CN202899969U - Tiered light-transmitting thermal-insulation anti-theft door and window of insulating layer arranged on inner layer of exposed area of lens glass sheet - Google Patents
Tiered light-transmitting thermal-insulation anti-theft door and window of insulating layer arranged on inner layer of exposed area of lens glass sheet Download PDFInfo
- Publication number
- CN202899969U CN202899969U CN 201220555759 CN201220555759U CN202899969U CN 202899969 U CN202899969 U CN 202899969U CN 201220555759 CN201220555759 CN 201220555759 CN 201220555759 U CN201220555759 U CN 201220555759U CN 202899969 U CN202899969 U CN 202899969U
- Authority
- CN
- China
- Prior art keywords
- glass sheet
- window
- lens
- lens glass
- inner layer
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Abstract
Provided is a tiered light-transmitting thermal-insulation anti-theft door and window of an insulating layer arranged on an inner layer of an exposed area of a lens glass sheet. The theoretical support is that an optic center and a focus of a convex lens are in one optical axis and illuminating area of the focus is the smallest. The tiered light-transmitting thermal-insulation anti-theft door and window of the insulating layer arranged on the inner layer of the exposed area of the lens glass sheet is characterized by comprising a window frame structure body frame, lens glass sheets, lens glass sheet installing housing bodies, sealing strips installed in matching with the installing housing bodies, the lens glass sheets and an inner layer glass sheet, a polyurethane foam stuffing, a middle metal protective screening or a metal protective plate and the inner layer glass sheet. Light can shine into a room through an outer layer lens glass sheet, the focus of the outer layer lens glass sheet and the inner layer glass sheet. Sunlight can shine into the room and converted into heat energy through the exposed area of the convex lens glass sheet arranged on the thermal-insulation door and window, and meanwhile heat radiating area is reduced by more than 95% compared with a normal door and window. Due to the fact that the polyurethane foam protective layer are arranged in the frame body except a gap between the two convex lens glass sheets of the window and the a focal plane and the focus, much energy can be preserved.
Description
Technical field
The invention generic building door and window, the transparent glass door and window relates to a kind of glass internal layer heat insulating material laminar transparent heat insulating Anti-theft door and window is installed.
Background technology
The transparent glass door and window that building or housing construction are installed can be keeped out wind and rain has solar radiation to play the warming effect of printing opacity winter, but simultaneously also because of also scattered and disappeared heat or import heat of the temperature difference, Jilin Province, applicant residence winter, per day efficient light was according to deficiency of time 6 hours (At All Other Times or because of lighting angle), in effective light application time of 6 hours of this less than because of mostly the time marquis indoor/outdoor temperature-difference more than 25 degree, thereby indoor still to outdoor dissipated heat.Present stage building or housing construction be can do very insulation comprise the above and below ground of ceiling, after building or housing construction are finished or can do insulation layer, just there was the sub-engineering of greenhouse in Jilin Province government in recent years, for urban residential building skin body and function certain thickness benzene plate is done insulation layer.But transparent glass window or just be difficult to do effective insulation layer with the door of clear glass, just so far also beyond example.
The heat-preservation door and window of institute's production and sales mostly is double-layer glass on the used transparent heat-insulation door and window of present stage building or the market, better heat-preservation door and window is triplex glass, even five layers of ten layers of glass heat-insulating also are limited, because the proportion of glass is 2.7, the same with stone material is the good conductor of cold-peace heat, be unfavorable for insulation, the air layer insulation is limited especially in the glassy layer.Also there are some that insulation film is provided on heat-preservation door and window or the market, are incubated the limited while with insulation film and also hindered the light transmission of glass.
Winter, the particularly housing construction of the Northeast, body of wall and glass door and window insulation degree are relatively, glass door and window loss thermal energy is large, occupy metope area around the residence building approximately the thermal energy that runs off of the glass door and window of 16-18% account for the 70-80% of total number of dropouts, every winter heating phase of the northern area of China all will be dropped into a large amount of social resources operation heating, also will consume a large amount of fuel sources, thereby soldier's weight is lifted in the door and window insulation.With refrigerator, the same insulation layer of refrigerator-freezer insulation certain thickness will be arranged, the door and window insulation also needs insulation layer and insulation layer thickness.
