CN104831983A - Novel green intelligent building system - Google Patents

Novel green intelligent building system Download PDF

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Publication number
CN104831983A
CN104831983A CN201510180680.4A CN201510180680A CN104831983A CN 104831983 A CN104831983 A CN 104831983A CN 201510180680 A CN201510180680 A CN 201510180680A CN 104831983 A CN104831983 A CN 104831983A
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module
tank
building
intelligent
pond
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CN201510180680.4A
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Chinese (zh)
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何川
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Changsha University of Science and Technology
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Changsha University of Science and Technology
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Priority to CN201510180680.4A priority Critical patent/CN104831983A/en
Publication of CN104831983A publication Critical patent/CN104831983A/en
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    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02BCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00Integration of renewable energy sources in buildings
    • Y02B10/10Photovoltaic [PV]
    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/50Photovoltaic [PV] energy
    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E70/00Other energy conversion or management systems reducing GHG emissions
    • Y02E70/30Systems combining energy storage with energy generation of non-fossil origin
    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02PCLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P60/00Technologies relating to agriculture, livestock or agroalimentary industries
    • Y02P60/12Technologies relating to agriculture, livestock or agroalimentary industries using renewable energies, e.g. solar water pumping
    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02WCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
    • Y02W10/00Technologies for wastewater treatment
    • Y02W10/30Wastewater or sewage treatment systems using renewable energies
    • Y02W10/33Wastewater or sewage treatment systems using renewable energies using wind energy
    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02WCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
    • Y02W10/00Technologies for wastewater treatment
    • Y02W10/30Wastewater or sewage treatment systems using renewable energies
    • Y02W10/37Wastewater or sewage treatment systems using renewable energies using solar energy

Abstract

The invention discloses a novel green intelligent building system which comprises an intelligent control module, a remote control key device and a green module. The intelligent control module comprises a control host, an infrared ray signal transceiver, an alarm and a water treatment system and the like. The remote control key device comprises an infrared ray signal sending device, an infrared ray signal receiving device, an operation panel and a plurality of keys. The green module comprises a sensor, an infrared ray signal emitter, a sunshade screen, a net rack, a plant bench, an irrigation water tank, an irrigation water pipe, an air purification system, and a photovoltaic and wind power generation system. Outer walls of the building system are respectively added with a plant layer, so that air quality is improved, and intelligent control cost is low; the plant layer reduces heat loss and invasion of summer high temperature, has an outer wall decoration effect, and has a certain fire protection function to a high-rise building; a fire emergency system can carry out fire guidance effectively in time; and a sewage treatment system utilizes wind energy and solar energy to treat and recycle the sewage, so that energy saving and environmental protection effects are achieved.

Description

A kind of novel green the intelligence building system
Technical field
The invention belongs to green building technique field, particularly relate to a kind of novel green the intelligence building system.
Background technology
City is the forest of reinforced concrete, densely populated, and according to the United Nations's report, the population lives in the whole world about 50% in 2007, in city, has discharged the carbon dioxide of 71%, consumed the natural resource of 75%.The sky in most of China city is also dusky, is difficult to see blue sky, so the carbon introduced in urban forests solidification air is just necessary.Particularly populous Heavy industrial city, North China, northeast, air pollution is national best.As the urban land of an inch of land is an inch of gold, can not plant trees on existing house ground or shopping street, therefore to the transformation in original building or the redesign to newly-built building, a kind of excellent method of can yet be regarded as.
Summary of the invention
The object of the embodiment of the present invention is to provide a kind of novel green the intelligence building system, and intensive to solve urban population, CO2 emission is many, the problem that urban air-quality is poor.
