CN2264795Y

CN2264795Y - Double-glass hollow argon-filled energy-saving insulating window

Info

Publication number: CN2264795Y
Application number: CN 95205267
Authority: CN
Inventors: 栾洪文
Original assignee: Individual
Current assignee: Individual
Priority date: 1995-03-17
Filing date: 1995-03-17
Publication date: 1997-10-15
Anticipated expiration: 2005-03-17

Abstract

The utility model relates to a double glass hollow argon filling energy saving insulating window, which belongs to a vertical sliding window or a horizontal sliding window on a building. The vertical sliding window is composed of a mouth-shaped window frame (1), an upper and a lower roller shutter boxes (36) of window screens, an upper and a lower side slots (3) made of profiled materials, a left and a right slide slots (2), an upper and a lower layers of hollow argon filling insulating window sashes (34) and (35) which slide up and down, a balanced sling pulley system (14), a window lock (8), etc. A window frame (37) of the horizontal sliding window is made from the profiled materials, while glass (9) is composed of an inner and a lower layers which has a certain distance; the hollow space is filled with argon gas for heat insulation. The utility model has the advantages of original conception, flexible and portable opening and closing for the window sashes, reliable self locking, heat insulation and isolation, raw material saving and wide popularization value.

Description

Two glass hollow argon filling energy-saving heat preserving windows

The utility model relates to a kind of pair of glass hollow argon filling energy-saving heat preserving window, and what belong to building slides up and down vertical sliding window or horizontal sliding window.

CN94203261.6 discloses a kind of big glass and has slided up and down vertical sliding window, provide a kind of big glass of novel structure to slide up and down on/off window, the hoist cable pulley system is set between window frame and casement, pin the sash lock pressure handle, under very little external force effect, the i.e. upper and lower slip keying in the chute of the left and right sides of sash.When screen window is set, utilize the wind spring principle, window screening is loaded on respectively in the upper and lower window screening roller shutter box, window screening one end is connected with screen-roller, and the other end is connected with inside and outside sash.Just screen window is pulled out when opening sash, when closing the glass window, under the effect of wind spring power, the screen window rolling is returned in the roller shutter box.But when being used for double-layer heat insulation window type, the window frame materials of this window are more.

Task of the present utility model is exactly two glass hollow argon filling energy-saving heat preserving windows of extending on the basis of above-mentioned vertical sliding window and inventing, the window profile materials have more effectively been saved than existing double-layer seal window, improved energy-saving heat preserving efficient, not only reduce construction costs by a larger margin, and solved the safety problem of cleaning the sash external surface.

Above-mentioned task is achieved in that technology quotes the window type form of structure and the operating principle of 94203261.6 patents, the double-deck interior outer leaf that independently lifts is separately merged into the high energy-conservation shape sealing sash of two glass hollow argon fillings, sash forms sash with special-shaped sash rim charge and the bonding inside and outside layer glass of glass cement sealing, is full of argon gas in sash two glass intermediate courses.When screen window is set, utilize the wind spring principle, window screening is loaded on respectively in the upper and lower window screening roller shutter box, window screening one end is connected with screen-roller, and the other end is connected with inside and outside sash.When opening the glass window, just screen window is pulled out, when closing the glass window, under the effect of wind spring power, the screen window rolling is returned in the roller shutter box.When cleaning sash, screen window and sash are broken away from, with the fastening left and right vertical chute of window frame in, lower screw unloads, the people stands in indoor, pull sash drive vertical chute with sash and chute upper screw be in the axial chamber rotation 0 °～45 °, inside and outside sash leave behind respectively in altitude range that human body adapts to, arbitrarily clean.

This pair of glass hollow argon filling energy-saving heat preserving window is skillfully constructed, and structural element is meticulous rationally, and energy-saving heat preserving and window type are remarkable with the material reduction effect.Open and close easy and flexible, pull out window screening when especially being with the screen window fan to open, (by the roller shutter spring) automatic drawing back window screening when closing, the window screening roller shutter box detachably changes yarn.The convenient cleaning solved and cleaned that surperficial people will stand in the unsafe factor on the windowsill outside window and the child has accidentally perils such as dropping out in the window when having avoided windowing because of highrise building generation.For sliding sash, then only need to change window frame into profile shapes, load onto two glass hollow argon filling energy-saving heat preserving sash and get final product, generous attractive in appearance suitable again, price cost approaches the price of existing common Steel window with double layer.

