CN101608504B - Environment-friendly building integrating energy-saving emission-reducing environment-protecting techniques - Google Patents

Environment-friendly building integrating energy-saving emission-reducing environment-protecting techniques Download PDF

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CN101608504B
CN101608504B CN2008100118703A CN200810011870A CN101608504B CN 101608504 B CN101608504 B CN 101608504B CN 2008100118703 A CN2008100118703 A CN 2008100118703A CN 200810011870 A CN200810011870 A CN 200810011870A CN 101608504 B CN101608504 B CN 101608504B
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water
building
saving
communicates
control
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CN101608504A (en
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杨建良
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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
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00—Integration of renewable energy sources in buildings
    • Y02B10/10—Photovoltaic [PV]
    • 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
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00—Integration of renewable energy sources in buildings
    • Y02B10/20—Solar thermal
    • 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
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00—Energy generation through renewable energy sources
    • Y02E10/40—Solar thermal energy, e.g. solar towers
    • 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
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00—Energy generation through renewable energy sources
    • Y02E10/50—Photovoltaic [PV] energy

Abstract

The invention relates to an environment-friendly building integrating energy-saving emission-reducing environment-protecting techniques, which comprises a roof, a building body and floor plates, wherein a sunshine energy-collecting system and a roof garden are arranged on the roof. The building is characterized in that the building also comprises an air purification system, wind power generation and wind-light complementation streetlight, stable thermal insulation walls, noise-reducing floorslabs, power generation appliances, temperature-sensitive windows, refrigerator electricity-saving devices, water-saving valves, a wastewater secondary circulation system, planting columns, planting boxes and an intelligent electricity-saving system. The building takes full advantages of sunshine, air, ground temperature, wind, rain, snow and other natural resources in nature outside the building, as well as the functions of saving electricity, saving water, greening, preserving temperature, reducing noise and purifying inside the building, thereby achieving the effect of integrating environment-friendly building integration technology and greatly improving the energy conservation, emission reduction and added value of the building.

Description

The friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one
Technical field
The present invention relates to a kind of house architectural structure, particularly relate to a kind of friendly building that multinomial energy-conservation, reduction of discharging, green technology are integrated in one, is to the improvement of existing house architectural structure and equipment, belongs to the architectural design technology.
Background technology
At present, the resource worsening shortages, environment goes from bad to worse, and human survival faces the challenge, all taking measures both at home and abroad, for example, the friendly building notion of rising in the urban construction in recent years.So-called friendly building is a kind of high function, sustainable building, and it is multi-functional integrated to relate to fwaater resources protection, energy-conservation, the renewable energy resource, material selection and indoor environmental quality etc.It is not advanced that domestic house architectural structure majority exists design philosophy, simple in structure, occupation of land is many, high energy consumption, maximum discharge, the defective of high pollution, but also there is the design technology project of part building to change to pursuing the function direction that friendly building had, as publication number is the Chinese invention patent application " external wall structure of building for greening " of CN1353922, publication number is the Chinese invention patent application " a kind of colored slot device that is used for building platform and roof greening " of CN1579137, publication number is the Chinese invention patent application " building " of CN1676826, publication number is the Chinese invention patent application " building roof garden " of CN1478972, publication number is the Chinese invention patent application " energy-saving building thing efficiency device for tracking, controlling and managing and energy-saving control method thereof " of CN1804920 etc., yet the design technology project of above-mentioned building is often only noted one side and has been ignored another side, perhaps pursue the advanced person and ignored economic and practical again, therefore, truly with both energy-saving and emission-reduction, the building building that are integrated in one of the multinomial technology of environmental protection practicality also do not occur at home again.
Summary of the invention
Purpose of the present invention provides every advanced practical technique and integrating when being intended to overcome the prior art deficiency, act on same building, make it produce desirable outstanding effect, thereby provide a kind of friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one.The friendly building that this is integrated in one the energy-saving, emission-reducing, environment friendly technology, include the building body, air cleaning system, sunlight is adopted the energy system, wind power generation system, wind and light complementary road lamp, stablize heat-preserving wall, the noise reduction floor, the utensil generating, the temperature-sensitive window, refrigerator economize on electricity and hot water, water-saving valve, the secondary waste water circulating system, column with cultivations of flower or grass, cultivation box, parts such as intelligent energy-saving system, system has constituted a green building integrated system by tens of branch's new technologies, promptly make full use of the outer nature sunlight of building, air, ground temperature, wind, rain, natural resources such as snow, utilize the economize on electricity of building interior again fully, water saving, greening, insulation, noise reduction, purification function, thereby reach the synergy of friendly building integrated technology, improved the added value that building energy-saving reduces discharging and builds greatly.
The technical solution that the present invention provides is: this friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one, include the roof, the building body, floor plates, wherein the roof is provided with sunlight and adopts energy system and roof garden, be characterized in each floor also be provided with can plant plant the garden, balcony, it can system be the intelligent lighting system that described sunlight is adopted, this intelligent lighting system is by being arranged on roof (plane) or roof (plane) and the building body intelligent lighting device that can follow the tracks of light source automatically on the sunny side (solid), the circulating hot water pipeline is formed, and the intelligent lighting device that wherein can follow the tracks of light source automatically communicates with the indoor thermocirculator of each floor by the circulating hot water pipeline.
For better finishing purpose of the present invention, be provided with multiple row (more than at least one row) in the described intelligent lighting device that can follow the tracks of light source automatically that is arranged on roof (plane) and be fixed on the convex lens on the support, fixedly the support of convex lens is connected with drag link by connecting rod, drag link is connected by clutch and manual clutch device or by the motor of control circuit control, be provided with heated body below the described convex lens, i.e. the pipeline that communicates with the circulating hot water pipeline.During work, both can rotate by light sensation control circuit control motor, spur the fixedly support of convex lens by clutch, drag link, connecting rod, make convex lens follow the tracks of light source automatically and obtain best lighting angle, the handwheel that can handle again in the manual clutch device rotates, spur the fixedly support of convex lens by clutch, drag link, connecting rod, manually make convex lens follow the tracks of light source and obtain best lighting angle.
For better finishing purpose of the present invention, be arranged on and also be provided with multiple row (more than at least one row) in the intelligent lighting device that can follow the tracks of light source automatically of building body on the sunny side and be fixed on the convex lens on the support, be provided with the heated body coaxial below the convex lens with support, the i.e. pipeline that communicates with heated body in the intelligent lighting device that is arranged on the roof, fixedly the support of convex lens is connected with drag link by connecting rod, one end of this drag link is connected with the spindle nose of deflecting roller, the teeth of deflecting roller vertical are drawn drawing tooth to be meshed and fixedly connected with the pulley that draws the rail opposite side on the rail with one, the upper end of drawing rail that this is vertical is connected with the rocking arm of lifting wheel, lifting wheel by coaxial manual pulley gear and the gear of the motor that is meshed with the gear of manual pulley be connected with motor, the gear both sides of manual pulley also are provided with the support of setting, and support is provided with unidirectional button the on the gear that the lower edge rides against manual pulley.
During work, both can rotate by light sensation control circuit control motor, rotate by the gear of motor, the gear drive lifting wheel of manual pulley, lifting wheel drives again when rotating and draws rail to move up and down, draw the tooth that draws on the rail also to move up and down thereupon, draw drawing the moving deflecting roller that is meshed with it of cingulum and drawing the pulley rotation of rail opposite side on the rail, deflecting roller drive drag link, connecting rod and fixedly the support of convex lens axially rotate around heated body, making on the sunny side the convex lens of inclination follow the tracks of light source automatically and obtaining best lighting angle; The handwheel that can handle again in the manual clutch device rotates, draw back the gear of the manual pulley that is meshed with the gear of motor, the driving lifting wheel rotates, lifting wheel drives again when rotating and draws rail to move up and down, draw the tooth that draws on the rail also to move up and down thereupon, draw drawing the moving deflecting roller that is meshed with it of cingulum and drawing the pulley rotation of rail opposite side on the rail, deflecting roller drive drag link, connecting rod and fixedly the support of convex lens axially rotate around heated body, making on the sunny side the convex lens of inclination manually follow the tracks of light source and obtaining best lighting angle.
For better finishing purpose of the present invention, the control circuit of the described intelligent lighting device that can follow the tracks of light source automatically is by U1 single chip computer AT mega8, include the mu balanced circuit part of the adjustable accurate benchmark stabilizator TL431 of U2 voltage stabilizing sheet 78L05 and U3, include the signal amplification circuit part of U4 dual operational amplifier LM358, include the power circuit part of power module U5, the photometry head, outside limit switch, the electrification reset part, the motor-driven part, relay control section and external motor are formed, two groups of light resistor R6 in the photometry head wherein, R7 and R13, R14 adopt respectively with 3 pin of U4 dual operational amplifier LM358 in the same way input IN1+ and 5 pin in the same way input IN2+ link to each other, reverse input end 2 pin IN1-directly link to each other with 7 pin OUT2 with output 1 pin OUT1 with 6 pin IN2-, there is a measuring junction at 1 pin and 7 pin places at U4 dual operational amplifier LM358, and whether the voltage of measuring this point by adjusting adjustable potentiometer R8 makes two groups of light resistor reach balance; U4 dual operational amplifier LM358 is connected by output 1 pin the analog quantity after amplifying with the 23 pin Input1 of U1 single chip computer AT mega8,7 pin of U4 dual operational amplifier LM358 are connected the transmission that realizes data with the 24 pin Input2 of U1 single chip computer AT mega8.
1 pin of the adjustable accurate benchmark stabilizator TL431 of U3 links to each other with the 20 pin AREF ports of U1 single chip computer AT mega8 by reference voltage output end VREF provides stable benchmark voltage; The electrification reset system that is made up of triode Q3 and R10, R11, R12 is connected with 29 pin of U1 single chip computer AT mega8, makes U1 single chip computer AT mega8 energy hardware reset when powering in system.
In the U1 single chip computer AT mega8 analog-digital conversion function is arranged, analog quantity compares be converted into digital quantity in U1 single chip computer AT mega8 after.According to comparison to two groups of data, and compare with reference quantity again, draw big one group of numerical value, U1 single chip computer AT mega8 exports corresponding high-low level by I/O port one 2 pin Output1 or 11 pin Output2 and drives the adhesive that triode Q1 and Q2 control 5V relay SPDT1 and SPDT2 for two of being connected, and then the start-stop and the rotating of control external motor, reach the purpose of following sunshine; The 10 pin Key1 of U1 single chip computer AT mega8 are connected with S2 with two limit switch S1 of outside respectively by plug-in unit J1, J2 with 9 pin Key2.Follow when the intelligent lighting device and can feed back to low level signal of U1 single chip computer AT mega8 when light source moves the limit switch that touches any end, external motor will stop action, can prevent that like this intelligent lighting device from causing mechanical failure owing to rotational angle is excessive; The centre tap RV of adjustable potentiometer R1 is connected with 25 pin of U1 single chip computer AT mega8, in addition two ends respectively with 1 pin of the adjustable accurate benchmark stabilizator TL431 of U3 with link to each other publicly, cross the resistance of adjusting adjustable potentiometer R1 and come the sensitivity of regulating system, realize that different solar irradiation intensity is carried out sunlight follows.
