JPS5915352Y2 - Garari door assembly structure - Google Patents

Description

[Detailed Description of the Invention] This invention relates to an assembly structure for a Garari door, and in particular to a Garari element assembly structure in which a plurality of base plates are inserted into a pair of mounting frames to form a Garari element.

By making the substrate of the root plate a hollow substrate, twisting,
It is possible to provide a chemical root plate that is resistant to deflection, that is, has high rigidity.A pair of mounting frames to which a plurality of such chemical root plates are to be attached are provided with a notch into which the hollow substrate can be fitted, and the chemical root plate is inserted into the notch. By fitting the hollow base plate of the plate and inserting the mounting frame into the mounting groove provided in the draining part of the base plate, and inserting a plurality of base plates into the mounting frame, the mounting strength of the base plate can be increased. It is possible to provide an assembly structure for a sliding door in which there is no fear that the base plate will separate from the mounting frame.

Therefore, the object of the present invention is to provide an assembly structure for such a sliding door.

This invention will be explained below based on embodiments shown in the drawings.

FIG. 4 is an exploded perspective view showing a part of the assembly structure of the door H according to this invention.

Number 1 in the figure indicates the root plate.

The plant root plate 1 is composed of a substrate 3 having a hollow part 2, a water returning part 4, and a draining part 5.

In other words, this chemical base plate 1 has a water return part 4 which is provided with a rib 6 that stands upward from the front end in the width direction of the board 3 and is bent inward at the upper end thereof, and is attached to the other side in the width direction of the board 3. At the end portions, draining portions 5 which further extend outward and hang down from the end portions of the extension portions 7 are provided alternately over the entire length of the substrates 3, respectively.

The plant base plate 1 is provided with mounting grooves 8, 8 by cutting out the knob and draining portion 5 at both longitudinal ends thereof.

As shown in FIG. 4, the mounting groove 8 of the rib 6 is a notch that extends to approximately the middle of the rib 6 in the width direction. The cutout grooves 10 may be provided and formed into mutually cutout grooves that fit into each other at substantially right angles.

Incidentally, the pair of mounting frames 9 are provided with a notch 11 having a width equivalent to the thickness of the substrate 3 having the hollow portion 2 and opening at the end side of the mounting frame 9.

The cutout portion 11 is provided with a downward slope from the end side of the mounting frame 9 toward the base end side.

Further, the mounting frames 9, 9 are cut out from the cross-sectional shape.

Then, the plant root plate 1 is inserted into the pair of mounting frames 9, 9 through the openings of the notches 11. It is fitted into the notch 11.11 of.

In addition to this fitting, the end face of the mounting frame 9 is inserted into the mounting grooves 8, 8 provided in the rib 6 and the draining portion 5 of the chemical base plate 1 at a substantially right angle, and the mounting frame 9 is inserted.

With this, the plurality of base plates 1... are fixed to a pair of mounting frames 9, 9 in a wide shape, and the whole base plate 12 is completely fixed.
is formed.

In addition, in FIG. 3, 13 indicates a pair of vertical frames in the garage door H.

As shown in the figure, a pair of vertical frames 13.13 have concave grooves 17, 17.
As seen from FIG. 3, the insides of the vertical frames 13, 13 are each opened to provide a groove 17°17.

However, a pair of vertical frames 13.13 have concave grooves 17, 17
Pre-formed mounting frames 9, 9 for the base body 12 are inserted inside.

Incidentally, the recessed grooves 17, 17 of the vertical frames 13, 13 are formed in a substantially U-shape in cross section, and it is possible to insert and tightly fit the mounting frame 9, 9, which has a cross-sectional oval shape.

Further, a locking flange 14 is provided protrudingly from the inner opening of the vertical frames 13, 13, respectively, and the mounting frames 9, 9 are connected to the vertical frames 13, 13,
After being inserted into the housing 13, the element body 12 is made so that it does not come off in the lateral direction as seen in FIG.

Thus, this invention has the above-mentioned configuration, and next, the assembly of the rear door H according to this invention will be briefly described.

First, a plurality of chemical root plates 1 are placed between a pair of mounting frames 9, 9.
. . . are fitted and spliced in a loose shape to form a base body 12 with irregularities.

Thereafter, the vertical frames 13, 13 are connected to both ends of the lower stile 15 of the Garari door H, and the upper ends of the pair of vertical frames 13, 13, which are shaped roughly, are inserted into the grooves 17, 17 of the vertical frames 13, 13. Insert the mounting frame 9.9 in the element body 12.

Next, an upper stile 16 is connected between the upper ends of the vertical stile 13, 13.

Therefore, the assembly of the door H is completed.

Thus, this invention has the above-mentioned configuration, and according to the assembly structure of the Garari element body and Garari door according to this invention, a pair of mounting frames has a notch portion into which the hollow substrates of a plurality of base plates can be fitted. At the same time, insert the hollow board into the notch and fit the mounting frame into the mounting groove provided in the ribs and draining part of the base plate, so that the base plate can be attached with high strength or the base plate can be attached from the mounting frame. It is possible to provide a structure for assembling a base body without fear of the root plate coming off.

Furthermore, the Garari door can be easily assembled by simply inserting the pre-formed Garari elements into a pair of vertical frames.

In addition, it is a completely bare body without using screw parts. Since the garage door can be assembled, it is also possible to provide a garage door with an excellent aesthetic appearance.

Therefore, the practical value of this idea is extremely high.

[Brief explanation of the drawing]

The drawings show an example of this invention; Fig. 1 is a front view of a garage door assembled according to this invention; Figs. 2 and 3;
The figures are a cross-sectional view taken along lines A-A and B-B in FIG. 1, and FIG. 4 is a partially enlarged exploded perspective view showing the assembly structure of the blank element body. 1...Factory root plate, 2...Hollow part, 3.
... Board, 4 ... Water return section, 5 ...
...Draining part, 6...Rib, 7...Extension part, 8...Mounting groove, 9...Mounting frame,
10... Notch groove, 11... Notch portion, 12... Body b element, 13...
Vertical stile, 14... Locking flange, 15...
・Lower stile, 16... Upper stile, 17... Concave groove of vertical stile, H... Garari door.

Claims (1)

[Scope of utility model registration request] Further, at the other end of the substrate 3, there is provided a water return portion 4 which stands upward from the front end in the width direction of the substrate 3 having the hollow portion 2 and has a knob 6 attached to the upper end thereof to be bent inward. A draining portion 5 that extends outward and hangs down from the end of the extended portion.
A feed root plate 1 provided over the entire length of the substrate, including ribs 6 and draining portions 5 at both ends in the longitudinal direction of the feed root plate.
mounting grooves 8, 8 are provided in the mounting frames 9, 8, and a pair of mounting frames 9°9 having a notch 11 into which the hollow substrate 3 can be fitted; The hollow substrate 3 is inserted into the notch 11 in a cross shape, and the mounting frame 9 is fitted into the mounting grooves 8, 8, thereby fixing the plurality of chemical base plates 1 to the pair of mounting frames 9°9. Then, a transverse U-shaped recessed groove 17, 17 is formed in the vertical frame 13, 13 and has a locking flange 14, 14 in the opening. The assembly structure of the door is made by inserting the mounting frames 9, 9 into the grooves 17, 17 and tightly fitting them.