CN2594429Y

CN2594429Y - Aluminium alloy sliding door, window and balcony

Info

Publication number: CN2594429Y
Application number: CN 02285460
Authority: CN
Inventors: 陈培树; 薛惠兰; 陈津航
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-11-14
Filing date: 2002-11-14
Publication date: 2003-12-24
Anticipated expiration: 2012-11-14

Abstract

The utility model belongs to the architecture field, and changes the original slide door/window modes, and the section structure of sectional materials into a compact structure. The slide door/window is divided into a window frame and a window sash which are connected all in combined opening mode. The peripheries of the window sash are all sealed by double nylon wool strips with small fit clearances. The side slip sectional material of the window frame is conjoined, and the gliding sectional material has a stepped side surface provided with two rows of mounting nylon wool strips. The light opening sectional material of the window sash is convex, and the hook opening sectional material of the window sash without hooks are sealed by double nylon wool strips with small fit clearances. The upper cross sectional material of the window sash is in a convex or channel shape, and is reapectively matched with two kinds of upglide sectional materials, and the matching area of the lower cross sectional material of the window sash and the gliding sectional material is sealed by two to four wool strips. The utility model has good waterproof sealing property.

Description

Utility model aluminum alloy push-pull door and window and balcony

Present Building Trade in China, extensively adopt aluminium alloys or slide plastics-steel door or window, existing aluminum alloy push-pull door and window exists shortcoming, fit clearance is big between the profile structure, and air intake advances soil and advances dust, and windproof, waterproof, sound insulation, heat-insulating property are poor, opening of doors and windows state bar rocks, scrape the sound that blown, because above-mentioned shortcoming is brought worry and inconvenience to people's life.

Though the plastic-steel door and window performance is than original alumium alloy door and window good seal performance, sliding way and gap, bar cooperation place are big, air intake advances soil, real good plastic-steel door and window PVC material, the 340 yuan/square meter that costs an arm and a leg, general plastics-steel shapes for door and window, the material variation is very big, price is also unstable, and fake products brings feeling of agitation for people's psychology, and the product that comes to this is also expensive than alumium alloy door and window; Because plastic-steel door and window adopts welding fabrication, the easy flow harden in weld bond place, the commissure flow harden, internal stress is big, and technology controlling and process is not strict in manufacturing process, snaps easily in the use.

According to China's architectural feature, aluminium alloys and plastic-steel door and window consumption are very big, are badly in need of the exploitation renewal product, estimate door and window quality standard, the one, the life-span, the 2nd, performance, the 3rd, price is with the popular saying of people, good door and window otherwise air intake does not advance soil, tight, durable in use.

The purpose of this utility model:

Overcome and remedy original aluminum alloy push-pull door and window technology and lack, thereby propose to have novel unique excellent new doors and windows, compact conformation, intensity height, the energy saving door and window window type of airtight, watertight, sound insulation, good heat insulating, good looking appearance, spacious lucid and lively, technology is simple, and is cheap, release hollow glass, single-glass and double-layer glass series slide door or window.

Characteristics of the present utility model:

1. according to the characteristics of aluminum alloy push-pull door and window, be that aluminium alloy extrusions is formed, according to metal thin-wall optimum design of structuresprogram characteristics, equal strength design rigidity distribution principle, the synchronous operation sliding door and window structure, doorframe and window frame and bar global facility exchange each other, complete seriation design;

2. at first design a cover independent completion seriation aluminium alloy extrusions, change original slide door or window pattern, change section material section, change the door and window section structure, compact conformation, the profile spaciousness is lucid and lively, meets Times'Demand;

3. slide door or window divides two parts, one push-and-pull doorframe, and its two sliding door window sash, window frame is connected pattern with the whole mother-son mouths of sash, the two nylon wool top sealings of periphery, fit clearance is little;

