CN201714264U - Multifunctional energy-saving window - Google Patents
Multifunctional energy-saving window Download PDFInfo
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- CN201714264U CN201714264U CN2010202209004U CN201020220900U CN201714264U CN 201714264 U CN201714264 U CN 201714264U CN 2010202209004 U CN2010202209004 U CN 2010202209004U CN 201020220900 U CN201020220900 U CN 201020220900U CN 201714264 U CN201714264 U CN 201714264U
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- saving window
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- multifunctional energy
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Abstract
The utility model relates to a multifunctional energy-saving window belonging to the field of building materials. The multifunctional energy-saving window is characterized by consisting of a heat-insulation frame, a transparent lighting body, a natural ventilation body, a forced ventilation body and a heat-insulation frame protecting strip, wherein the heat-insulation frame fixes the transparent lighting body into an inner frame of the heat-insulation frame by the heat-insulation frame protecting strip, and the side parts of the heat-insulation frame are respectively provided with at least one natural ventilation body or/and at least one forced ventilation body. The heat-insulation frame is made of timber with stable property or other durable and heat-insulation materials, can enclose an outer frame of the energy-saving window, and also can divide the multifunctional energy-saving window into a transparent lighting area, a natural ventilation area and a forced ventilation area. The multifunctional energy-saving window has functions and economical efficiency surpassing the commonly seen energy-saving window by the comprehensive application of simple technologies of selecting and using materials, adding functions, protecting, decorating and changing the structure of a window body, and can be widely promoted and used in buildings in villages and small towns.
Description
Technical field
The utility model relates to a kind of multifunctional energy-saving window, belongs to building field.
Background technology
The energy saving window of building use both at home and abroad is of a great variety, is being made on the window of window frame and sash by metal, and power-saving technology is generally the heat bridge interrupter technique; Fasten keying pass at window frame and sash, and power-saving technology is generally airtight technology; On the transparent body used, power-saving technology is generally used compound glass, hollow glass, the insulation of special coating glass, heat insulation, reflection technology.The energy saving window that adopts these technology to make, energy-saving effect is remarkable, but complex structure, the cost height, the price height is promoted difficulty, and use is restricted.
Summary of the invention
The purpose of this utility model is to overcome the shortcoming of above-mentioned energy saving window, produce the energy saving window that a kind of performance is good, price is low, function is many, in this multifunctional energy-saving window, stable timber or other thermal insulation material of adiabatic frame do as one likes shape made, adiabatic frame had both surrounded the adiabatic housing that constitutes energy saving window, also energy saving window is needed by function, outward appearance and design, be divided into transparent daylighting district, natural ventilation district and forced ventilation district.
The utility model multifunctional energy-saving window is finished by following array structure: multifunctional energy-saving window is made of adiabatic frame (1), transparent light collecting body (2), natural ventilation body (3), forced ventilation body (4) and adiabatic frame ceiling (5); adiabatic frame (1) is fixed on transparent light collecting body (2) in the inside casing of adiabatic frame (1) by adiabatic frame ceiling (5), and at least one natural ventilation body (3) respectively is housed adiabatic frame (1) sidepiece or/and at least one forced ventilation body (4).
Stable timber or other the durable thermal insulation material manufacturing of adiabatic frame (1) do as one likes shape, adiabatic frame (1) had both surrounded the housing (1-1) that constitutes energy saving window, again multifunctional energy-saving window was divided into transparent daylighting district (1-2), natural ventilation district (1-3) and forced ventilation district (1-4).
Transparent light collecting body (2) is arranged in the transparent daylighting district (1-2), and natural ventilation body (3) is arranged in the natural ventilation district (1-3), and forced ventilation body (4) is arranged in the forced ventilation district (1-4).
Transparent light collecting body (2) is made of multi-layer transparent body (2-1), and multi-layer transparent body (2-1) is by sealing the spaced sealing and fixing of positioning strip (2-2) on the adiabatic frame (1) of transparent daylighting district (1-2) periphery.