For better finishing purpose of the present invention, the present invention also includes air cleaning system, and described air cleaning system is centralized air cleaning system and two kinds of forms of each door type air cleaning system, wherein
Centralized air cleaning system includes air intake and exhaust opening, purification heat exchange blower fan system, air intake pipeline, pipeline cleaning device that is arranged on the roof and the ecological cabin that can adjust air velocity and temperature,
Described air intake upper end is the typhon degree of lip-rounding, the throat of lower end is the toy trumpet degree of lip-rounding, be provided with anti-high wind shutter in the typhon mouth of described air intake upper end, the rear side of described air intake upper end typhon mouth is provided with empennage, and the air intake lower end is provided with bearing and is connected with the inlet of blower fan;
Be provided with air heat exchanger in the described udst separation heat exchange blower fan system;
Described air intake lower end throat toy trumpet mouth both communicated with the inlet of blower fan by udst separation filter screen and the blast pipe that passes air heat exchanger, and described air intake lower end throat toy trumpet mouth also directly communicates with the inlet of blower fan by the blast pipe of udst separation filter screen and band temperature-sensing valve;
The outlet of the described blower fan that is arranged on the blower fan lower end communicates with the air intake pipeline of the register one's residence air intake and the opposite side of band floor admission valve by the air intake pipeline of a side, the outlet of described blower fan also communicates with the air intake pipeline of opposite side by the air intake pipeline of a side and the pipeline of band temperature-sensing valve, the outlet of described blower fan also directly communicates with ecological cabin by the air intake pipeline of a side, described ecological cabin is independent cabin, in be provided with temperature-sensing valve, responsible adjustment enters the temperature of underground pipeline air;
Described ecological cabin communicates with water-retention well by the pipeline of band temperature-sensing valve, and described water-retention well communicates with well by underground temperature adjustment pipeline, and described well communicates with the air intake pipeline of opposite side by pipeline, and certainly, the position of water-retention well and well can be changed mutually;
Described air intake pipeline is provided with fire-fighting forced draft valve, blower fan is controlled by wind speed sensing controler (as existing NICE VOLO type product on the market), after windless condition reached certain hour, the wind speed sensing controler was connected the circuit of blower fan automatically, and blower fan can be forced to start air-supply; Blower fan is controlled by the fire fighting system in the building also simultaneously, and when the fire fighting system in the building started, the fire-fighting forced draft valve of floor was opened air-supply, other valve closings;
Also be provided with the pipeline cleaning device on the described air intake pipeline;
Described exhaust opening communicates with the exhaust opening of registering one's residence of band floor outlet valve by the stack that passes air heat exchanger, and described exhaust opening also directly communicates with the exhaust opening of registering one's residence of band floor outlet valve by the stack of band temperature-sensing valve;
Also be provided with the pipeline cleaning device on the described gas exhaust piping;
Described exhaust ports is provided with the unpowered exhaust blower of disjunctor, the unpowered exhaust blower of this disjunctor is made of base plate, main shaft, bearing, support, blade, top cover and waist circle, erect in the middle of the wherein cylindric base plate main shaft is arranged, the upper edge of cylindric base plate is connected with the blade lower edge of lantern shape, be provided with the waist circle between two groups of blades, described main shaft is connected with the lower edge with the upper edge of base plate and the upper edge (comprising top cover) of the blade of lower edge, lantern shape by bearing, support.
Described temperature-sensing valve is except that having conventional automatic control, also have manual control part, include valve body and valve plate, valve plate is connected with electricity (hand) control clutch by connecting rod, electricity (hand) control clutch also is connected with manual pulley except that with electric control gear is connected.
Described each door type air cleaning system is by the fresh inlet that is placed in the building foxholes, the waste gas escape pipe, the air purification blower fan, the wind resistance louvre, the turnover pipeline is formed, wherein the sidewall of building foxholes or bottom have fresh inlet, which is provided with filter screen and wind resistance louvre, air intake front end typhon actinal surface is to the fresh inlet of building foxholes, air intake rear end throat toy trumpet mouth place be provided with reserve the humidification pipe and by new wind air inlet pipe through the udst separation filter screen, the air themperature switch communicates with indoor fresh inlet, also is provided with the waste gas escape pipe that communicates with indoor waste gas outlet in the air themperature switch.
For better finishing purpose of the present invention, the present invention also includes the wind power generation system that is arranged on the roof, described wind power generation system is by wheel hub, generator blade, connecting rod, solar photovoltaic panel, column and controller is housed and the control cabinet of battery is formed, its central post is arranged on the roof, column top is provided with generator and wheel hub blade, wheel hub connects generator and control system, the column middle part is provided with the wind light mutual complementing illuminating lamp, the column bottom is provided with the control cabinet that controller and battery are housed, also be provided with infrared probe on the column, described generator blade sectional area is the airfoil circulation design, is subjected to make blade both sides pressure differences and rotate behind the wind-force to make its generator for electricity generation; The light fixture top of described wind light mutual complementing illuminating lamp also is provided with solar photovoltaic panel, and motion prevents that the accumulator plate sulfuration is beneficial to this wind light mutual complementing power generation to active ions, can prolong battery life, prolongs the illuminating lamp stream time.
For better finishing purpose of the present invention, the present invention also includes stable heat-preserving wall, described stable heat-preserving wall comprises the external vermicelli of exterior wall, heat insulating material, stable holder part, bloated crab-bolt of more piece and exterior wall are wiped one's face, described heat insulating material is by stable holder part, the bloated crab-bolt of more piece is fastened on the external vermicelli of exterior wall, heat insulating material and stable holder part, more piece is bloated wipes one's face for exterior wall in a crab-bolt outside, described stable holder part is a parallel-plate, parallel-plate is provided with fixing hole, lacing wire, prop up muscle and horizontal bar, stable holder part profile has two kinds of " L " type and " ten " fonts, the stable holder of " L " type parallel-plate part is the holder part that is used for the wall limit, and the stable holder of " ten " font parallel-plate part is the holder part that is used for body of wall; A described crab-bolt that expands is made up of tightening latch, body, bolt head and bloated joint, pressing plate, clamp nut, and wherein tightening latch is through in the body, and the front end of tightening latch is the bolt head and is connected with at least one joint that expands that pressing plate, clamp nut are passed in the rear end of tightening latch.
For better finishing purpose of the present invention, the present invention also includes steel concrete noise reduction floor, and described steel concrete noise reduction floor includes the hush pipe of being manufactured by concrete and net muscle material of one deck at least, is provided with the corrosion resistant quieter material in the hush pipe.When the plate face has noise to occur, sound wave penetrates the slab surfaces course degree of depth and propagates, promptly gathered in the hush pipe cavity of establishing to the floor, owing to have the corrosion resistant damping material in the hush pipe cavity, make and enter that sound wave is digested by damping material rapidly in the chamber, reach quiet purpose, also reduced the floor load simultaneously.
For better finishing purpose of the present invention, the present invention also includes the body-building apparatus TRT, described body-building apparatus TRT includes the line shaft of body-building apparatus, TRT, control inverter, battery, solar energy photovoltaic panel, changeover switch, the load wiring box, control inverter wherein, in the equipment setting cat's-ear-shaped caves outside the building such as battery, top, the slope of cat's-ear-shaped cave is provided with solar energy photovoltaic panel, and indoor body-building apparatus is provided with generator and by the control inverter in lead and the cat's-ear-shaped cave, battery, be arranged on solar energy photovoltaic panel on the cat's-ear-shaped cave slope top and indoor changeover switch, the load wiring box constitutes control loop.
For better finishing purpose of the present invention, the present invention also includes the temperature-sensitive window system, described temperature-sensitive window system includes the fenestrated membrane axle, motor, gear, electromagnet, shift fork, by frame, transparent thermal insulating film and control circuit, wherein the fenestrated membrane axle is located in the escutcheon of the indoor side of window frame top, thermal insulating film twists on the pipe crimping of fenestrated membrane axle, transparent thermal insulating film lower edge is connected with Kao Gang and does by being located at the axis of rolling by the frame upper edge, following motion, it is open and close, incrusted glass formation is air wall in thermal insulating film that closed back is transparent and the window frame, play not only thermal insulation but also permeation, one end of described fenestrated membrane axle is with spline housing and passes through geared sleeve, gear is connected with motor, also pass through geared sleeve simultaneously, shift fork is connected with electromagnet, one end termination of fenestrated membrane axle also is with manual roller shutter wheel, manually the roller shutter wheel is provided with manual backguy, so that when outage, start roller shutter wheel and the rotation of fenestrated membrane axle by the take off and landing strip of manual backguy, make transparent thermal insulating film lifting.
Electromagnetic actuation after connecting power supply, after shift fork is dialled in motor gear, by control circuit according to variations in temperature work, make the fenestrated membrane axle drive transparent thermal insulating film lifting by rotating, when dropping to by frame base fillet by the axis of rolling when transparent thermal insulating film falls, lean on the gravity of thick stick that transparent thermal insulating film is close to by frame.
After power supply disconnected, electromagnet separated, and shift fork is transferred to motor gear and manually roller shutter wheel interlock, manually can drive transparent thermal insulating film lifting.
The control circuit of described temperature-sensitive window includes temperature pick up, voltage-stabilized power supply, watchdog reset, MCU, motor-driven and relay control section, wherein temperature pick up, voltage-stabilized power supply, watchdog reset link to each other with the input interface of MCU respectively, and the output interface of MCU links to each other with external motor by motor-driven and relay control section.
The operating principle of temperature-sensitive window is: the core control of this system is finished by the high-speed low-power-consumption single-chip microprocessor MCU, and cooperates peripheral circuit to drive external motor, realizes closing and opening of transparent thermal insulating film; Mu balanced circuit can provide a stable operating voltage for whole system; See that civilian dog reset can prevent that program from entering endless loop, avoids system the deadlock situation to occur; Button operation can be provided with the bound temperature that transparent thermal insulating film is closed and opened, and temperature can show on the LED charactron.
Described temperature pick up transmits into MCU processing to the indoor temperature signal that collects with the form of digital quantity, and the signal of MCU output after motor-driven and the transmission of relay control section, drives external motor and makes corresponding action again.
Summer, MCU control external motor was rotated, and spur transparent thermal insulating film closure, reaches shielded from sunlight, reduces daylighting, makes indoor temperature decline when temperature is higher than default ceiling temperature; When temperature was lower than default lower limit temperature, MCU control external motor was rotated, and draws back transparent thermal insulating film, increases daylighting, and indoor temperature is risen.
Winter, MCU control external motor was rotated, and draws back transparent thermal insulating film, and indoor temperature is descended when temperature is higher than default ceiling temperature; When temperature was lower than default lower limit temperature, MCU control external motor was rotated, and spurs transparent thermal insulating film closure, forms air wall, makes indoor heat insulating.
For better finishing purpose of the present invention, the present invention also includes the refrigerator battery saving arrangement, described refrigerator battery saving arrangement includes sleeve pipe, threeway, joint ring, sealing nut, wherein two of threeway unions and sleeve pipe join, the 3rd union and indoor running water pipe join, and described casing pipe sleeve is on the radiating tube of the cool condenser of refrigerator.
When the tap water in the sleeve pipe did not flow, the heat in the radiating tube of the cool condenser of refrigerator was by sleeve pipe and as the tap water of heat transfer medium, by the tube wall of sleeve pipe to external radiation; When sleeve pipe has tap water to flow, tap water can be taken away the heat in the radiating tube of the cool condenser of refrigerator, the freezer compressor working application time is reduced, thereby reach the power saving purpose, heat in the refrigerator radiating tube raises the temperature of the tap water in the sleeve pipe simultaneously, can obtain free hot water again.
For better finishing purpose of the present invention, the present invention also includes water-saving valve, this water-saving valve is a hand, from the one water-saving valve, include inductor, water tap, hand control valve, wherein be provided with three chambers in the shaft of water tap, i.e. induction control water route chamber, manually control water route chamber and induction line chamber, induction control water route chamber communicates with the hot and cold mixer of bottom in the water tap shaft by induction control water pipe, hot and cold mixer and cold, hot-water line communicates, hot-water line is provided with the joint thermal valve that can control the joint heat, manually control water route chamber is by manually controlling water pipe respectively with cold, hot-water line communicates, water tap shaft top is provided with hand control valve, the water tap shaft is provided with the magnetoelectric induction control valve, and the delivery port place of water tap is provided with inductive head.
The water-saving valve operating principle: in the time of in the prewashing object enters the inductive head induction range, the magnetoelectric induction control valve is opened, and the cold and hot current that enter hot and cold mixer are imported into induction control water pipe, and the delivery port by water tap flows out again; Object leaves beyond the inductive head induction range or when surpassing certain hour, the magnetoelectric induction control valve is closed, and the cold and hot current that enter hot and cold mixer stop to flow out from the delivery port of water tap, the joint thermal valve control induction control water route joint heat on the hot-water line; When hand control valve was opened, the magnetoelectric induction control valve was closed, and the hot and cold water flow point of hot and cold water pipe is not imported into manual control water pipe by force, and adjusted hot water or cold water's flow by hand control valve, was flowed out by the delivery port of water tap through manually controlling the water route chamber again; When hand control valve cuts out, promptly recover the magnetoelectric induction state of a control.This structure design of water-saving valve had both adapted to the water saving of water time length different situations to be used, and has increased practicality, reliability again, and through actual measurement, only flowing water washes one's face and just can save 45% water source.
