KR20020066592A - Lineup Type Sliding Window When Shut - Google Patents

Abstract

PURPOSE: A linear sliding window is provided to prevent the inflow of rainwater inside the window, to prevent a rail of the window from being exposed, and to facilitate the attachment of a linear window molding member and a curved window molding member. CONSTITUTION: In the linear sliding window consisted of a frame and two windows, a linear movement window(19) is assembled on a linear rail(15) of the frame and a curved movement window(20) is assembled on an outer curved rail(17) and an inner curved rail(18) of the frame. A height of the curved rails is shorter than a height of the linear rail.

Description

Line-type Sliding Window When Shut}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a flat microscopic window in which all the windows meet on the same rail line when the window is closed.

In more detail, the present invention is to leave the interior straight rail of the conventional window frame as it is, when replacing the window frame by replacing the two new curved rails instead of the outdoor rail of the conventional window frame all windows meet on the same rail line It relates to a flat micro window.

As shown in FIG. 23, the conventional microscopic window is assembled with an indoor side window 33 on an indoor side rail of the window frame and an outdoor side window 34 on an outdoor side rail of the window frame. ) And the outside window (34) overlaps the gap occurs to insert a windbreak frame (35) for airtight.

However, even with the installation of the windbreak frame 35 there is a problem that can not completely guarantee the confidentiality.

In addition, the rail of the conventional window frame has a problem that the side of the cross-section as shown in Figure 24 the height of the rail is constant so that the water accumulated in the main portion of the window frame during the rainy season.

In order to drain the deceased, the drain holes must be drilled in the rails, but there is also a risk of rainwater entering the room during storm storms. This phenomenon is exacerbated at the overlapping part of the middle with a windbreak frame.

In addition, when the window is closed, when viewed from the indoor side, there is a problem that half of the window frame rail on which the indoor side window is placed is exposed and does not harmonize with the interior of the room.

Accordingly, in the present invention, the interior rail of the conventional window frame is left as it is, and instead of the outdoor rail of the conventional window frame, it is replaced with two new curved rails having a lower height than the indoor straight rail of the conventional window frame and is movable to the curved rail. When the window is closed using a curved window window, all window windows meet on the same rail line, eliminating the need to install drainage holes on the rails of the window frame or to install a windshield between the window frames, and remove the window rail exposure. The sealing member is installed on the window surface of the interior to ensure complete confidentiality.

1 is a front view of a general window.

Figure 2 is a conventional horizontal frame rail.

3 is a horizontal window frame rail of the present invention.

Figure 4 is a window fitted to the window frame of the present invention.

Figure 5a is a state diagram of the window fitted to the lower horizontal window frame.

Figure 5b is a state diagram of the window fitted to the upper horizontal frame.

6A is a detail view of the lower curved rail;

6b is a detailed view of the upper curved rail;

7A is an upright perspective view (A), an inverted perspective view (B), and a plan view (C) of the lower outer door roller.

Figure 7b is an exploded perspective view of the lower outer door roller.

8A is an upright perspective view (A), an inverted perspective view (B), and a plan view (C) of the lower inner doorway.

8B is an exploded perspective view of the lower inner doorway;

9A is an upright perspective view (A), an inverted perspective view (B), and a plan view (C) of an upper outer door roller.

9B is an exploded perspective view of the upper outer door roller.

10A is an upright perspective view (A), an inverted perspective view (B), and a plan view (C) of an upper inner door roller.

10B is an exploded perspective view of the upper inner door roller.

Figure 11a is a plan sectional view of the curved moving window.

11B is a plan sectional view of the linearly moving window.

12A is a state diagram in which the lower horizontal window of the curved moving window is subtracted to the lower indoor side straight rail.

12b is a state in which the upper horizontal window of the curved moving window is inserted in the upper indoor straight rail.

13 is a state in which the curved moving window wraps around the lower interior indoor straight rail;

14 is a state diagram of space generation between the curved window window and the linear window window.

15 is a view showing the molding member attached to the curved moving window and the linear moving window.

Figure 16 is a state of space formation between the curved window window and the linear window window.

17 is a state using the cover member.

18 is a view of mounting the lock.

19A is a state diagram when no insect screen is used.

19B is a state diagram when using a insect screen;

19C is a screen view of the insect screen;

20 is a state in which the lower outer door roller is placed on the lower outer curved rail.

21 is a state in which the upper door car is inserted into the upper curved rail.

Fig. 22 is a state in which the window is closed;

23 is a conventional window frame and a window sill.

24 is a side cross-sectional view of a conventional window frame rail.

