KR900002768Y1 - Window frame - Google Patents

Abstract

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Description

Glass window

Figure 1 shows an embodiment of the present invention, Figure 1 is an overall perspective view.

2 is a longitudinal sectional view.

3 is a cross-sectional view.

* Explanation of symbols for main parts of the drawings

1, 2, 3, 4: window frame body 11, 21, 31, 41: both side walls

12, 22, 32, 42: bulkhead 13: window glass guide groove

23: car guide 14, 24, 33, 43: insulation space

15, 25, 34, 44, 39, 49: coupling groove 17, 27: close contact

16, 26, 36, 46: packing 18, 28, 35, 35, 38, 48: engaging projection

40, 50: support 51: window glass

52: door car

The present invention relates to a glass window that is installed by sliding the window frame only window window directly without a window frame.

Conventional glass doors were made by inserting a window glass into a window frame made of wood or aluminum chassis, and manufacturing a window frame made of wood or aluminum chassis and then installing the window in the building, thus having the following problems.

First, the window and window frame must be manufactured separately, including the window frame, making manufacturing and construction cumbersome, and the construction cost is increased. Second, since the window frame and the window frame are made of wood or aluminum chassis, separate insulation and soundproofing materials must be installed. Accordingly, the structure of the window frame material and the window frame material is very complicated, and even if the insulation and soundproofing material is installed, the efficient insulation and soundproofing process is not possible.

Therefore, the present inventors made and constructed the glass doors by simply inserting the windows made of window glass without window frames directly into the window frames made of synthetic rubber or urethane resin with built-in reinforcing iron cores to solve these problems. Simple and easy to save construction costs, efficient insulation and sound insulation without the need to install a separate insulation and soundproofing material, the structure of the window frame is simple, and the windows to prevent noise from opening and closing the window in 1986 It was proposed as Utility Model Registration No. 14815.

By the way, while the above-described effect in the design of the above application exhibits excellent performance, the contact between the upper and lower window frame member and the left and right window frame member in contact with the glass constituting the window when the window is opened and closed according to the use gradually wears the glass and There is a concern that the airtightness between window frames is gradually decreased, and when the wear is severe, the window frame should be replaced. To prevent this, synthetic resins such as synthetic rubber or urethane resin, which constitute the window frame, should be made of high quality materials with strong wear resistance. There was a problem.

Therefore, the present invention is intended to solve the problems in the above-described conventional general glass doors, and to solve the problems in the elected design while fully exerting the effect in the elected draft.

Hereinafter, the present invention will be described in detail according to an embodiment shown in the accompanying drawings.

The glass door of the present invention, as shown in the upper, lower, left and right window frame member main body (1) (2) (3) (4) of the window frame, but the upper and lower window frame member body (1) (2) on both side walls (11) (21) and partitions (12) and (22) to form a plurality of window glass guide grooves 13 and the heat insulating space 14, a plurality of door guide grooves 23 and the heat insulating space 24, respectively, On the ends of both side walls 11, 21 and partitions 12, 22, coupling grooves 15, 25 are formed so that the packings 16, 26 having close contact portions 17, 27 are formed. Coupling protrusions 18 and 28 are fitted to each other, and the left and right window frame members 3 and 4 are provided with a plurality of heat insulating spaces 33 (2) by both side walls 31 and 41 and partition walls 32 and 42. 43, and coupling grooves 34 and 44 are formed at both side walls 31 and 41, and coupling protrusions 35 and 45 are formed at the partition walls 32 and 42 to form a plurality of window glass adhesion grooves. The coupling protrusions 38 and 48 and the coupling grooves 39 and 49 of the packings 36 and 46, in which the packings 36 and 47 are formed, respectively, are coupled to both side walls 31 and 41 and the partition wall 32 ( Supported by support pieces 40 and 50 formed in 42 It said, the number of the window glass 51 and the upper end is inserted into the windowpane receiving groove 13, the lower end is coupled to the hayeoseo Call Blocking 52 Call Blocking in the guide groove (23).

In the above configuration, the window frame body (1) (2) (3) (4) is molded by a general extrusion method such as aluminum sash, and the packing (16) (26) (36) (46) is made of synthetic rubber or urethane resin It is molded in a synthetic resin with good elasticity and strong wear resistance as shown.

Each of the coupling grooves 15, 25, 34, 44, and 39 is formed in, for example, a keyhole shape in which the opening is narrow and the inside thereof is enlarged in a circular shape, and the coupling protrusions 18 and 28 are formed. , (35) (45), (38) and (48) are formed in, for example, a key shape in which the ends are enlarged in a circular shape, thereby increasing the bonding force.

