JPS6036705Y2 - Synthetic resin glass shoji - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a synthetic resin glass shoji that is easy to assemble and has high watertightness, in which a rectangular door stile is formed by a series of stile materials and connecting blocks.

Conventional glass shoji has the form of a square-shaped door frame with hard frames made of the same material placed on both the left and right ends of upper and lower horizontal frames made of wood or aluminum, and glass is placed inside the door frame. To suppress (
The abutting parts of each frame and horizontal stile are connected together with screws by fitting glass with a gasket around it, so when assembling the frame, the upper and lower horizontal stile should be spaced apart by a specified distance. In addition, since the glass was fitted while placing a pair of hard frames against the left and right ends of both side frames and assembling the frames, it was extremely time-consuming to assemble the frames, and each frame was simply butted together and secured with screws. The watertightness of the abutting part is poor, and the stile material is also difficult to maintain between the upper and lower stile and the solid stile.
Since they all have different shapes, their management and molding costs a lot of money.

However, the present invention is an assembly in which a long frame material having a hard part and a soft part is bent into a rectangular shape, leaving the glass clamping part, and connecting blocks are inserted into the corners of the door frame to cover the glass. This invention relates to a synthetic resin glass shoji that is easy to clean, watertight, and airtight, and one embodiment thereof will be described below with reference to the drawings.

In the figure, 1 is a frame material made of synthetic resin, the frame body 2 having a rectangular cylindrical or H-shaped cross section is hard, and soft glass clamping parts are attached to the ends of corresponding pieces of the frame body 2. 3 and 3 are placed opposite each other to form a groove 5 in which the glass 4 is fitted, and are cut into long pieces and a cut is made at a predetermined middle part to form upper and lower horizontal frame parts 6, 7 and left and right rigid frame parts. 8.9 are formed in a series of conditions.

As shown in Figures 1 and 2 of the drawings, this frame material 1 is formed by constricting the glass holding parts 3 and 3 sides of the frame body 2 inward, and inserting the glass 4 therein. At the time of fitting, when the glass 4 is press-fitted into the fitting groove 5 and the fitting groove 5 is expanded to press the glass clamping parts 3, 3, the watertightness and airtightness are greatly improved. .

A is a door stile in which a series of frame members 1 are bent into a rectangular shape with glass holding parts 3, 3 remaining, and the long frame members 1 are bent at a right angle from the cut A to form a rectangular shape.

Note that this door stile A may be made into a single stile A' with an interior as shown in drawings 9 to 12, and in this case, an airtight 11 At the same time, a pair of glasses 4, 4' are provided facing each other at a predetermined distance a from one frame A of this interior, and a sealing material 13 is provided at the peripheral edge. Double-glazed glass body 1 with
4 is sometimes used to create shoji with enhanced heat and sound insulation effects.

Reference numerals 15, 15, 15, 15 are connection blocks that are inserted into the corners of one stile A bent into a rectangular shape. , 7, and the other fitting support part 17 is inserted into the insertion hollow part 16 of the rigid frame part 8.9.
9 protrude in the right angle direction, and a glass fitting structure 20 is provided in which the corner of the glass 4 fits into the inner edge corner, and one frame is provided in the inner edge corner at a portion other than the glass fitting structure 20. An arcuate holding recess 22 is formed to match the continuous portion 21 of the glass clamping portions 3, 3 of A.

In addition, the fitting support parts 17, 19 in the connecting blocks 15, 15, 15.15 may be provided every two pieces as necessary, and also ensure fitting and prevent coming off or rattling. In order to do this, a plurality of protrusions 23 may be provided on the fitting support portion 17, 19 in some cases.

24 is a door roller provided at the lower end of stile A. One embodiment of the synthetic resin glass shoji according to the present invention is constructed as described above, so when forming a glass shoji as shown in FIG. Frame material 1
There is a cut A that separates the upper and lower horizontal stile parts 6 and 7, and a hard stile part 8.
, 9 are cut, leaving the glass clamping parts 3, 3, and then the frame material 1 is bent at right angles starting from each cut A, as shown in Fig. 3, to form a rectangular shape. While forming 1 stile A, insert the glass 4 as it is inside the 1 stile A, and after supporting it by sandwiching it with the glass clamping parts 3.3, each corner of 1 stile A is inserted. The fitting support portions 17, 19 of each connecting block 15, 15, 15.15 are placed in the horizontal frame portions 6, 7 by matching the connecting blocks 15, 15, 15. Sufficient reinforcement is achieved by fitting into the insert hollow portion 16 and the insert hollow portion 18 of the rigid frame portions 8 and 9, and by fitting the glass fitting groove 20 of the connecting blocks 15, 15, 15, 15 into the corner portion of the glass 4. A single glass shoji is formed by measuring the following.