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

11: lower horizontal window frame 11 ': upper horizontal window frame

12: vertical window frame 13: lower horizontal window pair

13 ': upper horizontal window 14: vertical window

15: Lower indoor straight rail 15 ': Upper indoor straight rail

16: Lower outdoor straight rail 16 ': Upper outdoor straight rail

17: Lower outer curved rail 17 ': Upper outer curved rail

18: Lower inner curved rail 18 ': Upper inner curved rail

19: linear window window 20: curved window window

21: Lower outer doorway 21 ': Upper outer doorway

22: lower inner doorway 22 ': upper inner doorway

23: lower rail upper surface 24: rail bottom surface

25: frame frame rail mounting surface

25 ': Upper frame frame rail mounting surface

26: rail forming surface 27: protrusion

28: linear movement window molding molding member 29: curved movement window molding molding member

30: space cover member 31: locking device

32: insect screen 33: indoor window

34: outdoor side window 35: windbreak frame

101: outer housing 103: inner body

104,104 ': Roller housing 105: Outer cover

107: guide bracket 108,108 ': interlocking link

110,110 ': Main roller 111,111': Guide roller

115: oilless thrust washer 116116 ': spindle shaft

117,117 ': Roller shaft 118,118', 118 ": Fastening rivet

119,119 ': Roller shaft 122: Acetal wave washers

123: oilless bearing 128: height adjustment screw

129: fastening screw 130: guide shaft

131: main bracket 132: guide bracket

133: the guide officer 134: the horizontal officer

135: through hole 137: cam pin

201: outer housing 202: main bracket

203: outer cover 204,204 ': roller housing

205: guide roller 206,206 ': main roller

207: Guide bracket 208,208 ': Interlocking link

210: oilless bearing 211: oilless bearing

212,212 ': Spindle shaft 213,213': Roller shaft

214: guide shaft 215: guide rod

216: roller shaft 217: cover screw

218: Screw 219,219 ', 219 ": Fastening rivet

220: washer 223: oilless thrust washer

224: acetal wave washer 301: housing

302: inner bracket 303: guide roller

304: shaft 305: adjustment plate

306: coupling pin 307: buffer ring

308: Height adjusting screw 309: Housing groove

310: screw flow groove 401: housing

402: guide roller 403: shaft

404: connection bracket 405: coupling pin

The window of the present invention consists of a window frame and a window sill, as shown in FIG. 1, the window frame is composed of a lower horizontal window frame 11 and an upper horizontal window frame 11 'and two vertical window frames 12, and the window window is a lower horizontal window frame. 13 and the upper horizontal window 13 'and the two vertical window 14.

The horizontal window frame has a rail for moving the window.

As shown in FIG. 2, a rail of a conventional horizontal frame includes an indoor straight rail 15, 15 ′ and an outdoor straight rail 16, 16 ′.

The present invention leaves the conventional indoor straight rails 15, 15 'as it is, and instead of the conventional outdoor straight rails 16, 16', as shown in FIG. It is replaced by curved rails (18, 18 ').

For convenience, the center between vertical frame is called "inside" and the vertical frame is called "outer".

As shown in FIG. 4, the window rail is fitted on the rail of the present invention, and the linear rails 15 and 15 'are fitted with the linear moving window 19 and the outer curved rails 17 and 17' and the inner curved rail 18. , 18 ') is fitted with a curved moving window 20.

The linear sliding window 19 is equipped with a conventional door car, and the lower horizontal window 13 of the curved moving window 20 is mounted with a lower outer door 21 and a lower inner door 22 as shown in FIG. 5A. The upper horizontal window 13 'of the curved moving window 20 is equipped with an upper outer doorway 21' and an upper inner doorway 22 ', as shown in FIG. 5B.

5A and 5B, in the curved moving window 20, the lower inner doorway 22 is placed on the lower inner curved rail 18 and moves, and the lower outer doorway 21 moves to the lower outer curved rail 17 ), The upper inner doorway 22 'is subtracted from the upper inner curved rail 18' and the upper outer doorway 21 'is moved to the upper outer curve rail 17'. I can see.

The present invention will be described in more detail.

First, the curved rail installed in the window frame of the present invention will be described.

The curved rail of the present invention is shown in FIGS. 6A and 6B a plan view and a cross-sectional view thereof.

Figure 6a is a detail of the lower curved rail, Figure 6b is a detail of the upper curved rail.

6A, the lower outer curved rail 17 is raised between the lower rail upper surface 23 and the rail bottom surface 24, and the lower inner curved rail 18 is lower rail upper surface 23. ) And the rail bottom 24, or between the lower rail upper surface (23).

