CN103076787A - Smart home system constructed based on glass material and smart home management method - Google Patents
Smart home system constructed based on glass material and smart home management method Download PDFInfo
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- CN103076787A CN103076787A CN2012105950980A CN201210595098A CN103076787A CN 103076787 A CN103076787 A CN 103076787A CN 2012105950980 A CN2012105950980 A CN 2012105950980A CN 201210595098 A CN201210595098 A CN 201210595098A CN 103076787 A CN103076787 A CN 103076787A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
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Abstract
The invention relates to a smart home system constructed based on glass materials and a smart home management method. The smart home system comprises components made of novel glass materials, sensors, and a network which is connected with the sensors based on the components made of the novel glass materials. The novel glass materials for making the components comprise glass fiber layers, electric heating glass, color-changing glass produced by adopting a nanophase separation technique, temperature-dependent glass, invisible glass capable of reducing light reflection and electromagnetic shielding glass. Motors which are connected with sensors drive the components made of the novel glass materials to move to the required positions. By using the color-changing glass produced by adopting the nanophase separation technique, the temperature-dependent glass or the electric heating glass as a building daylighting material, strong sunlight or cold and windy outdoor climate is prevented from influencing the internal temperature or the daylighting of a building; the components made of the novel glass materials such as the color-changing glass produced by adopting the nanophase separation technique, the temperature-dependent glass or the electric heating glass are windows, louvers, corridor sliding doors, and shells and/or projection (display) panels of intelligent electric appliances; and the sensors are temperature sensors or light brightness detectors.
Description
Technical field
The present invention relates to Smart Home and Smart Home management method that a kind of glass material makes up.
Background technology
U.S. CORNING Corning discloses glass as a kind of sci-tech product by " glass consist of one day " in the propaganda film of " future life II ", use widely and life.
And in life, as the glass applications of plate substrate material in display screen. photovoltaic is base up and down, in the window materials of building. the sliding door design in room, fish jar maintenance.
Based on person age characteristics, to the specific (special) requirements of room layout, such as old or handicapped person's discrepancy without the barrier design, the health of child's the activity restricted quarter, crashproof design, pregnant woman's electromagnetic district from etc.; Based on the climatic environment difference of residential area, cold such as north of china in winter, spring dust storm; South is moist summer, the regional typhoon that borders on the sea, the adverse condition such as western snowstorm life difference; Based on the hobby custom of using individual character; Such as room temperature, light, noisiness, with coolant-temperature gage etc.
Based on secondary decoration or single Project design after the building moulding, shortage is considered as a whole, can not realize the requirement of standard convention design.
To sum up, use New Glasses Materials to change the needs of living environment, the environment of adaptation life development is necessary glass material is re-recognized.
Summary of the invention
A kind of intelligent domestic system that makes up based on glass material comprises: the member of New Glasses Materials; Sensor; The network that links to each other with sensor based on the member of New Glasses Materials;
The member of described New Glasses Materials relates to following glass material:
Glass layer, electrically heated glass, the photo chromic glass of nanophase isolation technics, temperature become glass, reduce reflective " stealthy glass ", anti-electromagnetism glass, electro-conductive glass, photovoltaic glass;
The member of glass material gives intelligent management by home sensor to the environment of room temperature, light, noisiness, electromagnetism, information protection, realizes that the duty of the member of New Glasses Materials in the network shows.
The motor that links to each other with sensor and/or motor, the member that drives New Glasses Materials is moved to desired location.