Goal of the invention
Solve the deficiency of existing common heat-preservation door and window insulation degree, reduce the indoor heat loss and also just reduced live and work or cost of production, the carbon emission amount of decrease the northern area of China warming coal consumption and international concern.Because installing polyurethane foam jelly filling heat insulating wall formula heat-preservation door and window other position except focusing needs printing opacity, the convex lens sheet glass also can install anti-thefting facility additional.
Summary of the invention
Technical problem to be solved by this invention is: a kind of energy printing opacity, insulation, antitheft in the door and window of one are provided.
The scheme of the technology that the present invention adopts is: a kind of lens glass sheet exposed area position internal layer is installed laminar transparent heat insulating Anti-theft door and window, by convex lens photocentre and the focal length o'clock also theoretical support of the minimum conduct of focal length point glazed area on an optical axis, it is characterized in that: comprise by window frame structure body frame, ectonexine lens glass sheet, ectonexine lens glass sheet holder housing, with holder housing, the lens glass sheet, the weather strip of internal and external layers of glass sheet Matching installation, internal layer cavity fill insulant material, intermetallic metal protective screening or metal protection plate, the outer layer lens sheet glass, the door and window that the inner layer glass sheet forms, and illumination can pass by convex outer lens glass sheet focal length point in the middle of protective screening or protecting wall preformed hole inner layer glass sheet shine into indoor.
The beneficial effect of the invention is: the sheet glass exposed area that heat-preservation door and window is installed can 100% sees through solar irradiation and injects the indoor heat energy that is transformed into, simultaneously also than the area of dissipation of common door and window reduction more than 95%, because except the polyurethane foam insulation layer is installed in the focal length face focal length point outer frame body between the two-layer convex lens sheet glass of forms, can preserve the nominal mass energy, and be the most effectively to be incubated.Energy-saving and emission-reduction total amount for north of China whole heating period in winter will be a decrease.This invention is so that the breakthrough on China's northeast winter severe cold regional Construction on-fuel man-made resources heating housing construction acquisition of technology.The construction of on-fuel man-made resources heating housing construction is with the decrease living cost and save social resources and the energy of a large amount of operation heating.
Description of drawings
Fig. 1 polyurethane foam filling heat insulating wall formula insulating theft-proof door window sectional view: 1 convex outer lens glass sheet, 2 convex lens sheet glass, inner layer glass sheet holder housing, 3 window frame structure body framves, 4 inner layer glass sheets, 5 polyurethane foam inserts, 6 intermetallic metal protective screenings or metal protection plate, 7 install the lattice gear, 8 fixed gratings gear.
Fig. 2 window frame sectional view: 3 window frame structure body framves, 7 install the lattice gear, 8 fixed gratings gear, 9 lattice gear presets weather strip.
Fig. 3 installs lattice gear sectional view: 9 lattice gear presets weather strip, and 10 install the lattice gear installs protruding stupefied.
Fig. 4 convex outer lens glass sheet, inner layer glass sheet and holder housing sectional view: 1 convex outer lens glass sheet, 2 convex lens sheet glass, inner layer glass sheet holder housing, 4 inner layer glass sheets, 11 install weather strip, 12 holder housing sheet glass gear platform, 13 1 side fin posts, 14 opposite side fin posts.
Fig. 5 installs faucal and splice sectional view in same plane: 13 1 side fin posts, 14 opposite side fin posts.
Fig. 6 convex outer lens glass sheet holder housing and the border convex-concave phase map interlinking of inner layer glass sheet holder housing in the same size tail end: 15 1 side inner rings are protruding, and 16 opposite side outer rings are protruding.
Fig. 7 holder housing and the identical any splicing outline drawing of four sides length of side shape.
The specific embodiment
The theory support that the invention lens glass sheet exposed area position internal layer is installed laminar transparent heat insulating Anti-theft door and window is: convex lens photocentre and focal length point is on an optical axis, and focal length point glazed area minimum.
Convex lens photocentre and focal length are o'clock on an optical axis, and convex lens diameter and lens heart thickness proportion size have certain relation with focal length.The convex lens sheet glass is installed polyurethane foam jelly filling heat insulating wall formula heat-preservation door and window and is had certain thickness, thickness is much larger than common door and window thickness, select suitable door and window thickness according to regional geographical position different latitude, select suitable door and window appearance and size according to the difference building, calculate and measure needed convex lens sheet glass external diameter, thickness, focal length.
