CN206091728U - Be suitable for existing door and window's energy -conserving window - Google Patents

Be suitable for existing door and window's energy -conserving window Download PDF

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Publication number
CN206091728U
CN206091728U CN201621088763.7U CN201621088763U CN206091728U CN 206091728 U CN206091728 U CN 206091728U CN 201621088763 U CN201621088763 U CN 201621088763U CN 206091728 U CN206091728 U CN 206091728U
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China
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energy
window
conservation
wall
heat
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CN201621088763.7U
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Chinese (zh)
Inventor
汪静
李�杰
刘宇
路则耀
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Shanghai Green Building Polytron Technologies Inc
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Shanghai Green Building Polytron Technologies Inc
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Abstract

The utility model discloses a be suitable for existing door and window's energy -conserving window, include: the wall body, thermal insulation wall, built -in fitting, the energy -conservation that have former door -window structure attach frame, energy -conserving window frame and glass, thermal insulation wall locates the one side or the both sides of wall body, the built -in fitting is located between wall body and the thermal insulation wall, and wall connection, energy -conservation attaches the frame to be connected with the built -in fitting, just with the thermal insulation wall overlap joint, energy -conserving window frame attaches the frame with energy -conservation and is connected, be equipped with glass in the energy -conserving window frame. The utility model discloses fine solution the connection problem between energy -conserving window and the thermal insulation wall, improved functions such as the thermal -insulated heat preservation of whole energy -conserving window, noise reduction device for building after the transformation can satisfy the building requirement of present country to building heat insulation heat preservation, noise reduction device etc.