The member of New Glasses Materials can be according to the long-term actual climate condition in region, China north and south, adopt photo chromic glass, temperature change glass or the electrically heated glass of nanophase isolation technics as the lighting material of building, prevent that sunlight exposure or cold windy outdoor weather are on building the impact of interior temperature or daylighting, the motor that links to each other with sensor and/or motor, the member that drives photo chromic glass, temperature change glass or the electrically heated glass of nanophase isolation technics is moved to desired location;
The member that becomes the New Glasses Materials of glass or electrically heated glass based on the photo chromic glass of nanophase isolation technics, temperature is window, window shutter, passageway sliding door; Sensor is temperature sensor or luminance brightness detector, set by indoor and outdoor temperature, enable voluntarily associated electrical heating glass heats or stopped heating by temperature sensor or luminance brightness detector, whether use the photo chromic glass of nanophase isolation technics, temperature to become the control that glass carries out the light regulation and control;
The member of described New Glasses Materials is double glazing, and skin is electrically heated glass, and internal layer is that photo chromic glass, the temperature of nanophase isolation technics becomes glass;
Or the member of described New Glasses Materials is double glazing, and skin is electrically heated glass, and internal layer is electrically heated glass;
Or the member of New Glasses Materials is double glazing, and skin is electrically heated glass, and the middle level is that photo chromic glass, the temperature of nanophase isolation technics becomes glass, and internal layer is electrically heated glass.
The member of New Glasses Materials can be according to can be to indoor user based on the develop protection of protection or electromagnetic environment of room light, adopt and reduce reflective " stealthy glass " or anti-electromagnetism glass, the motor that links to each other with sensor and/or motor drive reflective " stealthy glass " or the member of anti-electromagnetism glass of minimizing and are moved to desired location;
Member based on the New Glasses Materials that reduces reflective " stealthy glass " or anti-electromagnetism glass is window, window shutter, ceiling, passageway sliding door, and sensor is luminance brightness sensor, sensor noise or electromagnetic probe;
The member of described New Glasses Materials is double glazing, and outer for preventing electromagnetism glass, internal layer is for reducing reflective " stealthy glass ";
Or the member of New Glasses Materials is double glazing, and outer for reducing reflective " stealthy glass ", internal layer is anti-electromagnetism glass.
The member of New Glasses Materials can be according to the requirement that makes electrical appliance, adopt electro-conductive glass, glass layer and reflective " the stealthy glass " of minimizing, realize the information output at glass display interface, be to reduce reflective " stealthy glass " power supply by electro-conductive glass, glass layer provides information data for reducing reflective " stealthy glass ";
The ectosome of intelligent electric appliance and/or projection panel (display panel), ceiling, outdoor display screen or based on the outdoor display screen of window design, sensor is luminance brightness sensor, sensor noise or hygrosensor based on the member of the New Glasses Materials of electro-conductive glass, glass layer and minimizing reflective " stealthy glass ";
The member of described New Glasses Materials is multilayer lamination glass, and base is electro-conductive glass, and the middle layer is glass layer, and the surface is for reducing reflective " stealthy glass "; Electro-conductive glass and power supply join, and glass layer links to each other with network, reduce reflective " stealthy glass " and join with the intelligent electric appliance circuit board.
The member of New Glasses Materials can adopt photovoltaic glass and electrically heated glass according to the requirement of environment for use, realizes the warming of roof, is that electrically heated glass is for electrical heating by photovoltaic glass; Perhaps electrically heated glass is the photovoltaic glass base material;
Based on the member of the New Glasses Materials of photovoltaic glass and electrically heated glass, be glazed tiles, transparent ceiling, sensor are luminance brightness sensor and hygrosensor.
The member of New Glasses Materials can adopt photovoltaic glass and glass layer according to the requirement of environment for use, realizes that background becomes light and beautifies, and is the glass layer power supply by photovoltaic glass; Glass layer is connected to the circuit chip that conduction becomes light;
Based on the member of the New Glasses Materials of photovoltaic glass and electrically heated glass, be glazed tiles, ceiling, sensor is luminance brightness sensor and hygrosensor.
The member of New Glasses Materials, there is the emergency power pack of photovoltaic glass-power storage module to ensure design, or the design of microseismic activity motor generating emergency guarantee, and/or skin be electrically heated glass, internal layer is that the photo chromic glass of nanophase isolation technics, warm change glass outer layer are the double glazing of electrically heated glass; Internal layer is that the double glazing of electrically heated glass is the photovoltaic glass upper and lower base plate.