The embodiment of the present invention is achieved in that a kind of novel green the intelligence building system comprises intelligent control module, remote keying device, green module;
Described intelligent control module comprises main control system, infrared signal transceiver, alarm, described main control system connects described infrared signal transceiver and described alarm, and described alarm can send infrared signal to described remote keying device by described infrared signal transceiver;
Described intelligent control module is two grade network structure, and the first order is management level network, comprises in main control system, main control system the intelligent lighting system of establishing central workstation, lighting apparatus affiliated in building being carried out to Based Intelligent Control; The system of central workstation is made up of server, work station, display and printer, directly connects Ethernet, and described management level network is the network topology structure of bus-type; The second level is supervisory layers network, and comprise each protocol gateway, direct digital control device, I/O module, the sensor of collection site signal and executing agency and valve, described supervisory layers network is fieldbus control network;
Described intelligent control module also comprise the running status of elevator and the elevator device that fault alarm and energy feedback situation exercise supervision are connected with the irrigation tank in green module carry out processing to daily life sewage and environmental pollution and the sewerage treatment water quality water treatment system of monitoring;
Described intelligent control module also comprises fire disaster emergency system, this fire disaster emergency system comprises front-end information acquisition system and automatic fire alarm system module, described front-end information acquisition system and automatic fire alarm system module are all connected with intelligent evacuation main system control module, described intelligent evacuation main system control module is connected with smoke control system module, self-extinguishing equipment module, center processor is provided with in this intelligent evacuation main system control module, described front-end information acquisition system and intelligent evacuation main system control module adopt sensor network communication to be connected, described intelligent evacuation main system control module is connected with intelligent emergent illumination exit signs escape system, described intelligent emergent illumination exit signs escape system comprises front display, power module, described front display comprises voice broadcast module and display module,
Described remote keying device is of portable form remote controller, comprise infrared signal emitter, infrared signal receiver, guidance panel and on & off switch, temperature controls button, humid control button, sunlight arrange button, alarm button, described infrared signal emitter, for launching infrared signal, described infrared signal receiver, for receiving by close to the described described infrared signal reflected close to the object of button, and when receiving described infrared signal, trigger described close to the distant control function corresponding to button;
Described green module comprises sensor, infrared projector, abat vent, rack, plant platform, irrigate tank, irrigation pipe, described sensor setting is on the exterior wall of building, described abat vent is arranged on the top of described building exterior wall, described rack has multilayer, described rack is fixedly installed on the exterior wall of building, described every layer of rack is provided with the plant platform for planting plants, on described rack, the side of plant platform arranges work manway, on described rack, the opposite side of plant platform arranges irrigation tank, also sewer pipe is provided with in described irrigation tank, the lower end of this sewer pipe is communicated with underground aqua storage tank,
Described green module also comprises air cleaning system, and this air cleaning system is by the air inlet port be arranged on roof and exhaust opening, the centralized air cleaning system that forms of ecological cabin purifying heat exchange blower fan system, air inlet pipeline, pipeline washing device and adjustable air velocity and temperature;
Described plant platform is provided with sunlight and adopts energy system and garden, it can system be intelligent lighting system that described sunlight is adopted, this intelligent lighting system, by being arranged on plant Tai Shangyu building body towards can form from the intelligent lighting device of motion tracking light source, circulating hot water pipeline on sunny side, wherein can be communicated with the indoor thermocirculator of each floor by circulating hot water pipeline from the intelligent lighting device of motion tracking light source;
Described irrigation tank place is provided with irrigation pipe, and the top of this irrigation pipe extends to the roof of building, and the other end connects the delivery port of irrigation pump; The water inlet of irrigation pump connects underground aqua storage tank by water pipe, to realize drawing water; At the irrigation tank place of every layer, described irrigation pipe is provided with irrigation switch, and underground aqua storage tank is arranged on the underground of building;
The heating system operation method that described green module also comprises the photovoltaic that is connected with described intelligent control module and wind generator system, is connected with described photovoltaic and wind generator system, described heating system comprises the solar energy collector, the first plate exchanger, short-term layer-stepping hot water storage tank, cross-season heat-storage body, the second plate exchanger and the heat energy output equipment that connect successively, and described second plate exchanger is connected respectively to described short-term layer-stepping hot water storage tank, described cross-season heat-storage body and described heat energy output equipment;
Described water treatment system comprises control system, sewerage treatment subsystem, monitoring system, and described control system comprises single-chip microcomputer, wind energy loading section and accumulator load part; Described wind energy loading section comprises the rectification module be directly connected with wind-driven generator, energy consumption load driving circuits and auxiliary power circuit is connected with rectification module, the control end of described energy consumption load driving circuits is connected with single-chip microcomputer output one, and energy consumption load driving circuits is connected with sewage disposal system medium power mechanism as load outputs; Described accumulator load part comprises the rectification module be directly connected with wind-driven generator, rectification module is connected with single-chip microcomputer input one by voltage detecting circuit, batteries is connected with charging detection control circuit, charging detection control circuit is connected with load over-current protection circuit, load over-current protection circuit is connected with sewage disposal system medium power mechanism by inverter, and the control end of described load over-current protection circuit is connected with single-chip microcomputer output two;
Described sewerage treatment subsystem includes a pretreatment system, a biochemical treatment system and a sludge-water separating system and an advanced treatment system, and described pretreatment system comprises oil separation grit chamber, homogeneous and all measures regulating reservoir, coagulative precipitation tank, described biochemical treatment system includes the anaerobic pond be communicated with in turn, one anoxic pond and an Aerobic Pond, wherein, the water inlet of described anaerobic pond is communicated with the water outlet pipeline of described regulating reservoir, wherein be provided with at least one submersible agitator, the water inlet of described anoxic pond is communicated with the delivery port of described anaerobic pond, described Aerobic Pond is the oxidation ditch structure being provided with aerator, its water inlet is communicated with the delivery port of described anoxic pond, and arrange between described Aerobic Pond and anoxic pond at least one for by the sewage backflow in described Aerobic Pond to the reflux in described anoxic pond, described sludge-water separating system comprises horizontal sedimentation tank, radial-flow sedimentation tank, a gas-flotation filter device, a sludge-tank and clear water reserviors, and described advanced treatment system comprises coagulation floatation, activated carbon adsorption tank,
The guidance panel of described remote controller is the tangible slidable panels of LED, is provided with sliding area, described sliding area by multiple be arranged in order form close to button; Described remote controller embedded micro-processor unit MCU, for producing the remote signals for regulating controlled device parameter according to the multiple time sequencings be triggered close to button in described sliding area;
Described rack is provided with three, is separately positioned on the both sides of building and the dead astern of building,
And be separated with certain space between the exterior wall of building, and be fixedly connected with the exterior wall of building by multiple fixed support; The most the lower layer of rack is provided with support column, to support whole rack system.