For better finishing purpose of the present invention, the present invention also includes secondary waste water circulating and recovering system, described secondary waste water circulating and recovering system includes effluent filter, the waste water header tank, the secondary waste water circulation pump, the two-chamber toilet cistern, wherein the waste water inlet port of effluent filter communicates with indoor daily life sewage pipe, the delivery port of effluent filter communicates with the water intake of waste water header tank, the wastewater effluent mouth of waste water header tank communicates with the waste water intake of secondary waste water circulation pump, and the waste water discharge opening of secondary waste water circulation pump communicates with the wastewater inlet pipe of two-chamber toilet cistern.
Effluent filter is provided with waste water inlet port, sewer pipe, dividing plate and screen pack, delivery port, recoil mouth, wherein dividing plate and the screen pack that is provided with in the effluent filter is divided into intake chamber and water-supplying chamber with effluent filter inside, the waste water inlet port is located on the intake chamber sidewall, also be provided with the sewer pipe that communicates with sewage draining exit in the intake chamber, the top of sewer pipe is provided with ball float, ball float is connected by the plug of draw bar with the sewage draining exit place, delivery port is located on water-supplying chamber's sidewall, also is provided with the recoil mouth on the top cover of water-supplying chamber's one side;
The waste water header tank is made up of casing, waste water entery and delivery port, bleed off pipe and sewage draining exit, wherein be provided with bleed off pipe in the casing with water intake and wastewater effluent mouth, the top of bleed off pipe is provided with ball float, the bottom of bleed off pipe is provided with sewage draining exit, and sewage draining exit is provided with bottom valve, and ball float is connected by the bottom valve of draw bar with the bleed off pipe bottom, when ball float floats, move on the bottom valve of bleed off pipe, the sewage draining exit of bleed off pipe bottom is opened, and sewage is discharged;
Be provided with the water purification pump chamber in the secondary waste water circulation pump, speed change chamber and waste water pump chamber, described water purification pump chamber is that same axle links to each other with the speed change chamber, axle in the water purification pump chamber is provided with impeller blade, the water purification pump chamber is provided with water inlet and delivery port, the pinion that axle in the speed change chamber is provided with gear wheel and meshes with gear wheel, be provided with impeller blade in the waste water pump chamber, the speed change chamber is respectively equipped with the disk of being made up of magnetic plate on the lattice both sides, chamber relative with the waste water pump chamber, impeller in one end and the waste water pump chamber of the axle of pinion spool an end dock by disk, it is solid on same axis that speed change chamber and waste water pump chamber separate space are inhaled, and the waste water pump chamber is provided with waste water intake and waste water discharge opening;
Be provided with in the two-chamber toilet cistern chamber every, water tank inside is divided into water-purifying cavity and waste water chamber, wherein
Described water-purifying cavity is by water purification button and water purification button spindle, the tail water inlet, the tap water blow off valve, the tap water float, tap water inlet and water purification outlet opening are formed, wherein the sidewall of water-purifying cavity is provided with tail water (tail water is the condensed water with cold water head before the hot water and water purifier discharging such as bathing) inlet, be provided with in the water-purifying cavity and can make the tap water float that moves up and down along vertical rod, this tap water float is connected with tap water blow off valve on being arranged on the water-purifying cavity inner bottom part by draw bar, the water-purifying cavity inner bottom part also is provided with the water purification outlet opening towards water outlet of water tank, the water purification outlet opening is provided with the water purification drain plug, the tank lid of water-purifying cavity one side is provided with the water purification button, the lower end of water purification button is connected with the top of water purification button spindle, the bottom of water purification button spindle is with the float tube, one end of the bottom of water purification button spindle and connecting rod is hinged, and the water purification drain plug on the other end of connecting rod and the water purification outlet opening joins;
Described waste water chamber is by waste water button and waste water button spindle, waterwater entrance, the waste water drain plug is formed, wherein the sidewall in waste water chamber is provided with waterwater entrance, waste water is provided with bleed off pipe in the chamber, the top of bleed off pipe is provided with float, the bottom of bleed off pipe is provided with plug and straight-through with water outlet of water tank, float joins by the plug of draw bar and bleed off pipe bottom, waste water chamber inner bottom part also is provided with the waste water discharge opening towards water outlet of water tank, waste water discharge opening is provided with the waste water drain plug, the tank lid of waste water chamber one side is provided with the waste water button, the lower end of waste water button is connected with the top of waste water button spindle, the bottom of waste water button spindle is with the float tube, one end of the bottom of waste water button spindle and connecting rod is hinged, and the other end of connecting rod and the waste water drain plug on the waste water discharge opening join.
The top of described water purification button spindle is with the water purification price fixing, and the water purification price fixing is connected with the upper end of spring down, and the lower end of this spring is supported on the chamber on the fixed mount of water-purifying cavity one side, an end of water purification price fixing and be hinged on the chamber and join every an end of the water purification Moving plate of upper end; The top of described waste water button spindle is with the waste water platen, and the waste water platen is connected with the upper end of spring down, and the lower end of this spring is supported on the chamber on the fixed mount of waste water chamber one side; One end of the waste water platen of the other end of described water purification Moving plate and waste water button spindle top cover joins.
The waste water platen moves down and cut with water purification Moving plate one end inclined-plane when pressing the waste water knob, waste water platen one end pushes up mutually with water purification Moving plate one end when waste water knob return, make the water purification Moving plate other end press down and press water purification price fixing and water purification to move down by torsion bar, reach in waste water knob return and can in time open the purpose of closing automatically behind the water purification drain plug discharge section water purification automatically, certainly also can directly press the water purification knob, water purification price fixing and water purification are moved down by torsion bar, open water purification drain plug discharge section water purification and flush the toilet.
For better finishing purpose of the present invention, the present invention also includes the column with cultivations of flower or grass that is arranged in the garden, balcony, described column with cultivations of flower or grass comprises cylinder, rainwater inlet, middle water inlet, external planting bed, raintank, suction wicks, flow control valve, axis of rotation, bleed off pipe, wherein
The top of cylinder is connected with the upper strata floor by top-support and top bearing, the bottom of cylinder is connected with the lower floor floor by base, bottom bearing and cement pedestal, is provided with between the top bearing of cylinder and the bottom bearing cylinder is freely rotated allow plant evenly be subjected to the axis of rotation of light;
The top of column body is provided with water storage tank, the top cover of water storage tank is provided with rainwater inlet and middle water inlet, the sidewall of water storage tank is provided with the liquid fertilizer inlet, column body also is provided with the suction wicks of spiraling downwards, the upper end of this suction wicks communicates with water storage tank, the lower end of this suction wicks communicates with the suction wicks mouth that the cylinder bottom is provided with, the cylinder bottom also is provided with tank, the sidewall of tank is provided with bleed off pipe, the bottom of tank is provided with the transmission water pipe that passes toward lower floor, the top of this suction wicks also is provided with flow control valve, and this suction wicks is controlled water percolating capacity by flow control valve;
The external surface of cylinder is provided with the external planting bed that spirals downwards, be provided with at the bottom of the pond by the external planting bed on the column side wall with cylinder in to infiltration hole that the suction wicks of spiraling down communicates.
For better finishing purpose of the present invention, the present invention also includes the planting bed that is arranged in the roof garden, described planting bed includes planting bed body, water storage tank, the spacing pond of at least one pair of pond group, wherein water storage tank communicates with the planting bed body by spacing pond, lower floor's case of described planting bed body is the pond, the upper strata case of planting bed body is a planting bed, can be split pairing and planting bed bottom between pond and the planting bed and be provided with the infiltration hole, also can be designed to one between pond and the planting bed, be provided with the infiltration hole between pond and the planting bed; Be provided with the wicks of suction in the pond, the infiltration hole that the upper end of this wicks is passed between pond and the planting bed enters in the planting bed, the lower end of this wicks probes in the liquid in the pond, also is provided with the water inlet pipe that communicates with spacing pond in the pond, and the pool side of planting bed is provided with the pond ear; Be provided with in the described spacing pond and can control the float that enters the water level in the planting bed pond.
Described planting bed communicates with the pond by infiltration hole, bottom and constitutes a pair of pond group, the many pond group is joined is to adopt connecting tube and sealing mat with many pond group to be joined together, connecting tube promptly plays interconnect function and plays the water flowing effect again, the capillary drip irrigation of every couple of Chi Zuzhong is that the wicks by suction is drawn onto planting bed with water, and described planting bed ear connects the pond group in aggregatesly to come Anti-Typhoon and design.
For better finishing purpose of the present invention, the present invention also includes intelligent electricity-saving control system, described intelligent electricity-saving control system is based on the strong and weak electricity aggregate demand, according to intelligence and economize on electricity cost performance by indispensable, add and optimize the relation of deciding what to use, include distribution subsystem and intelligent appliance RACS, wherein
The civil power of distribution subsystem (AC220V registers one's residence) end (L0) of registering one's residence is provided with a main breaker DZ0, civil power divides a plurality of loops of serve as reasons branch control switch and normal switch composition behind main breaker DZ0, be L1～Ln, each loop is equipped with line breaker, for can control civil power register one's residence the end L0 break-make and by minute break-make in the loop that the control switch is formed, behind corresponding line breaker, be provided with contactor JC by focus actuator control, power on/off by control contactor, reach the power on/off of control corresponding circuit, and the power on/off of contactor is controlled by focus actuator, can finish the function with light current control forceful electric power; Also be provided with the small manual generating equipment in the described distribution subsystem, this small manual generating equipment by double power supply automatic switching switch with join by the loop that minute the control switch is formed, the critical component of distribution subsystem is a focus actuator, in the present invention, focus actuator is actually the high-pressure modular of a switch, therefore focus actuator must be joined one not with the switch of high-pressure modular, can control focus actuator by the switch with high-pressure modular not;
The intelligent appliance RACS is connected with a plurality of functional modules that comprise switch, socket, focus actuator, schedule management device, system power supply, communication controler by root system system bus (surpassing five class unshielded twisted pairs) and constitutes, and wherein switch can insert various third party's sensors (switching value signal).By system bus above-mentioned functions module and sensor are organically integrated, can finish various functions.
The various functions of intelligent appliance RACS include:
(1) indoor intelligent illumination:
The people enters the automatic bright lamp in room, leaving the back closes the several seconds automatically: when certain human body movable sensor that inserts the intelligent appliance RACS detects the someone and enters the room, sensor can send the signal (being assumed to be short-circuit signal) of a switching value to system, system can open corresponding light switch according to prior setting after receiving this signal, start the lamp of being controlled, finish the function that the people enters the automatic bright lamp in room; When detecting, sensor man-hour is arranged less than the room, sensor can send the signal (being assumed to be open circuit signaling) of a switching value to system, system can close corresponding light switch according to the prior setting time-delay several seconds after receiving this signal, thereby close the lamp of being controlled, finish the people and leave the function that the back is closed the several seconds automatically.
Here the setting that relates to is meant the incident that is defined in the schedule management device, in fact the many functions in the system all are to be defined by the incident that is stored in the schedule management device, so-called incident is by trigger conditions, and incident validity date, period, incident causes three key elements of action and constitute.
Entering the automatic bright lamp in room with the people is example: trigger condition is the short-circuit signal that sensor is issued system, validity date, period can be set as required, causing action is to start corresponding switch (can set action delay), be stored in after this event setup is good in the schedule management device, system can move automatically.
The people withdraws from a room that the back is closed the several seconds automatically, indoor temperature and humidity control functions such as (system must insert Temperature Humidity Sensor) also is that form with incident is stored in the schedule management device.