Intelligent domestic system based on the glass material structure, it is characterized in that home sensor, the sensors such as gas sensor, infrared sensor, warning circuit, voice module, switch burglary-resisting system, adjusting closed-circuit television camera lens, temperature, humidity, CO sensor, smokescope, gate inhibition's monitoring, water leakage, electric power safety, building inclination, room noise, luminance brightness detector of will being correlated with are concatenated into the LAN node, become the glass display interface diagram of software control management;
The member mode of enabling of New Glasses Materials is by home sensor photoinduction startup, passive light startup, optoacoustic control combination technology, the mechanically integrated module of photoinduction and/or the optional choice of technology;
The member of New Glasses Materials can be realized smart jack or smart machine to the household management application of living electric apparatus by the continuous network of home sensor, and smart jack or smart machine are the network control end that home sensor links to each other.
A kind of intelligent domestic system management method that makes up based on glass material:
S1. with reference to buildings location weather conditions, select applicable lighting material;
S2. for using crowd's age in the buildings, such as child, the elderly, the action impedient people is confirmed moveable space layout in the buildings;
S3. for the condition that uses the crowd in the buildings, draft and to prevent in the buildings designing between electromagnetic district;
S4. for the duty of using the crowd in the buildings, such as LI-FI optical communication environment, perhaps secret club, and some Conference Rooms strengthens the application design of message protection;
S5. for the environmental requirement of field of employment in the buildings, the Site Design of convenient displaying/show;
S6. for the use state of buildings outer aesthetic, open air or facade are used design;
S7. confirm home sensor and network mode for above-mentioned steps, connect the network of living electric apparatus, the applied environment of finishing household makes up management.
Description of drawings
Fig. 1 is the element structure figure of New Glasses Materials of the present invention,
Fig. 2 is management method block diagram of the present invention.
Embodiment
With reference to Fig. 1, a kind of intelligent domestic system that makes up based on glass material comprises: the member 1 of New Glasses Materials; Sensor 2; The network that links to each other with sensor based on the member of New Glasses Materials;
The member 1 of described New Glasses Materials relates to following glass material:
Glass layer 8, electrically heated glass 4, the photo chromic glass of nanophase isolation technics, temperature become glass 3, reduce reflective " stealthy glass " 5, anti-electromagnetism glass 6, electro-conductive glass 7, photovoltaic glass 9;
The member of glass material gives intelligent management by home sensor to the environment of room temperature, light, noisiness, electromagnetism, information protection, realizes that the duty of the member of New Glasses Materials in the network shows.
The motor that links to each other with sensor 2 and/or motor 10, the member that drives New Glasses Materials is moved to desired location.
The member of New Glasses Materials can be according to the long-term actual climate condition in region, China north and south, adopt photo chromic glass, temperature change glass 3 or the electrically heated glass 4 of nanophase isolation technics as the lighting material of building, prevent that sunlight exposure or cold windy outdoor weather are on building the impact of interior temperature or daylighting, the motor that links to each other with sensor 2 and/or motor 10, the member that drives photo chromic glass, temperature change glass or the electrically heated glass of nanophase isolation technics is moved to desired location;
The member that becomes the New Glasses Materials of glass or electrically heated glass based on the photo chromic glass of nanophase isolation technics, temperature is window, window shutter, passageway sliding door; Sensor is temperature sensor or luminance brightness detector, set by indoor and outdoor temperature, enable voluntarily relevant electrically heated glass 4 heating or stopped heatings by temperature sensor or luminance brightness detector, whether use the photo chromic glass of nanophase isolation technics, temperature to become the control that glass 3 carries out the light regulation and control;
The member 1 of described New Glasses Materials is double glazing, and skin is electrically heated glass 4, and internal layer is that photo chromic glass, the temperature of nanophase isolation technics becomes glass 3;
Or the member 1 of described New Glasses Materials is double glazing, and skin is electrically heated glass 4, and internal layer is electrically heated glass 4;
Or the member 1 of New Glasses Materials is double glazing, and skin is electrically heated glass 4, and the middle level is that photo chromic glass, the temperature of nanophase isolation technics becomes glass 3, and internal layer is electrically heated glass 4.
