CN101975017A - Intelligent door, window and sunshade integrated device - Google Patents
Intelligent door, window and sunshade integrated device Download PDFInfo
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- CN101975017A CN101975017A CN 201010513550 CN201010513550A CN101975017A CN 101975017 A CN101975017 A CN 101975017A CN 201010513550 CN201010513550 CN 201010513550 CN 201010513550 A CN201010513550 A CN 201010513550A CN 101975017 A CN101975017 A CN 101975017A
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Abstract
The invention discloses an intelligent door, window and sunshade integrated device. The device comprises an intelligent control system, a window frame system and a sunshade shutter system, wherein the intelligent control system comprises an optical radiation intensity sensor (1), a signal receiving control component (2) and the like; the window frame system comprises a frame (9); a heat insulation hollow vitreous body (7) is arranged in the frame (9); the sunshade shutter system comprises a blind (6) which consists of a dentiform scroll component (5) and aluminum foil leaves (61); the dentiform scroll component (5) is used for controlling the rolling of the blind (6) and an overturning angle of the aluminum foil leaves (61); the blind (6) and the dentiform scroll component (5) are arranged in the cavity of the heat insulation hollow vitreous body (7); and the cavity of the heat insulation hollow vitreous body (7) is full of inert gas (8). The device can not only automatically adjust the blind according to the intensity of light rays, but also has very good functions of sun shading and heat shielding.
Description
Technical field
What the present invention relates to is sunshade body door and window in the middle of a kind of intelligence.
Background technology
At present, the building energy consumption of China has accounted for 27.5% of national social total energy consumption, estimates will account for about 40% of social terminal energy consumption near developed country after 20 years.Advancing building energy conservation is that China realizes target for energy-saving and emission-reduction, the important component part of building resource-conserving and friendly environment society.Therefore, accelerate to advance building energy conservation imperative.
The architectural shading technology is the energy-saving building technology that a less investment, energy-saving effect are obvious, help improving inhabitation and office comfortableness, more and more is subject to people's attention now and accepts.With regard to 4mm simple glass window, project solar radiation on glass and pine for, 83% heat is arranged with in the inlet chamber, wherein directly the heat that enters of transmission accounts for 77%, absorbs the heat that back convection current, radiation enter and accounts for 6%.Therefore, the solar radiation by window is to build hotly and the main contents of air conditioner load.So people press for the middle sunshade door window of a kind of intelligence of exploitation, cater to more and more stronger modern house demand and corresponding policy requirements, thereby fill up the market vacancy of domestic and international high-end sunshade door window.
The architectural shading facility of China is generally based on the external sunshade system; Its shading coefficient is lower, but fairly simple owing to installing, manufacture craft is also uncomplicated, and most of residents can arbitrarily install, and therefore occupies certain market share; But this external sunshade facility has its fatal defective; Specific as follows: at first, amorphous external sunshade facility is installed the outward appearance that can damage whole building, and unscientific installation also can influence the ventilation and the daylighting in room; Secondly, even the unified external sunshade facility of installing, because its long term exposure outdoor, is subjected to the destruction and the corrosion of various factors such as Exposure to Sunlight, wind, sleet, utilization rate is often very low, fade or damage after the very fast burden that becomes building again of external sunshade facility; At last, consider factors such as wind-force, crushing by snow, the external sunshade facility generally all requires to install firmly, and so, installation external sunshade facility tends to more loaded down with trivial details and painstaking, safeguards, maintains also inconvenient.Present existing internal sunshade facility exists some problems equally, and the most outstanding is exactly that its shading coefficient is very high, and adumbral effect is low, and near the localized heat radiation indoor curtain still can produce the people's of burning sensation, thereby reduces the comfort level in room; In addition, if not by the needs in curtain decorative room, the extra internal sunshade facility that increases can take indoor space, the work that indoor factors such as the ash that falls also can increase dismounting, clean the internal sunshade facility.
At publication number is in the patent of CN 1869392A, and the inventor has introduced a kind of " high performance sunshade multifunction sliding door, sash device ", wherein is mentioned to " being provided with sun blind in the sunshade hollow glass body "; What it adopted is original, loaded down with trivial details artificial haulage gear, does not have intelligent regulatory function, and it also exists and still heat radiation is gone into indoor problem after sun-shading louver absorbs solar radiation.
