KR200183368Y1 - Sliding Hanging Window or Door - Google Patents

Abstract

In the present invention, a rail and a mobile car are installed only on the upper part of a window frame (or door frame) in a microscopic window or door, and the hanging door is closed. And a microscopic window or door with an airtight device to prevent a gap between the bottom and the bottom of the window (or door).

The hook-type microscopic window or door of the present invention is effective in blocking air flow, can be opened and closed with only a small amount of force, and can remove the lower window frame (or door frame). There is an effect of increasing the sex.

Description

Sliding Hanging Window or Door

In the present invention, a rail and a mobile car are installed only on the upper part of a window frame (or door frame) in a microscopic window or door, and the hanging door is closed. And airtight devices to prevent gaps between the floor and the bottom of the window (or door). These hanging micro windows or doors block air flow more reliably and close with minimal force. It is possible to remove the lower window frame (or door frame), and to provide an effective hanging microscopic window or door that can unify two spaces into one to increase the utility of the interior space.

Conventionally, the front view and A-A 'cross-sectional view (type 1) of the prior art of FIG. 2A and the front view and A-A' line cross-sectional view (type 2) of the prior art of FIG. The upper part is inserted into the upper rail 102, and the roller 103 is installed at the lower part of the window (or door) in two sets of one set or two sets so that it can be opened and closed on the rail 104 formed on the lower window frame. In order to close the gap between the window frame and the window (or the door), the windbreaker 101 was staked out.

The conventional microclimate receives all the loads of the window (or door) from the roller 103 installed on the window (or the door) and the rail 104 dredged on the lower window frame, and thus, supports the rail 104 and The length of the contact line that the rollers 103 touch each other had to be long, and the guide grooves dug into the rollers 103 had to be deep and wide to prevent the rollers 103 from escaping out of the rails 104, and the rails 104 also Because of this resistance, it was necessary to open and close the window (or door) because the resistance of the windshield (101) had to be staked in the lower part of the window (or door) to block the air. Had to be attached, noisy, and in the case of a living room junction that connects the living room to the balcony, the door frame is dredged on the floor between the living room and the balcony, and the user steps on the door frame and rail 104. There was a problem.

The present invention has a rail and a moving doorway installed only on the upper part of the window frame (or door frame) in the micro-window (or door), and the window door (or door) is hung on the moving doorway. There is no need to dig a guide groove, and the contact line between the roller and the upper rail can be shortened so that it can be easily opened with only a small amount of force. Holds two windows (or doors) at the same time to prevent swinging back and forth, and to close the windows (or doors) completely, it is equipped with an airtight device that prevents the gap between the bottom surface and the bottom of the window (or door). Through the hanging microscopic window, it can be opened and closed with little force, and by removing the lower window frame (or door frame), the two spaces can be unified and the air flow It is an object of the present invention to provide an effective microscopic window that can more reliably block and increase the utility of the indoor space.

Figure 1a is a front view according to the present invention.

Figure 1b is a perspective view according to the present invention.

Figure 1c is a cross-sectional view taken along the line A-A 'according to the present invention.

Figure 1d is an arbitrary cross-sectional view for showing the configuration of a mobile car according to the present invention.

Figure 1e is an exploded perspective view of the window frame and the window (or door) according to the present invention.

Figure 1f is an assembled perspective view of the rocking block according to the present invention.

Figure 1g is a perspective view of the fixing plate of the rocking block according to the present invention.

Figure 1h is a perspective view of the removable plate of the rocking prevention tool according to the present invention.

Figure 1i is an assembled perspective view of the fixed plate and the removable plate of the rocking prevention tool according to the present invention.

Figure 1j is an assembled side view of the rocking prevention tool according to the present invention.

Figure 1k is an assembled perspective view of the airtight device according to the present invention.

Figure 1l is an exploded perspective view of an airtight device according to the present invention.

Figure 1m is a cross-sectional view of the drive unit C-C 'of the airtight device according to the present invention.