Natural ventilation body (3) is by waterproof blinds (3-1), fly net (3-2), axle (3-3) ventilates, ventilation sealing cover (3-4) and ventilation guide strip (3-5) constitute, ventilate axle (3-3) and ventilation sealing cover (3-4) by the thermal insulation material manufacturing, there is corresponding ventilation opening (3-3-1) at ventilation axle (3-3) and ventilation sealing cover (3-4) middle part (3-4-1), on the ventilation axle (3-3) rotary opening and closing handle (3-3-2) is arranged, have on the ventilation sealing cover (3-4) for the mobile breach (3-4-2) of rotary opening and closing handle (3-3-2), natural ventilation body (3) is installed on the adiabatic frame (1) of natural ventilation district (1-3) periphery.
Forced ventilation body (4) is by waterproof blinds (4-1), fly net (4-2), axle (4-3) ventilates, ventilation sealing cover (4-4) and ventilation guide strip (4-5) constitute, ventilate axle (4-3) and ventilation sealing cover (4-4) by the thermal insulation material manufacturing, there is corresponding ventilation opening (4-3-1) at ventilation axle (4-3) and ventilation sealing cover (4-4) middle part (4-4-1), on the ventilation axle (4-3) rotary opening and closing handle (4-3-2) is arranged, on the ventilation opening (4-3-1) of ventilation axle (4-3) ventilation fan (4-3-3) is housed, have on the ventilation sealing cover (4-4) for rotary opening and closing handle (4-3-2) mobile scarce (4-4-2), ventilation fan switch (4-4-3) is housed on the ventilation sealing cover (4-4), and forced ventilation body (4) is installed on the adiabatic frame (1) of forced ventilation district (1-4) periphery.
Ventilation fan (4-3-3) is by driven by power, by axle (4-3) rotation of ventilating, touching ventilation fan switch (4-4-3) control operation.
Adiabatic frame ceiling (5) is by the corrosion-resistant metallic material manufacturing, is installed on the end face that adiabatic frame (1) needs protection.
Operating principle: usually building inside and outside by window carry out exchange heat generally have following by way of: window frame heat conduction, the transparent body conduct heat and the slit is ventilative conducts heat.
The utility model multifunctional energy-saving window uses the stable timber of proterties or other thermal insulation material to make window frame, and window is divided into transparent daylighting district, natural ventilation district and forced ventilation district, reduced the manufacture difficulty of energy saving window, created basic condition for energy saving window increases function of use.
The utility model multifunctional energy-saving window is made window frame with proterties stable timber or other thermal insulation material, the huge thermal resistance of utilizing window frame to have, and the restriction building is inside and outside transmits heat by window frame.
The utility model multifunctional energy-saving window is according to the needs of territory of use's weather conditions and thermal insulation, adopt interval, sealing, fixing mode that the multi-layer transparent body is set, constitute transparent daylighting district, with low-cost, simple method suppresses the inside and outside transparent light collecting body of window that passes through of building and transmits heat.
The utility model multifunctional energy-saving window can be opened aeration portion and be designed to ventilate axle and ventilation sealing nested structure, with the mode of the axle rotation in ventilation sealing cover of the ventilating pass window of realizing windowing, make energy saving window can be smoothly, open easily, again can sound insulation, heat insulation, tight closing.
The utility model multifunctional energy-saving window is integrated anti-rainwater blinds and the fly net of being provided with in ventilation sealing cover outside, indoor ventilation guide strip, make the energy saving window aeration portion in opening, outdoor rainwater, mosquito can not enter in the window, and the wind in the inlet chamber can lead.
According to the function needs, the utility model multifunctional energy-saving window can be opened aeration portion and separately be designed to natural ventilation part and forced ventilation part, and the forced ventilation part separately is set to again to outdoor exhausting part with to indoor air-supply part.
The driving power of the utility model multifunctional energy-saving window ventilation fan can be common AC power, also can be the dc source that the solar photovoltaic power supply provides.The switch of multifunctional energy-saving window ventilation fan is touch switch or inductive switch, and switch is touched by the enable possition of the axle that ventilates or induction touches, and when the ventilation opening of multifunctional energy-saving window is in the enable possition, carries out forced ventilation automatically.The ventilative body functional promotion of forced ventilation the functional performance of energy saving window, make the energy saving window in the case of necessary can be fast to outdoor pump drainage foul atmosphere or to the indoor fresh air that provides.