Description

A kind of Energy Saving Windows for being suitable for existing door and window
Technical field
This utility model is related to building renovation technical field, espespecially a kind of Energy Saving Windows for being suitable for existing door and window.
Background technology
Building energy conservation is a direction of Building technology development, is also the important component part of energy-saving field.According to statistics, I State's building energy consumption accounts for whole society's total energy consumption more than 27%, and the energy consumption of wherein glass door and window has accounted for 40% of building energy consumption or so. And the high main cause of building energy consumption of China's existing building is to adopt single-glass door and window in a large number.
In China, with the continuous improvement of living standards of the people, country's also improving constantly to power conservation requirement, Yuan Youjian The requirement that the performances such as insulation, sound insulation, the waterproof of door and window have not adapted to existing energy conservation standard is built, but according to existing power-saving technology Standard is implemented to transform to existing building door and window, and one kind is to change whole fan door and window, and this mode must first remove existing door and window, again Making meets the new door and window of energy conservation standard and is installed, but this kind of engineering both take, effort, consumption money;And need aboriginal to move Transition.More very be need to former window hole destroy it is larger, original alien invasion style can be destroyed, to protect existing building style and features Unfavorable and improvement cost is higher, common owner can not accept high improvement cost, extremely difficult so as to implement.And in transformation If during match without waterproofing work of plastering, it is easy to cause window to seep water.
Another kind is to set up one exterior window, but is affected by existing building door-window section bar specification, it is impossible to by the exterior window set up On original window hole, and the exterior window set up often is projected outside door and window, has a strong impact on the flat appearance of existing building Property and aesthetic feeling.More very because affected by original window hole size, the window frame of new installation fail to handle well with heat-preserving wall it Between linking, and then cold-heat bridge can be produced, cause house inner wall condensation, mouldy or even drip so that correctional effect is had a greatly reduced quality. Therefore, most of householder is also unwilling to coordinate transformation, implements same highly difficult.
Utility model content
The purpose of this utility model is to provide a kind of Energy Saving Windows for being suitable for existing door and window, Energy Saving Windows is solved well and is protected Connection problem between warm body of wall, improves the functions such as whole Energy Saving Windows heat-insulation and heat-preservation, noise-reduction so that improved building Building requirements of the country to building heat insulation, noise-reduction etc. at present can be fully met.
The technical scheme that this utility model is provided is as follows:
A kind of Energy Saving Windows for being suitable for existing door and window, including:
Body of wall with former door and window structure, heat-preserving wall, built-in fitting, energy-conservation auxiliary frame, energy-conservation window frame and glass;
The heat-preserving wall is located at the one or both sides of the body of wall;
The built-in fitting is located between the body of wall and the heat-preserving wall, and the built-in fitting and the wall connecting;
The energy-conservation auxiliary frame is connected with the built-in fitting, and the energy-conservation auxiliary frame is overlapped with the heat-preserving wall;
The energy-conservation window frame is connected with the energy-conservation auxiliary frame;
The Energy Saving Windows inframe is provided with the glass.
In the technical program, the pre-installation of energy-conservation auxiliary frame is realized by built-in fitting so that can when energy-conservation window frame is installed To be connected with energy-conservation auxiliary frame well, the connection problem between Energy Saving Windows and heat-preserving wall is solved well, improve whole The functions such as Energy Saving Windows heat-insulation and heat-preservation, noise-reduction.Improved building is further enabled to fully meet country at present right The building requirements of building heat insulation, noise-reduction etc..Further avoid inner wall of building condensation to be produced because of cold-heat bridge, is sent out Phenomenon that is mould or even dripping, improves the comfortableness of the living environment of architecture indoor.
In the technical program, heat-preserving wall can be empty according to the installation of the newly-increased window of the advance reservations such as the size dimension of Energy Saving Windows Between, it is to avoid the situation that energy-conservation window frame is not adapted with the window hole size on heat-preserving wall.And then saved follow-up adding Work works.
In the technical program, both need not dismantle original window, Energy Saving Windows also without being bound by original window hole size dimension, Construction is simple, it is not necessary to which former resident family moves transition.The support of numerous residents is obtained in actually promoting, is easy to government to carry out one Improvement project of the series to existing building, and Energy Saving Windows and heat-preserving wall can synchronization implementation, also can be performed separately, construction is flexible. More preferably execution conditions are simple, not climate change and affect.