A plurality of lighting loops are combined, formed the illumination under the specific atmosphere, can control as scene.Button in the system on any one switch all can be set to scene switch (be actually the address that relates to all light switches of this scene is stored in this button), be controlled to be example with sleep: button on certain switch in bedroom is set at the scene switch of getting up in the night to urinate, when we get up in the night to urinate, click this button, the lamp that is led to the washroom by the bedroom is opened.
Can be combined into different scenes as required: the tv scene when watching TV, the scene of having dinner when having a meal, visitor's scene when taking in guests or the like.
(2) control apparatus power on/off:
In fact the power on/off of control apparatus is exactly to control the power supply output of socket, and the control mode of the control of socket and switch is the same, can control the output of socket by the definition incident, or constitute " scene ", realize team control by button on the switch by a plurality of receptacle combinations.
(3) about security protection
Various sensors in the system both can be controlled corresponding household electrical appliances, also can use as the probe of security alarm, and realized that the module of security alarm function is exactly a communication controler.
The various settings of system are all operated by corresponding software, also can come all functions module in the control system by software, can also back up/setting of restoring system by software.
Device or system that the present invention does not describe in detail in technique scheme are same as the prior art.
Compared with prior art, beneficial effect of the present invention is: can make full use of natural resources such as the outer nature sunlight of building, air, ground temperature, wind, rain, snow, utilize economize on electricity, water saving, greening, insulation, noise reduction, the purification function of building interior again fully, thereby reach the synergy of friendly building integrated technology, improved the added value that building energy-saving reduces discharging and builds greatly.
Description of drawings
The structural representation of the friendly building building body that Fig. 1 provides for the present invention;
Fig. 2 is a centralized air cleaning system schematic diagram of the present invention;
Fig. 3 is the structural representation of the air intake in the centralized air cleaning system;
Fig. 4 is the structural representation of the air outlet in the centralized air cleaning system
Fig. 5 is the structural representation of the temperature-sensing valve (hand control part) in the centralized air cleaning system;
Fig. 6 is the lateral view of Fig. 5;
Fig. 7-1 is that indoor exhaust opening in the centralized air cleaning system is at the schematic diagram of wall locations;
Fig. 7-2 is that indoor exhaust opening in the centralized air cleaning system is at the schematic diagram of door position, room;
Fig. 7-3 is that indoor air intake in the centralized air cleaning system is at the schematic diagram of wall locations;
Fig. 7-4 is that indoor air intake in the centralized air cleaning system is at the schematic diagram of door position, room;
Fig. 7-5 is the structural representation of indoor exhaust opening or indoor air inlet port;
Fig. 7-6 is the lateral view of Fig. 7-5;
Fig. 8-1 is a structural representation of preventing the high wind shutter in the centralized air cleaning system in the air intake;
Fig. 8-2 is the lateral view of Fig. 8-1;
Fig. 9 is a udst separation heat exchange blower fan system block diagram in the centralized air cleaning system;
Figure 10 is an each door type air cleaning system schematic diagram of the present invention;
Figure 11 adopts the energy system schematic for sunlight of the present invention;
Figure 11-1 adopts the structural representation of the intelligent lighting device (being arranged on the building body towards sunny side) in the energy system for sunlight;
Figure 11-2 is the structural representation of the hand control part among Figure 11-1;
Figure 12 adopts the structural representation of the intelligent lighting device (being arranged on the roof) in the energy system for sunlight;
Figure 13 is the structural representation of the hand control part in the intelligent lighting device (being arranged on the roof);
Figure 14 adopts water circulation schematic diagram in can system for sunlight;
Figure 15 is the schematic block circuit diagram in the intelligent lighting device;
Figure 16 is the circuit diagram in the intelligent lighting device;
Figure 17 is a wind power generation system schematic diagram of the present invention;
Figure 18 is the vertical view of Figure 17;
Figure 19 is the schematic block circuit diagram of the wind light mutual complementing illuminating lamp in the wind power generation system;
Figure 20 is the structural representation of stable heat-preserving wall of the present invention;
Figure 21-1 is for stablizing the stable holder of " ten " font parallel-plate part front view in the heat-preserving wall;
Figure 21-2 is for stablizing the stable holder of " ten " font parallel-plate part lateral view in the heat-preserving wall;
Figure 21-3 is for stablizing the stable holder of " ten " font parallel-plate part vertical view in the heat-preserving wall;
Figure 21-4 is for stablizing the stable holder of " ten " font parallel-plate part stereogram in the heat-preserving wall;
Figure 22-1 is for stablizing the stable holder of " L " type parallel-plate part front view in the heat-preserving wall;
Figure 22-2 is for stablizing the stable holder of " L " type parallel-plate part lateral view in the heat-preserving wall;
Figure 22-3 is for stablizing the stable holder of " L " type parallel-plate part vertical view in the heat-preserving wall;
Figure 22-4 is for stablizing the stable holder of " L " type parallel-plate part stereogram in the heat-preserving wall;
Figure 23 is for stablizing the structural representation of the crab-bolt that expands in the heat-preserving wall;
Figure 24-1 is the structural representation of steel concrete noise reduction floor of the present invention;
Figure 24-2 is the partial enlarged drawing of Figure 24-1;
Figure 24-3 is the stereogram of steel concrete noise reduction floor;
Figure 25 is a body-building apparatus TRT schematic diagram of the present invention;
Figure 26 is the structural representation of temperature-sensitive window system of the present invention;
Figure 27 is the structural representation of the hand control part in the temperature-sensitive window system;
Figure 28 is the schematic block circuit diagram of temperature-sensitive window system;
Figure 29 is the structural representation of refrigerator battery saving arrangement of the present invention;
Figure 30 is the tee junction schematic diagram in the refrigerator battery saving arrangement;
Figure 31 is the structural representation of water-saving valve of the present invention;
Figure 32 is the cross sectional representation of the water tap shaft in the water-saving valve;
Figure 33 is a secondary waste water circulating and recovering system schematic of the present invention;
Figure 33-1 is the structural representation of the secondary waste water circulation pump in the secondary waste water circulating and recovering system;
Figure 33-2 is the A-A sectional drawing among Figure 33-1;
Figure 33-3 is the B-B sectional drawing among Figure 33-1;
Figure 33-4 is the C-C sectional drawing among Figure 33-1;
Figure 33-5 is the outside drawing of the secondary waste water circulation pump in the secondary waste water circulating and recovering system;
Figure 34-1 is the structural representation of the effluent filter in the secondary waste water circulating and recovering system;
Figure 34-2 is the vertical view of Figure 34-1;
Figure 35 is the structural representation of the waste water header tank in the secondary waste water circulating and recovering system;
Figure 36 is the structural representation of the two-chamber toilet cistern in the secondary waste water circulating and recovering system;
Figure 36-1 is the partial enlarged drawing of Figure 36;
Figure 37 is the structural representation of column with cultivations of flower or grass of the present invention;
Figure 38 is a planting bed schematic diagram of the present invention;
Figure 38-1 is the vertical view of monomer planting bed;
Figure 39 is an intelligent electricity-saving control system block diagram of the present invention.
Figure 40 is the illumination plane figure in the intelligent electricity-saving control system;
Figure 41 is the socket plan view in the intelligent electricity-saving control system
The specific embodiment
Below in conjunction with embodiment concrete technical scheme of the present invention is described further:
As shown in Figure 1, this friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one, include roof 1, building body 2, floor plates 3, roof 1 be provided with sunlight adopt can system 4, air intake 5, air outlet 6, wind power generation system 7 and roof garden in the centralized air cleaning system, each floor also be provided with can plant plant dew (sun) platform garden 3-1, sunlight wherein adopt can system 4 for being arranged on roof and the building body intelligent lighting system on the sunny side.Mark 8 is the blower fan in the centralized air cleaning system among the figure.
As Fig. 2～shown in Figure 9, centralized air cleaning system includes air intake 5 and exhaust opening 6, purification heat exchange blower fan system 10, air intake pipeline 24-1 and 24-2, pipeline cleaning device 12 that is arranged on the roof pedestal 29 and the ecological cabin 18 that can adjust air velocity and temperature
Described air intake 5 upper ends are the typhon degree of lip-rounding, the throat of lower end is the toy trumpet degree of lip-rounding, be provided with the anti-high wind shutter of forming by axle 25-1, shutter 25-2, support 25-3, turnover panel 25-4 and spring 25-5 25 in the typhon mouth of air intake 5 upper ends, the rear side of air intake 5 upper end typhon mouths is provided with empennage 9, air intake 5 lower ends are provided with bearing 27 and are connected with the inlet of blower fan 8, also are provided with air heat exchanger 26 in the udst separation heat exchange blower fan system 10;
Air intake 5 lower end throat toy trumpet mouths both communicated with the inlet of blower fan 8 by udst separation filter screen 28-1,28-2 and the blast pipe that passes air heat exchanger 26, and air intake 5 lower end throat toy trumpet mouths also directly communicate with the inlet of blower fan 8 by the blast pipe of udst separation filter screen 28-1,28-2 and band temperature-sensing valve 11-1.
The air intake pipeline 24-1 of outlet by a side that is arranged on the blower fan of blower fan 8 lower ends communicates with the air intake pipeline 24-2 of the register one's residence air intake 13 and the opposite side of band floor air intake valve 16, the outlet of blower fan also communicates with the air intake pipeline 24-2 of opposite side by the air intake pipeline 24-1 of a side and the pipeline of band temperature-sensing valve 20-1, and the outlet of blower fan also directly communicates with ecological cabin 18 by the air intake pipeline 24-1 of a side;
Described ecological cabin 18 communicates with water-retention well 19 by the pipeline of band temperature-sensing valve 20-2, water-retention well 19 communicates with well 22 by underground temperature adjustment pipeline 21, well 22 both communicated with the air intake pipeline 24-2 of opposite side by pipeline, filter rinsed 23, and well 22 also communicates with the air intake pipeline 24-2 of opposite side by the pipeline of band temperature-sensing valve 20-3; Also be provided with pipeline cleaning device 12 on described air intake pipeline 24-1, the 24-2.
Also be provided with fire-fighting forced draft valve 17 on the air inlet pipeline, blower fan 8 is by the control of NICE VOLO type wind speed sensing controler, and after windless condition reached certain hour, the wind speed sensing controler was connected the circuit of blower fan 8 automatically, and blower fan 8 can be forced to start air-supply; Blower fan 8 is controlled by the fire fighting system in the building also simultaneously, and when the fire fighting system in the building started, the fire-fighting forced draft valve 17 of floor was opened air-supply, other valve closings;
Described exhaust opening 6 both communicated with the exhaust opening 14 of registering one's residence of band floor outlet valve 15 by the stack that passes air heat exchanger 26, and described exhaust opening 6 also directly communicates with the exhaust opening 14 of registering one's residence of band floor outlet valve 15 by the stack 30 of band temperature-sensing valve 11-2; Described gas exhaust piping is provided with pipeline cleaning device 12;
Described exhaust opening 6 places are provided with the unpowered exhaust blower of disjunctor, the unpowered exhaust blower of this disjunctor is made of base plate 6-1, main shaft 6-2, bearing 6-3, support 6-4, blade 6-5, top cover 6-6 and waist circle 6-7, erect in the middle of the wherein cylindric base plate 6-1 main shaft 6-2 is arranged, the upper edge of cylindric base plate 6-1 is connected with the blade 6-5 lower edge of lantern shape, be provided with waist circle 6-7 between two groups of blade 6-5, described main shaft 6-2 is connected with the lower edge with the upper edge of base plate 6-1 and the upper edge (comprising top cover 6-6) of the blade 6-5 of lower edge, lantern shape by bearing 6-3, support 6-4.
Described temperature-sensing valve is except that having conventional automatic control, also have manual control part, include valve body 31 and valve plate 32, valve plate 32 is connected with electricity (hand) control clutch 33 by connecting rod 36, electricity (hand) control clutch 33 also is connected with manual pulley 35 except that with electric control gear 34 is connected.