The end face of the utility model multifunction energy-saving window frame is exposed to indoor and outdoor respectively; indoor end face may be collided; outdoor end face can be exposed to the sun and rain; the multifunction energy-saving window frame is made by timber or other thermal insulation material; the adiabatic frame ceiling that dress is made by corrosion-resistant metallic material attractive in appearance on the end face that the multifunction energy-saving window frame needs protection; can make full use of characteristics and performance that window frame master material and adiabatic frame ceiling have separately, make not only thermal insulation but also attractive and durable of multifunctional energy-saving window.
The utility model multifunctional energy-saving window is used with the simple technique of material, increase function, protected decoration and change forms structure by selection, has had the economy and the function that surmount common common energy saving window.
Description of drawings
The outdoor elevational schematic view of Fig. 1 the utility model multifunctional energy-saving window.
The dispersed structure schematic diagram of the indoor facade of Fig. 2 the utility model multifunctional energy-saving window.
The explosive view of many utility model of Fig. 3 function energy-saving window structure.
Among the figure: the adiabatic frame of 1-; The 1-1-housing; The transparent daylighting of 1-2-district; 1-3-natural ventilation district; 1-4-forced ventilation district;
The transparent light collecting body of 2-; 2-1-multi-layer transparent body; 2-2-seals positioning strip;
3-natural ventilation body; 3-1-waterproof blinds; The 3-2-fly net; 3-3-ventilate the axle; A 3-3-1-ventilation axle ventilation opening; 3-3-2-rotary opening and closing handle; 3-4-ventilation sealing cover; 3-4-1-ventilation sealing cover ventilation opening; The 3-4-2-breach; 3-5-ventilation guide strip;
4-forced ventilation body; 4-1-waterproof blinds; The 4-2-fly net; 4-3-ventilate the axle; A 4-3-1-ventilation axle ventilation opening; 4-3-2-rotary opening and closing handle; The 4-3-3-ventilation fan; 4-4-ventilation sealing cover; 4-4-1-ventilation sealing cover ventilation opening; The 4-4-2-breach; 4-4-3-ventilation fan switch; 4-5-ventilation guide strip;
The adiabatic frame ceiling of 5-.
The specific embodiment
Below in conjunction with the accompanying drawing illustrated embodiment, structure of the present utility model is described further, but protection domain is not limited thereto embodiment.
The transparent light collecting body of the utility model multifunctional energy-saving window as required, transparent plastic by the clear glass more than two layers or clear glass and stable performance constitutes, transparent light collecting body is by sealing the spaced fixing seal of positioning strip, being installed on the adiabatic frame of transparent daylighting district periphery, mounted transparent light collecting body, guaranteeing that energy saving window has good daylighting and looks into the distance under the prerequisite of function, has excellent heat insulation performance.
The natural ventilation body of multifunctional energy-saving window is by the waterproof blinds, fly net, axle ventilates, ventilation sealing cover and ventilation guide strip constitute, axle ventilates in the natural ventilation body, ventilation sealing cover is by the thermal insulation material manufacturing, axle ventilates, there is corresponding ventilation opening at ventilation sealing cover middle part, on the ventilation axle rotary opening and closing handle is arranged, the ventilation sealing puts the breach that moves for the rotary opening and closing handle having, ventilate axle and ventilation sealing cover is fixed on relation in the valve body with spool in the similar water circuit system, be assembled into one, with the rotating manner opening and closing, have good thermal insulation and sealing performance.
The natural ventilation body is installed in the natural ventilation district of energy saving window, the special design of multifunctional energy-saving window natural ventilation body, energy saving window both can easily be opened, carry out natural ventilation, again can tight closing, thermal insulation, during natural ventilation mosquito can not inlet chamber in, the bootable wind direction of natural wind in the inlet chamber is when raining, carry out natural ventilation even if window, rainwater can inlet chamber yet in.
The forced ventilation body of multifunctional energy-saving window is basic the same with the natural ventilation body, difference only is to ventilate and ventilation fan is housed on the ventilation opening of axle, the ventilation sealing puts is equipped with the ventilation fan switch, and ventilation fan and ventilation fan switch room have the electric wire of connection, and the ventilation fan switch has the electric wire that is communicated with power supply.The forced ventilation body is installed in the forced ventilation district of energy saving window, building has the time of needs, by rotation ventilation axle, opens window, start ventilation fan, bleed or to the indoor fresh air that provides to outdoor in the mode of forcing, outwards bleed or when inwardly providing fresh air and force, mosquito can inlet chamber yet in, the bootable wind direction of new wind in the inlet chamber, carry out forced ventilation when rainy, rainwater can inlet chamber yet in, make energy saving window have special function of use.