Both side walls 11 and 21 and the partition walls 12 and 22 of the upper and lower window frame members 1 and 2 form reinforcement reinforcement 19, 29, 20 and 30 in the root portion. In particular, the reinforcement glands 29 and 30 of the lower window frame member 2 serve to move the roller 55 of the door car 52 in a straight line.

Assembling and joining the window frame main body (1) (2) (3) (4) process the corner portion like a general chassis, and through the vis (56) through both ends of the upper and lower window frame member (1) (2) It engages by fastening to the biscuit 57 formed in the left-right window frame material main body 3 (4).

The door car 52 is a window glass insertion fixing groove 53 having a guide bent portion 54 is formed on the upper, and the lower roller 55 is made of synthetic resin, such as synthetic rubber or urethane resin.

In constructing the glass window of the present invention configured as described above, the window frame member body (1) (2) (3) (4) is assembled and installed in the building when the window frame is completed.

At this time, the lower window frame member 2 is assembled in a state in which the packing 26 is separated.

Next, the lower end of the window glass 51 is inserted into the window glass insertion fixing groove 53 of the door car 52, and the upper part of the window glass 51 is packed in the state where the door car 52 is installed at the lower end of each window glass 51. Push the roller 55 of the door car 52 up the door guide groove 23 of the lower window frame member 2 by pushing it into the window glass guide groove 13 between the close edges 17 of the door 16. By pulling down the rollers 55 of the car door 52 to reach the bottom of the car guide groove 23, and then to combine the packing (26).

The window glass 51 is attached to the handle and the ruler (not shown), respectively, so that adjacent window glass 51 overlap each other, and the packing or felt (not shown) is attached to the overlapping portion to close the window glass 51. .

As described above, the glass window of the present invention is very simple because the window construction is completed only by assembling the window frame and installing the window glass.

In the state in which the construction of the glass window red of the present invention is completed, the window glass 51 has an upper end closely adhered to the tight edge 17 of the packing 16 in the window glass guide groove 13, and the lower end is packed in the car guide groove 23. The close contact portion 27 of the 26 to maintain the airtight, both sides of the window glass 51 is in close contact with the grooves of the packing (36) (46) coupled to the left and right window frame member (3) (4) Insulated spaces 14 and 24 which are tightly inserted into the 37 and 47 and sealed to the window frame body 1, 2, 3 and 4 with packings 16, 26, 36 and 46. (33) (43) and the window glass guide groove 13 and the door car guide groove 23 is formed so that the heat insulation and sound insulation effect is good.

Meanwhile, in opening and closing the window glass 51, the upper and lower ends of the window glass 51 are moved in close contact with the close contact portions 17 and 27 of the packings 16 and 26, and the car door slides the window glass 51. Since roller 55 of 52 is made of synthetic resin such as synthetic rubber or urethane resin, noise is not generated.

In addition, when the packing 16, 26, 36, 46 wears out with use, and it becomes difficult to maintain the airtightness in the close contact burrs 17, 27 and the close grooves 37, 47, the window frame body 1 ) (2) (3) (4) is left as it is and only the packings 16, 26, 36 and 46 need to be replaced, so the maintenance is simple and economical.

Claims (1)

The upper, lower, left and right window frame member bodies (1) (2) (3) (4) are made of aluminum, and the upper and lower window frame members (1) (2) have both side walls (11) (21) and partition walls (12) ( 22, a plurality of window glass guide grooves 13 and a heat insulating space 14, a plurality of door guide grooves 23 and a heat insulating space 24 are formed, respectively, and both side walls 11 and 21 and a partition wall ( 12, 22, the coupling grooves (15) and (25) are formed at the ends of the coupling protrusions (18) and (28) of the packings (16) and (26) where the close contact portions (17) and (27) are formed. In the left and right window frame member bodies 3 and 4, a plurality of heat insulation spaces 33 and 43 are formed by both side walls 31 and 41 and the partition walls 32 and 42, and both side walls 31 and ( 41, the coupling grooves 34 and 44 and the partition walls 32 and 42 form the coupling protrusions 35 and 45 to form a packing 36 having a plurality of window glass contact grooves 37 and 47 ( The support projections 40 and 50 formed on both side walls 31 and 41 and the partition walls 32 and 42 by engaging the engaging projections 38 and 48 and the coupling grooves 39 and 49 of the 46, respectively. The upper part of the window pane 51 Inserted into the guide groove (13), the lower end glass window is coupled to the door car 52 in the door guide groove (23).