Air is by being located in indoor air intake 13 inlet chambers on indoor wall 37 or the door 38, discharge by the indoor exhaust opening 14 that is located on indoor wall 37 or the door 38 through each contaminated waste gas in circulation back, room, (vertically establishing low two exhaust openings of Xia Gaodong), entering the suction function that produced by stack air-flow temperature and port behind the exhaust duct discharges gas outdoor, the opening that inlet and outlet pipeline is equipped with branch's temperature-sensing valve, valve increases downwards successively from top layer, to guarantee each layer capacity.The effect of branch's temperature-sensing valve is when temperature is suitable (as the time in spring and autumn), can not purify the back by ecological cabin 18 and directly import inlet and outlet work.
As shown in figure 10, described each door type air cleaning system is by the fresh inlet 40 that is arranged in the building foxholes 39, exhaust emission tube 41, air themperature switch 42, wind resistance louvre 43 is formed, wherein the sidewall of building foxholes 39 or bottom have fresh inlet 40, which is provided with filter screen 44 and wind resistance louvre 43, air intake 45 front end typhon actinal surfaces are to fresh inlet 40, air intake 45 rear end throat toy trumpet mouth places be provided with reserve humidification pipe 46 and by new wind blast pipe through udst separation filter screen 47, air themperature switch 42 communicates with indoor fresh inlet 48, also is provided with the exhaust emission tube 41 that communicates with indoor waste gas outlet 49 in the air themperature switch 42.Mark 50 is a hermatic door among the figure, and 51 is silencing pad.
As Figure 11～shown in Figure 14, be arranged on roof 1 and the building body 2 intelligent lighting system on the sunny side, wherein be arranged on and be provided with multiple row in the intelligent lighting device 52-1 that can follow the tracks of light source automatically on roof 1 (plane) and be fixed on convex lens 59 on the support 60, fixedly the support 60 of convex lens 59 is connected with drag link 62 by connecting rod 61, drag link 62 is connected by clutch 63 and handwheel 65 or by the motor 64 of control circuit control, be provided with heated body 53 below the convex lens 59, i.e. the pipeline that communicates with circulating hot water pipeline 58.During work, both can rotate by light sensation control circuit control motor 64, spur the fixedly support 60 of convex lens 59 by clutch 63, drag link 62, connecting rod 61, make convex lens 59 follow the tracks of light source automatically and obtain best lighting angle, but hand wheel 65 rotates again, spur the fixedly support 60 of convex lens 59 by clutch 63, drag link 62, connecting rod 61, manually make convex lens 59 follow the tracks of light sources and obtain best lighting angle.
Be arranged on and also be provided with multiple row in the intelligent lighting device 52-2 that can follow the tracks of light source automatically of building body 2 on the sunny side and be fixed on convex lens 77 on the support 78, be provided with the heated body 76 coaxial below the convex lens 77 with support 78, the i.e. pipeline that communicates with heated body 53 in the intelligent lighting device 52-1 that is arranged on roof 1, fixedly the support 78 of convex lens 77 is connected with drag link 80 by connecting rod 79, one end of this drag link 80 is connected with the spindle nose 82 of deflecting roller 81, the teeth of deflecting roller 81 vertical are drawn drawing tooth 68 to be meshed and fixedly connected with the pulley 66 that draws rail 67 opposite sides on the rail 67 with one, the upper end of drawing rail 67 that this is vertical is connected with the rocking arm 75 of lifting wheel 69, lifting wheel 69 by coaxial manual pulley 73 gear 71-1 and the gear 71-2 of the motor that is meshed with the gear 71-1 of manual pulley 73 be connected with motor 72, the gear 71-1 both sides of manual pulley 73 also are provided with the support 74 of setting, and support 74 is provided with unidirectional on the gear 71-1 that the lower edge rides against manual pulley 73 and buckles 70.
During work, both can rotate by light sensation control circuit control motor 72, gear 71-2 by motor, the gear 71-1 of manual pulley drives lifting wheel 69 and rotates, lifting wheel 69 drives again when rotating and draws rail 67 to move up and down, draw the tooth 68 that draws on the rail 67 also to move up and down thereupon, draw the deflecting roller 81 that draws tooth 68 drives to be meshed with it on the rail 67 to reach pulley 66 rotations of drawing rail 67 opposite sides, deflecting roller 81 drives drag link 80, connecting rod 79 and fixedly the support 78 of convex lens 77 axially rotate around heated body 76, making the convex lens 77 that tilts on the sunny side automatically the tracking light sources obtain best lighting angle; Can handle manual pulley 73 again rotates, draw back the gear 71-1 of the manual pulley that is meshed with the gear 71-2 of motor, driving lifting wheel 69 rotates, lifting wheel 69 drives again when rotating and draws rail 67 to move up and down, draw the tooth 68 that draws on the rail 67 also to move up and down thereupon, draw the deflecting roller 81 that draws tooth 68 drives to be meshed with it on the rail 67 to reach pulley 66 rotations of drawing rail 67 opposite sides, deflecting roller 81 drives drag link 80, connecting rod 79 and fixedly the support 78 of convex lens 77 axially rotate around heated body 76, making the convex lens 77 artificial tracking light sources that tilt obtain best lighting angle on the sunny side.Figure 14 adopts water circulation schematic diagram in can system for sunlight, and mark among the unaccounted figure among Figure 11～Figure 14: 54 be hot water cylinder, and 55 be circulating hot water, and 56 be upper hose, and 57 is workplace, and 83 is safety valve, and 84 is water outlet, and 85 is to intake, and 85-1 is an one way valve.
As Figure 15～shown in Figure 16, the control circuit of adopting the energy device that can follow the tracks of light source automatically is by U1 single chip computer AT mega8, include the mu balanced circuit part of the adjustable accurate benchmark stabilizator TL431 of U2 voltage stabilizing sheet 78L05 and U3, include the signal amplification circuit part of U4 dual operational amplifier LM358, include the power circuit part of power module U5, the photometry head, outside limit switch, the electrification reset part, the motor-driven part, relay control section and external motor are formed, two groups of light resistor R6 in the photometry head wherein, R7 and R13, R14 respectively with 3 pin of U4 dual operational amplifier LM358 in the same way input IN1+ and 5 pin in the same way input IN2+ link to each other, reverse input end 2 pin IN1-directly link to each other with 7 pin OUT2 with output 1 pin OUT1 with 6 pin IN2-, there is a measuring junction at 1 pin and 7 pin places at U4 dual operational amplifier LM358, and whether the voltage of measuring this point by adjusting adjustable potentiometer R8 makes two groups of light resistor reach balance; U4 dual operational amplifier LM358 is connected by output 1 pin the analog quantity after amplifying with the 23 pin Input1 of U1 single chip computer AT mega8,7 pin of U4 dual operational amplifier LM358 are connected the transmission that realizes data with the 24 pin Input2 of U1 single chip computer AT mega8.
1 pin of the adjustable accurate benchmark stabilizator TL431 of U3 links to each other with the 20 pin AREF ports of U1 single chip computer AT mega8 by reference voltage output end VREF provides stable benchmark voltage; The electrification reset system that is made up of triode Q3 and R10, R11, R12 is connected with 29 pin of U1 single chip computer AT mega8, makes U1 single chip computer AT mega8 energy hardware reset when powering in system.
In the U1 single chip computer AT mega8 analog-digital conversion function is arranged, analog quantity compares be converted into digital quantity in U1 single chip computer AT mega8 after.According to comparison to two groups of data, and compare with reference quantity again, draw big one group of numerical value, U1 single chip computer AT mega8 exports corresponding high-low level by I/O port one 2 pin Output1 or 11 pin Output2 and drives the adhesive that triode Q1 and Q2 control 5V relay SPDT1 and SPDT2 for two of being connected, and then the start-stop and the rotating of control external motor, reach the purpose of following sunshine; The 10 pin Key1 of U1 single chip computer AT mega8 are connected with S2 with two limit switch S1 of outside respectively by plug-in unit J1, J2 with 9 pin Key2.Follow when Sunlight following instrument and can feed back to low level signal of U1 single chip computer AT mega8 when light source moves the limit switch that touches any end, external motor will stop action, can prevent from like this to adopt to cause mechanical failure owing to rotational angle is excessive by device; The centre tap RV of adjustable potentiometer R1 is connected with 25 pin of U1 single chip computer AT mega8, in addition two ends respectively with 1 pin of the adjustable accurate benchmark stabilizator TL431 of U3 with link to each other publicly, cross the resistance of adjusting adjustable potentiometer R1 and come the sensitivity of regulating system, realize that different solar irradiation intensity is carried out sunlight follows.
As Figure 17～shown in Figure 19, described wind power generation system is by wheel hub 86, generator blade 87, connecting rod 88, solar photovoltaic panel 89, column 90 and control cabinet 91 are formed, its central post 90 is arranged on the roof, column 90 tops are provided with wheel hub 86 and generator blade 87, wheel hub 86 connects generator 93 and control system, column 90 middle parts are provided with wind light mutual complementing illuminating lamp 92, column 90 bottoms are provided with the control cabinet 91 that controller and battery are housed, also be provided with infrared probe 94 on the column 90, generator blade 87 sectional areas and wing sectional area be similar to become circulation design, makes blade both sides pressure differences after the effect of wind-engaging power and rotates and make its generator 93 generatings; The light fixture top of described wind light mutual complementing illuminating lamp 92 also is provided with solar photovoltaic panel 89, and motion prevents that the accumulator plate sulfuration is beneficial to this wind light mutual complementing power generation to active ions, can prolong battery life, prolongs the illuminating lamp stream time.
As Figure 20～shown in Figure 23, described stable heat-preserving wall comprises the external vermicelli 95 of exterior wall, heat insulating material 96, stable holder part, the crab-bolt 97 that expands and exterior wall wipe one's face 98, wherein heat insulating material 96 is by stable holder part, the crab-bolt 97 that expands is fastened on the external vermicelli 95 of exterior wall, heat insulating material 96 and stable holder part, a bloated crab-bolt 97 outsides are that exterior wall wipes one's face 98 outward, described stable holder part is a parallel-plate 104, parallel-plate 104 is provided with fixing hole 101, prop up muscle 102, lacing wire 102-1 and horizontal bar 103, stable holder part profile has two kinds of " L " type and " ten " fonts, the stable holder of " L " type parallel-plate part 99 is the holder parts that are used for the wall limit, and the stable holder of " ten " font parallel-plate part 100 is the holder parts that are used for body of wall; The described crab-bolt 97 that expands is made up of tightening latch 97-1, body 97-2, bolt head 97-3 and bloated joint 97-4, pressing plate 97-5, clamp nut 97-6, wherein tightening latch 97-1 is through in the body 97-2, the front end of tightening latch 97-1 is bolt head 97-3 and is connected with two joint 97-4 that expand that pressing plate 97-5, clamp nut 97-6 are passed in the rear end of tightening latch 97-1.
Shown in Figure 24-1～Figure 24-3, be provided with plate top negative muscle 105, distribution bar 106 and lacing wire 110 in the described steel concrete noise reduction floor, also include the hush pipe of manufacturing by concrete and net muscle 108 107 of one deck, be provided with corrosion resistant quieter material 109 in the hush pipe 107.When floor face has throat sound to occur, sound wave penetrates the propagation of the slab surfaces course degree of depth and is promptly gathered to hush pipe 107 cavitys, owing to have corrosion resistant quieter material 109 in hush pipe 107 chambeies, make and enter the interior sound wave of hush pipe 107 cavitys rapidly by 109 digestion of corrosion resistant quieter material, reach quiet purpose, also reduced the floor load simultaneously.
As shown in figure 25, described body-building apparatus TRT includes the line shaft (wheel) 111 of body-building apparatus, generator 112, control inverter 113, battery 114, solar energy photovoltaic panel 115, changeover switch 116, load wiring box 117, wherein control inverter 113, in the cat's-ear-shaped cave 120 that battery 114 is provided with outside the building, the top, slope of cat's-ear-shaped cave 120 is provided with solar energy photovoltaic panel 115, and indoor body-building apparatus is provided with generator 112 also by the control inverter 113 in lead 118 and the cat's-ear-shaped cave 120, battery 114, solar energy photovoltaic panel 115 and indoor changeover switch 116, load wiring box 117, load 119 constitutes control loop.Drive generators 112 generatings when the line shaft (wheel) 111 of body-building apparatus rotates, can 113 be transported to load 119 or be stored to transformer by changeover switch 116 through control inverter.This is that the body-building method of generating electricity again is not in order to influence indoor environment, can design cat's-ear-shaped cave in building structure, the corollary equipment that will generate electricity enters the hole, utilizes the top, slope of cat's-ear-shaped cave 120 simultaneously, solar energy photovoltaic panel 115 is set, also can have further promoted the generating capacity of this system.