Installing protection ornamental strip makes energy-conservation shape outside window attractive in appearance, durable in use on the adiabatic frame of energy saving window.
By the multifunctional energy-saving window that the utility model produces, function is many, performance good, cost is low, can be in villages and small towns architectural large-scale popularization is used.
Adiabatic frame with the stable timber of do as one likes shape or other thermal insulation material are made surrounds the housing that constitutes energy saving window by designing requirement, and be separated out transparent daylighting district, natural ventilation district and forced ventilation district in housing.
In the transparent daylighting district that multifunctional energy-saving window is separated out, as required, with two layers or three layers of transparent body, at interval, seal, be fixed on the adiabatic frame of periphery, constitute the fixing transparent light collecting body of energy saving window with the sealing positioning strip.
In the natural ventilation district that multifunctional energy-saving window is separated out, the assembly relation of spool valve body in the operating principle of ball valve and the ball valve in the pipe-line system of reference water route, it is ventilate axle and ventilation sealing cover that the natural ventilation body of energy saving window is manufactured and designed, the axle that ventilates is installed in the ventilation sealing cover and uses, ventilate axle and ventilation sealing cover by the thermal insulation material manufacturing, the corresponding ventilation opening that has in axle and ventilation sealing cover middle part ventilates, on the ventilation axle rotary opening and closing handle is arranged, the ventilation sealing puts the breach that moves for the rotary opening and closing handle having, on the ventilation opening of ventilation sealing cover indoor the ventilation guide strip is installed, on the ventilation opening of ventilation sealing cover outside anti-rainwater blinds and fly net is installed.
The natural ventilation body is installed on the adiabatic frame of energy saving window natural ventilation district periphery, mounted natural ventilation body, by stirring the rotary opening and closing handle, the axle that ventilates is done the rotation in the 90 degree scopes in ventilation sealing cover, put the involutory of ventilation opening and dislocation by ventilate axle and ventilation sealing, realize that the part of natural ventilation mouth is opened, all opening and closing.
In the forced ventilation district that multifunctional energy-saving window is separated out, the design and installation of forced ventilation body is the same substantially with the situation of natural ventilation body in the natural ventilation district, difference only is that the forced ventilation body ventilates and has set up ventilation fan on the ventilation opening of axle, the ventilation sealing puts the ventilation fan switch of having set up the operation of control ventilation fan, ventilation fan, the ventilation fan switch room has been set up the electric wire that is interconnected and is connected to power supply.
The adiabatic frame ceiling of multifunctional energy-saving window is by anti-corrosion metal material manufacturing attractive in appearance, be installed in that adiabatic frame needs protection and the end face decorated on.
Embodiment: make multifunctional energy-saving window as shown in Figure 1.The adiabatic frame 1 of multifunctional energy-saving window is by the timber manufacturing; wooden adiabatic frame 1 surrounds the housing 1-1 that constitutes multifunctional energy-saving window; and wooden housing 1-1 is divided into transparent daylighting district 1-2, natural ventilation district 1-3 and forced ventilation district 1-4; multifunctional energy-saving window is equipped with adiabatic frame ceiling 5 on the end face of adiabatic frame 1 outside.
As shown in Figure 2, the transparent light collecting body 2 of multifunctional energy-saving window is arranged in the transparent daylighting district 1-2, and natural ventilation body 3 is arranged in the natural ventilation district 1-3, and forced ventilation body 4 is arranged in the forced ventilation district 1-4.The transparent light collecting body 2 of multifunctional energy-saving window is made of two layers of transparent body 2-1, and two layers of transparent body 2-1 are two layers of clear glass, and two floor clear glass are by sealing the spaced sealing and fixing of positioning strip 2-2 on the adiabatic frame 1 of transparent daylighting district periphery.
