CN205422377U - Energy -conserving push -and -pull cavity door and window of low carbon - Google Patents
Energy -conserving push -and -pull cavity door and window of low carbon Download PDFInfo
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- CN205422377U CN205422377U CN201620227048.0U CN201620227048U CN205422377U CN 205422377 U CN205422377 U CN 205422377U CN 201620227048 U CN201620227048 U CN 201620227048U CN 205422377 U CN205422377 U CN 205422377U
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Abstract
The utility model provides an in outer very with straight structure inside that energy -conserving push -and -pull cavity door and window of low carbon, by the door and window frame inside and outside with two -layer push -and -pull fan glass and fixed glass forms, a position is opened at glass to the door and window window frame, be provided with fixed inside and outside components of a whole that can function independently area and seal up the notch. Door and window's push -and -pull fan has only glass, not fan frame. Door and window closes the back, with the push -and -pull of one deck fan glass and fixed glass all in the coplanar. Energy -conserving door and window does not use thermal -insulated aluminum product and cavity glass, and only uses ordinary aluminum product and ordinary glass. Totally enclosed can reaching well through two -layer door and window is given sound insulation, is insulated against heat, is kept warm and energy -conserving effect. The energy -conserving notion of door and window is advanced, and structure and switching mode design are ingenious. Door -window structure, processing are simply. Greatly material saving and processing cost reduce resource and energy resource consumption. The whole industrial chain of door and window production and all more energy -conserving, more low carbon, more environmental protection of use of door and window.
Description
Art
This utility model relates to the door and window in building construction, be specifically related to one need not heat insulation aluminium and double glazing, only can be achieved with energy-conservation low-carbon energy-saving push-and-pull hollow door and window with common aluminium and simple glass.
Background technology
According to existing concept and structure, door and window is generally divided into horizontally-opening windows and doors and two kinds of patterns of sliding door and window.Common door and window and energy saving door and window can be divided into again in the door and window of both patterns.Common door and window is exactly that the heat transfer coefficient of door window frame material is relatively big, and uses single-glass, and heat-insulating and energy-saving effect is bad, such as common aluminum alloy door and window.Energy saving door and window is exactly that the coefficient of heat conduction of door window frame material is less, and uses double glazing, and heat-insulating and energy-saving effect is preferable, such as heat insulation aluminum alloy door window and plastic-steel door and window.In order to reach more preferable sound insulation, heat insulation, insulation and energy-saving effect, people often piece together the inside and outside two-layer split door and window of installation the most simply architectural.But energy saving door and window and double-deck door and window all only considered use process, do not account for the power saving of production process.Energy saving door and window and double-deck door and window use the energy-conservation of process to be but the material usage that is multiplied, and are greatly prolonged industrial chain, waste a lot of resource and the energy is cost.
Concept and mode that door and window is energy-conservation it is impossible to change that.Energy saving door and window have to use heat-barrier material and double glazing.Non-insulated material and non-hollow glass can not make energy saving door and window certainly.Energy saving door and window necessarily needs high consumption and high cost.Horizontally-opening windows and doors is better than the sealing of sliding door and window.Sliding door and window necessarily has inside and outside misconstruction and structure gap.These are all basic concepts and the inertial thinking of building doors and windows industry.
Tradition sliding door window sash is inside and outside misconstruction, and window light surrounding material is enclosed with bigger thickness, directly makes overall push-and-pull hollow door and window with it, and high consumption and high cost can be caused equally not to have actual application value.
The shortcoming big in order to solve tradition sliding door and window thickness, people have invented again patent ZL96225460.6, ZL98237621.9, ZL00229185.1, ZL02217659.4, this kind of monolayer such as ZL02279782.3 and hollow frameless window, their fan glass wraps up without material, by its thickness miniaturization to reach to save material and cost, but they the most do not break away from the structure of inside and outside dislocation, there is the defect in terms of outward appearance and facade lattice, two fan sliding door and windows can only be made, the vehicle window of public big bus automobile can only be used as, substantially the value of actual application is not had in building doors and windows field.