In the technical program, Energy Saving Windows are flushed with heat-preserving wall, it is to avoid architectural appearance is lofty, cause visual discomfort sense with And impact architectural appearance;Or architecture indoor space is taken, cause the waste of architecture indoor space utilization.And insulation, noise reduction The functions such as noise reduction are excellent.
It is further preferred that the built-in fitting is L-type angle steel, including the first right-angle side and the second right-angle side;Described first Right-angle side is by the first fixation kit and the wall connecting;Second right-angle side is by the second fixation kit and the energy-conservation Auxiliary frame connects.
In the technical program, built-in fitting is L-type angle steel, before or while the heat-preserving wall for installing original door and window peripheral, First pass through the first fixation kit to lay on the original wall body of heat-preserving wall on original arm of angle of window hole four, built-in fitting away from Can be set according to the size of Energy Saving Windows to be mounted with a distance from original window hole, then heat-preserving wall is located at into L In the space at the interior right angle of type angle steel, and heat-preserving wall has covered the first fixation kit, and because energy-conservation auxiliary frame passes through second Fixation kit is connected with a right-angle side of L-type angle steel, and then overlaps with heat-preserving wall, prevents between Energy Saving Windows and heat-preserving wall The generation of cold-heat bridge, and then improve the heat insulation and preservation effect of Energy Saving Windows.
It is further preferred that the heat-preserving wall includes warming plate and overcoat of wiping one's face;The warming plate is layed in described The side of body of wall;The overcoat of wiping one's face coats the energy-conservation auxiliary frame located at the side of the warming plate dorsad body of wall.
In the technical program, in order to further increase the heat preservation and insulation of warming plate, warming plate dorsad body of wall one Side is carried out wiping one's face the process of overcoat so that warming plate is not exposed from coming, and improves the heat preservation and insulation of whole heat-preserving wall, Also the body of wall of indoor or outdoors has been beautified.Overcoat of further wiping one's face coats energy-conservation auxiliary frame, not only protects energy-conservation auxiliary frame, and Energy-conservation auxiliary frame can be sheltered from, the contact area of energy-conservation window component and indoor environment is reduced, and then reduces the heat transfer of indoor and outdoor Area, so as to improve the heat preservation and insulation of Energy Saving Windows.
It is further preferred that the energy-conservation window frame is multi-cavity plastic-steel section bar, broken-bridge aluminum alloy or aluminum bag wood products.
In the technical program, energy-conservation window frame is with the stronger window frame of good energy-saving heat preserving, impact resistance, plasticity, not only Prevent between energy-conservation window frame and heat-preserving wall the generation of cold-heat bridge and can install with certain thickness glass.Improve whole The insulation of Energy Saving Windows, noise-reduction performance.Further, energy-conservation window frame is connected with energy-conservation auxiliary frame by fixation kit, when When energy-conservation window frame needs to change or keep in repair, directly can be disassembled from energy-conservation auxiliary frame by fixation kit, be easy to later dimension Repair or change, and it is easy to operate.
It is further preferred that the glass is double glazing.
In the technical program, glass is preferably double glazing because double glazing have good heat-insulation and heat-preservation, noise reduction every The functions such as sound.Certainly, some door and window heat-insulation and heat-preservation is required it is not so high where, the such as comparatively gentle place of weather, Glass is alternatively simple glass.The species of double glazing is relatively more, there is the glass type of a chamber two, the glass type of two chamber three etc., double glazing with Increasing for chamber and glass, its various performance is also relatively more excellent.Further can with spray on glass some have every Heat insulation, the material of noise-reduction performance form novel glass, such as Low-E glass.
It is further preferred that being provided with sun-shading mechanism in the double glazing, the sun-shading mechanism is BAIYE sun-shading mechanism, volume Curtain sun-shading mechanism or fabric sun-shading mechanism, and can be retractable in the double glazing or rotate in the double glazing.
In the technical program, by the built-in sun-shading mechanism in double glazing, the Energy Saving Windows for making have the effect of sunshade, enter One step causes architecture indoor again to arrange interior curtain.Further if sun-shading mechanism is BAIYE sun-shading mechanism, by distant Control or magnetic control means, adjust BAIYE sun-shading mechanism in rope louver vane is rotated in the double glazing and Stretch up and down;If during fabric sun-shading mechanism, its fabric can folding and unfolding or rotation in double glazing, so that Energy Saving Windows With the function to architecture indoor homoiothermic and light modulation.
It is further preferred that the glass is connected by removable component with the energy-conservation window frame.
In the technical program, glass can be connected with energy-conservation window frame by removable component or be disassembled from energy-conservation window frame, So it is easy to the cleaning maintenance, repair or replacing of glass.