Looking at the cross-section A'-A, a lower rail upper surface 23 is formed between the lower straight rail 15 and the lower outer curved rail 17 and the rail bottom toward the outside from the lower outer curved rail 17. The surface 24 is formed.

The lower rail upper surface 23 is raised at a position higher than the rail bottom surface 24.

Looking at the cross-section of line B'-B, the rail bottom surface 24 is formed from the lower outer curved rail 17 to the outdoor side, and the lower rail upper surface 23 and the lower window frame frame rail mounting surface 25 toward the indoor side. And a lower straight rail 15 is formed.

The lower rail upper surface 23 is raised at a position higher than the rail bottom surface 24, and the rail bottom surface 24 is formed at a position higher than the lower window frame rail mounting surface 25.

Looking at the C'-C cross section, the rail bottom surface 24 is formed from the lower outer curved rail 17 to the outdoor side, and the upper surface of the lower rail 23 is raised toward the interior, and the upper surface of the lower rail 23 is raised. The lower inner curved rail 18 is formed toward the interior of the lower rail upper surface 23 is raised between the lower inner curved rail 18 and the lower straight rail 15.

Looking at the cross section of the line D'-D, the rail bottom surface 24 is formed from the lower outer curved rail 17 to the outdoor side, and the lower rail between the lower outer curved rail 17 and the lower inner curved rail 18. The upper surface 23 is raised and a lower window frame frame rail mounting surface 25 is formed between the lower inner curved rail 18 and the lower straight rail 15.

Looking at the E'-E cross section, the lower window frame frame rail mounting surface 25 is formed between the lower inner curved rail 18 and the lower straight rail 15, and the lower rail toward the outdoors from the lower inner curved rail 18. The upper surface 23 is raised, and the rail bottom surface 24 is formed from the lower rail upper surface 23 to the outdoor side.

The lower inner curved rail 18 is installed toward the lower straight rail 15 by the width of the lower outer door roller 21 than the lower outer curved rail 17, and the lower outer curved rail 17 is lower inner curved. It extends to the rail 18.

In addition, the height of the lower outer curved rail 17 and the lower inner curved rail 18 is lower than the height of the lower straight rail 15.

6B, the upper outer curved rail 17 ′ and the upper inner curved rail 18 ′ are recessed with respect to the rail forming surface 26 between the rail forming surfaces 26 to form recesses. This point is called a "rail" for convenience.

A-A 'cross section shows that the upper frame rail mounting surface 25' is formed from the upper straight rail 15 'to the outdoor side and the rail forming surface (outside from the upper frame frame rail installation surface 25') The upper outer curved rail 17 'is formed between 26).

Looking at the cross-section B-B ', the rail forming surface 26 is formed on the upper straight rail 15' toward the outside, and the upper outer curved rail 17 'is formed between the rail forming surfaces 26. .

In the cross-section of the C-C 'line, the upper frame rail mounting surface 25' is formed from the upper straight rail 15 'toward the outdoor side, and the rail forming surface (outside from the upper frame frame rail mounting surface 25' is formed) An upper inner curved rail 18 'is formed between the two sides 26, and an upper outer curved rail 17' is formed between the rail forming surfaces 26.

Looking at the cross section of the line D-D ', the upper frame rail mounting surface 25' is formed from the upper straight rail 15 'toward the outside, and the upper inner curved rail 18' is formed between the rail forming surfaces 26. The upper rail upper surface 23 ′ is formed from the upper inner curved rail 18 ′ to the outdoor side, and the protrusion 27 is formed at the outdoor end of the upper rail upper surface 23 ′.

The upper inner curved rail 18 'is installed toward the upper straight rail 15' by the width of the lower outer carriage 22 than the upper outer curved rail 17 'and the upper outer curved rail 17' It extends to the upper inner curved rail 18 '.

In addition, the height of the upper rail forming surface 26 is lower than the height of the upper straight rail 15 '.

As shown in FIG. 3, the acute angle α and the straight rail 15, 15 'and the inner curved rail 18 formed by the diagonal lines of the straight rails 15 and 15' and the outer curved rails 17 and 17 'are formed. It is preferable to determine the acute angle α formed by the diagonal section of (18 ') within a range of 30 ° to 70 °, and to minimize the convenience of the operation of the curved moving window 20 and the width of the window frame. desirable.

The following car will be described.

5a, it can be seen that the lower horizontal window 13 of the curved moving window 20 is equipped with a lower outer doorway 21 and a lower inner doorway 22.

First, the lower outer door roller 21 will be described.