Either horizontally-opening windows and doors or sliding door and window, the most common door and window, energy saving door and window, double window or frameless window, all also exist the following shortcoming in concept, function and structure:
1, energy saving door and window have to use heat insulation section and double glazing, considerably increases the waste of various aspects；
2, sliding door and window because of inside and outside two-layer dislocation sliding sash thickness big, it is impossible to make the double-deck sliding door window of overall compact；
3, sliding door and window because of inside and outside two-layer dislocation sliding sash there is intrinsic structure gap, sealing effectiveness is bad；
4, sliding door and window is because of the inherent structure of inside and outside two-layer dislocation sliding sash, and sliding sash and glass can not be in same plane；
5, the fan frame of sliding door and window not only can be distributed in a jumble, and can reduce door and window daylight rate；
6, the metal fan frame of sliding door and window can increase heat-conducting area, reduces effect of heat insulation；
7, due to two-layer misconstruction and the limitation of sealing means inside and outside existing frameless window, it is impossible to freely carry out facade lattice, it is impossible to architectural make have practical value two fan sliding windows, more can not make three fans and four fan sliding windows；
8, material, cost, resource and energy waste, produces and not energy-conserving and environment-protective such as use process.
Whether a kind of product has practical value, not only to see that the concept of this product is the most advanced, also to see that the structure of this product is the most reasonable, and whether function is capable of.The whether environmental protection of a kind of product, not only to see that its use process is the most energy-conservation, more to see that its production process is the most energy-conservation, whether material, cost, resource and the energy are saved.
The Basic Ways of solution problem is, miniaturization door and window structure and reduction material usage, unit price and cost.The inherent structure of horizontally-opening windows and doors makes it substantially cannot solve these problems.And sliding door and window can seal structure, thick fan frame structure, switch locking mode and heat-insulating and energy-saving mode with the dislocation of exterior wing in changing, abandon heat-barrier material and double glazing, problem is made to be readily solved.
Invention door and window structure the most cleverly, thoroughly change the inside and outside dislocation of sliding door and window and seal structure, thick fan frame structure, switch locking mode, heat-insulating and energy-saving mode, design the building leaf frame free door and window with practical value, leaf frame free door and window concept and miniaturization theory thereof will be applied well, also will produce huge economic benefit and social benefit simultaneously.
Summary of the invention of the present utility model
This utility model uses brand-new technical scheme, existing sliding door and window and the concept of leaf frame free sliding door and window, structure, switch locking mode and heat-insulating and energy-saving mode total innovation and breakthrough have been carried out, creatively have devised low-carbon energy-saving push-and-pull hollow door and window, revolutionize the dislocation of exterior wing in sliding door and window and seal structure, thick fan frame structure, switch locking mode and door and window heat-insulating and energy-saving mode, the sliding sash of door and window only has glass, there is no fan frame, in sliding door and window, exterior wing does not misplace sealing structure, can carry out the most fan facade lattices and hermetically sealed.Most importantly, the present invention has abandoned existing energy saving door and window completely have to use heat insulation aluminium and the concept of double glazing and understanding, has thoroughly broken away from the energy-conservation concept of existing building door and window and huge waste that mode is formed for a long time and mistaken ideas.Energy saving door and window only uses common aluminium and simple glass, does not use heat insulation aluminium and double glazing.This utility model has prominent substantive distinguishing features and significantly progress, and its novelty, creativeness and areas of applicability are as follows:
1, sliding door and window window frame opening door-leaf position the most creatively arrange split fixing, inside and outside and band seal notch inside and outside in very structure；
2, sliding door and window the most creatively arranges the inside and outside middle sill structure of inside and outside split；
3, door and window realizes only reaching heat-insulation and heat-preservation and energy-conservation purpose with common section bar without heat insulation section first；
4, door and window realizes only reaching sound-insulating and heat-insulating insulation and energy-conservation purpose with simple glass without double glazing first；
5, sliding door and window creatively invents structure and the mode of left and right advance and retreat formula switch door and window；
6, inside and outside sliding door and window, sliding sash glass may be implemented in approximately the same plane first；
7, sliding door window sash glass and fixing glass realize first in approximately the same plane；
8, sliding door and window sash solves structure gap problem first and all-sealed structure is fully achieved.