In application, not only to consider the function that can protect warm electrically heated glass to building, also must consider the self-protection ability that glass expands with heat and contract with cold.The Han Qu of 40 degrees below zero temperature particularly, environment temperature is reduced to when making the glass surface temperature be reduced to dew point in the dry air layer, and the surface of dry air layer can produce dewfall or frosting; Be commonly called as the dew point phenomenon.Be commonly referred to be and have bubble in the fluid sealant, aqueous vapor enters air layer by polymer diffusion, and effective adsorptive power of drying agent is low, causes air moisture to enter.Present embodiment can suppress the dew point phenomenon from another kind of angle, reaches the purpose of control hollow layer humidity.
The member 1 of New Glasses Materials can be according to can be to indoor user based on the develop protection of protection or electromagnetic environment of room light, adopt and reduce reflective " stealthy glass " 5 or anti-electromagnetism glass 6, the motor that links to each other with sensor 2 and/or motor 10 drive reflective " stealthy glass " or the member of anti-electromagnetism glass of minimizing and are moved to desired location;
The member of described New Glasses Materials is double glazing, and outer for preventing electromagnetism glass, internal layer is for reducing reflective " stealthy glass "; Or the member of New Glasses Materials is double glazing, and is outer reflective for reducing " stealthy glass ", internal layer is anti-electromagnetism glass.Reduce reflective " stealthy glass " only be the measure of transmittance 0.08% by reflecting rate, no matter face intense light source, or there is intense light source the back, and the function of protecting preferably privacy is all arranged.
In application, not only to consider the function of anti-electromagnetism glass, also must consider the function that this combination is new: such as reducing reflective glass, can be used as the carrier that indoor projection imaging shows.Particularly for the people of pregnant woman or long-term electromagnetic environment work, provide a kind of healthy protection.
The member 1 of New Glasses Materials can be according to the requirement that makes electrical appliance, adopt electro-conductive glass 7, glass layer 8 and reduce reflective " stealthy glass " 5, realize the information output at glass display interface, for reducing reflective " stealthy glass " power supply, glass layer provides information data for reducing reflective " stealthy glass " by electro-conductive glass 7;
The ectosome of intelligent electric appliance and/or projection panel (display panel), ceiling, outdoor display screen or based on the outdoor display screen of window design, sensor is luminance brightness sensor, sensor noise or hygrosensor based on the member of the New Glasses Materials of electro-conductive glass, glass layer and minimizing reflective " stealthy glass ";
The member 1 of described New Glasses Materials is multilayer lamination glass, and base is electro-conductive glass 7, and the middle layer is glass layer 8, and the surface is for reducing reflective " stealthy glass " 5; Electro-conductive glass 7 joins with power supply, and glass layer 8 links to each other with network, reduces reflective " stealthy glass " 5 and joins with the intelligent electric appliance circuit board.
The member 1 of New Glasses Materials can adopt photovoltaic glass 9 and electrically heated glass 4 according to the requirement of environment for use, realizes the warming of roof, is that electrically heated glass 4 is for electrical heating by photovoltaic glass 9; Perhaps electrically heated glass 4 is photovoltaic glass 9 base materials;
Based on the member of the New Glasses Materials of photovoltaic glass and electrically heated glass, be glazed tiles, transparent ceiling, sensor are luminance brightness sensor and hygrosensor.
The member 1 of New Glasses Materials can adopt photovoltaic glass 9 and glass layer 8 according to the requirement of environment for use, realizes that background becomes light and beautifies, and is the glass layer power supply by photovoltaic glass; Glass layer has the circuit chip that conduction becomes light;
Based on the member 1 of the New Glasses Materials of photovoltaic glass 9 and glass layer, be glazed tiles, ceiling, sensor 2 is luminance brightness sensor and hygrosensor.
The member of New Glasses Materials, there is the emergency power pack of photovoltaic glass-power storage module to ensure design, or the design of microseismic activity motor generating emergency guarantee, and/or skin be electrically heated glass 4, internal layer is that photo chromic glass, temperature change glass 3 skins of nanophase isolation technics are the double glazings of electrically heated glass; Internal layer is that the double glazing of electrically heated glass is photovoltaic glass 9 upper and lower base plates.