Below in conjunction with embodiment the utility model is done further auspicious stating.

Fig. 1 is the structural representation of two glass hollow argon filling energy-saving heat preserving vertical sliding windows

Fig. 2 is two glass hollow argon filling sash structures schematic diagrames of Fig. 1

Fig. 3 is the D portion enlarged drawing of Fig. 2

Fig. 4 is the G-G sectional view of Fig. 3

Fig. 5 is the E portion enlarged drawing of Fig. 1

Fig. 6 is the F portion cutaway view Amplified image (band screen window type) of Fig. 1

Fig. 7 is the F portion cutaway view Amplified image (no screen window type) of Fig. 1

Fig. 8 is an A portion enlarged drawing among Fig. 1

Fig. 9 is a B portion enlarged drawing among Fig. 1

Figure 10 is the sectional view of Fig. 9

Figure 11 is the C portion enlarged drawing of Fig. 1

Figure 12 is the vertical view of Figure 11

Figure 13 is the H-H sectional view of Figure 11

Figure 14 is the I-I sectional view of Figure 11

Figure 15 is the left and right chute structural representation of window

Figure 16 is last, the limit groove structural representation of no figure screen window type

Figure 17 is the upper and lower limit groove structural representation of band screen window type

Figure 18 is a sash border structure schematic diagram

Figure 19 is inside and outside sash sealing place border structure schematic diagram

Figure 20 is inside and outside sash boundary frame area structural representation

Figure 21 is the structural representation of two glass hollow argon filling energy-saving heat preserving sliding sashs

Figure 22 is I, II among Figure 21, III node enlarged drawing

Figure 23 is IV, V among Figure 21, VI node enlarged drawing

Figure 24 is VII, VIII among Figure 21, IX node enlarged drawing

Figure 25 is Figure 21 sash center mullion structural representation

Figure 26 is Figure 21 sash limit munnion structural representation

Figure 27 is Figure 21 sash boundary frame area structural representation

Figure 28 is Figure 21 sash upper side frame structural representation

The explanation of drawing piece number:

1, type window frame 2, a left side, the right chute 3, on, following groove 3a, no screen window type limit groove 3b, band screen window type limit groove 4, special-shaped sash limit 5, special-shaped sash limit 6, special-shaped sash limit 7, stiffener 8, sash lock 9, window glass 10, screw 11, sealing joint strip 12, sealed nylon bar 13, screw 14, hoist cable pulley 15, wire rope sling 16, the pulley 17 of buried bearing, hoist cable adjuster parent 18, strengthen steel disc 19, hoist cable adjuster screw 20, hoist cable hold-down screw 21, sash lock 22, sash lock pressure handle 23, sash lock latch rod 24, sash lock support 25, spring 26, window screening roller shutter fixed support 27, roller shutter support 28, wind spring 29, roller shutter tube 30, nylon window screening 31, velcro 32, plastic plug 33, argon gas 34, interior sash 35, outer leaf 36, the window screening roller shutter box 37 up and down, window frame 38, chute 39, sash lock 40, pulley 41, sash

Embodiment 1:

Two glass hollow applying argon gas energy-saving heat preserving windows, comprise window frame, inside and outside sash, sash lock, window frame 1 is made for type aluminium, insert the hoist cable pulley 14 that wire rope sling 15 is housed at the upper window frame two ends, connect hoist cable adjuster 17 and inside and outside two sash 34,35 by hoist cable 15, dead-weight balanced by its two sash.The hoist cable adjuster is made of hoist cable adjuster parent 17, adjuster screw 19 and hoist cable hold-down screw 20, and hoist cable adjuster parent 17 is loaded on the sash frame 5 interior (can only move up and down) of outer leaf 35 left and right inferior horns.Sash install and use in, the relative spacing that rotatable screw 19 is regulated two sash closes sealing when guaranteeing that with this sash is closed.Window glass 9 is inside and outside two-layer simple glass, and bonding stiffener 7 between layer glass seals the bonding inside and outside sash 34,35 that becomes with special-