The beneficial effects of the utility model are:
1, the inside and outside split that sliding door and window is fixing inside and outside in very, without heat-barrier material, and utilize natural air interlayer to block the heat transmission of metal；
2, the inside and outside middle sill of the inside and outside split that sliding door and window is fixing, without heat-barrier material, and utilize natural air interlayer to block the heat transmission of metal；
3, sliding door and window arrange fixing inside and outside split inside and outside in very, hermetically sealed effect can be reached；
4, sliding door and window arrange fixing inside and outside split inside and outside in very, the most not decile many fans facade lattice can be carried out, building practical can be realized veritably and be worth；
5, sliding door and window arrange fixing inside and outside split inside and outside in very structure, and the inside and outside middle sill structure of inside and outside split, the ideal of push-and-pull leaf frame free hollow door and window can be realized well；
6, push-pull energy-saving door and window is without heat insulation section and double glazing, only with common aluminium and simple glass, so that it may reach good sound insulation, heat insulation and energy-saving effect；
7, push-pull energy-saving door and window is without heat insulation section and double glazing, can greatly save material and cost；
8, sliding door and window use about advance and retreat switch gate window construction and mode, can the structure of greatly miniaturization sliding door and window；
9, sliding door and window does not has fan frame, can the structure of greatly flattening sliding door and window, improve door and window daylight rate；
10, the most at grade, door and window and elevation of building are smooth, can accomplish that product beautifies simultaneously for the fan glass of sliding door and window and fixing glass, and building is beautified and urban beautification；
11, sliding door and window does not has fan frame, and fan frame will not be distributed in a jumble, and door and window and elevation of building are the most graceful, can improve modern architecture and the image in city and cultural connotation；
12, sliding door and window window light slides in upper and lower notch, and window light will not drop from architectural, can thoroughly solve the potential safety hazard that sash drops；
13, door and window production process simplifies, and the cycle is short.The production of sash stuff and door and window can save a lot of large-sized processing equipment.Can greatly save material, resource, the energy and each side cost；
14, can greatly shorten section bar and the industrial chain of door and window production, door and window produces and the process of use is the most green more environmentally friendly, can greatly reduce environmental pollution；
Accompanying drawing explanation
With example, this utility model is further illustrated below in conjunction with the accompanying drawings.
Fig. 1 is the front view during closedown of low-carbon energy-saving push-and-pull hollow door and window.
Fig. 2 is the A-A sectional view of Fig. 1.
Fig. 3 is the B-B sectional view of Fig. 1.
Fig. 4 is front view during low-carbon energy-saving push-and-pull hollow opening of doors and windows.
Fig. 5 is the C-C sectional view of Fig. 4.
Fig. 6 is the D-D sectional view of Fig. 4.
Fig. 7 is the front view during closedown of push-and-pull monolayer door and window.
Fig. 8 is the E-E sectional view of Fig. 7.
Fig. 9 is the F-F sectional view of Fig. 7.
In figure: 1, frame, 2, mud sill, 3, outside upper middle sill, 4, interior middle sill, 5, fixing headsill, 6, glass depression, 7, in very, 8, right exterior wing glass, 9, left outside fan glass, 10, right interior wing glass, 11, left inside fan glass, 12, pulley, 13, sealing joint strip, 14, frame external seal notch, 15, notch is sealed in frame, 16, in very seal notch, 17, outside upper middle sill chute, 18, interior middle sill chute, 19, mud sill external chute, 20, mud sill internal chute, 21, extenal fixation glass, 22, interior fixing glass, 23 single seal groove frames, 24, single chute mud sill, 25, sill on single chute, 26, single cavity fixes headsill, 27, right wing glass, 28, left fan glass, 29, handle.