Figure 1 is a cross-sectional view before operation of the airtight device according to the present invention.

Figure 1o is a cross-sectional view after the operation of the airtight device according to the present invention.

Figure 1p is a plan view of the operating plate according to the present invention.

2A is a front view and a cross-sectional view along the line A-A 'of the prior art (type 1).

2B is a front view and a cross-sectional view along the line A-A 'of the prior art (type 2).

(Explanation of symbols for the main parts of the drawing)

1: upper window frame 2: side window frame

3: lower window frame 4: window sill

5: upper rail 6: roller fixing plate

7: roller 8: roller shaft

9: ring 10: case

11: adjusting screw 12: hook pin

13: Flange 14,14 ': Tightening screw

15: straight groove 16: fixed plate

17: removable plate 18: clip

18 ': clip stop jaw 19: guide protrusion

20: protrusion 21, 21 ', 21' ': fixing plate through hole

22: stop jaw 22: guide protrusion

23: protrusion surface 24: removable plate through hole

25: uneven surface 26: square groove

27: clip stop groove 28: stop projection

29: airtight device case 30: operating top plate

30 ': operating plate oblique side 31: operating plate case

32: Hermetic rubber 33: Operation pin

34: front cover 35: compression spring

36: operation lower plate 36 ': operation lower plate

37: tension spring 38: rear cover

39: bottom surface

101: conventional wind-resistant hat 102: conventional upper rail

103: conventional roller 104: conventional rail

a, a ': mobile door b: rocking stop

c: Airtight device f: Door car

g: fixed hanger

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

The present invention is a hook-type microscopic window, characterized in that the three parts of the moving door (a), detachable rocking prevention (b), airtight device (c) that can be adjusted and detached the height of the window (or door) as shown in Figure 1b (Or door).

Hereinafter, the description of the microscopic door is the same as the description of the microscopic window and thus will be omitted.

First, look at the overall structure of the hook-type microscopic window according to the present invention.

Figure 1a is a front view of the hook-type microscopic window according to the present invention, shows that the hook-type microscopic window visible in appearance largely consists of the upper window frame (1), side window frame (2) and window spear (4).

At this time, the lower window frame 3 is not shown in the drawing because it is not present at all or in the same plane as the bottom surface 39 of the cross-sectional view of the airtight device according to the present invention of FIG.

Figure 1b is a perspective view of the assembly according to the present invention, showing a part of the moving door (a), the swing prevention port (b), the airtight device (c) which is a feature of the present invention.

Next, look at in detail for the moving door car (a), the rocking stop (b), the airtight device (c) which is a feature of the present invention.

First, in order to explain the moving door (a), when the separated perspective view of the window frame and the window according to the present invention of Figure 1e, three rollers 7 and roller shaft 8, roller fixing plate 6, roller A door f, a case 10, an adjustment screw 11, a hook pin 12, a flange 13, a binding screw 14, formed of a pair of rings 9 opened at a lower portion of the fixing plate 6; 14 ') consists of a fixed hanger (g).

In the above-described moving doorway a and a ', the doorway f freely rides on the inner surface of the upper rail 5 inserted into the straight groove of the upper window frame 1, and the fixing hanger g is the upper part of the window. It is fastened to the bottom surface of the straight groove by the binding screws 14 and 14 ', and the hook pin 12 hangs on the ring 9 opened in the lower part of the roller fixing plate 6. In this way, the fixed hook (g) is hooked on the door car (f), the window hook (4) integral with the fixed hook (g) is able to move easily with only a small force.

In addition, the fixed hook (g) has an adjustment screw 11 for adjusting the upper and lower heights of the window 4, and when the adjustment screw 11 is turned, the hook pin 12 moves forward and backward on the inclined surface to adjust the height. . Through such an adjusting function, the distance between the window 4 and the bottom surface 39 is adjusted, and the sealing operation of the airtight device c will be described later.