shaped sash limit

4,5,6 usefulness glass cements again.Have at the middle part of the upper and lower limit of sash groove fill, the exhaust stepped hole, after being full of argon gas between two glass, adding glass cement with plastics step plug 32 and block and reinforce, form two glass hollow argon filling energy-saving heat preserving sash.Sash lock 21 usefulness screws and interior sash base are fixed, sash lock pressure handle 22 is connected by the pin axle with sash lock 21, sash lock latch rod 23 1 ends are circular hassock sheet, interlock with pressure handle 22 1 end poles, the other end passes reinforced company's fishplate bar 24 and sash limit, cooperate with window frame left and right sides chute 2 location lockholes, locate the sash enable possition and close locking.Upper and lower window screening roller shutter box 36, groove 3b is anchored on the window frame with screw 1c with the upper and lower limit of window, and nylon window screening 30 1 ends glued joint on the reel 29 of screen-roller, and an end is anchored on the upper and lower sash limit with the press strip screw.Reel 29 usefulness screws and screen-roller are fastening.Screen-roller is formed holder 26 by holder 26, swinging bracket 27 and roller shutter spring 28, is connected by screw with following groove 3b on the window, and swinging bracket 27 and spring 28 are connected (turning) by nut with holder.Spring is in relaxation state when sash is closed, and when sash was opened, the roller shutter window screening was drawn out with moving up and down respectively of sash up and down, spring stress.Spring work rollback window screening when sash is closed.During no screen window, the upper and lower limit groove 3a of sash is anchored on the window frame with screw 10.Left and right limit chute 2 uses three screws 10 to fixedly connected respectively with window frame 1, inside and outside sash 34,35 is fastened in the chute 2, and cooperate with sealed nylon bar 12 and to reach sealing, when need clean sash, earlier screen window and sash are broken away from, with in the vertical chute about fastening window, lower screw unloads, go into to stand in indoorly to pull sash to drive vertical chute serve as that axle rotates 0 °～45 ° with its upper screw, inside and outside sash leave behind respectively in the altitude range that human body adapted to, arbitrarily clean.This window is opened when ventilating screen window is pulled out because of screen window is arranged, and has both made child play also to be unlikely near window and has caused danger.

Embodiment 2:

For the energy-conservation horizontal sliding window of two glass hollow argon fillings, by existing 70 general series, 90 serial window type frames 37, chute 38, sash lock 39, pulley 40, double-deck simple glass 41 and special-shaped sash frame a, b, c, the d bonding composition of glass cement, between double-layer glass, be full of argon gas E, form the horizontal sliding window of novel structure.When double-deck fixing glass was installed, following groove middle part and fixed border middle part were respectively equipped with air-filled pore on sash, are full of argon gas E and block with a plastic plug and glass cement.

Claims

1. two energy-conservation heat insulation window that lifts of glass hollow argon filling, comprise shape window frame (1), be screwed limit, the special-shaped left and right sides chute (2) that is connected with window frame, go up following groove (3), interior outer leaf (34) (35), hoist cable pulley system (14), sash lock (8), window screening roller shutter box (36) up and down is characterized in that:

A, window glass (9) are inside and outside two-layer, the two-layer bonding stiffener in centre (7), have at middle part, sash limit up and down fill, the exhaust stepped hole, plastics step plug (32) cooperates with interporal lacuna,

B, sash lock (21) are screwed with interior sash base (4), sash lock pressure handle (22) (21) is connected by the pin axle, sash lock latch rod (23) one ends are that circular hassock sheet and pressure handle (22) one end poles interlock, the other end passes reinforced company's fishplate bar (24) and sash limit (4) cooperate with the last locating hole of limit, window frame left and right sides chute (2), sash lock spring (25) two ends are connected with pressure handle (22), reinforced company's fishplate bar (24) respectively

C, window screening roller shutter box (36), nylon window screening (30) one ends are adhered on the reel (29) of screen-roller, the other end is anchored on inboard, sash limit up and down with the press strip screw, pipe crimping is fastening with screw and screen-roller, screen-roller is made up of holder (26), rotatable support (27) and roller shutter spring (28), holder (26) is connected with screw with the upper and lower limit of window groove (3b), and rotatable support (27) and spring (28) are connect by nut and holder dumpling.

2. according to the described heat insulation window of claim 1, it is characterized in that: following groove (3a) on the no screen window type has following groove (3b) on the screen window type.

3. according to the described heat insulation window of claim 1, it is characterized in that: stiffener (7) is the transparent organic glass bar.

4. according to the described heat insulation window of claim 1, it is characterized in that: this window also can be that level is plug-type, window glass (9) is double-deck simple glass, with special-shaped sash frame (a) (b) (c) (d) with the bonding composition sash of glass cement (41), in sash (41) frame middle part and the fixed border middle part be respectively equipped with air-filled pore, with plastic plug (32) be matched in clearance.