As shown in Figure 3, the natural ventilation body 3 of multifunctional energy-saving window is made of waterproof blinds 3-1, fly net 3-2, the axle 3-3 that ventilates, ventilation sealing cover 3-4 and ventilation guide strip 3-5, ventilate axle 3-3 and ventilation sealing cover 3-4 by the cast polyurethane manufacturing, there are corresponding ventilation opening 3-3-1,3-4-1 in ventilation axle 3-3 and ventilation sealing cover 3-4 middle part, on the ventilation axle 3-3 rotary opening and closing handle 3-3-2 is arranged, ventilation sealing cover 3-4 goes up the breach 3-4-2 that moves for rotary opening and closing handle 3-3-2 to having.
Equally as shown in Figure 3, the forced ventilation body 4 of multifunctional energy-saving window is by waterproof blinds 4-1, fly net 4-2, axle 4-3 ventilates, ventilation sealing cover 4-4 and ventilation guide strip 4-5 constitute, ventilate axle 4-3 and ventilation sealing cover 4-4 by the thermal insulation material manufacturing, there is corresponding ventilation opening 4-3-1 at ventilation axle 4-3 and ventilation sealing cover 4-4 middle part, 4-4-1, on the ventilation axle 4-3 rotary opening and closing handle 4-3-2 is arranged, on the ventilation opening 4-3-1 of ventilation axle 4-3 ventilation fan 4-3-3 is housed, ventilation sealing cover 4-4 goes up the breach 4-4-2 for rotary opening and closing handle 4-3-2 motion should be arranged, on the ventilation sealing cover 4-4 ventilation fan switch 4-4-3 is housed, ventilation fan 4-3-3 is by driven by power, through the axle 4-3 rotation of ventilating, touching ventilation fan switch 4-4-3 control operation.
Claims (8)
1. multifunctional energy-saving window; it is characterized in that multifunctional energy-saving window is made of adiabatic frame (1), transparent light collecting body (2), natural ventilation body (3), forced ventilation body (4) and adiabatic frame ceiling (5); adiabatic frame (1) is fixed on transparent light collecting body (2) in the inside casing of adiabatic frame (1) by adiabatic frame ceiling (5), and at least one natural ventilation body (3) respectively is housed adiabatic frame (1) sidepiece or/and at least one forced ventilation body (4).
2. multifunctional energy-saving window according to claim 1, it is characterized in that timber or other durable thermal insulation material manufacturing that adiabatic frame (1) do as one likes shape is stable, adiabatic frame (1) had both surrounded the housing (1-1) that constitutes energy saving window, again multifunctional energy-saving window was divided into transparent daylighting district (1-2), natural ventilation district (1-3) and forced ventilation district (1-4).
3. multifunctional energy-saving window according to claim 1 and 2, it is characterized in that transparent light collecting body (2) is arranged in the transparent daylighting district (1-2), natural ventilation body (3) is arranged in the natural ventilation district (1-3), and forced ventilation body (4) is arranged in the forced ventilation district (1-4).
4. multifunctional energy-saving window according to claim 1 and 2, it is characterized in that transparent light collecting body (2) is made of multi-layer transparent body (2-1), multi-layer transparent body (2-1) is by sealing the spaced sealing and fixing of positioning strip (2-2) on the adiabatic frame (1) of transparent daylighting district (1-2) periphery.
5. multifunctional energy-saving window according to claim 1 and 2, it is characterized in that natural ventilation body (3) is by waterproof blinds (3-1), fly net (3-2), axle (3-3) ventilates, ventilation sealing cover (3-4) and ventilation guide strip (3-5) constitute, ventilate axle (3-3) and ventilation sealing cover (3-4) by the thermal insulation material manufacturing, there is corresponding ventilation opening (3-3-1) at ventilation axle (3-3) and ventilation sealing cover (3-4) middle part (3-4-1), on the ventilation axle (3-3) rotary opening and closing handle (3-3-2) is arranged, have on the ventilation sealing cover (3-4) for the mobile breach (3-4-2) of rotary opening and closing handle (3-3-2), natural ventilation body (3) is installed on the adiabatic frame (1) of natural ventilation district (1-3) periphery.