The lower outer doorway 21 has a guide roller 111 and a guide roller 111 'in the guide bracket 107 as shown in the upright perspective view A, the inverted perspective view B and the plan view C of FIG. 7A. And the guide bracket 107 rotates horizontally about the guide shaft 130, and the main roller 110 is mounted on the roller housing 104 (shown in FIG. 7B) and the main shaft 110 116 (shown in FIG. 7B). Is rotated horizontally along the axis and the main roller 110 'is mounted on the roller housing 104' (shown in FIG. 7B) to rotate the main shaft shaft 116 '(shown in FIG. 7B) horizontally.

The guide bracket 107 is connected to and interlocked with the linkage link 108 by the fastening rivet 118, and the roller housing 104 (shown in FIG. 7B) is connected to the linkage link 108 and 108 'by the fastening rivet 118'. Connected and interlocked, the roller housing 104 '(shown in FIG. 7B) is connected and interlocked with the interlocking link 108' by a fastening rivet 118 ", and the interlocking link 108 and the interlocking link 108 'are fastened. It is connected and interlocked by the rivet 118 '.

In addition, the guide roller 111 rotates the roller shaft 119 (shown in FIG. 7B) horizontally, and the guide roller 111 ′ rotates the roller shaft 119 '(shown in FIG. 7B) horizontally. The roller 110 rotates vertically around the roller shaft 117 (shown in FIG. 7B) and the main roller 110 'rotates vertically about the roller shaft 117'.

FIG. 7B is an exploded perspective view of the lower outer doorway 21. When explaining the main parts, the interlock link 108 and the interlock link 108 ', the guide bracket 107, and the roller housing 104 are connected to the main bracket 131. And a roller housing 104 ', the guide bracket 107 is connected to the interlocking link 108 and the fastening rivet 118, and the interlocking link 108 is the interlocking link 108' and the fastening rivet 118 '. ), The roller housing 104 is connected to the linkage link 108, 108 'and the fastening rivet 118' and the roller housing 104 'is connected to the linkage link 108' and the fastening rivet 118 ". .

The guide bracket 107 is connected to the main bracket 131 by the guide shaft 130.

The roller housing 104 is connected to the main bracket 131 by the main shaft 116 and the roller housing 104 'is connected to the main bracket 131 by the main shaft 116'.

The guide roller 111 is connected to the guide bracket 107 by the roller shaft 119 and the guide roller 111 'is connected to the guide bracket 107 by the roller shaft 119'.

The main roller 110 is mounted to the roller housing 104 by the roller shaft 117 and the main roller 110 'is mounted to the roller housing 104' by the roller shaft 117 '.

Next, the height adjustment screw 128 will be described.

If you want to adjust the height of the lower outer door roller 21, loosen or tighten the height adjustment screw (128). That is, when the height adjusting screw 128 is tightened, the inner body 103 is pushed to one end and pushed up along the inclined guide hole 133 through the cam pin 137, and eventually the main rollers 110 and 110 '. By narrowing the distance between the outer housing 101 and the one side of the curved moving window 20 can be lowered, on the contrary, when the height adjustment screw 128 is loosened, the inner body 103 is adjusted by the weight of its own height ( While being in close contact with the side 128, the cam pin 137 descends along the inclined guide hole 133, and as a result, the distance between the main rollers 110 and 110 ′ and the outer housing 101 is widened, thereby moving the curved window 20. Will be able to increase the height of one side.

Next, the lower inner door roller 22 will be described.

The lower inner doorway 22 has a guide roller 205 and a guide rod 215 mounted on the guide bracket 207 as shown in the upright perspective view A, inverted perspective view B, and plan view C of FIG. The guide bracket 207 rotates horizontally about the guide shaft 214 and the main roller 206 is mounted on the roller housing 204 (shown in FIG. 8B) to shaft the main shaft shaft 212 (shown in FIG. 8B). And the main roller 206 'is mounted to the roller housing 204' (shown in FIG. 8B) to rotate the spindle shaft 212 '(shown in FIG. 8B) horizontally.

The guide bracket 207 is connected to and interlocked with the interlocking link 208 by the fastening rivet 219, and the roller housing 204 (shown in FIG. 8B) is connected with the interlocking links 208 and 208 'by the fastening rivet 219'. Connected and interlocked, and the roller housing 204 '(shown in FIG. 8B) is connected and interlocked with the interlocking link 208' by a fastening rivet 219 ", and the interlocking link 208 and the interlocking link 208 'are fastened. It is connected and interlocked by the rivet 219 '.

In addition, the guide roller 205 rotates the roller shaft 216 (shown in FIG. 8B) horizontally, and the main roller 206 rotates the roller shaft 213 (shown in FIG. 8B) vertically, and the main roller ( 206 'rotates vertically about the roller shaft 213' (shown in Figure 8B).