Further, described oil separation grit chamber is all measured regulating reservoir by ditch, top and homogeneous and is connected, homogeneous is all measured regulating reservoir and is connected with coagulative precipitation tank by pond inner bottom part water pump, coagulative precipitation tank is by pipeline communication multi-stage anaerobic aerobic biochemical pool, multi-stage anaerobic aerobic biochemical pool is communicated with horizontal sedimentation tank, the outlet of horizontal sedimentation tank supernatant is connected with A/O pond, A/O pond is by pipeline communication radial-flow sedimentation tank, the supernatant mouth of radial-flow sedimentation tank is communicated with coagulation floatation through pump, and overfall and the activated carbon adsorption tank of coagulation floatation communicate, described gas-flotation filter device includes an air-floating apparatus and filtering ponds, the water inlet of described air-floating apparatus is communicated with the water outlet pipeline of described Aerobic Pond, and its delivery port is communicated with the water inlet of described filtering ponds by a distribution channel, and mud discharging mouth by a mud pipe and with described sludge-tank pipeline connection, the delivery port of described filtering ponds by outlet pipe with described clear water reserviors pipeline connection, described sludge-tank be provided with one for by sludge reflux to the sludge refluxing apparatus in described anaerobic pond, each treatment pond forming described pretreatment system and biochemical treatment system and the sludge-tank forming described sludge-water separating system and clear water reserviors are close to and are circular distribution, the remainder of described sludge-water separating system is then arranged at the center in circular region, thus the sewage disposal system of composition circular configuration.
Further, described monitoring system comprises pH value detection module and turbidity detection module;
Described pH value detection module comprises pH sensor body, described pH sensor body comprises reference electrode housing and sensor jacket, described sensor jacket afterbody is provided with ball float, outside the electrode of pH sensor body head, screen pack is set, outside screen pack, sleeve is set, screen pack is fixed on outside the glass electrode of sensor head by sleeve, the outer circumference surface of sleeve is evenly provided with through hole, Packed toroidal cavity is established between described sensor jacket and described reference electrode housing, replenisher and Compressed Gas is filled with in described toroidal cavity, described reference electrode housing is provided with and makes described replenisher enter fluid infusion hole in reference electrode housing,
Described turbidity detection module comprises light source turbidity detection module, sound source turbidity detection module and temperature correction module;
Described light source turbidity detection module comprises the light source of the light for emitted radiation intensity variable, with the light-sensitive element receiving the light launched from this light source, this light source and this light-sensitive element are located relative to each other and are set to, when this light source works, the light launched from this light source passes fluid along its propagated to this light-sensitive element, this light-sensitive element is configured to the radiation intensity measuring the light received at this light-sensitive element place, controller is can be coupled to this light source and this light-sensitive element by communication mode, this controller is configured to the radiation intensity according to the measured light received at this light-sensitive element place, by selecting an intensity level from multiple predetermined strength level, regulate the radiation intensity of the light launched by this light source,
Described sound source turbidity detection module comprises circuit box, display device, cable, transmitting transducer and receiving transducer, and circuit box is connected with transmitting transducer and receiving transducer respectively by cable;
Sound source turbidity detection module also comprises elliposoidal cavity, the T-shaped passage be arranged in elliposoidal cavity; Described transmitting transducer and receiving transducer lay respectively at two focus places of elliposoidal cavity; Described cable is built in T-shaped channel interior; The transverse ends of T-shaped passage is provided with seal, and transmitting transducer and receiving transducer are arranged on the transverse ends of T-shaped passage respectively, and the vertical end of T-shaped passage is connected to elliposoidal cavity bottom, and is provided with a wire hole for outgoing cable; Described circuit box comprises central processing unit, and the base band sources, frequency sweep circuit, spectrum analyzer circuit, the memory that are connected with central processing unit respectively, wherein central processing unit is connected with display device, base band sources is also connected with transmitting transducer, and frequency sweep circuit is also connected with receiving transducer; The top of described elliposoidal cavity also has water filling switch, and switch place is also provided with temperature pick up.
Exterior wall of the present invention adds layer of plants, greatly absorb solar energy, have cured the carbon dioxide in city, improve air quality, the present invention adopts Based Intelligent Control, greatly reduce various expense, layer of plants reduces the invasion and attack of heat loss and summer high temperature greatly simultaneously, directly to the comfortable cool place that Working Life is had a rest in crowd's a slice of high building, and there is the effect of decoration of exterior wall, decrease the decoration of combustible material, to highrise building, there is certain fireproofing function, dredge timely and effectively when the fire disaster emergency system arranged can ensure that fire occurs, sewage disposal system can utilize wind energy and solar energy sewerage treatment to be recycled, energy-conserving and environment-protective.
Accompanying drawing explanation
Fig. 1 is the structural representation of the novel green the intelligence building system that the embodiment of the present invention provides.
