JPS60473Y2 - Assembly structure of fittings - Google Patents

Description

[Detailed explanation of the invention] This invention relates to the assembly structure of fittings used for doorways or window frames, etc., and mainly involves attaching middle crosspieces in a lattice shape within the fitting frame, and then attaching them to the lattice formed thereby. This relates to the assembly structure of fittings that incorporate panels.

The applicant first attached a pair of joinery formwork to both ends of the lower joinery frame, installed a vertical crossbeam inside the joinery frame which is shaped like an abbreviation, and alternately installed multiple panels and horizontal crossbeams from the top of the joinery frame. Insert the panel between the joinery formwork and the vertical crosspiece or between the vertical crosspiece and the vertical crosspiece and slide it downward one by one to place the panel within the lattice. We are proposing an assembly structure for fittings that is installed across the .

However, in the above-mentioned assembly structure, fitting holes are provided at predetermined intervals in the surrounding frame or stile, and the end of the middle crosspiece is fitted into the hole, and the space formed between It can be said that it is easier to assemble, dismantle, and repair compared to the method of fitting the panels and proceeding in the same way from one side of the fitting to the other, or assembling from the center in a shape. However, when assembling, it is easier to assemble by sliding panels and horizontal bars alternately for each row within the space constituted by the bag frame and the vertical bars or between the vertical bars and the vertical bars. Improvements that would allow for easier assembly were desired.

Thus, this invention was devised to further improve the conventional assembly structure, and its purpose is to provide an assembly structure in which fittings can be easily assembled, and
To provide a fitting in which panels etc. can be easily replaced after the fitting is assembled.

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

FIG. 1 is a front view showing the assembly structure of the fittings according to this invention.

The joinery according to this invention consists of a lower joinery frame 1 and a pair of joinery bag frames 2.
, 2 and the upper fitting frame 3 constitute a fitting frame, and within the fitting frame, a plurality of horizontal middle bars E and vertical middle bars F are attached in a grid pattern.

A substantially square panel 5 having a frame 4 around the four circumferences is incorporated into each of the lattice frames formed by the middle crosspieces E, F, etc.

Here, the panel 5 may be a glass plate with a frame 4 on all four sides, and as shown in FIGS. 2 and 3, the horizontal middle beam E,
The vertical crosspiece F is divided into fixed shaped members 6', 6 and push-in shaped members 7', 7.

Engagement pieces 8', 8 that can be engaged with each other are provided on opposing surfaces of the fixed mold members 6', 6 and the push-in mold members 7', 7,
6. Engaging the engaging pieces 8', 8 to both mold members 6', 6. 7'
, 7 are connected and integrated into a horizontal middle beam E or a vertical middle beam F.

In addition, at the upper ends of the fixed shape member 6 and the push-in shape member 7 of the vertical crosspiece F, there are cutouts 9, 9 that can be engaged with a pair of projecting pieces 10, 10 provided in a downwardly projecting manner on the upper frame 3 of the fitting. It is provided with an opening at the top.

Furthermore, when connecting the fixed sections 6', 6 and the push-in sections 7', 7, the panel 5 provided with the ridge 4 is held between the opposing surfaces of the stationary sections 6', 6 and the push-in sections 7', 7. It looks like this.

At this time, at the intersection of the horizontal middle crosspiece E and the vertical middle crosspiece F,
The horizontal middle crosspiece E is fitted into a notch G having a large width in the horizontal middle crosspiece E formed at the opposing part of the fixed shape member 6 and the push-in shape member 7 of the vertical middle crosspiece F, and is held therebetween.

Next, the assembly of the fittings according to this invention will be explained.

A pair of fittings bag frames 2.2 are attached to both ends of the fittings lower frame 1 and formed into an oval shape.

Next, a plurality of fixed shapes 6 for the vertical crosspieces F are arranged at regular intervals in the longitudinal direction of the lower frame of the fittings and parallel to the bag frame 2 of the fittings.

Then, the end of the fixed frame 6 is fitted into the mounting groove provided in the lower frame 1 of the fittings, and the fixed frame 6 is connected to the lower frame 1 of the fittings.

Next, the fixed form members 6' for the horizontal middle crosspieces E are arranged astride between the pair of fitting bag frames 2, 2 and at equal intervals in the longitudinal direction of the bag frame 2, and the fixed form members 6' for the vertical middle crosspieces F It fits into the notch G provided in and is fixed to the fittings bag frame.

Therefore, a plurality of lattices are formed within the fitting frame by the fixed shapes 6 for the vertical middle bars F and the fixed shapes 6 for the horizontal middle bars E.

Panels 5 formed as described above and provided with picture frames 4 around the four circumferences are each incorporated into a plurality of lattices.

Thereafter, a plurality of push-in mold members 7' for the horizontal middle bar E are connected and integrated with the fixed mold members 6' for the horizontal middle bar E, which have been arranged in advance, to form the horizontal middle bar E.