Intelligent domestic system based on the glass material structure, it is characterized in that home sensor 2, the sensors such as gas sensor, infrared sensor, warning circuit, voice module, switch burglary-resisting system, adjusting closed-circuit television camera lens, temperature, humidity, CO sensor, smokescope, gate inhibition's monitoring, water leakage, electric power safety, building inclination, room noise, luminance brightness detector of will being correlated with are concatenated into the LAN node, become the glass display interface diagram of software control management;
The member 1 of New Glasses Materials can pass through the network that home sensor 2 links to each other, and realizes smart jack or smart machine to the household management application of living electric apparatus, and smart jack or smart machine are the continuous network control end of home sensor.
With reference to Fig. 2, a kind of intelligent domestic system management method that makes up based on glass material:
S1. with reference to buildings location weather conditions, select applicable lighting material;
S2. for using crowd's age in the buildings, such as child, the elderly, the action impedient people is confirmed moveable space layout in the buildings;
S3. for the condition that uses the crowd in the buildings, draft and to prevent in the buildings designing between electromagnetic district;
S4. for the duty of using the crowd in the buildings, such as LI-FI optical communication environment, perhaps secret club, and some Conference Rooms strengthens the application design of message protection;
S5. for the environmental requirement of field of employment in the buildings, the Site Design of convenient displaying/show;
S6. for the use state of buildings outer aesthetic, open air or facade are used design;
S7. confirm home sensor 2 and network mode for above-mentioned steps, connect the network of living electric apparatus, the applied environment of finishing household makes up management.
Claims (10)
1. an intelligent domestic system that makes up based on glass material comprises: the member of New Glasses Materials; Sensor; The network that links to each other with sensor based on the member of New Glasses Materials;
The member of described New Glasses Materials relates to following glass material:
Glass layer, electrically heated glass, the photo chromic glass of nanophase isolation technics, temperature become glass, reduce reflective " stealthy glass ", anti-electromagnetism glass, electro-conductive glass, photovoltaic glass;
The member of glass material gives intelligent management by home sensor to the environment of room temperature, light, noisiness, electromagnetism, information protection, realizes that the duty of the member of New Glasses Materials in the network shows.
2. a kind of intelligent domestic system that makes up based on glass material according to claim 1 is characterized in that the motor and/or the motor (10) that link to each other with sensor (2), and the member (1) of driving New Glasses Materials is moved to desired location.
3. the intelligent domestic system that makes up based on glass material according to claim 1 and 2, the member (1) that it is characterized in that New Glasses Materials can be according to the long-term actual climate condition in region, China north and south, adopt the photo chromic glass of nanophase isolation technics, temperature becomes the lighting material of glass (3) or electrically heated glass (4) conduct building, prevent that sunlight exposure or cold windy outdoor weather are on building the impact of interior temperature or daylighting, the motor that links to each other with sensor (2) and/or motor (10), the photo chromic glass of driving nanophase isolation technics, the member that temperature becomes glass or electrically heated glass is moved to desired location;
Sensor is temperature sensor or luminance brightness detector, set by indoor and outdoor temperature, enable voluntarily associated electrical heating glass heats or stopped heating by temperature sensor or luminance brightness detector, whether use the photo chromic glass of nanophase isolation technics, temperature to become the control that glass carries out the light regulation and control;
The member of described New Glasses Materials is double glazing, and skin is electrically heated glass, and internal layer is that photo chromic glass, the temperature of nanophase isolation technics becomes glass; Or the member of described New Glasses Materials is double glazing, and skin is electrically heated glass, and internal layer is electrically heated glass; Or the member of New Glasses Materials is double glazing, and skin is electrically heated glass, and the middle level is that photo chromic glass, the temperature of nanophase isolation technics becomes glass, and internal layer is electrically heated glass.
4. the intelligent domestic system that makes up based on glass material according to claim 1 and 2, the member (1) that it is characterized in that New Glasses Materials can be according to can be to indoor user based on the develop protection of protection or electromagnetic environment of room light, adopt and reduce reflective " stealthy glass " (5) or anti-electromagnetism glass (6), the motor that links to each other with sensor (2) and/or motor (10) drive reflective " stealthy glass " or the member of anti-electromagnetism glass of minimizing and are moved to desired location;
Sensor is luminance brightness sensor, sensor noise or electromagnetic probe;
The member of described New Glasses Materials is double glazing, and outer for preventing electromagnetism glass, internal layer is for reducing reflective " stealthy glass ";
Or the member of New Glasses Materials is double glazing, and outer for reducing reflective " stealthy glass ", internal layer is anti-electromagnetism glass.