8B is an exploded perspective view of the lower inner doorway 22, and the main parts thereof will be described. An interlocking link 208 and an interlocking link 208 ′, a guide bracket 207, a roller housing 204 and a main bracket 202 may be described. The roller housing 204 'is mounted, and the guide bracket 207 is connected to the linkage link 208 and the fastening rivet 219, and the linkage link 208 is the linkage link 208' and the fastening rivet 219 '. The roller housing 204 is connected to the interlocking links 208 and 208 'and the fastening rivet 219', and the roller housing 204 'is connected to the interlocking link 208' and the fastening rivet 219 ".

The roller housing 204 is connected to the main bracket 202 by the spindle shaft 212 and the roller housing 204 ′ is connected to the main bracket 202 by the spindle shaft 212 ′.

The guide roller 205 is connected to the guide bracket 207 by the roller shaft 216, and the guide rod 215 is inserted into and bound to the guide bracket 207.

The main roller 206 is mounted to the roller housing 204 by the roller shaft 213 and the main roller 206 'is mounted to the roller housing 204' by the roller shaft 213 '.

5b, it can be seen that the upper horizontal window 13 'of the curved moving window 20 is mounted with an upper outer doorway 21' and an upper inner doorway 22 '.

First, the upper outer door roller 21 'will be described.

The upper outer doorway 21 ′ is guided by the guide roller 303 to the adjustment plate 305 via the shaft 304 as shown in the upright perspective view A, inverted perspective view B and the top view C of FIG. 9A. You can see it mounted.

FIG. 9B is an exploded perspective view of the upper outer doorway 21 ′, showing that the adjustment plate 305 over the housing 301 and the inner bracket 302 in the housing 301 are assembled by the penetration of the coupling pin 306. .

In addition, the housing 301 shows that the height adjustment screw 308 is screwed.

The height adjustment screw 308 loosely loosens the height adjustment screw 308 when the guide roller 303 has a high or low height and simultaneously slides the inner bracket 302, the adjustment plate 305, and the shaft 304 in the vertical direction. After stopping at an appropriate position while moving, the height adjustment screw 308 may be tightened and fixed.

Next, the upper inside door roller 22 'is demonstrated.

The upper inner doorway 22 ′ is guided by a guide roller 402 to the connecting bracket 404 via the shaft 403 as shown in the upright perspective view A, inverted perspective view B and plan view C of FIG. 10A. You can see it mounted.

FIG. 10B is an exploded perspective view of the upper inner doorway 22 ′ showing that the connecting bracket 404 is assembled to the housing 401 by penetration of the coupling pin 405.

Next, the structure of the window will be described.

Curved moving window 20 used in the present invention is a planar cross-section has a structure as shown in Figure 11a, the linear moving window 19 has a structure as shown in Figure 11b.

In addition, the curved moving window 20 used in the present invention has a lower side cross-section as shown in Figure 12a, the upper side cross-section has a structure as shown in Figure 12b.

The portion A of FIG. 12A allows the curved moving window 20 and the lower straight rail 15 to be close to each other to maintain watertightness and airtightness as well as to withstand strong winds.

In addition, a sealing material of the gasket concept is used at the A portion where the curved moving window 20 and the lower indoor straight rail 15 are close to each other. This further improves the watertight and airtight performance.

In the portion B of FIG. 12B, the curved window pan 20 and the lower straight rail 15 are separated from each other, so that the curved window pan 20 can move freely without interference of the lower straight rail 15.

FIG. 13 is a planar cross section of the curved moving window 20, showing that the curved moving window 20 surrounds the lower straight rail 15 ("C" portion), which is to ensure the stability of the window.

Next, the molding member will be described.

In the present invention, in order to move the curved window window 20 without interference with the linear window window 19, inevitably between the curved window window 20 and the linear window window 19 as shown in FIG. Space will be generated.

In order to fill this space, as shown in FIG. 15, the curved window window molding member 29 is attached to the curved window window 20, and the linear window window molding member 28 is attached to the linear window window 19. As shown in FIG.

Even when the molding member is attached to the window, a space ("D" portion) remains between the curved window 20 and the linear window 19 and the straight rails 15 and 15 'as shown in FIG.

In order to eliminate this space, the space cover member 30 is attached to the curved moving window molding member 29 as shown in FIG.

Next, the locking device will be described.

The locking device in the present invention uses the locking device 31 of Utility Model No. 16926.

The locking device 31 is mounted at the center of the outer vertical window frame in the interior side of the curved moving window 20 as shown in FIG.

Next, the insect screen will be described.

In the present invention, the insect screen 32 is installed on the indoor side of the window to greatly improve the convenience of use, as well as to make the appearance more beautiful.