Make window frame structure body frame (Fig. 2), convex lens sheet glass holder housing (Fig. 4) with nonmetals casting and metal material (being commonly called as north steel), the required number holder housing splicing of one side is installed in the window frame structure body frame (Fig. 7), with the required specification Chain Link Fence in centre or metal protection plate (Fig. 1,6) installation is fastening again with opposite side inner layer glass sheet holder housing (Fig. 1,2) splicing is installed on window frame structure body frame (Fig. 1,3) in, by installation protruding stupefied (Fig. 3, the 10) assembly unit of installing on the lattice gears (Fig. 3).Tiny air vent is reserved or beaten in window frame structure body frame frame both sides, with production mould that window frame structure body frame is fastening up and down all around, by on window frame structure body frame, reserving or punching conveying pipeline insertion splicing is installed on window frame structure body frame bottom from the bottom to top with the built on stilts chamber (Fig. 1 of polyurethane foam jelly injection window frame structure body, 5), solidify the convex outer lens glass sheet (Fig. 1 that will match after finishing, 1) and inner layer glass sheet (Fig. 1,4) the holder housing reserved location holder housing sheet glass that is installed on the window frame structure body frame keeps off platform (Fig. 4,12), the housing reservation groove position of setting off on window frame structure body frame installs the rear installation of weather strip (Fig. 4,11) additional.
The little door and window of switch ventilation forms the door and window of installing by minification convex lens sheet glass with by the holder housing that the contracting focal length matches.
It is that square, square convex lens sheet glass forms daylighting area is larger that lens glass sheet exposed area position internal layer is installed laminar transparent heat insulating Anti-theft door and window exposed area convex lens sheet glass, but comparison is complicated.Be made into the bull's-eye sheet glass square, namely getting maximum square and cutting at the bull's-eye sheet glass finishes, with square lens sheet glass four side same cross-sectional vestige fabrication and installation housings the square lens sheet glass being installed installs shape, weather strip groove, also fabrication and installation square glass of corresponding internal layer holder housing sheet is installed.
Holder housing: convex outer lens glass sheet holder housing and the inner layer glass sheet holder housing in the same size tail end border convex-concave (Fig. 5 that joins, 15,16), ectonexine is all arranged in length and breadth the splicing of square four sides and is installed, the identical any splicing of the same four sides length of side shape is installed in splicing with foam floor block, laterally the prismatic splicing of protruding, the concavo-convex spill of convex-concave is guaranteed sheet glass installation faucal in same plane, and inboard funnel shaped is that light is burnt by space (Fig. 4).
Weather strip with holder housing, ectonexine lens glass sheet Matching installation: weather strip (Fig. 4,11) is installed has magnitude of interference rubber strip to be embedded in the trapezoidal mounting groove installation of holder housing sealing ectonexine lens glass sheet for soft.
Intermetallic metal protective screening or metal protection plate: a Chain Link Fence (Fig. 1,6) mesh position is corresponding with holder housing tail end arrangement position, and (Fig. 1, the 6) reservation of metal protection plate or punching are corresponding with holder housing tail end arrangement position.
Fig. 2 shows the window frame cross section, and window frame structure body frame (Fig. 2,3) is installed lattice gears (Fig. 2,7), fixed grating gear (Fig. 2,8), and the lattice gear presets weather strip (Fig. 2,9).
Fig. 5 shows that faucal side direction in same plane is installed splices cross section, a side fin post (13), opposite side fin post (14).
Fig. 6 shows that convex outer lens glass sheet holder housing and inner layer glass sheet holder housing in the same size tail end border convex-concave join a side inner ring protruding (15), opposite side outer ring protruding (16).
Fig. 7 shows holder housing and the identical any splicing shape assumption diagram of four sides length of side shape.
Claims (4)
1. a lens glass sheet exposed area position internal layer is installed laminar transparent heat insulating Anti-theft door and window, by convex lens photocentre and the focal length o'clock also theoretical support of the minimum conduct of focal length point glazed area on an optical axis, it is by window frame structure body frame (3), convex outer lens glass sheet (1), inner layer glass sheet (4), the convex lens sheet glass, inner layer glass sheet holder housing (2), intermetallic metal protective screening or metal protection plate (6) form, be primarily characterized in that: the holder housing splicing is installed in the window frame structure body frame, Chain Link Fence or metal protection plate are installed in the holder housing interlayer of both sides, the polyurethane foam jelly injected in the window frame structure body frame cavity becomes polyurethane foam inserts (5) between holder housing, holder housing reserved location holder housing sheet glass gear platform is installed convex outer lens glass sheet and the inner layer glass sheet that matches, and reserves the groove position and installs the lattice gear additional and preset weather strip (9) setting off housing.