5. the intelligent domestic system that makes up based on glass material according to claim 1 and 2, the member (1) that it is characterized in that New Glasses Materials can be according to the requirement that makes electrical appliance, adopt electro-conductive glass (7), glass layer (8) and reduce reflective " stealthy glass " (5), realize the information output at glass display interface, be to reduce reflective " stealthy glass " power supply by electro-conductive glass, glass layer is reflective for reducing " stealthy glass " information data is provided;
Sensor is luminance brightness sensor, sensor noise or hygrosensor;
The member of described New Glasses Materials (1) is multilayer lamination glass, and base is electro-conductive glass (7), and the middle layer is glass layer (8), and the surface is for reducing reflective " stealthy glass " (5); Electro-conductive glass and power supply join, and glass layer links to each other with network, reduce reflective " stealthy glass " and join with the intelligent electric appliance circuit board.
6. the intelligent domestic system that makes up based on glass material according to claim 1 and 2, the member (1) that it is characterized in that New Glasses Materials can be according to the requirement of environment for use, adopt photovoltaic glass (9) and electrically heated glass (4), realizing the warming of roof, is that electrically heated glass is for electrical heating by photovoltaic glass; Perhaps electrically heated glass is the photovoltaic glass base material;
Sensor (2) is luminance brightness sensor and hygrosensor.
7. the intelligent domestic system that makes up based on glass material according to claim 1 and 2, the member (1) that it is characterized in that New Glasses Materials can be according to the requirement of environment for use, adopt photovoltaic glass (9) and glass layer (8), realizing that background becomes light and beautifies, is the glass layer power supply by photovoltaic glass; Glass layer is connected to the circuit chip that conduction becomes light;
Based on the member (1) of the New Glasses Materials of photovoltaic glass and glass layer, be glazed tiles, ceiling, sensor is luminance brightness sensor and hygrosensor.
8. the member of New Glasses Materials (1) according to claim 1 has the emergency power pack of photovoltaic glass (9)-power storage module to ensure design, or the design of microseismic activity motor generating emergency guarantee;
And/or skin is electrically heated glass (4), and internal layer is that to become glass (3) outer be the double glazing of electrically heated glass to photo chromic glass, the temperature of nanophase isolation technics; Internal layer is that the double glazing of electrically heated glass is the photovoltaic glass upper and lower base plate.
9. the intelligent domestic system that makes up based on glass material according to claim 1, it is characterized in that home sensor (2), the sensors such as gas sensor, infrared sensor, warning circuit, voice module, switch burglary-resisting system, adjusting closed-circuit television camera lens, temperature, humidity, CO sensor, smokescope, gate inhibition's monitoring, water leakage, electric power safety, building inclination, room noise, luminance brightness detector of will being correlated with are concatenated into the LAN node, become the glass display interface diagram of software control management;
The member of New Glasses Materials (1) mode of enabling is by home sensor (2) photoinduction startup, passive light startup, optoacoustic control combination technology, the mechanically integrated module of photoinduction and/or the optional choice of technology;
The member of New Glasses Materials (1) can pass through the network that home sensor 2 links to each other, and realizes smart jack or smart machine to the household management application of living electric apparatus, and smart jack or smart machine are the continuous network control end of home sensor (2).