Next, the notch G of the push-in material for the vertical middle crosspiece F is inserted into the horizontal middle crosspiece E.
While fitting into the push-in shape member 7', it is connected and integrated with the fixed shape member 6 to form a vertical mid-piece F.

At this time, the panel 5 is sandwiched between the opposing surfaces of the fixed section 6 and the push-in section 7, and is fixed within the grid.

Finally, insert one protruding piece 10 into the notch 9 of the vertical crosspiece fixing member 6, and insert the other protruding piece 10 into the notch 9 of the vertical crosspiece push-in member 7.
The upper frame 3 of the fittings is attached by engaging the fittings, respectively, and the assembly of the fittings is completed.

Thus, this invention is constructed as described above, but according to the assembly structure of the fittings according to this invention, the vertical and horizontal pieces are composed of two pieces, a fixed piece and a push-in piece. Fixed sections are installed in a lattice pattern, and panels are assembled within the multiple lattices formed.
After that, by connecting and integrating the push-in section with the fixed section and sandwiching the panel between the opposing surfaces of the stationary section and the push section, it is possible to obtain a fitting that has good workability and can firmly fix the panel.

In addition, the fixed part and the push-in part that make up the middle crosspiece have engaging pieces that can be engaged with each other, and since both engaging pieces engage elastically, they are not vertically fixed when the two parts are connected. In addition to holding the panels in place, even if a part of the panel placed inside the lattice frame is damaged after the fittings are assembled, the top frame of the fittings can be removed and
Damaged panels can be easily replaced by simply dividing the middle crosspiece.

Furthermore, the notch provided in the vertical crosspiece facilitates positioning and fitting at the intersection between the vertical crosspiece and the horizontal central crosspiece.

Furthermore, when finally installing the upper frame 3 of the fittings, the projecting piece of the upper frame 3 is engaged with the notch of the vertical crosspiece fixed material and the notch of the vertical crosspiece push-in material. The fixed shape material and the vertical center crosspiece push-in shape material are integrated, and the center crosspiece and surrounding frame are integrated to create a strong and rattling-free fitting.

This invention has the above-mentioned advantages and is of high practical value.

[Brief explanation of the drawing]

The drawings show an embodiment of this invention, and Fig. 1 is a front view showing the assembly structure of fittings according to this invention, Fig. 2, and 3.
The figure is a sectional view taken along line A-A in FIG. 4 is a partially enlarged exploded perspective view showing the assembled state of this invention; and FIG. 5 is a partially enlarged exploded perspective view showing the connected state of the vertical middle crosspiece and horizontal middle crosspiece according to this invention. It is. 1...Front frame of fittings, 2...Bag frame of fittings, 3
...... Upper frame of fittings, 4... Picture frame, 5...
...Panel, 6,6'...Fixed member, 7,7
'... Push-in material, 8, 8'... Engaging piece, 9... Notch, 10... Projecting piece, D
...Joinings, E...Horizontal crosspiece, F...
... Vertical crosspiece, G... Notch.

Claims (1)

[Scope of Claim for Utility Model Registration] Vertical middle bars F and horizontal middle bars E are intersected to form a lattice within a square frame made up of upper and lower fitting frames 1 and 3 and left and right fitting forms 2 and 2. In the assembly structure of the fittings, in which the panels 5 are installed in a plurality of lattices, the vertical middle crosspieces F and the horizontal middle crosspieces E are formed by fixing sections 6° 6' and push-in sections 7, 7', respectively. These fixed shapes 6, 6'
Engagement pieces 8, 8' that can be engaged with each other are provided on the opposing surfaces of the and push-in sections 7, 7', and the fixed section 6 and the push-in section 7 are provided at the intersection of the vertical section F with the horizontal section E. A notch G having a width of E is formed in the opposite part of the horizontal middle bar F, and the panel 5 is arranged by fitting the horizontal middle bar fixing member 6' into the cutout part of the fixing member 6 of the vertical middle bar F. , engage the engagement piece 8' of the horizontal center bar fixed material 6' with the horizontal center bar push-in section 7' and the engagement piece 8', and insert the notch G of the vertical center bar push-in section 7 into the horizontal center section push-in section 7. ′
At the same time, the panel 5 is held by engaging the vertical crosspiece fixing mold material 6 and the engaging piece 8 with the vertical crosspiece pushing molding material 7 and the engaging piece 8, and the vertical crosspiece fixing mold material 6 and the vertical crosspiece are held together. Notches 9, 9 each opening upward are provided at the upper end of the crosspiece push-in member 7, and the upper frame 3 is provided with a pair of projecting pieces 1 that integrally project downward from the upper frame 3.
0 and 10 are provided, and the protruding piece 10 on one side and the vertical frame fixing member 6
The assembly structure of the fittings is characterized in that the notch 9 of the other protruding piece 10 and the notch 9 of the vertical frame push-in die 7 are engaged.