Detailed description of the invention
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, specific implementation method of the present utility model is as follows:
1, by frame (1), mud sill (2), outside upper middle sill (3), interior middle sill (4), fixing headsill (5), outer glass depression (6), in very (7) process by design requirement respectively；
2, sealing joint strip (13) is respectively mounted into frame (1), mud sill (2), outside upper middle sill (3), interior middle sill (4), in the sealing notch of very (7)；
3, the sash that frame (1), mud sill (2), outside upper middle sill (3), interior middle sill (4), fixing headsill (5) are assembled integrally by position in figure.The most outside upper middle sill (3), interior middle sill (4) are inside and outside isolating construction, without heat-barrier material, and utilize natural air interlayer to block the heat transmission of metal, thus reach heat insulation, insulation and energy-conservation purpose；
4, being placed in the external chute (19) of mud sill (2) by the position determined by pulley (12), every piece of glass correspondence puts two pulleys.
5, by right exterior wing glass (8), left outside fan glass (9), it is placed in the gap of the chute (17) of the outside upper middle sill of door and window (3) and the external chute (19) of mud sill (2) by shown position, and right exterior wing glass (8) and left outside fan glass (9) are all placed in the glass wedged groove being in mud sill (2) external chute (19) pulley (12).External middle lever (7) is pressed shown position and installs fixing.Low-carbon energy-saving push-and-pull hollow door layer opening door-leaf outside window installs；
6, being placed in the internal chute (20) of mud sill (2) by the position determined by pulley (12), every piece of glass correspondence puts two pulleys.
7, by right interior wing glass (10), left inside fan glass (11), go up in being placed on door and window by shown position in the gap of the chute (18) of middle sill (4) and the internal chute (20) of mud sill (2), and right interior wing glass (10) and left inside fan glass (11) are all placed in the glass wedged groove being in mud sill (2) internal chute (20) pulley (12).By in interior very (7) press shown position and install and fix.Low-carbon energy-saving push-and-pull hollow door and window internal layer opening door-leaf installs；In the most inside and outside, very (7) are inside and outside isolating construction, without heat-barrier material, and utilize natural air interlayer to block the heat transmission of metal, thus reach heat insulation, insulation and energy-conservation purpose；
8, by extenal fixation glass (21) and glass depression (6), interior fixing glass (22) and glass depression (6) are respectively mounted fixing by shown position.Low-carbon energy-saving push-and-pull hollow door and window all installs.The now air partition chamber of one hollow of self-assembling formation between inside and outside fixed window, thus reach sound insulation, heat insulation, insulation and energy-conservation purpose；
9, Fig. 1, Fig. 2, Fig. 3 represent state when low-carbon energy-saving push-and-pull hollow door and window is closed.Two vertical edges of each fan glass be respectively inserted in frame (1) inside and outside sealing notch (14) (15) and inside and outside in very (7) sealing notch (16) in, and seal with the sealing joint strip (13) being arranged in sealing notch (14), (15) (16).The widthwise edge up and down of each fan glass seals with the sealing joint strip (13) being arranged on mud sill (2), outside upper middle sill (3), interior middle sill (4).The vertical edge being now inserted in each fan glass sealed in notch (14) (15) has bigger spacing with the bottom sealing notch (14) (15), this spacing be facilitate about each fan glass retreat, switch door and window and specially designed structure；
10, with handle (29), right interior wing glass (10) is slided to the right and pushes interior sealing notch (15) depths of frame (1), when glass left vertical edge remove in endure (7) sealing notch (16) time, by the left side of right interior wing glass (10) to outdoor release, when removal in endure (7) outside time, by it on interior in the chute (18) of sill (4) and mud sill (2) internal chute (20) gap in slide to the left, thus open right interior wing glass (10).It is also possible to open right exterior wing glass (8), thus open door and window.Also door and window can be opened by left inside fan glass (11) and left outside fan glass (9).Fig. 4, Fig. 5, Fig. 6 represent state when low-carbon energy-saving push-and-pull hollow door and window is opened；