It is further preferred that the energy-conservation window frame is connected by the 3rd fixation kit with the energy-conservation auxiliary frame.
In the technical program, energy-conservation window frame is connected by the 3rd fixation kit with the energy-conservation auxiliary frame, and it is convenient to construct, and the Three fixation kits are easy to follow-up dismounting, cleaning, maintenance or replacing to Energy Saving Windows.If owner subsequently changes window again, only need to tear open Fall energy-conservation window frame, new window frame is arranged in energy-conservation auxiliary frame, reduces the trouble installed, measure.Further, if Energy Saving Windows Building energy conservation heat insulation requirement at that time can not be met in the future, need the new Energy Saving Windows that the performances such as heat-insulation and heat-preservation, noise-reduction are more excellent When, owner only needs to change the energy-conservation window frame and its glass of Energy Saving Windows, realizes the follow-up further conversion function of Energy Saving Windows.
A kind of Energy Saving Windows for being suitable for existing door and window provided by this utility model, can bring following at least one beneficial Effect:
1st, in this utility model, the pre-installation of energy-conservation auxiliary frame is realized by built-in fitting so that when energy-conservation window frame is installed Can be very good to be connected with energy-conservation auxiliary frame, the connection problem between Energy Saving Windows and heat-preserving wall is solved well, improve whole The functions such as individual Energy Saving Windows heat-insulation and heat-preservation, noise-reduction.
2nd, in this utility model, the pre-installation of energy-conservation auxiliary frame is realized by built-in fitting so that when energy-conservation window frame is installed Can be very good to be connected with energy-conservation auxiliary frame, it is to avoid the generation of cold-heat bridge, so as to further increasing the heat-insulated guarantor of whole Energy Saving Windows The functions such as temperature, noise-reduction.
3rd, in this utility model, heat-preserving wall can be according to the installation of the newly-increased window of the advance reservations such as the size dimension of Energy Saving Windows Space, it is to avoid the situation that Energy Saving Windows are not adapted with the window hole size on heat-preserving wall.And then saved follow-up adding Work works.
4th, in this utility model, both need not dismantle original window, and Energy Saving Windows are also without being bound by original window hole size chi Very little, construction is simple, it is not required that former resident family moves transition.
5th, in this utility model, Energy Saving Windows are flushed with heat-preserving wall, are not affected the outward appearance built or are caused interior space profit With waste, and the function such as insulation, noise-reduction is excellent.
6th, in this utility model, energy-conservation window frame is detachable, and it is convenient to construct, and be easy to follow-up dismounting to Energy Saving Windows, cleaning, Maintenance is changed.If owner subsequently changes window again, only need to dismantle energy-conservation window frame, and new window frame is arranged in energy-conservation auxiliary frame i.e. Can, reduce the trouble installed, measure.
7th, in this utility model, the glass of Energy Saving Windows uses the double glazing of built-in sun-shading mechanism so as to screening Sun and the effect of light modulation, further such that architecture indoor need not again arrange interior curtain.
Description of the drawings
This utility model is described in further detail with reference to the accompanying drawings and detailed description:
Fig. 1 is the cross-sectional view of part in this utility model Energy Saving Windows;
Fig. 2 is the cross-sectional view of part under this utility model Energy Saving Windows.
Drawing reference numeral explanation:
11. base course walls, 12. coats of plaster, 13. existing window frames, 14. monolithic glass, 21. warming plates, 22. wipe one's face protection Layer, 3. built-in fitting, 31. first right-angle sides, 32. second right-angle sides, 4. energy-conservation auxiliary frame, 5. energy-conservation window frame, 6. glass, 61. is removable Component, 7. the first fixation kit, 8. the second fixation kit, 9. sun-shading mechanism, 91. blades, 10. the 3rd fixation kit.
Specific embodiment
In order to be illustrated more clearly that this utility model embodiment or technical scheme of the prior art, below will be to embodiment Or the accompanying drawing to be used needed for description of the prior art is briefly described, it should be apparent that, drawings in the following description are only It is some embodiments of the present utility model, for those of ordinary skill in the art, in the premise for not paying creative work Under, can be with according to these other accompanying drawings of accompanying drawings acquisition.
To make simplified form, part related to the present invention is only schematically show in each figure, they are not represented Its practical structures as product.In addition, so that simplified form is readily appreciated, with identical structure or function in some figures Part, only symbolically depicts one of those, or has only marked one of those.Herein, " one " is not only represented " only this ", it is also possible to represent the situation of " more than one ".