In figure: 1, intelligent control module; 1-1, main control system; 1-2, infrared signal transceiver; 1-3, alarm; 2, remote keying device; 2-1, outside line sender unit; 2-2, infrared signal receiver; 2-3, guidance panel; 2-4, on & off switch; 3, green module; 3-1, sensor; 3-2, infrared projector; 3-3, abat vent; 3-4, rack; 3-5, plant platform; 3-6, irrigation tank; 3-7, irrigation pipe.
Detailed description of the invention
For summary of the invention of the present invention, Characteristic can be understood further, hereby exemplify following examples, and coordinate accompanying drawing to be described in detail as follows: the present invention does not exist the innovation of software or method.
Refer to Fig. 1:
A kind of novel green the intelligence building system, native system comprises intelligent control module 1, remote keying device 2, green module 3;
Described intelligent control module 1 comprises main control system 1-1, infrared signal transceiver 1-2, alarm 1-3, described main control system 1-1 connects described infrared signal transceiver 1-2 and described alarm 1-3, and described alarm 1-3 can send infrared signal to described remote keying device 2 by described infrared signal transceiver 1-2;
Described intelligent control module is two grade network structure, and the first order is management level network, comprises in main control system, main control system the intelligent lighting system of establishing central workstation, lighting apparatus affiliated in building being carried out to Based Intelligent Control; The system of central workstation is made up of server, work station, display and printer, directly connects Ethernet, and described management level network is the network topology structure of bus-type; The second level is supervisory layers network, and comprise each protocol gateway, direct digital control device, I/O module, the sensor of collection site signal and executing agency and valve, described supervisory layers network is fieldbus control network;
Described intelligent control module 1 also comprise the running status of elevator and the elevator device that fault alarm and energy feedback situation exercise supervision are connected with the irrigation tank in green module carry out processing to daily life sewage and environmental pollution and the sewerage treatment water quality water treatment system of monitoring;
Described intelligent control module 1 also comprises fire disaster emergency system, this fire disaster emergency system comprises front-end information acquisition system and automatic fire alarm system module, described front-end information acquisition system and automatic fire alarm system module are all connected with intelligent evacuation main system control module, described intelligent evacuation main system control module is connected with smoke control system module, self-extinguishing equipment module, center processor is provided with in this intelligent evacuation main system control module, described front-end information acquisition system and intelligent evacuation main system control module adopt sensor network communication to be connected, described intelligent evacuation main system control module is connected with intelligent emergent illumination exit signs escape system, described intelligent emergent illumination exit signs escape system comprises front display, power module, described front display comprises voice broadcast module and display module,
Described remote keying device 2 is of portable form remote controller, comprise infrared signal emitter 2-1, infrared signal receiver 2-2, guidance panel 2-3 and multiple button, described infrared signal emitter 2-1, for launching infrared signal, described infrared signal receiver 2-2, for receiving by close to the described described infrared signal reflected close to the object of button, and when receiving described infrared signal, trigger described close to the distant control function corresponding to button;
Described green module 3 comprises sensor 3-1, infrared projector 3-2, abat vent 3-3, rack 3-4, plant platform 3-5, irrigate tank 3-6, irrigation pipe 3-7, described sensor 3-1 is arranged on the exterior wall of building, described abat vent 3-3 is arranged on the top of described building exterior wall, described rack 3-4 has multilayer, described rack 3-4 is fixedly installed on the exterior wall of building, described every layer of rack 3-4 is provided with the plant platform 3-5 for planting plants, 3-4 on described rack, the 3-5 side of plant platform arranges work manway, on described rack 3-4, the opposite side of plant platform 3-5 is arranged irrigates tank 3-6, described irrigation tank 3-6 place is provided with irrigation pipe 3-7, and the top of this irrigation pipe 3-7 extends to the roof of building, and the other end connects the delivery port of irrigation pump, the water inlet of irrigation pump connects underground aqua storage tank by water pipe, to realize drawing water, at the irrigation tank 3-6 place of every layer, described irrigation pipe 3-7 is provided with irrigation switch, and underground aqua storage tank is arranged on the underground of building,
Described plant platform is provided with sunlight and adopts energy system and garden, it can system be intelligent lighting system that described sunlight is adopted, this intelligent lighting system, by being arranged on plant Tai Shangyu building body towards can form from the intelligent lighting device of motion tracking light source, circulating hot water pipeline on sunny side, wherein can be communicated with the indoor thermocirculator of each floor by circulating hot water pipeline from the intelligent lighting device of motion tracking light source;
Described water treatment system comprises control system, sewerage treatment subsystem, monitoring system, and described control system comprises single-chip microcomputer, wind energy loading section and accumulator load part; Described wind energy loading section comprises the rectification module be directly connected with wind-driven generator, energy consumption load driving circuits and auxiliary power circuit is connected with rectification module, the control end of described energy consumption load driving circuits is connected with single-chip microcomputer output one, and energy consumption load driving circuits is connected with sewage disposal system medium power mechanism as load outputs; Described accumulator load part comprises the rectification module be directly connected with wind-driven generator, rectification module is connected with single-chip microcomputer input one by voltage detecting circuit, batteries is connected with charging detection control circuit, charging detection control circuit is connected with load over-current protection circuit, load over-current protection circuit is connected with sewage disposal system medium power mechanism by inverter, and the control end of described load over-current protection circuit is connected with single-chip microcomputer output two;
Described sewerage treatment subsystem includes a pretreatment system, a biochemical treatment system and a sludge-water separating system and an advanced treatment system, and described pretreatment system comprises oil separation grit chamber, homogeneous and all measures regulating reservoir, coagulative precipitation tank, described biochemical treatment system includes the anaerobic pond be communicated with in turn, one anoxic pond and an Aerobic Pond, wherein, the water inlet of described anaerobic pond is communicated with the water outlet pipeline of described regulating reservoir, wherein be provided with at least one submersible agitator, the water inlet of described anoxic pond is communicated with the delivery port of described anaerobic pond, described Aerobic Pond is the oxidation ditch structure being provided with aerator, its water inlet is communicated with the delivery port of described anoxic pond, and arrange between described Aerobic Pond and anoxic pond at least one for by the sewage backflow in described Aerobic Pond to the reflux in described anoxic pond, described sludge-water separating system comprises horizontal sedimentation tank, radial-flow sedimentation tank, a gas-flotation filter device, a sludge-tank and clear water reserviors, and described advanced treatment system comprises coagulation floatation, activated carbon adsorption tank.