10. intelligent domestic system management method that makes up based on glass material:
S1. with reference to buildings location weather conditions, select applicable lighting material;
S2. for using crowd's age in the buildings, such as child, the elderly, the action impedient people is confirmed moveable space layout in the buildings;
S3. for the condition that uses the crowd in the buildings, draft and to prevent in the buildings designing between electromagnetic district;
S4. for the duty of using the crowd in the buildings, such as LI-FI optical communication environment, perhaps secret club, and some Conference Rooms strengthens the application design of message protection;
S5. for the environmental requirement of field of employment in the buildings, the Site Design of convenient displaying/show;
S6. for the use state of buildings outer aesthetic, open air or facade are used design;
S7. confirm home sensor and network mode for above-mentioned steps, connect the network of living electric apparatus, the applied environment of finishing household makes up management.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2012105950980A CN103076787A (en) | 2012-12-28 | 2012-12-28 | Smart home system constructed based on glass material and smart home management method |
| CN201310710602.1A CN103699086B (en) | 2012-12-28 | 2013-12-23 | The smart home and smart home management method of glass material structure |
| CN201320848255.4U CN203786527U (en) | 2012-12-28 | 2013-12-23 | Intelligent household application glass member |
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| CN2012105950980A CN103076787A (en) | 2012-12-28 | 2012-12-28 | Smart home system constructed based on glass material and smart home management method |
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| CN201320848255.4U Expired - Fee Related CN203786527U (en) | 2012-12-28 | 2013-12-23 | Intelligent household application glass member |
| CN201310710602.1A Active CN103699086B (en) | 2012-12-28 | 2013-12-23 | The smart home and smart home management method of glass material structure |
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| CN201310710602.1A Active CN103699086B (en) | 2012-12-28 | 2013-12-23 | The smart home and smart home management method of glass material structure |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105045124A (en) * | 2015-07-03 | 2015-11-11 | 成都弘毅天承科技有限公司 | Intelligent household system based on Li-Fi wireless communication |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103076787A (en) * | 2012-12-28 | 2013-05-01 | 方科峰 | Smart home system constructed based on glass material and smart home management method |
| CN105133758A (en) * | 2015-07-28 | 2015-12-09 | 张家港保税区佰昂特种玻璃有限公司 | Water curtain sunshade glass processing technology |
| CN109544782A (en) * | 2018-11-22 | 2019-03-29 | 方科峰 | The unmanned retail trade system of glass material building and unmanned retail trade system commercial operation pattern |
| CN114489191B (en) * | 2022-01-27 | 2023-08-08 | 支付宝(杭州)信息技术有限公司 | Light control system and method for nanometer glass |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE4020395A1 (en) * | 1990-06-27 | 1992-01-02 | Vedder Gmbh Geb | Microprocessor-controlled roller shutter for window - has programmed lowering operation w.r.t. light sensor, time control, temperature sensor or glass breakage detector |
| CN2846682Y (en) * | 2005-11-09 | 2006-12-13 | 深圳市三鑫特种玻璃技术股份有限公司石岩生产中心 | Intelligent electric heating glass |
| DE202005019464U1 (en) * | 2005-12-13 | 2007-04-19 | Brose Fahrzeugteile Gmbh & Co. Kommanditgesellschaft, Coburg | Adjustment device and electronic module |
| CN101510078A (en) * | 2009-03-19 | 2009-08-19 | 浙江大学 | Full automatic intelligent window control system |
| CN201439676U (en) * | 2009-07-20 | 2010-04-21 | 信义玻璃工程（东莞）有限公司 | Electrical control thermal-radiation heating glass |
| CN201695847U (en) * | 2009-12-23 | 2011-01-05 | 曾胜克 | Intelligent window |
| CN202139759U (en) * | 2011-04-21 | 2012-02-08 | 青岛海尔软件有限公司 | Intelligent auto-induction dimming glass system for household toilet |
| CN103076787A (en) * | 2012-12-28 | 2013-05-01 | 方科峰 | Smart home system constructed based on glass material and smart home management method |
-
2012
- 2012-12-28 CN CN2012105950980A patent/CN103076787A/en active Pending
-
2013
- 2013-12-23 CN CN201320848255.4U patent/CN203786527U/en not_active Expired - Fee Related
- 2013-12-23 CN CN201310710602.1A patent/CN103699086B/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105045124A (en) * | 2015-07-03 | 2015-11-11 | 成都弘毅天承科技有限公司 | Intelligent household system based on Li-Fi wireless communication |
| CN105045124B (en) * | 2015-07-03 | 2018-02-02 | 广东淘家科技有限公司 | A kind of intelligent domestic system based on Li Fi wireless telecommunications |
Also Published As
| Publication number | Publication date |
|---|---|
| CN203786527U (en) | 2014-08-20 |
| CN103699086B (en) | 2018-05-25 |
| CN103699086A (en) | 2014-04-02 |
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