As shown in Figs. 19A, 19B and 19C, the roll-type screening net is more convenient because the screening screen can be installed when necessary and can be removed in one place when not required.

Fig. 19A is a state diagram when no insect screen is used, and Fig. 19B is a state diagram when insect screen is used.

In addition, by using the insect screen guide roll having a shape as shown in "A" of Figure 19c as well as the ease of use, the insect screen is coupled to the "a" part of the "A" part when the rainy weather driving can be used more safely. .

The operation of the present invention will be described.

First, the window sill is assembled to the window frame.

As shown in FIG. 5A, the lower horizontal window 13 is mounted with the lower outer doorway 21 outward, the lower inner doorway 22 with the lower horizontal window 13 'and the upper horizontal window 13' as shown in FIG. 5B. The upper outer door roller 21 'is mounted outward, and the upper inner door wheel 22' is mounted inward.

The lower outer wheelbarrow 21 mounted on the lower horizontal window 13 is mounted on the lower outer curved rail 17 and the lower inner wheelbarrow 22 is mounted on the lower inner curved rail 18. As shown in FIG. 5A, the guide rollers 111 and 111 'are directed outwards, and the two main rollers 110 and 110' are positioned at the inner side about the lower outer straight rail 17 and the two guide rollers 111 and 111 'are positioned. The guide roller 111 is located at the indoor side and the guide roller 111 'is located at the outdoor side with respect to the lower outer curved rail 17.

In addition, the lower inner doorway 22 is a guide roller 205 and guide rod 215 facing inward as shown in Figure 5a so that the two main rollers 206, 206 'and the guide roller 205 is the lower inner curved rail The guide rod 215 is located at the indoor side with respect to the lower inner curved rail 18.

The lower outer door roller 21 is mounted on the lower outer curved rail 17 as shown in FIG.

The two main rollers 110, 110 ′ of the lower outer doorway 21 roll (vertically rotate) in contact with the lower rail upper surface 23 of FIG. 6A, and the two guide rollers 111, 111 ′ have a lower outer curve. With the upper surface of the rail 17 and the space, the guide roller 111 is rotated horizontally in contact with the interior side of the lower outer curved rail 17 and the guide roller 111 'is the lower outer curved rail 17 Rotate horizontally while touching the outdoor side of the car.

The two main rollers 206, 206 ′ of the lower inner doorway 22 roll (vertically rotate) in contact with the lower rail upper surface 23 of FIG. 6A, and the guide roller 205 of the lower inner curved rail 18 It is spaced with the upper surface and rotates horizontally while contacting the outdoor side of the lower inner curved rail 18.

The main rollers 206 and 206 'support the load from above, and the guide roller 205 guides the traveling direction and also serves to prevent the window frame from escaping from the rail of the window frame.

The upper outer side rails 21 'mounted on the upper horizontal window 13' are mounted on the upper outer curved rail 17 ', and the upper inner side door 22' is mounted on the upper inner curved rails 18 '. The upper outer cage 21 'faces the guide roller 303 outward as shown in FIG. 5B so that the guide roller 303 of the upper outer cage 21' is attached to the upper outer curved rail 17 '. The upper inner door 22 'is subtracted and the guide roller 402 of the upper inner door 22' is subtracted to the upper inner curved rail 18 'with the guide roller 402 facing inward as shown in FIG. 5B. do.

The upper outer doorway 21 'or the upper inner doorway 22' is subtracted to the upper outer curved rail 17 'or the upper inner curved rail 18' as shown in FIG.

The window is completed by fitting the window frame to the window frame as above.

Next, the movement of the window will be described.

FIG. 22 is a state diagram in which the window is closed, and the curved window 20 is started by pulling the locking device 31 knob of the curved window 20.

When the curved moving window 20 starts to move, the guide rollers 111 and 111 'of the lower outer carriage 21 move along the lower outer curved rail 17. The guide rollers 111 and 111' move to the lower outer curved rail ( 17, the main roller 110 is connected by the interlocking link 108 connected to the guide roller 111 ′, and the main roller 110 ′ is connected to the interlocking link 108 ′ connected to the interlocking link 108. Is rolled while aligning in the advancing direction of the guide rollers 111 and 111 'and rotating horizontally, the guide roller 205 of the lower inner doorway 22 moves along the lower inner curved rail 18 while the guide roller 205 is lower lower curved. When the rail 18 reaches an oblique section, the main roller 206 is connected to the guide rod 215 by the interlock link 208, and the main roller 206 'is connected to the interlock link 208 by the interlock link 208'. ) Is aligned in the advancing direction of the guide roller 205 and rolls while rotating horizontally.