4. architectural feature, for weight reduction improves windproof performance, the window frame frame adopts the disjunctor section bar, glides and for stepped side has two rows the nylon wool tops is installed, and the wind and water preventing performance is good, and sash light opens and not only is the convex section bar; The sash hook opens the two nylon wool top sealings of Wugou, and fit clearance is little, and reciprocating sliding cleans the windows unaffected; Horizontal section bar on the sash convex, between sash and the sliding way, mounting method does not occupy lattice, and sash and sliding way are installed simultaneously, sealing performance is fabulous, it is identical with the custom mounting method that horizontal section bar on the sash band nylon wool top flute profile, sash are installed, and the sash holder is gone in the window frame, sash and on sliding between mounting strap nylon wool top on link stopper, or the Π section bar, guarantee to seal between slideway and the sash, also can adopt hook to open buckle door and window series according to customer requirements; 2-4 root wool top sealing between horizontal stroke and the downslide under the sash, section bar with unique seal structure design, the water-tight performance is fabulous, from first and last, the bar periphery is all among the two nylon wool tops of doorframe and window frame surround, have not a particle of ventilatively local, intensity, airtight, watertight, insulation, energy-efficient performance are fabulous, are desirable energy saving window types.

5. door and window series has hollow glass, individual layer and double-layer glass, screen window be placed on outdoor also can be placed on indoor.

The utility model purpose is to implement like this:

1. it is complete to design a cover, seriation, and section material section is fit to the door and window seriation window type that various class are built, and novel structure is unique excellent new:

2. door and window structure compactness, cooperate tight, guarantee door and window intensity, sealing, insulation, sound insulation, energy-conservation, windproof, anti-dust performance is good;

3. section bar and ORIENTED DOOR AND WINDOW DESIGN are fit to produce in batches.