Further, described remote keying device 2 also comprises multiple button such as on & off switch 2-4 and temperature control, humid control, sunlight setting, alarm.
Further, described infrared signal emitter 2-1 is infrared signal emitting diode, and described infrared signal receiver 2-2 is infrared signal reception diode.
Further, the guidance panel 2-3 of described remote controller is the tangible slidable panels of LED, is provided with sliding area, described sliding area by multiple be arranged in order form close to button; Described remote controller also comprises microprocessor unit MCU, for producing the remote signals for regulating controlled device parameter according to the multiple time sequencings be triggered close to button in described sliding area.
Further, described sensor 3-1 comprises temperature pick up, humidity sensor etc.
Further, be separated with certain space between described rack 3-4 and the exterior wall of building, and be fixedly connected with the exterior wall of building by multiple fixed support; The most the lower layer of rack is provided with support column, to support whole rack system.
Further, described rack 3-4 be arranged on building third layer and more than.
Further, described rack 3-4 is provided with three, is separately positioned on the both sides of building and the dead astern of building.
Further, be also provided with sewer pipe in described irrigation tank 3-6, the lower end of this sewer pipe is communicated with underground aqua storage tank.
Further, described oil separation grit chamber is all measured regulating reservoir by ditch, top and homogeneous and is connected, homogeneous is all measured regulating reservoir and is connected with coagulative precipitation tank by pond inner bottom part water pump, coagulative precipitation tank is by pipeline communication multi-stage anaerobic aerobic biochemical pool, multi-stage anaerobic aerobic biochemical pool is communicated with horizontal sedimentation tank, the outlet of horizontal sedimentation tank supernatant is connected with A/O pond, A/O pond is by pipeline communication radial-flow sedimentation tank, the supernatant mouth of radial-flow sedimentation tank is communicated with coagulation floatation through pump, and overfall and the activated carbon adsorption tank of coagulation floatation communicate, described gas-flotation filter device includes an air-floating apparatus and filtering ponds, the water inlet of described air-floating apparatus is communicated with the water outlet pipeline of described Aerobic Pond, and its delivery port is communicated with the water inlet of described filtering ponds by a distribution channel, and mud discharging mouth by a mud pipe and with described sludge-tank pipeline connection, the delivery port of described filtering ponds by outlet pipe with described clear water reserviors pipeline connection, described sludge-tank be provided with one for by sludge reflux to the sludge refluxing apparatus in described anaerobic pond, each treatment pond forming described pretreatment system and biochemical treatment system and the sludge-tank forming described sludge-water separating system and clear water reserviors are close to and are circular distribution, the remainder of described sludge-water separating system is then arranged at the center in circular region, thus the sewage disposal system of composition circular configuration.