11, with handle (29), right exterior wing glass (8) is slided to the right and pushes external seal notch (14) depths of frame (1), when the left vertical edge of glass moves past the right of external middle lever (7), the left side of right exterior wing glass (8) is drawn in indoor, when being directed at sealing notch (16) of external middle lever (7), right exterior wing glass (8) is slided in the sealing notch (16) reversely pushing external middle lever (7) to the left, thus closes right exterior wing glass (8).It is also possible to close right interior wing glass (10), thus close the doors and windows.Also can be closed the doors and windows by left outside fan glass (9) and left inside fan glass (11).Fig. 1, Fig. 2, Fig. 3 represent state when low-carbon energy-saving push-and-pull hollow door and window is closed.The now air partition chamber of one hollow of self-assembling formation between inside and outside sliding window sash, thus reach sound insulation, heat insulation, insulation and energy-conservation purpose；
12, as shown in Figure 1, Figure 2, Figure 3 shows, low-carbon energy-saving push-and-pull hollow door and window in off position under, extenal fixation glass (21) and right exterior wing glass (8) and left outside fan glass (9) are all in same outer layer plane, and interior fixing glass (22) is all in same interior layer plane with right interior wing glass (10) and left inside fan glass (11)；
13, frame (1), mud sill (2), outside upper middle sill (3), interior middle sill (4), fixing headsill (5) are changed respectively in being designed on single seal groove frame (23), single chute mud sill (24) and single chute and fixed sill (26) on sill (25), single cavity, and only stay in one and endure (7), right wing glass (27) and left fan glass (28) are only installed, it is possible to produce push-and-pull monolayer door and window.Fig. 7, Fig. 8, Fig. 9 represent state when push-and-pull monolayer door and window is closed；
14, frame (1), mud sill (2), outside upper middle sill (3), interior middle sill (4), fixing headsill (5) are changed respectively in being designed on many seal grooves frame, many chutes mud sill, many chutes and fixed sill in sill, multiple-grooved, and the very quantity of (7) and the number of plies of left and right fan glass and quantity in suitably increasing, it is possible to produce low-carbon energy-saving push-and-pull multilayer hollow door and window；
15, the sash that in using, very frame (1), mud sill (2), outside upper middle sill (3), interior middle sill (4), fixing headsill (5) are formed by (7) carries out facade lattice, can arbitrarily produce two fans, three fans and four fans and push away hollow door and window；
16, this utility model door and window is installed by rotating 180 degree, and indoor surface can become outdoor face, and outdoor face becomes indoor surface.
17, the either material such as aluminium alloy, plastic-steel or timber, all can realize the scheme of above utility model.
Claims (8)
1. a low-carbon energy-saving push-and-pull hollow door and window, by frame (1), mud sill (2), outside upper middle sill (3), interior middle sill (4), upper fixing sill (5), glass depression (6), in very (7) and right exterior wing glass (8) and left outside fan glass (9), right interior wing glass (10), left inside fan glass (11), extenal fixation glass (21), the inside and outside two-layer push-and-pull hollow door and window of the compositions such as interior fixing glass (22), it is characterized in that, push-and-pull hollow door window frame is at glass opening door-leaf position, it is provided with, it is interior that lower end is fixed, in outer split very (7), and it is interior, the left and right of external middle lever (7) is respectively equipped with the sealing notch (16) blocking fan glass, in, without heat-barrier material between external middle lever (7), and utilize natural air interlayer to block the heat transmission of metal.
The most according to claim 1, door and window, is characterized in that, outside upper middle sill (3) and the interior middle sill (4) of sash have inside and outside Split type structure, without heat-barrier material between them, and utilizes natural air interlayer to block the heat transmission of metal.