At publication number is in the patent of CN 2637616Y, and the inventor has introduced a kind of " multi-functional automatic numerical control sunshade rain Door and window awning ", and it has mentioned a kind of external sunshade Door and window awning with rain sensor control.Equally, there is also and still heat radiation is gone into indoor problem after sun-shading louver absorbs solar radiation.
Summary of the invention
The technical problem to be solved in the present invention provides a kind of shading integrated device of intelligent door and window that has merged the advantage of internal sunshade facility and external sunshade facility, this device not only can be regulated blind automatically according to the strong and weak of light, and has good sunshade, heat retaining function.
In order to solve the problems of the technologies described above, the invention provides the shading integrated device of a kind of intelligent door and window, comprise intelligence control system, window frame system and sun-shading shutter leaf system;
Intelligence control system comprises that light radiation intensity sensor, signal receive Control Component, remote controller, serving motor and cam motor, the light radiation intensity sensor receives the Control Component signal with signal and links to each other, signal receives Control Component and links to each other with the cam motor signal with the serving motor respectively, and Control Component is wireless links to each other for remote controller and signal reception;
The window frame system comprises framework, and heat insulation hollow glass body is set in framework;
Sun-shading shutter leaf system comprises profile of tooth reel assembly and the blind of being made up of the aluminium foil blade, and the profile of tooth reel assembly links to each other with blind, and the profile of tooth reel assembly is used to control the rolling of blind and the flip angle of aluminium foil blade;
Blind and profile of tooth reel assembly are set in the cavity of heat insulation hollow glass body, and inert gas riddles the cavity of heat insulation hollow glass body; The profile of tooth reel assembly links to each other with cam motor with the serving motor respectively.
Improvement as the shading integrated device of intelligent door and window of the present invention: signal receives Control Component and comprises center processor, signal conversion module, data storage, remote control signal receiving module, serving motor control module and the cam motor control module that links to each other with power module respectively, and center processor links to each other with signal conversion module, data storage, remote control signal receiving module, serving motor control module and cam motor control module respectively; The light radiation intensity sensor links to each other with signal conversion module, and remote controller links to each other with remote control signal receiving module is wireless, and the serving motor control module links to each other with the serving motor, and the cam motor control module links to each other with cam motor.
Further improvement as the shading integrated device of intelligent door and window of the present invention: the profile of tooth reel assembly comprises the controlling organization that is used to control the ropewinder of blind rolling and is used to control aluminium foil blade flip angle, and ropewinder links to each other with the serving motor; Controlling organization comprises cam, at the angle shelves tooth (angle between these 3 pairing aluminium foil blades of angle shelves tooth and the horizontal plane is respectively 0 °, 45 ° and 90 °) that is provided with at least 3 on the cam, one end of connecting rod links to each other with the slip of angle shelves tooth, the other end of connecting rod links to each other with the aluminium foil blade, and cam motor links to each other with cam.
Further improvement as the shading integrated device of intelligent door and window of the present invention: angle shelves tooth has 7, and the angle between these 7 pairing aluminium foil blades of angle shelves tooth and the horizontal plane is respectively 0 °, 15 °, 30 °, 45 °, 60 °, 75 ° and 90 °.
Further improvement as the shading integrated device of intelligent door and window of the present invention: the aluminium foil blade is that strip and cross section are arc, in the aluminium foil blade, be provided with the curved channel (being that the aluminium foil blade is a hollow) that runs through aluminium foil length of blade direction, on the nonreentrant surface of aluminium foil blade, total reflection film be set.
Further improvement as the shading integrated device of intelligent door and window of the present invention: inert gas is argon gas or helium.
Further improvement as the shading integrated device of intelligent door and window of the present invention: on framework, also be provided with the screen window that parallels with heat insulation hollow glass body.
The shading integrated device of intelligent door and window of the present invention has adopted advanced sunshading technology and sun shading material; The intensity of sunlight that signal reception Control Component is experienced according to the light radiation intensity sensor utilizes motor (comprising serving motor and cam motor) and profile of tooth reel assembly to regulate the state of blind; When being the cloudy day, the aluminium foil blade on the blind is the horizontal opening state, when being fine, and the deflection angle of then corresponding adjustment aluminium foil blade; Thereby realize self-regulating function.