Further, described monitoring system comprises pH value detection module and turbidity detection module;
Described pH value detection module comprises pH sensor body, described pH sensor body comprises reference electrode housing and sensor jacket, described sensor jacket afterbody is provided with ball float, outside the electrode of pH sensor body head, screen pack is set, outside screen pack, sleeve is set, screen pack is fixed on outside the glass electrode of sensor head by sleeve, the outer circumference surface of sleeve is evenly provided with through hole, Packed toroidal cavity is established between described sensor jacket and described reference electrode housing, replenisher and Compressed Gas is filled with in described toroidal cavity, described reference electrode housing is provided with and makes described replenisher enter fluid infusion hole in reference electrode housing,
Described turbidity detection module comprises light source turbidity detection module, sound source turbidity detection module and temperature correction module;
Described light source turbidity detection module comprises the light source of the light for emitted radiation intensity variable, with the light-sensitive element receiving the light launched from this light source, this light source and this light-sensitive element are located relative to each other and are set to, when this light source works, the light launched from this light source passes fluid along its propagated to this light-sensitive element, this light-sensitive element is configured to the radiation intensity measuring the light received at this light-sensitive element place, controller is can be coupled to this light source and this light-sensitive element by communication mode, this controller is configured to the radiation intensity according to the measured light received at this light-sensitive element place, by selecting an intensity level from multiple predetermined strength level, regulate the radiation intensity of the light launched by this light source,
Described sound source turbidity detection module comprises circuit box, display device, cable, transmitting transducer and receiving transducer, and circuit box is connected with transmitting transducer and receiving transducer respectively by cable;
Sound source turbidity detection module also comprises elliposoidal cavity, the T-shaped passage be arranged in elliposoidal cavity; Described transmitting transducer and receiving transducer lay respectively at two focus places of elliposoidal cavity; Described cable is built in T-shaped channel interior; The transverse ends of T-shaped passage is provided with seal, and transmitting transducer and receiving transducer are arranged on the transverse ends of T-shaped passage respectively, and the vertical end of T-shaped passage is connected to elliposoidal cavity bottom, and is provided with a wire hole for outgoing cable; Described circuit box comprises central processing unit, and the base band sources, frequency sweep circuit, spectrum analyzer circuit, the memory that are connected with central processing unit respectively, wherein central processing unit is connected with display device, base band sources is also connected with transmitting transducer, and frequency sweep circuit is also connected with receiving transducer; The top of described elliposoidal cavity also has water filling switch, and switch place is also provided with temperature pick up.
The embodiment of the present invention is when specifically using, the sensor 3-1 of green module 3 is by the temperature of described green module 3, humidity, the information data of amount of sunlight is sent to the infrared signal transceiver 1-2 of intelligent control module 1 by infrared projector 3-2, the information data that infrared signal transceiver 1-2 receives sends to main control system 1-1, main control system 1-1 processes the information received, if the temperature of green module 3 is too low or humidity is inadequate, will alarm be there is in alarm 1-3, alarm 1-3 can send infrared signal to remote keying device 2 by infrared signal transceiver 1-2, the alarm sounds key of remote keying device 2 sends alarm signal in time, at this moment the abat vent 3-3 that operating personnel control green module 3 by remote keying device 2 carries out sunlit adjustment and temperature, the adjustment of humidity etc., utilize and irrigate the control that tank 3-6 and irrigation pipe 3-7 carries out humidity, to realize the intellectuality of native system.
Exterior wall of the present invention adds layer of plants, greatly absorb solar energy, have cured the carbon dioxide in city, improve air quality, the present invention adopts Based Intelligent Control, greatly reduce various expense, layer of plants reduces the invasion and attack of heat loss and summer high temperature greatly simultaneously, directly to the comfortable cool place that Working Life is had a rest in crowd's a slice of high building, and there is the effect of decoration of exterior wall, decrease the decoration of combustible material, to highrise building, there is certain fireproofing function, dredge timely and effectively when the fire disaster emergency system arranged can ensure that fire occurs, sewage disposal system can utilize wind energy and solar energy sewerage treatment to be recycled, energy-conserving and environment-protective.
The above is only to preferred embodiment of the present invention, not any pro forma restriction is done to the present invention, every according to technical spirit of the present invention to any simple modification made for any of the above embodiments, equivalent variations and modification, all belong in the scope of technical solution of the present invention.

Claims (3)

1. a novel green the intelligence building system, is characterized in that, comprises intelligent control module, remote keying device, green module;
Described intelligent control module comprises main control system, infrared signal transceiver, alarm, described main control system connects described infrared signal transceiver and described alarm, and described alarm can send infrared signal to described remote keying device by described infrared signal transceiver;
Described intelligent control module is two grade network structure, and the first order is management level network, comprises in main control system, main control system the intelligent lighting system of establishing central workstation, lighting apparatus affiliated in building being carried out to Based Intelligent Control; The system of central workstation is made up of server, work station, display and printer, directly connects Ethernet, and described management level network is the network topology structure of bus-type; The second level is supervisory layers network, and comprise each protocol gateway, direct digital control device, I/O module, the sensor of collection site signal and executing agency and valve, described supervisory layers network is fieldbus control network;
Described intelligent control module also comprise the running status of elevator and the elevator device that fault alarm and energy feedback situation exercise supervision are connected with the irrigation tank in green module carry out processing to daily life sewage and environmental pollution and the sewerage treatment water quality water treatment system of monitoring;