As Figure 26～shown in Figure 28, described temperature-sensitive window system includes fenestrated membrane axle 121, motor 122, gear 123, electromagnet 124, shift fork 125, by frame 126, transparent thermal insulating film 127 and control circuit, wherein fenestrated membrane axle 121 is located in the escutcheon 128 of the indoor side of window frame top, thermal insulating film 127 twists on the pipe crimping of fenestrated membrane axle 121, also be provided with fenestrated membrane guard ring 135 in the escutcheon 128, do with being connected by thick stick 130 by being located at by the axis of rolling 129 of frame 126 upper edges transparent thermal insulating film 127 lower edges, following motion, it is open and close, the transparent thermal insulating film 127 in closed back forms air wall with the interior incrusted glass of window frame, play not only thermal insulation but also permeation, one end of described fenestrated membrane axle 121 is with spline housing 131 and passes through geared sleeve 132, gear 123 is connected with motor 122, simultaneously also by geared sleeve 132, shift fork 125 is connected with electromagnet 124, one end termination of fenestrated membrane axle 121 also is with manual roller shutter wheel 133, manually roller shutter wheel 133 is provided with manual backguy 134, so that during outage, start roller shutter wheel 133 and fenestrated membrane axle 121 by the take off and landing strip of manual backguy 134 and rotate, make 127 liftings of transparent thermal insulating film.
Electromagnet 124 adhesives after connecting power supply, after shift fork 125 is dialled in the gear 123 of motor, by control circuit according to variations in temperature work, make fenestrated membrane axle 121 drive transparent thermal insulating film 127 liftings by rotating, when dropping to by frame 126 base fillet 126-1 by the axis of rolling 129 when transparent thermal insulating film 127 falls, lean on the gravity of thick stick 130 that transparent thermal insulating film 127 is close to by frame 126.After power supply disconnected, electromagnet 124 separated, and shift fork 125 is transferred to the gear 123 of motor with manual roller shutter wheel 133 and meshed, and manually can drive 127 liftings of transparent thermal insulating film.
The control circuit of temperature-sensitive window includes temperature pick up, voltage-stabilized power supply, watchdog reset, MCU, motor-driven and relay control section, wherein temperature pick up, voltage-stabilized power supply, watchdog reset link to each other with the input interface of MCU respectively, and the output interface of MCU links to each other with external motor by motor-driven and relay control section.
The open and close process of temperature-sensitive window is:
At first, temperature pick up transmits into MCU processing to the indoor temperature signal that collects with the form of digital quantity; Secondly, the signal of MCU output transmits through motor-driven and relay control section again; At last, drive external motor and make corresponding action, thereby realize closing and opening of transparent thermal insulating film 127.
Mu balanced circuit provides stable operating voltage for whole system; Watchdog reset can prevent that program from entering endless loop, avoids system the deadlock situation to occur; Button operation can be provided with the bound temperature that transparent thermal insulating film 127 is closed and opened, and temperature can show on the LED charactron.
Summer, MCU control external motor was rotated, and spur transparent thermal insulating film 127 closures, reaches shielded from sunlight, reduces daylighting, makes indoor temperature decline when temperature is higher than default ceiling temperature; When temperature was lower than default lower limit temperature, MCU control external motor was rotated, and draws back transparent thermal insulating film 127, increases daylighting, and indoor temperature is risen.
Winter, MCU control external motor was rotated, and draws back transparent thermal insulating film 127, and indoor temperature is descended when temperature is higher than default ceiling temperature; When temperature was lower than default lower limit temperature, MCU control external motor was rotated, and spurs transparent thermal insulating film 127 closures, forms air wall, makes indoor heat insulating.
As Figure 29～shown in Figure 30, described refrigerator battery saving arrangement includes sleeve pipe 136, threeway 137, joint ring 138, sealing nut 139, wherein two of threeway 137 unions and sleeve pipe 136 join, the 3rd union and indoor running water pipe 140 join, described sleeve pipe 136 is enclosed within on the radiating tube 141 of the cool condenser of refrigerator, and the union of threeway 137 and sleeve pipe 136 joints also can be provided with reinforced pipe 142.
When the tap water in the sleeve pipe 136 did not flow, the heat in the radiating tube 141 of the cool condenser of refrigerator was by sleeve pipe 136 and as the tap water of heat transfer medium, by the tube wall of sleeve pipe 136 to external radiation; When sleeve pipe 136 has tap water to flow, tap water can be taken away the heat in the radiating tube 141 of the cool condenser of refrigerator, freezer compressor 143 working application time are reduced, thereby reach the power saving purpose, heat in the refrigerator radiating tube 141 raises the temperature of the tap water in the sleeve pipe 136 simultaneously, can obtain free hot water again.
As Figure 31～shown in Figure 32, described water-saving valve is a hand, from the one water-saving valve, include inductor 144, water tap 145, hand control valve 146, wherein be provided with three chambers in the shaft of water tap 146, i.e. induction control water route chamber 147, manually control water route chamber 148 and induction line chamber 149, induction control water route chamber 147 is controlled water pipe 150 by induction and is communicated with the hot and cold mixer 152 of bottom in water tap 146 shafts, manually control water route chamber 148 by manual control water pipe 151 respectively with cold water pipe 153, hot-water line 154 communicates, hot and cold mixer 152 and cold water pipe 153, hot-water line 154 communicates, hot-water line 154 is provided with joint thermal valve 154-1, water tap 145 shaft tops are provided with hand control valve 146, water tap 145 shafts are provided with magnetoelectric induction control valve 155, and delivery port 156 places of water tap 145 are provided with inductor 144.
During use, in the time of in the prewashing object enters inductor 144 induction ranges, magnetoelectric induction control valve 155 is opened, and the cold and hot current 157 that enter hot and cold mixer 152 are imported into induction control water pipe 150, and the delivery port 156 by water tap 145 flows out again; Object leaves beyond inductor 144 induction ranges or when surpassing certain hour, magnetoelectric induction control valve 155 is closed, the cold and hot current 157 that enter hot and cold mixer 152 stop to flow out from the delivery port 156 of water tap 145, the joint thermal valve can turn down for 154-1 number until cutting out when summer or tap water temperature are suitable;
When hand control valve 146 is opened, magnetoelectric induction control valve 155 is closed, the cold and hot current 157 of cold water pipe 153, hot-water line 154 are imported into manual control water pipe 151 respectively by force, and, flow out by the delivery port 156 of water tap 145 again through manually controlling water route chamber 148 by hand control valve 146 adjustment hot water or cold water flows;
When hand control valve 146 cuts out, promptly recover the magnetoelectric induction state of a control.
As Figure 33～shown in Figure 36, described secondary waste water circulating and recovering system includes effluent filter 158, waste water header tank 159, secondary waste water circulation pump 160, two-chamber toilet cistern 161, wherein the waste water inlet port 162 of effluent filter 158 communicates with indoor daily life sewage pipe, the delivery port 163 of effluent filter 158 communicates with the water intake 164 of waste water header tank 159, the wastewater effluent mouth 165 of waste water header tank 159 communicates with the waste water intake 166 of secondary waste water circulation pump 160, and the waste water discharge opening 167 of secondary waste water circulation pump 160 communicates with the wastewater inlet pipe 168 of two-chamber toilet cistern 161.
Effluent filter 158 is provided with waste water inlet port 162, sewage draining exit 176, dividing plate 174 and screen pack 175, delivery port 163, recoil mouth 172, wherein dividing plate 174 and the screen pack 175 that is provided with in the effluent filter 158 is divided into intake chamber 158-1 and the 158-2 of water-supplying chamber with effluent filter 158 inside, waste water inlet port 162 is located on the intake chamber 158-1 sidewall, also be provided with the bleed off pipe 177 that communicates with sewage draining exit 176 in the intake chamber 158-1, the top of bleed off pipe 177 is provided with ball float 170, ball float 170 is connected by the plug 171 of draw bar 178 with sewage draining exit 176 places, delivery port 163 is located on the 158-2 of the water-supplying chamber sidewall, also be provided with recoil mouth 172 on the top cover 169 of the 158-2 of water-supplying chamber one side, mark 173 is a hold-down screw among the figure;
Waste water header tank 159 is by casing 184, water intake 164, wastewater effluent mouth 165, bleed off pipe 180 and sewage draining exit 183 are formed, wherein be provided with bleed off pipe 180 in the casing 184 with water intake 164 and wastewater effluent mouth 165, the top of bleed off pipe 180 is provided with ball float 179, the bottom of bleed off pipe 180 is provided with sewage draining exit 183, sewage draining exit 183 is provided with bottom valve 182, ball float 179 is connected by the bottom valve 182 of draw bar 181 with bleed off pipe 180 bottoms, when ball float 179 come-ups, move on the bottom valve 182 of bleed off pipe 180, the sewage draining exit 183 of bleed off pipe 180 bottoms is opened, and sewage is discharged;
Be provided with water purification pump chamber 185 in the secondary waste water circulation pump 160, speed change chamber 187 and waste water pump chamber 186, described water purification pump chamber 185 links to each other for same axle with speed change chamber 187, axle in the water purification pump chamber 185 is provided with impeller blade 189, water purification pump chamber 185 is provided with water inlet 188-1 and delivery port 188-2, the pinion 192 that axle in the speed change chamber 187 is provided with gear wheel 193 and meshes with gear wheel 193, be provided with impeller blade 194 in the waste water pump chamber 186, speed change chamber 187 and waste water pump chamber 186 are respectively equipped with the disk of being made up of magnetic plate 190 on relative chamber lattice 191 both sides, impeller blade 194 in one end and the waste water pump chamber 186 of the axle of pinion 192 spool an end dock by disk 190, it is solid on same axis that speed change chamber 187 and waste water pump chamber 186 separate spaces are inhaled, waste water pump chamber 186 is provided with waste water intake 166 and waste water discharge opening 167, and mark 195 is a bearing among the figure;
Two-chamber toilet cistern 161 inside are provided with the chamber every 196, and water tank inside is divided into water-purifying cavity 197 and waste water chamber 198,
Described water-purifying cavity 197 is by water purification button 199 and water purification button spindle 200, tail water inlet 201, tap water blow off valve 202, tap water float 203, tap water inlet 204 and water purification outlet opening are formed, wherein the sidewall of water-purifying cavity 197 is provided with tail water inlet 201, be provided with in the water-purifying cavity 197 and can make the tap water float 203 that moves up and down along vertical rod 205, this tap water float 203 is connected with tap water blow off valve 208 on being arranged on water-purifying cavity 197 inner bottom parts by draw bar 206, water-purifying cavity 197 inner bottom parts also are provided with the water purification outlet opening towards water outlet of water tank 207, the water purification outlet opening is provided with water purification drain plug 202, the tank lid of water-purifying cavity 197 1 sides is provided with water purification button 199, the top of the lower end of water purification button 199 and water purification button spindle 200 joins, the top of water purification button spindle 200 is with water purification price fixing 209, water purification price fixing 209 bottoms are connected with the upper end of spring 210, the lower end of this spring 210 is supported on the chamber on the fixed mount 211 of 196 water-purifying cavities, one side, one end of water purification price fixing 209 be hinged on the chamber and join every an end of the water purification Moving plate 212 of 196 upper ends, the waste water platen 223 of the waste water button spindle 216 tops cover in the other end of water purification Moving plate 212 and the waste water chamber 198 joins, the bottom of water purification button spindle 200 is with float tube 213, one end of the bottom of water purification button spindle 200 and connecting rod 214 is hinged, and the water purification drain plug 202 on the other end of connecting rod 204 and the water purification outlet opening joins;
Described waste water chamber 198 is by waste water button 215 and waste water button spindle 216, waterwater entrance 168, waste water drain plug 218 is formed, wherein the sidewall in waste water chamber 198 is provided with waterwater entrance 168, be provided with bleed off pipe 219 in the waste water chamber 198, the top of bleed off pipe 219 is provided with float 220, the bottom of bleed off pipe 219 is provided with plug 221 and straight-through with water outlet of water tank 207, float 220 joins by the plug 221 of draw bar 222 with bleed off pipe 219 bottoms, waste water chamber 198 inner bottom parts also are provided with towards the waste water discharge opening of water outlet of water tank 207, waste water discharge opening is provided with waste water drain plug 218, the tank lid of waste water chamber 198 1 sides is provided with waste water button 215, the lower end of waste water button 215 is connected with the top of waste water button spindle 216, the top of waste water button spindle 216 is with waste water platen 223, waste water platen 223 bottoms are connected with the upper end of spring 224, the lower end of this spring 224 is supported on the chamber on the fixed mount 225 of 196 waste water chambeies, one side, one end of waste water platen 223 and an end of water purification Moving plate 212 join, the bottom of waste water button spindle 216 is with float tube 226, one end of the bottom of waste water button spindle 216 and connecting rod 217 is hinged, and the other end of connecting rod 217 and the waste water drain plug 218 on the waste water discharge opening join.