Signal receives Control Component and preferentially receives the instruction that remote controller sends, and can regulate the deflection angle of the rise and fall folding and the louvre blade (being the aluminium foil blade) of blind easily and efficiently.
The curved channel that runs through aluminium foil length of blade direction that is provided with in the aluminium foil blade has the function of separate air layer, can improve effect of heat insulation.The total reflection film that is positioned on the aluminium foil blade nonreentrant surface can effectively intercept sunlight direct projection inlet chamber, thereby guarantees shaded effects.
Be arranged in the blind of heat insulation hollow glass body cavity, can vertical or horizontal rolling (this is a routine techniques).Whole heat insulation hollow glass body available silicon ketone seal gum seals, thus guarantee to be full of in heat insulation hollow glass body cavity inert gas---argon gas (or helium) escape phenomenon can not occur; Volumetric concentration has the extremely low advantage of thermal transmittance at the inert gas more than 95%.
The shading integrated device of intelligent door and window of the present invention has merged the advantage of internal sunshade facility and external sunshade facility.Specific as follows:
At first, the shading integrated device of intelligent door and window of the present invention has adopted the heat insulation hollow glass body heat of breaking, and built-in blind carries out sunshade and multiple measure such as the high performance total reflection film of flank (being the nonreentrant surface of aluminium foil blade) coating the aluminium foil blade outside in heat insulation hollow glass body; Set about from these three interchange of heat forms of conduction of heat, convection current and heat radiation, intercept in all directions in the outside heat inlet chamber, make its shading coefficient be controlled at (shading coefficient of common aluminum alloy door and window is more than 0.8) below 0.3, also lower than general external sunshade facility (shading coefficient is about 0.4), possess good sun shading and energy-saving effect.
The second, the shading integrated device of intelligent door and window of the present invention has adopted advanced light radiation intensity sensor and signal to receive Control Component, has improved the sun shading and energy-saving effect greatly by Based Intelligent Control; Simultaneously, the present invention also has been equipped with and can have made signal receive the remote controller that Control Component preferentially receives order; Therefore the user can follow one's bent, conveniently regulate the folding of rising and falling of the flip angle and the blind of aluminium foil blade.For example, in the winter time or the time of unbroken wet weather, can directly blind be packed up with remote controller; The present invention can take into account the demand of sunshade and daylighting, sunshade in summer, winter heating in good time, is particularly suitable for the Xia Redong cryogenic region.
The 3rd; the shading integrated device of intelligent door and window of the present invention; the blind that plays the sunshade effect is sealed in the inner chamber of heat insulation hollow glass body (accepting the protection of inert gas); can avoid the influence of extraneous various factors; therefore prolonged application life greatly; also saved various maintenances, cleaning, for a long time permanent new.
At last, aspect the comfort and the architectural aesthetics, the shading integrated device of intelligent door and window of the present invention can additionally not take any interior space, the forms unbalance uncomfortable sensation of bringing of localized heat environment has on every side been stopped in good sunshading and heat-insulating design, in addition, the color of aluminium foil blade, pattern can satisfy user's individual demand to the greatest extent on the blind.
Based on above characteristics, the shading integrated device of intelligent door and window of the present invention has satisfied people's requirement more and more higher to the modern house environment, can lead trend in the industry.
Compare with other research work of going together of having reported, the shading integrated device of intelligent door and window of the present invention obviously has unique advantage, and is specific as follows:
With publication number is that the patent of CN 1869392A is compared, and the present invention has thoroughly replaced original, loaded down with trivial details artificial haulage gear in this technology.The more important thing is the above-mentioned absolutely not sunshade hollow glass body that is provided with sun blind in common of the shading integrated device of intelligent door and window of the present invention.On the one hand, forms of the present invention are to be sealed with sun protection glass forms inert gas (argon gas or helium), that have good disconnected hot soundproof effect; On the other hand, the built-in aluminium foil blade of forms of the present invention is its common sun blind of mentioning absolutely not also, but inner aluminium foil separate air layer, airfoil type louvre blade that effect of heat insulation is good arranged, and on external aerofoil, be covered with the special total reflection film of one deck, thoroughly solved in the CN 1869392A patent and still heat radiation has been gone into indoor problem behind the sun-shading louver absorption solar radiation, the shaded effects of airfoil type louvre blade of the present invention are to be far from this common blinds can compare.