The upper outer doorway 21 'is constrained and moves in the direction of travel of the lower outer doorway 21, and the upper inner doorway 22' is also constrained and moves in the direction of travel of the lower inner doorway 22.

When the curved window window 20 moving along the diagonal line of the curved rail reaches a straight section, the curved window window 20 moves linearly and gradually spaced apart from the linear window window 19 as shown in FIGS. 5A and 5B. Will be overlapping parallel to open.

When the curve moving window 20 is closed, the curve moving window 20 moves in the reverse order in the order of opening.

In the present invention, while leaving the indoor straight rail of the conventional window frame as it is, instead of the outdoor rail of the conventional window frame replaces the two new curved rails having a lower height than the indoor straight rail of the conventional window frame and the curve that can be moved to the curved rail By using the moving window, the following effects were obtained.

First, the rail of the lower window frame of the present invention is the height of the lower outer curved rail 17 and the lower inner curved rail 18 on the outdoor side is lower than the height of the lower straight rail 15 as shown in Figure 6a Rain water is blocked by the lower straight rail 15 can not flow into the interior,

Secondly, in the present invention there is no exposure of the window rail because it forms a straight line when the window is closed,

Third, the linear movable window 19 and the curved movable window 20 form a straight line, and the linear movable window mold molding member 28 to the linear movable window 19 for the airtight, and the curved movable window 20 to the curved movable window 20 It is easy to attach the molding member 29.

Claims (13)