Described intelligent control module also comprises fire disaster emergency system, this fire disaster emergency system comprises front-end information acquisition system and automatic fire alarm system module, described front-end information acquisition system and automatic fire alarm system module are all connected with intelligent evacuation main system control module, described intelligent evacuation main system control module is connected with smoke control system module, self-extinguishing equipment module, center processor is provided with in this intelligent evacuation main system control module, described front-end information acquisition system and intelligent evacuation main system control module adopt sensor network communication to be connected, described intelligent evacuation main system control module is connected with intelligent emergent illumination exit signs escape system, described intelligent emergent illumination exit signs escape system comprises front display, power module, described front display comprises voice broadcast module and display module,
Described remote keying device is of portable form remote controller, comprise infrared signal emitter, infrared signal receiver, guidance panel and on & off switch, temperature controls button, humid control button, sunlight arrange button, alarm button, described infrared signal emitter, for launching infrared signal, described infrared signal receiver, for receiving by when receiving described infrared signal, triggering described close to the distant control function corresponding to button close to the described described infrared signal that reflects close to the object of button;
Described green module comprises sensor, infrared projector, abat vent, rack, plant platform, irrigate tank, irrigation pipe, described sensor setting is on the exterior wall of building, described abat vent is arranged on the top of described building exterior wall, described rack has multilayer, described rack is fixedly installed on the exterior wall of building, described every layer of rack is provided with the plant platform for planting plants, on described rack, the side of plant platform arranges work manway, on described rack, the opposite side of plant platform arranges irrigation tank, also sewer pipe is provided with in described irrigation tank, the lower end of this sewer pipe is communicated with underground aqua storage tank,
Described green module also comprises air cleaning system, and this air cleaning system is by the air inlet port be arranged on roof and exhaust opening, the centralized air cleaning system that forms of ecological cabin purifying heat exchange blower fan system, air inlet pipeline, pipeline washing device and adjustable air velocity and temperature;
Described plant platform is provided with sunlight and adopts energy system and garden, it can system be intelligent lighting system that described sunlight is adopted, this intelligent lighting system, by being arranged on plant Tai Shangyu building body towards can form from the intelligent lighting device of motion tracking light source, circulating hot water pipeline on sunny side, wherein can be communicated with the indoor thermocirculator of each floor by circulating hot water pipeline from the intelligent lighting device of motion tracking light source;
Described irrigation tank place is provided with irrigation pipe, and the top of this irrigation pipe extends to the roof of building, and the other end connects the delivery port of irrigation pump; The water inlet of irrigation pump connects underground aqua storage tank by water pipe, to realize drawing water; At the irrigation tank place of every layer, described irrigation pipe is provided with irrigation switch, and underground aqua storage tank is arranged on the underground of building;
The heating system operation method that described green module also comprises the photovoltaic that is connected with described intelligent control module and wind generator system, is connected with described photovoltaic and wind generator system, described heating system comprises the solar energy collector, the first plate exchanger, short-term layer-stepping hot water storage tank, cross-season heat-storage body, the second plate exchanger and the heat energy output equipment that connect successively, and described second plate exchanger is connected respectively to described short-term layer-stepping hot water storage tank, described cross-season heat-storage body and described heat energy output equipment;
Described water treatment system comprises control system, sewerage treatment subsystem, monitoring system, and described control system comprises single-chip microcomputer, wind energy loading section and accumulator load part; Described wind energy loading section comprises the rectification module be directly connected with wind-driven generator, energy consumption load driving circuits and auxiliary power circuit is connected with rectification module, the control end of described energy consumption load driving circuits is connected with single-chip microcomputer output one, and energy consumption load driving circuits is connected with sewage disposal system medium power mechanism as load outputs; Described accumulator load part comprises the rectification module be directly connected with wind-driven generator, rectification module is connected with single-chip microcomputer input one by voltage detecting circuit, batteries is connected with charging detection control circuit, charging detection control circuit is connected with load over-current protection circuit, load over-current protection circuit is connected with sewage disposal system medium power mechanism by inverter, and the control end of described load over-current protection circuit is connected with single-chip microcomputer output two;
Described sewerage treatment subsystem includes a pretreatment system, a biochemical treatment system and a sludge-water separating system and an advanced treatment system, and described pretreatment system comprises oil separation grit chamber, homogeneous and all measures regulating reservoir, coagulative precipitation tank, described biochemical treatment system includes the anaerobic pond be communicated with in turn, one anoxic pond and an Aerobic Pond, wherein, the water inlet of described anaerobic pond is communicated with the water outlet pipeline of described regulating reservoir, wherein be provided with at least one submersible agitator, the water inlet of described anoxic pond is communicated with the delivery port of described anaerobic pond, described Aerobic Pond is the oxidation ditch structure being provided with aerator, its water inlet is communicated with the delivery port of described anoxic pond, and arrange between described Aerobic Pond and anoxic pond at least one for by the sewage backflow in described Aerobic Pond to the reflux in described anoxic pond, described sludge-water separating system comprises horizontal sedimentation tank, radial-flow sedimentation tank, a gas-flotation filter device, a sludge-tank and clear water reserviors, and described advanced treatment system comprises coagulation floatation, activated carbon adsorption tank,
The guidance panel of described remote controller is the tangible slidable panels of LED, is provided with sliding area, described sliding area by multiple be arranged in order form close to button; Described remote controller embedded micro-processor unit MCU, for producing the remote signals for regulating controlled device parameter according to the multiple time sequencings be triggered close to button in described sliding area;
Described rack is provided with three, is separately positioned on the both sides of building and the dead astern of building,
And be separated with certain space between the exterior wall of building, and be fixedly connected with the exterior wall of building by multiple fixed support; The most the lower layer of rack is provided with support column, to support whole rack system.