Description of drawings
Below in conjunction with accompanying drawing the specific embodiment of the present invention is described in further detail.
Fig. 1 is the shading integrated schematic representation of apparatus of intelligent door and window of the present invention;
Fig. 2 is the signal annexation schematic diagram of Fig. 1;
Fig. 3 is the structural representation of the profile of tooth reel assembly 5 among Fig. 1;
Fig. 4 is the structural representation of aluminium foil blade 61.
Among the figure: 1-light radiation intensity sensor, the 2-signal receives Control Component, 3-remote controller, 5-profile of tooth reel assembly, 6-blind, the heat insulation hollow glass body of 7-, 8-inert gas, 9-forms;
The 20-power module, 21-center processor, 22-signal conversion module, 23-data storage, 24-remote control signal receiving module, 25-serving motor control module, 26-cam motor control module;
41-serving motor, the 42-cam motor;
The 51-ropewinder, 52-cam, 53-angle shelves tooth, 54-connecting rod;
61-aluminium foil blade, 62-curved channel, 63-total reflection film.
The specific embodiment
Fig. 1～Fig. 4 is made up of intelligence control system, window frame system and sun-shading shutter leaf system in conjunction with having provided the shading integrated device of a kind of intelligent door and window.
Intelligence control system comprises that light radiation intensity sensor 1, signal receive Control Component 2, remote controller 3, serving motor 41 and cam motor 42.Signal receives Control Component 2 and comprises power module 20, center processor 21, signal conversion module 22, data storage 23, remote control signal receiving module 24, serving motor control module 25 and cam motor control module 26.Power module 20 links to each other with center processor 21, signal conversion module 22, data storage 23, remote control signal receiving module 24, serving motor control module 25 and cam motor control module 26 respectively, is responsible for providing power supply by power module 20; Clear for drawing, above-mentioned annexation has been done to omit in Fig. 2 and has been handled.Center processor 21 links to each other with signal conversion module 22, data storage 23, remote control signal receiving module 24, serving motor control module 25 and cam motor control module 26 respectively.
The window frame system comprises a tetragonal framework 9, and heat insulation hollow glass body 7 is set in framework 9; This heat insulation hollow glass body 7 is the double-layered glass facade of a sealing, keeps certain spacing (for example being 18mm) between the two-layer glass that is parallel to each other, thereby forms the inner chamber of heat insulation hollow glass body 7.In order to make the shading integrated device of intelligent door and window of the present invention have better practicality, on framework 9, also be provided with the screen window that parallels with heat insulation hollow glass body 8.The same prior art of the structure of screen window.
Sun-shading shutter leaf system comprises blind 6 and profile of tooth reel assembly 5.Blind 6 can vertical or horizontal rolling, blind 6 is made up of several aluminium foil blades that are parallel to each other 61 and the connection cord that runs through aluminium foil blade 61, the angle adjustment rope also links to each other with each aluminium foil blade 61, connection cord is used to drive blind 6 and does rolling, the angle adjustment rope is used to drive aluminium foil blade 61 flip angles, the same prior art of this content.
Profile of tooth reel assembly 5 comprises the controlling organization that is used to control the ropewinder 51 of blind 6 rollings and is used to control aluminium foil blade 61 flip angles; One end of ropewinder 51 links to each other with serving motor 41, the other end links to each other with the connection cord that runs through aluminium foil blade 61 of above informing, therefore, serving motor 41 drives ropewinder 51 can make blind 6 open or draw in (same prior art).