During use, after indoor daily life sewage enters effluent filter 158, flow out by delivery port 163 by filter screen 175, cause float 170 to rise when deposition of dirt is more, the plug 171 that ball float 170 is opened sewage draining exit 176 places by draw bar 178 is discharged dirt, can open the pure water pipe backward erosion when stopping up screen pack 175; The waste water that is flowed out by effluent filter delivery port 163 enters waste water header tank 159 and accumulates, when coming water more for a long time, ball float 179 come-ups, move on the bottom valve 182 of bleed off pipe 180, the sewage draining exit 183 of bleed off pipe 180 bottoms is opened, excessive sewage is discharged, and remaining waste water enters the waste water chamber 198 of two-chamber toilet cistern 161 inside through secondary waste water circulation pump 160, and wait is flushed the toilet; When flushing the toilet, press waste water button 215 earlier, waste water drain plug 218 is opened, waste water flows out flushes the toilet, then press water purification button 199, water purification drain plug 202 is opened, and the tail water that stockpiles in the water-purifying cavity 197 (from the hand basin, wash the cold water that hot water pipeline flows out before nappy and the bathing) flows out and cleans dirty waste water on pool wall; When water tank does not have the tail water storage, replenish by the tap water float by a little tap water and to be controlled on the capacity that low level must protect, to guarantee to have continuous tail water supply.
As shown in figure 37, described column with cultivations of flower or grass comprises cylinder 227, rainwater inlet 228, middle water inlet 229, external planting bed 230, raintank 231, suction wicks 232, flow control valve 233, axis of rotation 234, bleed off pipe 235, wherein
The top of cylinder 227 is connected with upper strata floor 237 by top-support 236 and top bearing, the bottom of cylinder 227 is connected with lower floor floor 241 by base 238, bottom bearing 239 and cement pedestal 240, is provided with between the top bearing of cylinder 227 and the bottom bearing 239 cylinder 227 is freely rotated allow plant evenly be subjected to the axis of rotation 234 of light;
The top of cylinder 227 inside is provided with raintank 231, the top cover of raintank 231 is provided with rainwater inlet 228 and middle water inlet 229, the sidewall of raintank 231 is provided with liquid fertilizer inlet 242, cylinder 227 inside also are provided with the suction wicks 232 of spiraling downwards, the upper end of this suction wicks 232 communicates with raintank 231, the lower end of this suction wicks 232 communicates with the suction wicks mouth 243 that cylinder 227 bottoms are provided with, cylinder 227 bottoms also are provided with tank, the sidewall of tank is provided with bleed off pipe 235, the bottom of tank is provided with the transmission water pipe 244 that passes toward lower floor, the top of this suction wicks 232 also is provided with flow control valve 233, and this suction wicks 232 is by flow control valve 233 control water percolating capacities;
The external surface of cylinder 227 is provided with the external planting bed 230 that spirals downwards, be provided with at the bottom of the pond by the external planting bed 230 on cylinder 227 sidewalls with cylinder 227 in to infiltration hole that the suction wicks 232 of spiraling down communicates.
Shown in Figure 38～Figure 38-1, described planting bed includes the planting bed body 245 of four pairs of pond groups, water storage tank 246, spacing pond 247, wherein water storage tank 246 communicates with planting bed body 245 by spacing pond 247, lower floor's case of described planting bed body 245 is pond 248, the upper strata case of planting bed body 245 is a planting bed 249, be that split pairing and planting bed 249 bottoms are provided with infiltration hole 250 between pond 248 and the planting bed 249, be provided with the wicks 251 of suction in the pond 248, the infiltration hole 250 that the upper end of this wicks 251 is passed between pond 248 and the planting bed 249 enters in the planting bed 249, the lower end of this wicks 251 probes in the liquid in the pond 248, also be provided with the water inlet pipe 252 that communicates with spacing pond 247 in the pond 248, the pool side of planting bed 249 is provided with pond ear 253; Be provided with in the described spacing pond 247 and can control the float 254 that enters the water level in the planting bed pond.
Described planting bed 249 communicates with pond 248 by infiltration hole 250, bottom and constitutes a pair of pond group, the many pond group is joined is to adopt connecting tube 255 and sealing mat 256 with many pond group to be joined together, connecting tube 255 promptly plays interconnect function and plays the water flowing effect again, the capillary drip irrigation of every couple of Chi Zuzhong is that the wicks by suction is drawn onto planting bed 249 with water, and the pond ear 253 of described planting bed 249 connects the pond group in aggregatesly to come Anti-Typhoon and design.Mark 257 is a pipe plug among the figure, and 258 is plant.
Shown in Figure 39～41, described intelligent electricity-saving control system includes distribution subsystem and intelligent appliance RACS, is example with a house that overlaps two Rooms, two Room:
15 lighting loops are set in the whole room altogether:
Parlor: 4; Principal bedroom: 3; Bedroom: 2; Balcony: 1;
Washroom: 2 (comprising exhaust fan); Entrance hall: 1; Dining room: 1; Kitchen: 1
15 sockets (controllable socket) are set altogether
Parlor: 4; Principal bedroom: 3; Bedroom: 3; Kitchen and washroom: 5;
The particular location of switch and socket is referring to Figure 41 and Figure 42.
The distribution of distribution loop:
Whole electrical distribution system is provided with 9 loops altogether:
L1: kitchen and washroom socket; L2: bedroom socket; L3: principal bedroom socket;
L4: parlor socket; L5: illumination; L6～L9: undetermined;
Wherein L1～L5 establishes branch control switch for dividing the control loop, and L6～L9 is normal open circuit, establishes Chang Kaiguan, and L0 is indoor total loop.
System constitutes:
Whole system is to constitute (seeing Figure 40) by distribution subsystem and intelligent appliance RACS, below is to describe in detail.
1, distribution subsystem (AC220V registers one's residence):
The electricity end L0 that registers one's residence is provided with a main breaker DZ0, and line breaker is common air switch, and civil power is divided into 9 loops behind DZ0, i.e. L1～L9, and each loop is equipped with line breaker DZ1～DZ9, and this is traditional distribution system.For controlling civil power register one's residence the end break-make of L0 and the break-make in L1～L5 loop, behind corresponding line breaker, establish contactor JC, power on/off by control contactor, reach the power on/off of control corresponding circuit L0～L5, and the power on/off of contactor can be controlled by focus actuator, thereby has finished the function with light current control forceful electric power.Dotted line in the system drawing has been represented this control relation of one of them contactor.
The power supply of lighting loop is to be provided by civil power and small manual generating equipment, and the automatic switchover of two kinds of power supply modes can be finished by double power supply automatic switching switch.
Can realize master control, divide functions such as control, Region control by above-mentioned configuration.
The critical component of control electrical distribution system is a focus actuator, and the detailed functions explanation of relevant focus actuator sees also guide for use.Need to prove that in the intelligence system in section power room, focus actuator is actually the high-pressure modular of a switch, therefore a focus actuator must be joined one not with the switch of high-pressure modular, and the green dotted line in system drawing has been represented this relation.Can control focus actuator by switch not with high-pressure modular.
2, intelligent appliance RACS:
The intelligent appliance RACS is to have connected several function module (switch, socket, focus actuator, schedule management device, system power supply, communication controler etc.) by root system system bus (surpassing five class unshielded twisted pairs) to constitute, cyan line in the system drawing promptly is a system bus, and switch can insert various third party's sensors (switching value signal).By system bus above-mentioned functions module and sensor are organically integrated, can finish various functions:
(1) indoor intelligent illumination:
The people enters the automatic bright lamp in room, leaving the back closes the several seconds automatically: when certain human body movable sensor that inserts the intelligent appliance RACS detects the someone and enters the room, sensor can send the signal (being assumed to be short-circuit signal) of a switching value to system, system can open corresponding light switch according to prior setting after receiving this signal, start the lamp of being controlled, finish the function that the people enters the automatic bright lamp in room; When detecting, sensor man-hour is arranged less than the room, sensor can send the signal (being assumed to be open circuit signaling) of a switching value to system, system can close corresponding light switch according to the prior setting time-delay several seconds after receiving this signal, thereby close the lamp of being controlled, finish the people and leave the function that the back is closed the several seconds automatically.
Here the setting that relates to is meant the incident that is defined in the schedule management device, in fact the many functions in the system all are to be defined by the incident that is stored in the schedule management device, so-called incident is by trigger conditions, and incident validity date, period, incident causes three key elements of action and constitute.
Entering the automatic bright lamp in room with the people is example: trigger condition is the short-circuit signal that sensor is issued system, and validity date, period can be set as required, and causing action is to start corresponding switch (can set action delay).Be stored in after this event setup is good in the schedule management device, system can move automatically.
The people withdraws from a room that the back is closed the several seconds automatically, indoor temperature and humidity control functions such as (system must insert Temperature Humidity Sensor) also is that form with incident is stored in the schedule management device.
A plurality of lighting loops are combined, formed the illumination under the specific atmosphere, can control as scene.The last button of any one switch all can be set to scene switch (be actually the address that relates to all light switches of this scene is stored in this button) in the system, be controlled to be example with sleep: button on certain switch in bedroom is set at the scene switch of getting up in the night to urinate, when getting up in the night to urinate, click this button, the lamp that is led to the washroom by the bedroom is opened.
Can be combined into different scenes as required: the tv scene when watching TV, the scene of having dinner when having a meal, visitor's scene when taking in guests or the like.
3, control apparatus power on/off:
In fact the power on/off of control apparatus is exactly to control the power supply output of socket, and the control mode of the control of socket and switch is the same, can control the output of socket by the definition incident, or constitute " scene ", realize team control by button on the switch by a plurality of receptacle combinations.
4, about security protection
Various sensors in the system both can be controlled corresponding household electrical appliances, also can use as the probe of security alarm, and realized that the module of security alarm function is exactly a communication controler.
The various settings of system are all operated by corresponding software, also can come all functions module in the control system by software, can also back up/setting of restoring system by software.