Also, when forming a glass shoji using the first stile A of the present invention as the interior stile A' which is inserted into the inside of an existing shoji stile 10, etc., the first stile A of the present invention is inserted into the inside of an existing shoji stile 10, etc. to form a glass shoji. While bending it to form a rectangular stile A', insert the double-glazed glass body 14 inside the stile A', and then
After fitting the connecting blocks 15, 15, 15.15 into each corner of stile A', the airtight material 11 is attached to the insertion protrusion 12 of one stile A', and the insertion protrusion 12 is attached to the existing shoji frame. 10
It is fitted into the groove opening of the glass insert to form a glass shoji equipped with one stile A' of the interior shown in Fig. 9.
In this case, compared to the conventional glass shoji with an interior door frame, the ease of assembling the interior door frame and the work of inserting the glass are greatly improved, and the watertightness is also improved, making it possible to create an ideal glass shoji. It will be effective in terms of implementation.

The synthetic resin glass shoji related to the present invention has a hard frame body, a soft glass clamping part, and is perpendicular to the frame body, leaving the glass clamping parts in the parts that constitute the upper and lower horizontal frames and the left and right rigid frames. A series of stile members made by making cuts are bent at right angles at the cut portions to form one rectangular stile, and a horizontal stile portion and a rigid stile portion are formed at the corner corresponding to the cut portion of the one stile. Since the fitting support portions to be inserted into the frame are respectively projected in the right angle direction, and the connecting blocks having the glass fitting grooves are inserted into the inner corner corners, while forming one rectangular frame, When inserting glass into the door frame, the frame material has a soft glass holding part that holds the glass and is continuous at the joint of each frame part, so watertightness is extremely high, and the glass fitting is The work is easy, and by inserting a connecting block into the corner of one stile and fitting the glass fitting groove provided at the inner corner of the stile to the corner of the glass, one stile can be assembled easily. In addition, it exhibits a unique effect that can significantly improve the efficiency of the entire assembly work.

[Brief explanation of drawings]

The drawings show one embodiment of the synthetic resin glass shoji according to the present invention, in which Fig. 1 is a perspective view of the frame material, Fig. 2 is a vertical cross-sectional side view, and Fig. 3 is an explanation showing the formation of one frame. Fig. 4 is a front view, Fig. 5 is a partially cutaway longitudinal side view, Fig. 6 is a partially cutaway cross-sectional plan view, Fig. 7 is an explanatory view of the main parts, and Fig. 8 is an illustration of the insertion of the connecting block. Fig. 9 is a front view of an example of use in which one stile is used as one interior stile, Fig. 10 is a partially cutaway vertical side view of the top, and Fig. 11 is a partially cutaway cross-sectional plan view of the top. Fig. 12 is a partially vertical front view of the main part of the upper part, Fig. 13 is an explanatory view showing the insertion of the upper connecting block, and Figs. 14 to 16 are illustrations of other examples of the frame material in use. It is a partially cutaway cross-sectional plan view. In the figure, 1 is the frame material, 2 is the frame body, 3, 3 is the glass holding part,
4 is glass, 6 and 7 are horizontal stile parts, 8 and 9 are solid stile parts, A is door stile, 15, 15, 15, 15 are connecting blocks, 17, 1
9 is a fitting support portion, and 20 is a glass fitting groove.

Claims (1)

[Scope of utility model registration request] A series of frames in which the frame body is hard, the glass clamping parts are soft, and the glass clamping parts are left in the parts that constitute the upper and lower horizontal frame parts and the left and right rigid frame parts, and a right-angled cut is made in the frame body. A rectangular door stile is formed by bending the member at a right angle at the cut portion, and a fitting support portion that fits into the horizontal stile portion and the solid stile portion is provided at a corner corresponding to the cut portion of the door stile. 1. A synthetic resin glass shoji shoji, characterized in that connecting blocks are inserted into the inner corner portions, each of which protrudes in the right angle direction and has a glass fitting groove at the inner corner.