The above-mentioned controlling organization that is used to control aluminium foil blade 61 flip angles comprises a cam 52, is provided with 7 angle shelves teeth 53 on cam 52; One end of connecting rod 54 and angle shelves tooth 53 slide link to each other, the other end of connecting rod 54 links to each other with angle adjustment rope on the aluminium foil blade 61, cam motor 42 links to each other with cam 52.When cam motor 42 drove cam 52 rotating certain angle, an end of connecting rod 54 can slide into another angle shelves tooth 53 from an angle shelves tooth 53; Therefore the other end of connecting rod 54 just can be by the certain angle of moving aluminium foil blade 61 upsets of angle adjustment rope band.In the present invention, angle shelves tooth 53 has 7, and the angle between these 7 angle shelves teeth, 53 pairing aluminium foil blades 61 and the horizontal plane is respectively 0 °, 15 °, 30 °, 45 °, 60 °, 75 ° and 90 °.When the angle between aluminium foil blade 61 and the horizontal plane was 0 °, blind 6 was the horizontal opening state, and this moment, extraneous light can be injected indoor well; When the angle between aluminium foil blade 61 and the horizontal plane was 90 °, blind 6 was vertical closure state, and this moment, extraneous light can not be injected indoor.
Whole sun-shading shutter leaf system (promptly comprising blind 6 and profile of tooth reel assembly 5) all is placed in the cavity of heat insulation hollow glass body 7, and inert gas 8 riddles the cavity of heat insulation hollow glass body 7; Heat insulation hollow glass body 7 available silicon ketone seal gums seal, thus guarantee to be full of in the cavity of heat insulation hollow glass body 7 inert gas 8---argon gas (or helium) escape phenomenon can not occur.Thereby the rotating shaft of serving motor 41 is passed heat insulation hollow glass body 7 and is linked to each other with the ropewinder 51 that is arranged in heat insulation hollow glass body 7 inner chambers, thereby the rotating shaft of cam motor 42 is passed heat insulation hollow glass body 7 and linked to each other with the cam 52 that is arranged in heat insulation hollow glass body 7 inner chambers; Therefore, all need to be provided with seal between the rotating shaft of the rotating shaft of serving motor 41 and cam motor 42 and the heat insulation hollow glass body 7, thereby further guarantee the sealing of heat insulation hollow glass body 7.
Light radiation intensity sensor 1 links to each other with signal conversion module 22, remote controller 3 and 24 wireless linking to each other of remote control signal receiving module, and serving motor control module 25 links to each other with serving motor 41, and cam motor control module 26 links to each other with cam motor 42.
During the shading integrated device real work of intelligent door and window of the present invention, the screen window that is positioned on the framework 9 is close to indoor.When blind 6 is vertical closure state (promptly when the angle between aluminium foil blade 61 and the horizontal plane is 90 °), the total reflection film 63 that is positioned on the nonreentrant surface of aluminium foil blade 61 faces outdoor.Light radiation intensity sensor 1 is installed on the framework 9, the inboard that overall optical radiation intensity sensor 1 is positioned at blind 6 (is that light radiation intensity sensor 1 is between blind 6 and screen window, also be that light radiation intensity sensor 1 is more close more indoor than blind 6), and the sensitive face that makes light radiation intensity sensor 1 is towards outdoor, thereby is convenient to the outer indoor light intensity of directive of receiving chamber.In data storage 23, store the relational expression (comprising indoor optimum light radiation intensity value range etc.) of light intensity and blind 6 regulative modes in advance.Remote controller 3 is provided with " owner preferentially controls " and " Based Intelligent Control " these 2 kinds of control models.
Concrete action is as follows:
Mode one, the order that utilizes remote controller 3 to send " Based Intelligent Control " pattern to signal reception Control Component 2; Remote control signal receiving module 24 is responsible for receiving above-mentioned mode instruction and this mode instruction is passed to center processor 21; In later time, center processor 21 receives only the signal that light radiation intensity sensor 1 transmits by signal conversion module 22; The order of the adjusting blind 6 (comprising aluminium foil blade 61) that sends for remote controller 3 is then refused to accept.When cam 52 when forward rotation is to the direct limit position, cam motor 42 can't drive cam 52 again and make forward rotation.In like manner, backward rotation is when the inverse limit position when cam 52, and cam motor 42 can't drive cam 52 again and make backward rotation.