In embodiment one, as depicted in figs. 1 and 2, a kind of Energy Saving Windows for being suitable for existing door and window, including with former door and window knot The body of wall (not indicating in figure) of structure, heat-preserving wall (not indicating in figure), built-in fitting 3, energy-conservation auxiliary frame 4, energy-conservation window frame 5 and glass 6; Wherein, heat-preserving wall is located at the inner side of body of wall, and built-in fitting 3 is located between body of wall and heat-preserving wall, and and wall connecting;Energy-conservation is attached Frame 4 is connected with built-in fitting 3, and overlaps with heat-preserving wall;Energy-conservation window frame 5 is connected with energy-conservation auxiliary frame 4;Glass is provided with energy-conservation window frame 5 Glass 6.
In actual applications, heat-preserving wall can also be located at the both sides of body of wall, now, corresponding built-in fitting, energy-conservation auxiliary frame, section Energy window frame and glass are also according to above-mentioned connected mode located at the inner side of body of wall.Further energy-conservation window frame is preferably multi-cavity plastic-steel type Material window frame, broken-bridge aluminum alloy window frame or aluminum-coated wood window frame, certain energy-conservation window frame is alternatively other energy-saving heat preservings, noise-reduction etc. The window frame of function.
In embodiment two, as depicted in figs. 1 and 2, on the basis of embodiment one, body of wall 1 includes base course wall 11, smears Grieshoch 12, existing window frame 13 and monolithic glass 14, wherein coat of plaster 12 are located at the outside of base course wall 11, and existing window frame 13 passes through 4th fixation kit (not indicating in figure) is fixedly connected with base course wall 11, and monolithic glass 14 is located at the inside of existing window frame 13. Heat-preserving wall includes the warming plate 21 being connected with coat of plaster 12 and processes the overcoat 22 of wiping one's face of the lateral surface of warming plate 21.Warming plate 21 are fixedly connected by the first fixation kit 7 by the first right-angle side 31 of L-type angle steel (i.e. built-in fitting 3) with base course wall 11, Its second right-angle side 32 is fixedly connected by the second fixation kit 8 with energy-conservation auxiliary frame 4, and warming plate 21 is with straight in L-type angle steel Angle is reference for installation, and energy-conservation auxiliary frame 4 is directly overlapped with warming plate 21, and the cladding energy-conservation of coat of plaster 12 auxiliary frame 4, and then energy-conservation auxiliary frame Generation without cold-heat bridge between 4 and heat-preserving wall.Energy-conservation window frame 5 is connected by the 3rd fixation kit 10 with energy-conservation auxiliary frame 4, when need When changing, clearing up maintenance or keep in repair energy-conservation window frame 5, energy-conservation window frame 5 is disassembled by the 3rd fixation kit 10.
What deserves to be explained is, built-in fitting is alternatively other connectors with linkage function, and built-in fitting is preferably in peace It is fixedly mounted on base course wall through coat of plaster beforehand through the first fixation kit before dress warming plate, and can be according to Energy Saving Windows Size dimension of frame etc. is arranging the installation site of built-in fitting.In a particular embodiment the first fixation kit is preferably expanding screw Bolt, the second fixation kit and the second fixation kit are preferably bolt, and the first fixation kit, the second fixation kit and the 3rd are solid Determine component and be the fixation kit with thermal resistance function.Warming plate can be related to building heat insulation according to country in practical application Requirement select different grades of heat insulating board.
In embodiment three, as depicted in figs. 1 and 2, on the basis of embodiment one or two, glass 6 is built-in louver screening One chamber double glazing 6 of positive mechanism 9, the blade 91 of BAIYE sun-shading mechanism 9 can up and down stretch in the within the chamber of double glazing 6 and Rotate, when the temperature outside building is too high or during too strong sunlight, by remote control or magnetic control means (not indicating in figure) leaf is rotated Piece 91 causes BAIYE sun-shading mechanism 9 to block high temperature and sunlight outside building;When the temperature outside building is not high or during not strong sunlight, leads to Cross remote control or magnetic control means carry out moving blade 91 so that BAIYE sun-shading mechanism 9 introduces light.Further double glazing 6 passes through Removable component 61 is connected with energy-conservation window frame 5, and can be disassembled double glazing 6 from energy-conservation window frame 4 by removable component 61, enters And maintenance, repair or replacing are cleared up double glazing 6, in actual applications removable component is glazing bead, and alternatively other can The component of dismounting glass.
What deserves to be explained is, BAIYE sun-shading mechanism is replaced by other sun-shading mechanisms, if such as fabric sun-shading mechanism When its fabric also can folding and unfolding or rotation in double glazing.Double glazing is alternatively multi-cavity glass, certainly, at some to door and window Heat-insulation and heat-preservation require it is not so high where, the such as comparatively gentle place of weather, glass is alternatively simple glass.Further Novel glass, such as Low-E glass can be formed to spray some materials with heat-insulation and heat-preservation, noise-reduction performance on glass Glass etc..
The above is only preferred implementation of the present utility model, it is noted that for the common skill of the art For art personnel, on the premise of without departing from this utility model principle, some improvements and modifications can also be made, these improve and Retouching also should be regarded as protection domain of the present utility model.