In a window frame consisting of a window frame and two window windows, a straight window window 19 is connected to the straight rails (15, 15 ') of the window frame, and the outer curved rails (17, 17') and the inner curved rails (18,18) of the window frame. ') The curved microscopic window of the closed type characterized in that the window 20 is assembled. The lower horizontal window frame (11) according to claim 1, wherein the lower horizontal window frame (11) includes a lower straight rail (15), a lower outer curved rail (17), a lower inner curved rail (18), a lower rail upper surface (23), and a rail bottom surface. And a lower window frame frame rail mounting surface 25, the upper horizontal window frame 11 'includes an upper straight rail 15', an upper outer curved rail 17 ', and an upper inner curved rail 18'. ), The upper window frame frame rail installation surface 25 'and the rail forming surface 26, characterized in that the closed fine-shaped windows. The closed fine-shaped micromachine according to claim 2, wherein the heights of the outer curved rails 17, 17 'and the inner curved rails 18, 18' are lower than the heights of the straight rails 15, 15 '. Window. 4. The method according to claim 3, wherein the inner curved rails 18, 18 'are proximate to the straight rails 15, 15' from the outer curved rails 17, 17 'by the width of the lower outer door roller 21. Characterized in that the closed microscopic windows. The method according to claim 4, wherein the acute angle α formed by the diagonal sections of the straight rails 15 and 15 'and the outer curved rails 17 and 17', the straight rails 15 and 15 'and the inner curved rails 18, 18 ') acute angle window formed by the diagonal section is 30 ° to 70 °, characterized in that the closed fine-shaped windows. 6. The closed microscopic window according to claim 5, wherein the acute angle α is 48 degrees. 7. The lower inner doorway (22) is mounted on the lower portion of the lower horizontal window (13) outwardly and the lower inner doorway (22) is mounted on the lower side of the lower horizontal window (13). ) Is mounted on the top of the upper horizontal window 13 'and the upper outer doorway 21' is mounted outward and the upper inner doorway 22 'is mounted on the upper side of the upper horizontal window 13'. Date-shaped microscopic windows when closed. 8. The guide rollers (111, 111 ') of the lower outer doorway (21) face outwards and the guide rollers (205) and guide rods (215) of the lower inner doorway (22) face inwards. Dated microscopic windows when closing. The lower outer door roller 21 is a guide roller 111 and the guide roller 111 'is mounted on the guide bracket 107, the guide bracket 107 is horizontal to the guide shaft 130 axis The main roller 110 is mounted on the roller housing 104 to rotate horizontally about the spindle shaft 116 and the main roller 110 'is mounted on the roller housing 104' to rotate the spindle shaft 116 '. The guide bracket 107 is connected to the interlocking link 108 by the fastening rivet 118, and the roller housing 104 is connected to the interlocking links 108 and 108 'by the fastening rivet 118'. And the roller housing 104 'is interlocked with the interlocking link 108' by the fastening rivet 118 ", and the interlocking link 108 and the interlocking link 108 'are interlocked by the fastening rivet 118'. Connected and interlocked, the guide roller 111 rotates horizontally about the roller shaft 119, and the guide roller 111 'is a roller. The shaft 119 'is rotated horizontally on the axis, the main roller 110 rotates vertically on the roller shaft 117, and the main roller 110' is a roller wheel that rotates the roller shaft 117 'vertically, The lower inner doorway 22 is equipped with a guide roller 205 and a guide rod 215 on the guide bracket 207, and the guide bracket 207 rotates horizontally around the guide shaft 214 and the roller housing 204. The main roller 206 is mounted to rotate the spindle shaft 212 horizontally to the axis, and the main roller 206 'is mounted to the roller housing 204' to rotate the spindle shaft 212 'to the axis, and the guide bracket 207 is interlocked with the interlocking link 208 by the fastening rivet 219 and the roller housing 204 is interlocked with the interlocking links 208, 208 'by the fastening rivet 219' and interlocked with the roller housing 204 ') Is interlocked with the interlocking link 208' by a fastening rivet 219 " The copper link 208 'is connected and interlocked by a fastening rivet 219', the guide roller 205 rotates horizontally about the roller shaft 216, and the main roller 206 pivots the roller shaft 213. And the main roller 206 'is a roller wheel that rotates vertically about the roller shaft 213', and the upper outer roller wheel 21 'is a guide roller 303 through the shaft 304 to adjust the adjustment plate ( 305, and the upper inner doorway 22 'is a closed door-shaped microscopic door, characterized in that the guide roller 402 is mounted on the connection bracket 404 via the shaft 403. 10. The method of claim 9, wherein the height adjustment screw 128 is mounted to the lower outer door (21) and the height adjustment screw 308 is mounted to the upper outer door (21 ') is a closed fine-shaped fine device. Window. The lower outer curved rail of the window frame according to claim 1, 2, 3, 4, 5, 6, 7, 8, 9 or 10. 17, the lower outer doorway 21 of the lower horizontal window 13 is mounted, and the lower inner doorway 22 of the lower horizontal window 13 is mounted on the lower inner curved rail 18 of the window frame, and the upper part of the window frame. The upper outer door 21 'of the upper horizontal window 13' is subtracted to the outer curved rail 17 'and the upper inner door of the upper horizontal window 13' to the upper inner curved rail 18 'of the window frame. (22 ') is subtracted characterized in that the closed microscopic windows. 12. The lower outer doorway (21) has guide rollers (111, 111 ') facing outwards so that two main rollers (110, 110') are positioned indoors about the lower outer straight rail (17). The guide rollers 111 and 111 'are positioned on the lower outer curved rail 17, and the guide roller 111 is located at the indoor side, and the guide roller 111' is located at the outdoor side. And the guide rods 215 inward, the two main rollers 206, 206 'and the guide rollers 205 are located on the outside of the lower inner curved rail 18 and the guide rods 215 are lower inner curved rails. Located at the center of the interior (18), the two main rollers (110, 110 ') of the lower outer door (21) rolls (vertically rotates) in contact with the lower rail upper surface 23, and the two guide rollers ( 111, 111 ') is spaced apart from the top surface of the lower outer curved rail 17, The roller 111 rotates horizontally in contact with the inner side of the lower outer curved rail 17, and the guide roller 111 ′ rotates horizontally in contact with the outdoor side of the lower outer curved rail 17, and the lower portion The two main rollers 206, 206 ′ of the inner doorway 22 roll (vertically rotate) in contact with the lower rail upper surface 23, and the guide roller 205 separates the upper surface and space of the lower inner curved rail 18. And a closed micro-machined window, characterized in that it rotates horizontally in contact with the outdoor side of the lower inner curved rail 18. The guide rollers 111 and 111 'of the lower outer door roller 21 move along the lower outer curved rail 17 and the guide rollers 111 and 111' move when the curved moving window 20 starts to move. When the lower outer curved rail 17 reaches an oblique section, the main roller 110 is connected to the guide roller 111 'by the interlocking link 108 and the interlocking link 108' is connected to the interlocking link 108. The main roller 110 ′ is aligned in the advancing direction of the guide rollers 111 and 111 ′ and rolls while rotating horizontally, and the guide roller 205 of the lower inner doorway 22 moves along the lower inner curved rail 18 and the guide roller ( When the 205 reaches the diagonal section of the lower inner curved rail 18, the main roller 206 is connected to the linkage link 208 ′ connected to the linkage link 208 by the linkage link 208 connected to the guide rod 215. The main roller 206 ′ is aligned in the advancing direction of the guide roller 205 and horizontally rotated. Rolling up, the upper outer door (21 ') is constrained to move in the direction of travel of the lower outer door (21), the upper inner door (22') is constrained in the direction of travel of the lower inner door (22) Date-shaped microscopic windows when closed.