Carry out following steps successively:
A, light radiation intensity sensor 1 are passed to signal conversion module 22 with the indoor light intensity of detected outdoor directive, are responsible for converting this light intensity signal to data by signal conversion module 22; The indoor optimum light radiation intensity value range that center processor 21 is preserved above-mentioned data and data storage 23 (1000～1200W/m for example
2, can set according to concrete condition) compare;
During the minimum value of B, the optimum light radiation intensity value range preserved when the indoor light intensity＜data storage of detected outdoor directive 23, enter following step C;
During the maximum value of the optimum light radiation intensity value range of preserving when the indoor light intensity＞data storage of detected outdoor directive 23, enter following step G;
The minimum value of the optimum light radiation intensity value range of preserving when the indoor light intensity 〉=data storage of detected outdoor directive 23 and≤during the maximum value of the optimum light radiation intensity value range that data storage 23 is preserved, enter following step J;
C, center processor 21 are at first transferred the status information of the current blind of preserving in the data storage 23 6; If current blind 6 is in by rounding state (that is, city's UV light is the interior state of inlet chamber at utmost), then enter step J; If current blind 6 is in open state, then enter step D;
D, center processor 21 are transferred the status information of the cam of preserving in the data storage 23 52; If (that is, made that the angle between aluminium foil blade 61 and the horizontal plane is 0 ° when front cam 52 is in the rotational limitation state; During therefore corresponding all the other 6 angle shelves teeth 53, cam 52 is in non-ultimate limit state), enter step e so, otherwise enter step F;
E, center processor 21 make 41 work of serving motor by serving motor control module 25, draw in thereby drive blind 6, center processor 21 is also preserved (previous blind 6 status informations are covered immediately) with above-mentioned blind 6 by in blind 6 status bars of status information in data storage 23 that draw in.
F, center processor 21 are by cam motor control module 26 order cam motors 42 backward rotation one lattice, promptly make connecting rod 54 slide into another oppositely adjacent angle shelves tooth 53 from an angle shelves tooth 53, thereby make the angle between aluminium foil blade 61 and the horizontal plane reduce 15 °, promptly increased the indoor light amount that incides.
Center processor 21 is also preserved above-mentioned cam 52 residing rotational limitation or non-ultimate limit state information (previous cam 52 status informations are covered immediately) in cam 52 status bars.
Be back to steps A then, promptly carry out the detection and the contrast of the indoor light intensity of outdoor directive once more;
G, center processor 21 are at first transferred the status information of the current blind of preserving in the data storage 23 6; If current blind 6 is in by rounding state, then enter step H; If current blind 6 is in open state, then enter step I;
H, center processor 21 make 41 work of serving motor by serving motor control module 25, open thereby drive blind 6, preserve in blind 6 status bars of the status information that center processor 21 also is opened above-mentioned blind 6 in data storage 23 (previous blind 6 status informations are covered immediately).
Be back to steps A then, promptly carry out the detection and the contrast of the indoor light intensity of outdoor directive once more.
I, by cam motor control module 26 order cam motors 42 forward rotation one lattice, promptly make connecting rod 54 slide into the adjacent angle shelves tooth 53 of another forward from an angle shelves tooth 53, thereby make the angle between aluminium foil blade 61 and the horizontal plane increase by 15 °, promptly reduced the indoor light amount that incides.
Center processor 21 is also preserved above-mentioned cam 52 residing rotational limitation or non-ultimate limit state information (previous cam 52 status informations are covered immediately) in cam 52 status bars.
Be back to steps A then, promptly carry out the detection and the contrast of the indoor light intensity of outdoor directive once more.
J, center processor 21 are not done any instruction, promptly keep blind 6 current state of (comprising aluminium foil blade 61).
Mode two, the order that utilizes remote controller 3 to send " owner preferentially controls " pattern to signal reception Control Component 2; Remote control signal receiving module 24 is responsible for receiving above-mentioned mode instruction and this mode instruction is passed to center processor 21; In later time, center processor 21 receives only the order of the adjusting blind 6 (comprising aluminium foil blade 61) that remote controller 3 sends, and refusal is accepted the signal that light radiation intensity sensor 1 transmits by signal conversion module 22.
When the user sends the order of concrete adjusting blind 6 by remote controller 3, remote control signal receiving module 24 is responsible for receiving mentioned order and this order is passed to center processor 21, center processor 21 at first drives cam 52 backward rotation to limiting value by cam motor control module 26 order cam motors 42, is 0 ° thereby make the angle between aluminium foil blade 61 and the horizontal plane; Center processor 21 makes serving motor 41 drive blinds 6 draw in accordingly or open by serving motor control module 25 more then, and center processor 21 is also preserved (previous blind 6 status informations are covered immediately) in blind 6 status bars of status information in data storage 23 with above-mentioned blind 6.