6. multifunctional energy-saving window according to claim 1 and 2, it is characterized in that forced ventilation body (4) is by waterproof blinds (4-1), fly net (4-2), axle (4-3) ventilates, ventilation sealing cover (4-4) and ventilation guide strip (4-5) constitute, ventilate axle (4-3) and ventilation sealing cover (4-4) by the thermal insulation material manufacturing, there is corresponding ventilation opening (4-3-1) at ventilation axle (4-3) and ventilation sealing cover (4-4) middle part (4-4-1), on the ventilation axle (4-3) rotary opening and closing handle (4-3-2) is arranged, on the ventilation opening (4-3-1) of ventilation axle (4-3) ventilation fan (4-3-3) is housed, have on the ventilation sealing cover (4-4) for the mobile breach (4-4-2) of rotary opening and closing handle (4-3-2), ventilation fan switch (4-4-3) is housed on the ventilation sealing cover (4-4), and forced ventilation body (4) is installed on the adiabatic frame (1) of forced ventilation district (1-4) periphery.
7. according to claim 1 or 6 described multifunctional energy-saving windows, it is characterized in that ventilation fan (4-3-3), by axle (4-3) rotation of ventilating, touching ventilation fan switch (4-4-3) control operation by driven by power.
8. multifunctional energy-saving window according to claim 1 and 2 is characterized in that adiabatic frame ceiling (5) by the corrosion-resistant metallic material manufacturing, is installed on the end face that adiabatic frame (1) needs protection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202209004U CN201714264U (en) | 2010-06-10 | 2010-06-10 | Multifunctional energy-saving window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202209004U CN201714264U (en) | 2010-06-10 | 2010-06-10 | Multifunctional energy-saving window |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201714264U true CN201714264U (en) | 2011-01-19 |
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ID=43460263
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202209004U Expired - Fee Related CN201714264U (en) | 2010-06-10 | 2010-06-10 | Multifunctional energy-saving window |
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| CN (1) | CN201714264U (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101858183A (en) * | 2010-06-10 | 2010-10-13 | 朱培世 | Multifunctional energy-saving window |
| CN103161394A (en) * | 2011-12-09 | 2013-06-19 | 苏州罗普斯金铝业股份有限公司 | Ventilation section bar |
| CN104453601A (en) * | 2014-11-28 | 2015-03-25 | 大连理工大学 | Passive heat collecting, sunshading and ventilation integrated window |
| CN106801575A (en) * | 2017-03-10 | 2017-06-06 | 司晓巍 | Stile in a kind of multifunctional new wind |
| CN109707274A (en) * | 2019-01-03 | 2019-05-03 | 耿世超 | A kind of magnalium titanium alloy material forms and its processing method with temperature-monitoring function |
| CN117386272A (en) * | 2023-12-11 | 2024-01-12 | 广东科腾幕墙有限公司 | Built-in door and window for assembled building and control method thereof |
-
2010
- 2010-06-10 CN CN2010202209004U patent/CN201714264U/en not_active Expired - Fee Related
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101858183A (en) * | 2010-06-10 | 2010-10-13 | 朱培世 | Multifunctional energy-saving window |
| CN101858183B (en) * | 2010-06-10 | 2013-06-05 | 朱培世 | Multifunctional energy-saving window |
| CN103161394A (en) * | 2011-12-09 | 2013-06-19 | 苏州罗普斯金铝业股份有限公司 | Ventilation section bar |
| CN103161394B (en) * | 2011-12-09 | 2015-10-07 | 苏州罗普斯金铝业股份有限公司 | A kind of vent |
| CN104453601A (en) * | 2014-11-28 | 2015-03-25 | 大连理工大学 | Passive heat collecting, sunshading and ventilation integrated window |
| CN104453601B (en) * | 2014-11-28 | 2016-06-22 | 大连理工大学 | Passive type thermal-arrest, sunshade, the integrated window of ventilation |
| CN106801575A (en) * | 2017-03-10 | 2017-06-06 | 司晓巍 | Stile in a kind of multifunctional new wind |
| CN109707274A (en) * | 2019-01-03 | 2019-05-03 | 耿世超 | A kind of magnalium titanium alloy material forms and its processing method with temperature-monitoring function |
| CN117386272A (en) * | 2023-12-11 | 2024-01-12 | 广东科腾幕墙有限公司 | Built-in door and window for assembled building and control method thereof |
| CN117386272B (en) * | 2023-12-11 | 2024-03-08 | 广东科腾幕墙有限公司 | Built-in door and window for assembled building and control method thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110119 Termination date: 20130610 |