Claims (13)

1. the friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one includes roof, building body, floor plates, and wherein the roof is provided with sunlight and adopts energy system and roof garden, it is characterized in that
Each floor also be provided with can plant plant the garden, balcony, it can system be the intelligent lighting system that described sunlight is adopted, this intelligent lighting system forms towards the intelligent lighting device that can follow the tracks of light source automatically, circulating hot water pipeline on the sunny side by being arranged on roof or roof and building body, and the intelligent lighting device that wherein can follow the tracks of light source automatically communicates with the indoor thermocirculator of each floor by the circulating hot water pipeline;
Be provided with multiple row in the described intelligent lighting device that can follow the tracks of light source automatically that is arranged on the roof and be fixed on convex lens on the support, fixedly the support of convex lens is connected with drag link by connecting rod, drag link is connected by clutch and manual clutch device or by the motor of control circuit control, is provided with heated body below the described convex lens;
Described being arranged on is provided with multiple row and is fixed on convex lens on the support in the intelligent lighting device that can follow the tracks of light source automatically of building body on the sunny side, be provided with the heated body coaxial below the convex lens with the convex lens support, fixedly the support of convex lens is connected with drag link by connecting rod, one end of this drag link is connected with the spindle nose of deflecting roller, the teeth of deflecting roller vertical are drawn drawing tooth to be meshed and fixedly connected with the pulley that draws the rail opposite side on the rail with one, the upper end of drawing rail that this is vertical is connected with the rocking arm of lifting wheel, lifting wheel by coaxial manual pulley gear and the gear of the motor that is meshed with the gear of manual pulley be connected with motor, the gear both sides of manual pulley also are provided with the support of setting, and support is provided with unidirectional button the on the gear that the lower edge rides against manual pulley;
The described friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one also includes air cleaning system, the centralized air cleaning system that this air cleaning system is served as reasons and is arranged on air inlet port and exhaust opening, purification heat exchange blower fan system, air inlet pipeline, the pipeline cleaning device on the roof and can adjusts the ecological cabin composition of air velocity and temperature, wherein
Described air inlet port upper end be the typhon degree of lip-rounding, and the throat of lower end is the toy trumpet degree of lip-rounding, and the typhon mouth place on the air inlet port is provided with anti-high wind shutter, and the rear side of air inlet port is provided with empennage, is provided with bearing below the air inlet port and is connected with the inlet of blower fan;
Be provided with air heat exchanger in the described purification heat exchange blower fan system;
Described air inlet port lower end throat both communicated with the inlet of blower fan by udst separation filter screen and the air inlet pipeline that passes air heat exchanger, and air inlet port lower end throat also directly communicates with the inlet of blower fan by the air inlet pipe of udst separation filter screen and band temperature-sensing valve;
The outlet of blower fan is arranged on the blower fan lower end, its first air inlet pipeline by a side communicates with second air inlet pipeline of the register one's residence air inlet port and the opposite side of band floor admission valve, the outlet of blower fan also communicates with described second air inlet pipeline by the pipeline of described first air inlet pipeline and band temperature-sensing valve, and the outlet of blower fan also directly communicates with ecological cabin by described first air inlet pipeline;
Described first air inlet pipeline is provided with fire-fighting forced draft valve;
Described ecological cabin communicates with water-retention well by the pipeline of band temperature-sensing valve, and water-retention well communicates with well by underground temperature adjustment pipeline, and well communicates with described second air inlet pipeline by pipeline;
Also be provided with the pipeline cleaning device on described first air inlet pipeline and second air inlet pipeline;
Described exhaust opening communicates with the exhaust opening of registering one's residence of band floor outlet valve by the gas exhaust piping that passes air heat exchanger, and exhaust opening also directly communicates with the exhaust opening of registering one's residence of band floor outlet valve by the gas exhaust piping of band temperature-sensing valve;
Also be provided with the pipeline cleaning device on the described gas exhaust piping;
Described exhaust ports is provided with the unpowered exhaust blower of disjunctor, the unpowered exhaust blower of this disjunctor is made of blade, top cover and the waist circle of cylindric base plate, main shaft, bearing, support, lantern shape, erect in the middle of the wherein cylindric base plate main shaft is arranged, the upper edge of cylindric base plate is connected with the blade lower edge of lantern shape, be provided with the waist circle between two groups of blades, described main shaft is connected with the lower edge with the upper edge of cylindric base plate and the upper edge of the blade of lower edge, lantern shape by bearing, support.
2. the friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one according to claim 1, it is characterized in that also including air cleaning system, this air cleaning system is the each door type air cleaning system, described each door type air cleaning system is by the fresh inlet that is placed in the building foxholes, the waste gas escape pipe, the air themperature switch, the wind resistance louvre, the turnover pipeline is formed, wherein the sidewall of building foxholes or bottom have fresh inlet, which is provided with filter screen and wind resistance louvre, the air inlet port front end face is to the fresh inlet of building foxholes, air inlet port rear end throat be provided with reserve the humidification pipe and by new wind air inlet pipe through the udst separation filter screen, the air themperature switch communicates with indoor fresh inlet, also is provided with the waste gas escape pipe that communicates with indoor waste gas outlet in the air themperature switch.
3. the friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one according to claim 1, it is characterized in that also including the wind power generation system that is arranged on the roof, described wind power generation system is by wheel hub, generator, generator blade, connecting rod, solar photovoltaic panel, column and controller is housed and the control cabinet of battery is formed, its central post is arranged on the roof, column top is provided with generator, wheel hub and generator blade, wheel hub connects generator and control system, the column middle part is provided with the wind light mutual complementing illuminating lamp, the column bottom is provided with the control cabinet that controller and battery are housed, also be provided with infrared probe on the column, the generator blade sectional area is the airfoil circulation design, and the light fixture top of described wind light mutual complementing illuminating lamp also is provided with solar photovoltaic panel.
4. the friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one according to claim 3, it is characterized in that also including stable heat-preserving wall, described stable heat-preserving wall comprises the external vermicelli of exterior wall, heat insulating material, stablizes and ask part, the bloated crab-bolt of more piece and exterior wall to wipe one's face, described heat insulating material is fastened on the external vermicelli of exterior wall by stable part, the bloated crab-bolt of more piece of holding in the palm, and wipes one's face for wall external layer outside heat insulating material and stable holder part, the bloated crab-bolt of more piece.
5. the friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one according to claim 4, it is characterized in that also including steel concrete noise reduction floor, described steel concrete noise reduction floor includes the hush pipe of being manufactured by concrete and net muscle material, is provided with the corrosion resistant quieter material in the hush pipe.
6. the friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one according to claim 5, it is characterized in that also including the body-building apparatus TRT, described body-building apparatus TRT includes the line shaft of body-building apparatus, TRT, control inverter, battery, solar energy photovoltaic panel, changeover switch, the load wiring box, control inverter wherein, in the accumulator equipment setting cat's-ear-shaped cave outside the building, top, the slope of cat's-ear-shaped cave is provided with solar energy photovoltaic panel, and indoor body-building apparatus is provided with generator and by the control inverter in lead and the cat's-ear-shaped cave, battery, be arranged on solar energy photovoltaic panel on the cat's-ear-shaped cave slope top and indoor changeover switch, the load wiring box constitutes control loop.
7. the friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one according to claim 6, it is characterized in that also including the temperature-sensitive window system, described temperature-sensitive window system includes the fenestrated membrane axle, motor, gear, electromagnet, shift fork, by frame, transparent thermal insulating film and control circuit, wherein the fenestrated membrane axle is located in the escutcheon of the indoor side of window frame top, described thermal insulating film twists on the pipe crimping of fenestrated membrane axle, described thermal insulating film lower edge is connected with Kao Gang and does by being located at the axis of rolling by the frame upper edge, following motion, one end of described fenestrated membrane axle is with spline housing and passes through geared sleeve, gear is connected with motor, also pass through geared sleeve simultaneously, shift fork is connected with electromagnet, one end termination of fenestrated membrane axle also is with manual roller shutter wheel, and manually the roller shutter wheel is provided with manual backguy.
8. the friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one according to claim 7, it is characterized in that also including the refrigerator battery saving arrangement, described refrigerator battery saving arrangement includes sleeve pipe, threeway, joint ring, sealing nut, wherein two of threeway unions and sleeve pipe join, the 3rd union and indoor running water pipe join, and described casing pipe sleeve is on the radiating tube of condenser for refrigerator.
9. the friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one according to claim 8, it is characterized in that also including water-saving valve, this water-saving valve includes inductor, water tap, hand control valve, wherein be provided with three chambers in the shaft of water tap, i.e. induction control water route chamber, manually control water route chamber and induction line chamber, induction control water route chamber communicates with the hot and cold mixer of bottom in the water tap shaft by induction control water pipe, hot and cold mixer and cold, hot-water line communicates, manually control water route chamber is by manually controlling water pipe respectively with cold, hot-water line communicates, water tap shaft top is provided with hand control valve, the water tap shaft is provided with the magnetoelectric induction control valve, and the delivery port place of water tap is provided with inductive head.
10. the friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one according to claim 9, it is characterized in that also including secondary waste water circulating and recovering system, described secondary waste water circulating and recovering system includes effluent filter, the waste water header tank, the secondary waste water circulation pump, the two-chamber toilet cistern, wherein the waste water inlet port of effluent filter communicates with indoor daily life sewage pipe, the delivery port of effluent filter communicates with the water intake of waste water header tank, the wastewater effluent mouth of waste water header tank communicates with the waste water intake of secondary waste water circulation pump, and the waste water discharge opening of secondary waste water circulation pump communicates with the wastewater inlet pipe of two-chamber toilet cistern.
11. the friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one according to claim 10, it is characterized in that also including the column with cultivations of flower or grass that is arranged in the garden, balcony, described column with cultivations of flower or grass comprises cylinder, rainwater inlet, middle water inlet, external planting bed, raintank, suction wicks, flow control valve, axis of rotation, bleed off pipe, wherein
The top of cylinder is connected with the upper strata floor by top-support and top bearing, the bottom of cylinder is connected with the lower floor floor by base, bottom bearing and cement pedestal, is provided with between the top bearing of cylinder and the bottom bearing cylinder is freely rotated allow plant evenly be subjected to the axis of rotation of light;
The top of column body is provided with water storage tank, the top cover of water storage tank is provided with rainwater inlet and middle water inlet, the sidewall of water storage tank is provided with the liquid fertilizer inlet, column body also is provided with the suction wicks of spiraling downwards, the upper end of this suction wicks communicates with water storage tank, the lower end of this suction wicks communicates with the suction wicks mouth that the cylinder bottom is provided with, the cylinder bottom also is provided with tank, the sidewall of tank is provided with bleed off pipe, the bottom of tank is provided with the transmission water pipe that passes toward lower floor, and the top of this suction wicks also is provided with flow control valve;
The external surface of cylinder is provided with the external planting bed that spirals downwards, be provided with at the bottom of the pond by the external planting bed on the column side wall with cylinder in to infiltration hole that the suction wicks of spiraling down communicates.
12. the friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one according to claim 11, it is characterized in that also including the planting bed that is arranged in the roof garden, described planting bed includes the planting bed body of at least one pair of pond group, water storage tank, spacing pond, wherein water storage tank communicates with the planting bed body by spacing pond, lower floor's case of described planting bed body is the pond, the upper strata case of planting bed body is a planting bed, be provided with the infiltration hole between pond and the planting bed, be provided with the wicks of suction in the pond, the infiltration hole that the upper end of this wicks is passed between pond and the planting bed enters in the planting bed, the lower end of this wicks probes in the liquid in the pond, also be provided with the water inlet pipe that communicates with spacing pond in the pond, the pool side of planting bed is provided with the pond ear; Be provided with in the described spacing pond and can control the float that enters the water level in the planting bed pond.
13. the friendly building that the energy-saving, emission-reducing, environment friendly technology is integrated in one according to claim 12, it is characterized in that also including intelligent electricity-saving control system, described intelligent electricity-saving control system includes distribution subsystem and intelligent appliance RACS, wherein
The civil power of distribution subsystem is registered one's residence and is held L0 that a main breaker DZ0 is set, civil power divides a plurality of loops of serve as reasons branch control switch and normal switch composition behind main breaker DZ0, each loop is equipped with line breaker, civil power register one's residence end L0 and by minute line breaker in the loop that the control switch is formed after be provided with the contactor JC that controls by focus actuator, also be provided with the small manual generating equipment in the described distribution subsystem, this small manual generating equipment by double power supply automatic switching switch with join by the loop that minute the control switch is formed;
The intelligent appliance RACS is connected with a plurality of functional modules that comprise switch, socket, focus actuator, schedule management device, system power supply, communication controler by root system system bus and constitutes.
CN2008100118703A 2008-06-16 2008-06-16 Environment-friendly building integrating energy-saving emission-reducing environment-protecting techniques Expired - Fee Related CN101608504B (en)

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