When the user sends the order of concrete adjusting aluminium foil blade 61 angles by remote controller 3, remote control signal receiving module 24 is responsible for receiving mentioned order and this order is passed to center processor 21, and center processor 21 is at first transferred the status information of the current blind of preserving in the data storage 23 6; Specifically be divided into following two kinds of situations:
If 1 current blind 6 is in by rounding state, then center processor 21 at first opens serving motor 41 drive blinds 6 by serving motor control module 25 accordingly, and center processor 21 is also preserved (previous blind 6 status informations are covered immediately) in blind 6 status bars of status information in data storage 23 with above-mentioned blind 6.
Center processor 21 drives aluminium foil blade 61 indirectly by cam motor control module 26 order cam motors 42 again and does corresponding the rotation then.
If 2 current blinds 6 are in open state, then center processor 21 directly drives aluminium foil blade 61 indirectly by cam motor control module 26 order cam motors 42 and does corresponding the rotation.
In order fully to prove the practical effect of the shading integrated device of intelligent door and window of the present invention, the inventor with the present invention as experimental group, also be provided with following contrast groups respectively, and with experimental group and following contrast groups all with reference to " public building energy-saving design standard " (GB 50189-2005), designed dynamic protective hot box method and detected:
Concrete testing result is as follows:
The shading coefficient of experimental group (the present invention) is an average out to 0.26, the shading coefficient average out to 0.42 of contrast groups 1, and the shading coefficient average out to 0.48 of contrast groups 2, the shading coefficient of contrast groups 3 are 0.33.
At last, it is also to be noted that what more than enumerate only is a specific embodiment of the present invention.Obviously, the invention is not restricted to above embodiment, many distortion can also be arranged.All distortion that those of ordinary skill in the art can directly derive or associate from content disclosed by the invention all should be thought protection scope of the present invention.
Claims (7)
1. the shading integrated device of intelligent door and window is characterized in that: comprise intelligence control system, window frame system and sun-shading shutter leaf system;
Described intelligence control system comprises that light radiation intensity sensor (1), signal receive Control Component (2), remote controller (3), serving motor (41) and cam motor (42), described light radiation intensity sensor (1) receives Control Component (2) signal with signal and links to each other, signal receives Control Component (2) and links to each other with cam motor (42) signal with serving motor (41) respectively, and described remote controller (3) receives wireless linking to each other of Control Component (2) with signal;
Described window frame system comprises framework (9), and heat insulation hollow glass body (7) is set in framework (9);
Described sun-shading shutter leaf system comprises profile of tooth reel assembly (5) and the blind of being made up of aluminium foil blade (61) (6), described profile of tooth reel assembly (5) links to each other with blind (6), and profile of tooth reel assembly (5) is used to control the rolling of blind (6) and the flip angle of aluminium foil blade (61);
Blind (6) and profile of tooth reel assembly (5) are set in the cavity of heat insulation hollow glass body (7), and inert gas (8) riddles the cavity of heat insulation hollow glass body (7); Described profile of tooth reel assembly (5) links to each other with cam motor (42) with serving motor (41) respectively.
2. the shading integrated device of intelligent door and window according to claim 1, it is characterized in that: described signal receives Control Component (2) and comprises the center processor (21) that links to each other with power module (20) respectively, signal conversion module (22), data storage (23), remote control signal receiving module (24), serving motor control module (25) and cam motor control module (26), described center processor (21) respectively with signal conversion module (22), data storage (23), remote control signal receiving module (24), serving motor control module (25) links to each other with cam motor control module (26); Described light radiation intensity sensor (1) links to each other with signal conversion module (22), remote controller (3) and wireless linking to each other of remote control signal receiving module (24), serving motor control module (25) links to each other with serving motor (41), and cam motor control module (26) links to each other with cam motor (42).
3. the shading integrated device of intelligent door and window according to claim 2, it is characterized in that: described profile of tooth reel assembly (5) comprises the controlling organization that is used to control the ropewinder (51) of blind (6) rolling and is used to control aluminium foil blade (61) flip angle, and described ropewinder (51) links to each other with serving motor (41); Described controlling organization comprises cam (52), on cam (52), be provided with at least 3 angle shelves tooth (53), one end of connecting rod (54) links to each other with angle shelves tooth (53) slip, the other end of connecting rod (54) links to each other with aluminium foil blade (61), and described cam motor (42) links to each other with cam (52).