Figure 1c is a cross-sectional view taken along line A-A 'according to the present invention is a reference diagram showing a state in which the upper rail 5 and the moving door car (a) is combined.

Figure 1d is an arbitrary cross-sectional view for viewing the configuration of the moving door according to the present invention as a cross-sectional perspective view showing the configuration of the upper window frame 1 and the upper rail 5 and the moving door (a, a ') clearly It is also.

Second, to explain the rocking prevention (b), Figure 1i is an assembly perspective view of the fixed plate and the removable plate of the rocking prevention device according to the present invention, the rocking prevention block (b) is fixed plate 16 and the removable plate (17) It shows that these were combined with each other and consisted of a pair.

The fixing plate 16 of the anti-vibration block b is a clip 18, a clip stopping jaw 18 ', a guide protrusion 19, and a protrusion as in the perspective view of the fixing plate of the anti-vibration device according to the present invention of FIG. 1G. 20, the fixing plate through-holes 21, 21 ', 21' ', the stop jaw 22, the detachable plate 17 of the rocking prevention tool (b) of the rocking prevention device according to the present invention of Figure 1h As in the perspective view of the detachable plate, the protruding surface 23, the through hole 24, the uneven surface 25, the angular groove 26, the clip stop groove 27, the stop projection 28, and the fixed plate ( The clip 18 of the 16 is fitted in the opening angle groove 26 of the attachment and detachment plate 17, and the clip 18 pushed in the angle groove 26 is the clip stopper jaw 18 'and the attachment and removal plate 17. The clip stop groove 27 of the interlocking is prevented from coming back to each other, the guide protrusion 19 of the fixing plate 16 is to prevent the movement after the fixing plate 16 and the removable plate 17 is combined with each other, The part 20 is formed even after the fixing plate 16 and the detachable plate 17 are combined with each other. It is drawn so as to be able to bind to the bottom surface 39, the through hole 21 'is penetrated through the protrusion 20, the stop projection 22 and the stop projection of the detachable plate 17 of the fixing plate 16 Reference numeral 28 is for determining the final position in pushing the removable plate 17 to the fixed plate 16.

Subsequently, the protruding surface 23 formed on the detachable plate 17 has a plurality of uneven surfaces 25, and a perspective view of the protruding surface 23 and the plurality of uneven surfaces 25 is an assembly perspective view of the anti-wiggle according to the present invention of FIG. 1F. As shown in the fitted into the straight groove 15 dredged in the lower portion of the window (4). At this time, the uneven surface 25 is intended to reduce interference by reducing the contact area between the wall surface of the straight groove 15 and the protruding surface 23.

In addition, the rocking prevention tool (b) is divided into a fixed plate 16 and a removable plate 17 for the convenience of construction.

This rocking prevention block (b) is bound through the through holes (21, 21 ', 21 ``) on the bottom surface 39 of the point where the two windows 4 intersect at all times, the lower part of the window 4 When the protruding surface 23 is fitted into the straight groove 15 dredged in, and the window 4 is opened and closed, it does not interfere and only catches the shaking of the window 4.

Figure 1f is an assembled perspective view of the rocking block according to the present invention, a reference diagram for showing that the rocking block (b) is installed between the two windows.

Figure 1j is also a side view of the assembling side of the anti-vibration fixture according to the present invention of the present invention is installed between the two window windows (b) from the side.