2. novel green the intelligence building system as claimed in claim 1, it is characterized in that, described oil separation grit chamber is all measured regulating reservoir by ditch, top and homogeneous and is connected, homogeneous is all measured regulating reservoir and is connected with coagulative precipitation tank by pond inner bottom part water pump, coagulative precipitation tank is by pipeline communication multi-stage anaerobic aerobic biochemical pool, multi-stage anaerobic aerobic biochemical pool is communicated with horizontal sedimentation tank, the outlet of horizontal sedimentation tank supernatant is connected with A/O pond, A/O pond is by pipeline communication radial-flow sedimentation tank, the supernatant mouth of radial-flow sedimentation tank is communicated with coagulation floatation through pump, overfall and the activated carbon adsorption tank of coagulation floatation communicate, described gas-flotation filter device includes an air-floating apparatus and filtering ponds, the water inlet of described air-floating apparatus is communicated with the water outlet pipeline of described Aerobic Pond, and its delivery port is communicated with the water inlet of described filtering ponds by a distribution channel, and mud discharging mouth by a mud pipe and with described sludge-tank pipeline connection, the delivery port of described filtering ponds by outlet pipe with described clear water reserviors pipeline connection, described sludge-tank be provided with one for by sludge reflux to the sludge refluxing apparatus in described anaerobic pond, each treatment pond forming described pretreatment system and biochemical treatment system and the sludge-tank forming described sludge-water separating system and clear water reserviors are close to and are circular distribution, the remainder of described sludge-water separating system is then arranged at the center in circular region, thus the sewage disposal system of composition circular configuration.
3. novel green the intelligence building system as claimed in claim 1, it is characterized in that, described monitoring system comprises pH value detection module and turbidity detection module;
Described pH value detection module comprises pH sensor body, described pH sensor body comprises reference electrode housing and sensor jacket, described sensor jacket afterbody is provided with ball float, outside the electrode of pH sensor body head, screen pack is set, outside screen pack, sleeve is set, screen pack is fixed on outside the glass electrode of sensor head by sleeve, the outer circumference surface of sleeve is evenly provided with through hole, Packed toroidal cavity is established between described sensor jacket and described reference electrode housing, replenisher and Compressed Gas is filled with in described toroidal cavity, described reference electrode housing is provided with and makes described replenisher enter fluid infusion hole in reference electrode housing,
Described turbidity detection module comprises light source turbidity detection module, sound source turbidity detection module and temperature correction module;
Described light source turbidity detection module comprises the light source of the light for emitted radiation intensity variable, with the light-sensitive element receiving the light launched from this light source, this light source and this light-sensitive element are located relative to each other and are set to, when this light source works, the light launched from this light source passes fluid along its propagated to this light-sensitive element, this light-sensitive element is configured to the radiation intensity measuring the light received at this light-sensitive element place, controller is can be coupled to this light source and this light-sensitive element by communication mode, this controller is configured to the radiation intensity according to the measured light received at this light-sensitive element place, by selecting an intensity level from multiple predetermined strength level, regulate the radiation intensity of the light launched by this light source,
Described sound source turbidity detection module comprises circuit box, display device, cable, transmitting transducer and receiving transducer, and circuit box is connected with transmitting transducer and receiving transducer respectively by cable;
Sound source turbidity detection module also comprises elliposoidal cavity, the T-shaped passage be arranged in elliposoidal cavity; Described transmitting transducer and receiving transducer lay respectively at two focus places of elliposoidal cavity; Described cable is built in T-shaped channel interior; The transverse ends of T-shaped passage is provided with seal, and transmitting transducer and receiving transducer are arranged on the transverse ends of T-shaped passage respectively, and the vertical end of T-shaped passage is connected to elliposoidal cavity bottom, and is provided with a wire hole for outgoing cable; Described circuit box comprises central processing unit, and the base band sources, frequency sweep circuit, spectrum analyzer circuit, the memory that are connected with central processing unit respectively, wherein central processing unit is connected with display device, base band sources is also connected with transmitting transducer, and frequency sweep circuit is also connected with receiving transducer; The top of described elliposoidal cavity also has water filling switch, and switch place is also provided with temperature pick up.
CN201510180680.4A 2015-04-16 2015-04-16 Novel green intelligent building system Pending CN104831983A (en)

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CN108540237A (en) * 2017-03-06 2018-09-14 波音公司 It is modulated for the band gap of subsurface communication and energy acquisition
CN108714287A (en) * 2018-05-30 2018-10-30 西安工程大学 A kind of intelligence outdoor fire fighting device
CN109771876A (en) * 2018-12-14 2019-05-21 新世纪发展集团有限公司 A kind of long-range wisdom fire-fighting emergency communication system based on multidimensional sensing vector association
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CN108714287A (en) * 2018-05-30 2018-10-30 西安工程大学 A kind of intelligence outdoor fire fighting device
CN109771876A (en) * 2018-12-14 2019-05-21 新世纪发展集团有限公司 A kind of long-range wisdom fire-fighting emergency communication system based on multidimensional sensing vector association

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