4. the shading integrated device of intelligent door and window according to claim 3, it is characterized in that: described angle shelves tooth (53) has 7, and the angle between pairing aluminium foil blades of described 7 angle shelves teeth (53) (61) and the horizontal plane is respectively 0 °, 15 °, 30 °, 45 °, 60 °, 75 ° and 90 °.
5. according to claim 3 or the shading integrated device of 4 described intelligent door and windows, it is characterized in that: described aluminium foil blade (61) is that strip and cross section are arc, in aluminium foil blade (61), be provided with the curved channel (62) that runs through aluminium foil blade (61) length direction, total reflection film (63) is set on the nonreentrant surface of aluminium foil blade (61).
6. the shading integrated device of intelligent door and window according to claim 5 is characterized in that: described inert gas is argon gas or helium.
7. the shading integrated device of intelligent door and window according to claim 6 is characterized in that: also be provided with the screen window that parallels with heat insulation hollow glass body (7) on framework (9).
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010105135505A CN101975017B (en) | 2010-10-19 | 2010-10-19 | Intelligent door, window and sunshade integrated device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105135505A CN101975017B (en) | 2010-10-19 | 2010-10-19 | Intelligent door, window and sunshade integrated device |
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| CN101975017A true CN101975017A (en) | 2011-02-16 |
| CN101975017B CN101975017B (en) | 2012-02-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2010105135505A Expired - Fee Related CN101975017B (en) | 2010-10-19 | 2010-10-19 | Intelligent door, window and sunshade integrated device |
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| CN (1) | CN101975017B (en) |
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| CN102444372A (en) * | 2011-09-19 | 2012-05-09 | 张家港市虹壹玻璃制品有限公司 | Internally-arranged sun-shading hollow shutter |
| CN105912031A (en) * | 2016-06-20 | 2016-08-31 | 南京信息工程大学 | Multifunctional self-adjusting sunshade apparatus |
| CN106371396A (en) * | 2016-11-09 | 2017-02-01 | 盐城工学院 | Building horizontal outer sun shield plate automatic control device having ventilation function and control method therefor |
| JP2017096026A (en) * | 2015-11-26 | 2017-06-01 | 株式会社東芝 | Blind controller, blind control method, computer program, and blind control system |
| WO2017177588A1 (en) * | 2016-04-13 | 2017-10-19 | 周伟坚 | Cordless venetian blind and working method thereof |
| CN107386541A (en) * | 2017-06-16 | 2017-11-24 | 李纯 | Intelligent skylight blinds |
| CN109138804A (en) * | 2018-10-10 | 2019-01-04 | 河南省城乡规划设计研究总院有限公司 | A kind of venetian blind with a variety of adjustment postures |
| CN111350447A (en) * | 2020-02-22 | 2020-06-30 | 赵文丽 | Building with intelligent external sunshade and ventilation louver structure |
| CN112400560A (en) * | 2020-12-17 | 2021-02-26 | 杭州巨力绝缘材料有限公司 | Intelligent greenhouse and working method |
| CN114704180A (en) * | 2022-04-06 | 2022-07-05 | 重庆大学 | Novel self-adaptive intelligent auxiliary energy-saving window |
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| CN111350447A (en) * | 2020-02-22 | 2020-06-30 | 赵文丽 | Building with intelligent external sunshade and ventilation louver structure |
| CN111350447B (en) * | 2020-02-22 | 2021-08-17 | 重庆鼎石建筑规划设计有限公司 | Building with intelligent external sunshade and ventilation louver structure |
| CN112400560A (en) * | 2020-12-17 | 2021-02-26 | 杭州巨力绝缘材料有限公司 | Intelligent greenhouse and working method |
| CN114704180A (en) * | 2022-04-06 | 2022-07-05 | 重庆大学 | Novel self-adaptive intelligent auxiliary energy-saving window |
| CN114704180B (en) * | 2022-04-06 | 2022-11-25 | 重庆大学 | Self-adaptive intelligent auxiliary energy-saving window |
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