Door and window the most according to claim 1, it is characterized in that, when door and window is closed, right exterior wing glass (8) and left outside fan glass (9) are in same outer layer plane, and right interior wing glass (10) and left inside fan glass (11) are in same interior layer plane.
Door and window the most according to claim 1, it is characterized in that, when door and window is closed, extenal fixation glass (21) and right exterior wing glass (8) and left outside fan glass (9) are in same outer layer plane, and interior fixing glass (22) is in same interior layer plane with right interior wing glass (10) and left inside fan glass (11).
Door and window the most according to claim 1, with shake hands (29), right interior wing glass (10) is slided to the right and in its right vertical edge is pushed frame (1), seal the depths of notch (15), after enduring the sealing notch (16) of (7) in the left vertical edge of right interior wing glass (10) removes, by the left vertical edge of right interior wing glass (10) to outdoor release, by right interior wing glass (10) sliding opening to the left in last internal chute (20) in mud sill (2) and interior middle sill chute (18), equally, right exterior wing glass (8) can be opened, such that it is able to open door and window on the right side of door and window, otherwise left inside fan glass (11) can be opened, left outside fan glass (9), thus on the left of door and window, open door and window, it is characterized in that, door and window sliding sash glass is opened in the way of the advance and retreat that horizontally slip.
nullDoor and window the most according to claim 1，With shake hands (29), right exterior wing glass (8) is slided to the right and its right vertical edge is pushed the depths of frame (1) external seal notch (14)，After the left vertical edge of right exterior wing glass (8) moves past the right vertical edge of external middle lever (7)，The left vertical edge of right exterior wing glass (8) is drawn in indoor，In last external chute (19) in mud sill (2) and outside upper middle sill chute (17)，Right exterior wing glass (8) is slided to the left its left vertical edge is pushed the middle closedown of sealing notch (16) of external middle lever (7)，Equally，Right interior wing glass (10) can be closed thus close the doors and windows on the right side of door and window，Otherwise left outside fan glass (9) can be closed、Left inside fan glass (11)，Thus close the doors and windows on the left of door and window，It is characterized in that，Door and window sliding sash glass is closed in the way of the advance and retreat that horizontally slip.
Door and window the most according to claim 1, it is characterized in that, frame (1), mud sill (2), outside upper middle sill (3), interior middle sill (4) and upper fixing sill (5) are changed respectively in being designed on single seal groove frame (23), single chute mud sill (24) and single chute and fix sill (26) on sill (25), single cavity, and cancel external middle lever (7), right wing glass (27) and left fan glass (28) are only installed, it is possible to be fabricated to push-and-pull monolayer door and window.
Door and window the most according to claim 1, it is characterized in that, suitably increase frame (1), mud sill (2), outside upper middle sill (3), the sealing notch of interior middle sill (4), and in increasing accordingly, endure the number of plies with left and right fan glass and quantity, it is possible to it is fabricated to low-carbon energy-saving push-and-pull multilayer hollow door and window.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620227048.0U CN205422377U (en) | 2016-03-15 | 2016-03-15 | Energy -conserving push -and -pull cavity door and window of low carbon |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620227048.0U CN205422377U (en) | 2016-03-15 | 2016-03-15 | Energy -conserving push -and -pull cavity door and window of low carbon |
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| CN205422377U true CN205422377U (en) | 2016-08-03 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108222780A (en) * | 2016-12-09 | 2018-06-29 | 吉田建材（苏州）有限公司 | Auxiliary material, door and window fan frame, sliding door and window, crescent lock lock sheet installation structure and method |
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2016
- 2016-03-15 CN CN201620227048.0U patent/CN205422377U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108222780A (en) * | 2016-12-09 | 2018-06-29 | 吉田建材（苏州）有限公司 | Auxiliary material, door and window fan frame, sliding door and window, crescent lock lock sheet installation structure and method |
| CN108222780B (en) * | 2016-12-09 | 2019-08-23 | 吉田建材（苏州）有限公司 | Auxiliary material, door and window fan frame, sliding door and window, crescent lock lock sheet installation structure and method |
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