Third, the airtight device (c) is an assembled perspective view of the airtight device according to the present invention of Figure 1k, an optional exploded perspective view of the airtight device according to the present invention of Figure 1l, drive unit C-C 'of the airtight device according to the present invention of Figure 1m Sectional view, a cross-sectional view before the operation of the airtight device according to the present invention of Figure 1n, a cross-sectional view after the operation of the airtight device according to the present invention of Figure 1o as shown in Figure 1k to lo as shown in Figure 1k to lo. b) is partitioned into a space in which the linear groove 15 which can be inserted and the components of the airtight device c are fitted and assembled, and as shown in FIG. 1L, the airtight device case 29 has an operating upper plate 30 ' The operation upper plate 30 and the operation plate case 31 are molded into the operation plate, and the operation lower plate 36 and the airtight rubber 32 formed with the operation lower plate inclined portion 36 'are inserted into the operation plate case 31. Is inserted, the front cover 34 is fitted to the side, the operation pin 33 is inserted into the inside of the front cover 34, A compression spring 35 for returning of the actuating pin 33 is assembled to the actuating pin 33, and on the opposite side of the front cover 34, a rear cover 38 for closing the rear part of the airtight device c is fitted. In addition, the operating upper plate 30 and the operating lower plate 36 are installed so that the tension springs 37 for pulling back are pulled from each other, and the operating upper plate inclined portion 30 'and the operating lower plate inclined portion 36' are mutually inclined to each other. It consists of facing structure.

When the airtight device c configured as described above closes the window 4 as shown in FIG. 1O, the operation pin 33 hits the side window frame 2, and the impacted operation pin 33 is the airtight device c. The operation pin 33 pushed into the inside of the operation plate 33 pushes the operation upper plate 30, and the operation upper plate inclined portion 30 'formed on the operation upper plate 30 faces each other. By pushing a) the operation lower plate 36 integral with the operation lower plate inclined portion 36 'is made to slide downward to move downward, whereby the operation lower plate 36 and the airtight rubber 32 are inserted The operation plate case 31 moves downward according to the movement of the operation lower plate 36. When the window 4 is completely closed, the airtight rubber 32 inserted into the operation plate case 31 is attached to the bottom surface 39. Close contact is kept confidential.

On the other hand, when the window 4 is opened, the operation pin 33 is returned to its original state by the compression spring 35, and is sealed by a tension spring 37 which connects the operation upper plate 30 and the operation lower plate 36 to each other. Since the rubber 32 is separated from the bottom and returned, the bottom surface 39 and the airtight rubber 32 do not come into contact with each other while the window 4 is opened, so that the window 4 can be opened and closed smoothly.

At this time, the operation upper plate 30 and the operation lower plate 36 has the same shape and size, and both ends of the molded injection molding bite each other can be used to connect several, the size of the window (4) than the standard product If large, as shown in the plan view of the operating plate according to the present invention of Figure 1p can be used to walk on the end can be long length.

Therefore, through the hook-type microscopic window of the present invention, it can be opened and closed with only a small force, and by removing the lower window frame 3, the two spaces are unified and the air flow is blocked more reliably, thereby utilizing the interior space. There is an advantage to increase the sex.

Claims (3)

A micromachine window or door consisting of a mobile doorcar (a), a rocking stop (b) and an airtight device (c). The method according to claim 1, wherein the moving door car (a) is made of a door car (f) and a fixed hook (g), the swing stopper (b) is made of a fixed plate 16 and a removable plate 17, the airtight device ( c) is the airtight device case 29, the operation top plate 30, the operation top plate 30 is formed, the operation plate case 31, the airtight rubber 32, the front cover 34, the operation pin 33 ), A compression spring (35), a microscopic window or door consisting of a working lower plate 36, the tension spring 37 and the back cover (38) formed with the lower surface of the operation lower plate (36 '). The roller flock (3) according to claim 2 is composed of a roller fixing plate (6), a roller (7), a roller shaft (8) and a ring (9) opened in the lower part of the roller fixing plate (6). The fixing hook (g) is composed of a case (10), an adjustment screw (11), a hook pin (12), a flange (13) and a binding screw (14, 14 '), and the fixing plate (16) is a clip (18), It consists of a clip stop jaw 18 ', a guide protrusion 19, a protrusion 20, a fixing plate through hole 21, 21', 21 '' and a stop jaw 22, the removable plate 17 protrudes Microscopic window or door consisting of the surface 23, the removable plate through-hole 24, the uneven surface 25, the angular groove 26, the clip stop groove 27 and the stop projection (28).