Fig. 1 Fig. 2 Fig. 3 Fig. 4 Fig. 5 Fig. 6 is the utility model frame sideslip section bar schematic diagram; Fig. 7 Fig. 8 is a sliding section bar schematic diagram on the utility model; Fig. 9 Figure 10 is the utility model ladder gliding structural section schematic diagram; Figure 11 is the utility model gliding structural section schematic diagram; Figure 12 band is from changing bright top schematic diagram on screw hole Button Block and the square tube disjunctor open type section bar; Figure 13 goes up bright side section bar schematic diagram for the utility model breaks away; Figure 14 opens section bar schematic diagram for the utility model sash light opens section bar schematic diagram Figure 18 Figure 19 Figure 20 for the utility model sash hook for the utility model seals section bar schematic diagram Figure 15 Figure 16 Figure 17; Figure 21 Figure 22 Figure 23 is a horizontal section bar schematic diagram on the utility model sash; Figure 24 Figure 25 Figure 26 Figure 27 is the utility model sash Lower transverse section schematic diagram; Figure 28 is the latch lock, and Figure 29 is the utility model sash Lower transverse section schematic diagram for semicircle lock Figure 30 Figure 31 Figure 32 Figure 33; Figure 35 Figure 36 is the pulley schematic diagram; Figure 37 Figure 38 is an aluminium alloys Button Block profile section bar schematic diagram; Figure 39 Figure 40 is an aluminium alloys screen window schematic diagram; Figure 41 is the utility model disjunctor material frame plastics sprue schematic diagram; Figure 42 Figure 43 is the utility model frame section bar schematic diagram; Figure 44 is a sliding section bar schematic diagram on the utility model disjunctor material; Figure 45 is a link stopper Π section bar schematic diagram on the utility model sash; Figure 46 Figure 47 is the utility model frame section bar schematic diagram; Figure 48 Figure 49 Figure 50 is a horizontal section bar schematic diagram on the utility model sash; Figure 52 is a fixing sliding sash profile schematic diagram down on the utility model; Figure 53 is Figure 52 A-A generalized section; Figure 54 is Figure 52 B-B generalized section; Figure 55 is Figure 52 C-C generalized section; Figure 56 is Figure 52 D-D generalized section; Figure 57 is Figure 52 E-E generalized section; Figure 58 is Figure 52 F-F generalized section; Figure 59 is a fixing sliding sash profile schematic diagram down on the utility model; Figure 60 is Figure 59 A-A generalized section; Figure 61 is Figure 59 B-B generalized section; Figure 62 is Figure 59 C-C generalized section; Figure 63 is Figure 59 D-D generalized section; Figure 64 is Figure 59 E-E generalized section; Figure 65 is Figure 59 F-F generalized section; Figure 67 is the utility model sliding sash profile schematic diagram; Figure 68 is Figure 67 A-A generalized section; Figure 69 is Figure 67 B-B generalized section; Figure 70 is Figure 67 C-C generalized section; Figure 71 is that the utility model sash light opens the section bar schematic diagram and Figure 15, Figure 16, Figure 17 exchange and select for use; Figure 72 is that the utility model sash hook opens the section bar schematic diagram and Figure 18, Figure 19 exchange is selected for use; Figure 73 is that horizontal section bar schematic diagram and Figure 21, Figure 22 on the utility model sash, Figure 23 exchange and select for use; Figure 74 is that the utility model sash Lower transverse section schematic diagram and Figure 24, Figure 25, Figure 26, Figure 27 exchange and select for use; Figure 75 Figure 76 is that the utility model cuts off balcony central post section bar schematic diagram; Figure 77 is the utility model balcony corner semicircle pipe profile schematic diagram; Figure 78 is the utility model heat-insulation aluminum section hollow glass sliding sash profile material schematic diagram; Figure 79 is Figure 78 A-A generalized section; Figure 80 is Figure 78 B-B generalized section; Figure 81 is a sliding section bar schematic diagram on the utility model heat-insulation aluminium alloy; Figure 82 is the utility model heat-insulation aluminium alloy gliding structural section schematic diagram; Figure 83 is the utility model heat-insulation aluminium alloy sideslip section bar schematic diagram; Figure 84 is that the utility model heat-insulation aluminium alloy light opens the section bar schematic diagram; Figure 85 is that the utility model heat-insulation aluminium alloy hook opens the section bar schematic diagram; Figure 86 is a horizontal section bar schematic diagram on the utility model heat-insulation aluminium alloy; Figure 87 Figure 88 is the utility model heat-insulation aluminium alloy Lower transverse section schematic diagram; Figure 89 is the utility model heat-insulation aluminium alloy crossbeam and last bright top section bar schematic diagram; Figure 90 is a sliding section bar schematic diagram on the utility model heat-insulation aluminium alloy bracelet seat; Figure 91 is the utility model heat insulated shape bar of aluminum alloy sliding sash, and sash and last cunning are installed sliding sash profile schematic diagram simultaneously; Figure 92 is Figure 91 A-A generalized section; Figure 93 is Figure 91 B-B generalized section; Figure 94 is a sliding section bar schematic diagram on the utility model heat-insulation aluminium alloy; Figure 95 is a horizontal section bar schematic diagram on the utility model heat-insulation aluminium alloy; Figure 96 is the double-deck sliding sash sideslip of a utility model section bar schematic diagram; Figure 97 is a sliding section bar schematic diagram on the double-deck sliding sash of the utility model; Figure 98 is the double-deck sliding sash gliding structural section of a utility model schematic diagram; Figure 99 is a bright side section bar schematic diagram on the double-deck sliding sash of the utility model; Figure 100 is double-deck sliding sash crossbeam of the utility model and last bright top section bar schematic diagram; Figure 101 Figure 102 is that double-deck sliding window sash of the utility model and last cunning are installed sliding section bar schematic diagram simultaneously; Figure 103 is the double-deck sliding sash outer profile of a utility model schematic diagram; Figure 104 is Figure 103 A-A generalized section; Figure 105 is Figure 103 B-B generalized section; Figure 106 is that double-deck sliding window sash of the utility model and last cunning are installed the outer profile schematic diagram simultaneously; Figure 107 is Figure 106 A-A generalized section; Figure 108 is Figure 106 B-B generalized section;

Estimate the quality of door and window: the one, performance; The 2nd, the life-span; The 3rd, price. People can not underestimate door The effect of window and benefit, good door and window can be saved a large amount of electric energy and heat energy, brings to people Estimate effect and the benefit of door and window, good door and window can be saved a large amount of electric energy and heat energy, gives people Bring Beautiful treat.

