog effect can also be obtained on surfaces. In addition, by positioning the quarter pillars behind the decorative resin plates, water that enters through the exhaust ports between the decorative resin plates is guided downward and drained, resulting in a new design and greater freedom of design. It also improves.

[Brief explanation of drawings]

Figures 1 to 3 show a quarter pillar ventilation structure of an automobile according to an embodiment of the present invention.
FIG. 1 is a perspective view of the vehicle with the glass installed, FIG. 2 is a sectional view taken along line A--A, and FIG. 3 is an exploded view of the quarter glass and rear glass. 1...Quarter glass, 2...Rear glass, 3
... Boundary part, 7... Gap.

Claims (1)

[Claims for Utility Model Registration] A quarter pillar ventilation structure of an automobile in which a rear glass and a quarter glass are formed into the same curved surface at the quarter pillar portion, wherein a boundary portion between the rear glass and the quarter glass is formed into the same curved surface. Decorative resin plates are attached to the end of the rear glass and the end of the quarter glass in the boundary portion, respectively, at a distance from each other along the border, and one of the decorative resin plates is attached to the other of the decorative resin plates so as to form a gap. a protruding portion extending to a spaced position behind the inside of the passenger compartment, and a quarter panel is arranged at a spaced position further behind the projecting part on the inside of the passenger compartment so as to communicate the gap into the passenger compartment; Ventilation structure featuring.