Claims (8)

1. a kind of Energy Saving Windows for being suitable for existing door and window, including the body of wall with former door and window structure, it is characterised in that also include:
Heat-preserving wall, built-in fitting, energy-conservation auxiliary frame, energy-conservation window frame and glass;
The heat-preserving wall is located at the one or both sides of the body of wall;
The built-in fitting is located between the body of wall and the heat-preserving wall, and the built-in fitting and the wall connecting;
The energy-conservation auxiliary frame is connected with the built-in fitting, and the energy-conservation auxiliary frame is overlapped with the heat-preserving wall;
The energy-conservation window frame is connected with the energy-conservation auxiliary frame;
The Energy Saving Windows inframe is provided with the glass.
2. Energy Saving Windows for being suitable for existing door and window according to claim 1, it is characterised in that:
The built-in fitting is L-type angle steel, including the first right-angle side and the second right-angle side;
First right-angle side is by the first fixation kit and the wall connecting;
Second right-angle side is connected by the second fixation kit with the energy-conservation auxiliary frame.
3. Energy Saving Windows for being suitable for existing door and window according to claim 1, it is characterised in that:
The heat-preserving wall includes warming plate and overcoat of wiping one's face;
The warming plate is layed in the side of the body of wall;
The overcoat of wiping one's face coats the energy-conservation auxiliary frame located at the side of the warming plate dorsad body of wall.
4. Energy Saving Windows for being suitable for existing door and window according to claim 1, it is characterised in that:
The energy-conservation window frame is multi-cavity plastic-steel section bar window frame, broken-bridge aluminum alloy window frame or aluminum-coated wood window frame.
5. Energy Saving Windows for being suitable for existing door and window according to claim 1, it is characterised in that:
The glass is double glazing.
6. Energy Saving Windows for being suitable for existing door and window according to claim 5, it is characterised in that:
Sun-shading mechanism is provided with the double glazing;
The sun-shading mechanism is BAIYE sun-shading mechanism or fabric sun-shading mechanism, and can be retractable in the double glazing or in institute State in double glazing and rotate.
7. Energy Saving Windows for being suitable for existing door and window according to claim 1, it is characterised in that:
The glass is connected by removable component with the energy-conservation window frame.
8. Energy Saving Windows for being suitable for existing door and window according to claim 1, it is characterised in that:
The energy-conservation window frame is connected by the 3rd fixation kit with the energy-conservation auxiliary frame.
CN201621088763.7U 2016-09-28 2016-09-28 Be suitable for existing door and window's energy -conserving window Active CN206091728U (en)

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CN201621088763.7U CN206091728U (en) 2016-09-28 2016-09-28 Be suitable for existing door and window's energy -conserving window

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Application Number Priority Date Filing Date Title
CN201621088763.7U CN206091728U (en) 2016-09-28 2016-09-28 Be suitable for existing door and window's energy -conserving window

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107237508A (en) * 2017-06-27 2017-10-10 河北省建筑科学研究院 The building energy-saving renovation construction method changed based on whole window

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107237508A (en) * 2017-06-27 2017-10-10 河北省建筑科学研究院 The building energy-saving renovation construction method changed based on whole window
CN107237508B (en) * 2017-06-27 2019-04-23 河北省建筑科学研究院 Building energy-saving renovation construction method based on the replacement of whole window

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