2. described a kind of lens glass sheet exposed area position internal layer is installed laminar transparent heat insulating Anti-theft door and window according to claim 1, it is characterized in that: except focal length face, focal length point, the polyurethane foam insulation layer is installed in the framework between forms outer layer lens sheet glass and the inner-layer lenses sheet glass.
3. described a kind of lens glass sheet exposed area position internal layer is installed laminar transparent heat insulating Anti-theft door and window according to claim 1, it is characterized in that: in the middle of Chain Link Fence or metal protection plate add in the internal layer polyurethane foam insulation layer.
4. described a kind of lens glass sheet exposed area position internal layer is installed laminar transparent heat insulating Anti-theft door and window according to claim 1, convex outer lens glass sheet exposed area 100% printing opacity to the inner layer glass sheet to indoor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220555759 CN202899969U (en) | 2012-10-14 | 2012-10-14 | Tiered light-transmitting thermal-insulation anti-theft door and window of insulating layer arranged on inner layer of exposed area of lens glass sheet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220555759 CN202899969U (en) | 2012-10-14 | 2012-10-14 | Tiered light-transmitting thermal-insulation anti-theft door and window of insulating layer arranged on inner layer of exposed area of lens glass sheet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202899969U true CN202899969U (en) | 2013-04-24 |
Family
ID=48120654
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220555759 Expired - Fee Related CN202899969U (en) | 2012-10-14 | 2012-10-14 | Tiered light-transmitting thermal-insulation anti-theft door and window of insulating layer arranged on inner layer of exposed area of lens glass sheet |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202899969U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106869705A (en) * | 2017-03-23 | 2017-06-20 | 滁州市金鹏新型建材开发有限公司 | A kind of heat build-up double glazing |
-
2012
- 2012-10-14 CN CN 201220555759 patent/CN202899969U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106869705A (en) * | 2017-03-23 | 2017-06-20 | 滁州市金鹏新型建材开发有限公司 | A kind of heat build-up double glazing |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| Yüksek et al. | Energy-efficient building design in the context of building life cycle | |
| Maleki | Shading: passive cooling and energy conservation in buildings | |
| MX2012014345A (en) | Pole with solar modules. | |
| CN203279585U (en) | Drum greenhouse with external thermal insulation sunshading slip cover | |
| CN102330530A (en) | Energy saving method using window and energy-saving window | |
| CN202899969U (en) | Tiered light-transmitting thermal-insulation anti-theft door and window of insulating layer arranged on inner layer of exposed area of lens glass sheet | |
| CN107587662B (en) | Working method with heat preservation, the intelligent curtain wall lighting roof of heat insulation | |
| CN102138463B (en) | Solar energy-saving greenhouse plant and manufacturing method | |
| Yamanashi et al. | Bio skin urban cooling facade | |
| CN101570994A (en) | Plane skylight and application thereof | |
| US9976308B1 (en) | Tall skylight dome with sun shade and diffusing partial cap to strengthen dome to capture low sun elevation angle light | |
| Haggag et al. | Integrating passive cooling techniques for sustainable building performance in hot climates with reference to the UAE | |
| CN102661568A (en) | Light-guide lighting system for factory building in cigarette industry | |
| CN202024204U (en) | Landscape lamp for hydroelectric station dam | |
| CN203429934U (en) | Rain cover for roof ventilation pipe | |
| CN102155690A (en) | Landscape lamp for hydroelectric power station dam | |
| CN202164747U (en) | Simulated thatch tile | |
| CN102661571B (en) | Light guide tube connector of light-guide lighting system for factory building in cigarette industry | |
| Ju | Application of Building Integrated Active and Passive Solar Technology in Harsher Climate Area--Design of the Central Control Building of PV Demonstration Area in Turpan Area, Xinjiang Uygur Autonomous Region, China | |
| JP6444679B2 (en) | Vertical light duct | |
| Sandanasamy et al. | Natural Lighting In Green Buildings-An Overview and A Case Study | |
| Vlachokostas et al. | Prismatic louver active façades for natural illumination and thermal energy gain in high-rise and commercial buildings | |
| KR20020005220A (en) | Multipurpose insulation system which installed building envelopes for thermal gain and insulation | |
| Savvides | Architectural integration of solar cells | |
| CN202144717U (en) | Outer sunshade roller shutter |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130424 Termination date: 20141014 |
|
| EXPY | Termination of patent right or utility model |