ORIENTED DOOR AND WINDOW DESIGN, by the China's actual conditions design and researchp, according to the theory of thin-wall construction design, Bar section bar Cross section Design diversity ratio is bigger, and bar is stressed by the rigidity distribution principle, from table Face sees, the bar left and right pillar, be smooth rabbet, central post, be hook enterprise and entablature section bar, type The material cross section is little, exceeds the door and window conventional design, and the sill cross section is big, and rigidity and intensity are high, door Sash is stressed by the rigidity distribution principle, and the rigidity of bar own and intensity are higher, and bar is comprehensive Stressed good, the intensity height. Any high-grade design is in short said with simple, exquisite design, courageously Choice, exquisite moulding means success!

Utility model aluminum alloy push-pull door and window and balcony, i.e. CPS series door and window, its content contains CPS75A and CPS75B decoration type hollow glass heat insulating aluminum alloy push-pull door and window, CPS70A and CPS70B hollow sliding door and window, CPS70C, CPS70D, CPS70E, CPS70F, CPS70G, CPS70H, CPS70I, CPS65 individual layer and double glazing sliding door and window and balcony, also different residence One lattice CPS53 series sliding window or two CPS53 series sliding windows form double window, also have CPS93,8 serial one-piece double-layer windows, the utility model aluminum alloy slide window in sum, style Novelty, unique excellent new, seriation is wide in variety, and good looking appearance is generous, and is spacious lucid and lively, the technology letter Single, in light weight is that any aluminum window is unrivaled, and performance is fabulous, really is inexpensive, High-grade low price is new century ideal energy saving window type, has extensive promotional value, meets new Requirements of the times bring Beautiful treat for people's daily life.

Claims

1. a utility model aluminum alloy push-pull door and window and its feature of balcony: window frame sideslip disjunctor section bar

Pattern; Window upper slide of frame section bar

Pattern; The window frame gliding structural section

Pattern; Sash light opens section bar Pattern; The sash hook opens section bar

Pattern, horizontal section bar on the sash

Pattern; The sash Lower transverse section Pattern; Sash light opens section bar

Pattern;

The sash hook opens section bar

Pattern; Horizontal section bar on the sash

Pattern; The sash Lower transverse section

Pattern; Balcony or partition central post section bar

Pattern; Balcony corner half garden pipe profile

Pattern; Heat insulation going up slided section bar Pattern; Heat insulation gliding structural section Heat insulation sideslip section bar

Pattern: heat insulation light opens section bar The heat insulation hook of type opens section bar

Pattern; Heat insulation horizontal section bar The heat insulation Lower transverse section of pattern Pattern; Heat insulation crossbeam or last bright side section bar Pattern: heat insulation sash and last cunning are installed sliding section bar simultaneously

The double-deck sliding sash sideslip of pattern section bar Form; Sliding section bar on the double-deck sliding sash

Pattern; Double-deck sliding sash gliding structural section

Pattern; Bright top section bar on the double-deck sliding sash

Pattern; Bright side section bar on the double-deck sliding sash

Pattern.

2. according to claim, described slide door or window is characterized in that: sliding door and window material is formed two fans, three fans and four fan slide door or window, or goes up fixing push-and-pull combining form slide door or window down; Also can make aluminium alloys cuts off and balcony;

3. according to claim, state slide door or window, it is characterized in that: the sash that horizontal section bar is formed on the sash convex, mounting method does not occupy lattice, and window frame sliding way and sash are installed simultaneously; The sash mounting method of horizontal composition is identical with the custom mounting method on the sash band nylon wool top flute profile, and sash is pulled in the window frame, link stopper or the sealing of Π section bar on the mounting strap nylon wool top between sash and the last cunning, and sealing performance is fabulous;

4. according to the described slide door or window of claim 1, it is characterized in that: it is the stairstepping downslide that window frame glides, and two row's nylon wool tops, horizontal and glide path cooperation place under the sash are installed in the side, 4 nylon wool tops, two perpendicular wool tops of sealing and two horizontal wool tops also can two perpendicular wool tops and horizontal wool top sealings;

5. according to the described slide door or window of claim 1, it is characterized in that; Cooperate all two nylon wool tops sealings between sliding door window sash and the sliding door window frame, fit clearance is little, and it is good to have not a particle of ventilative local sealing and water resistance, and bar synchronous operation is not rocked.