CN112443175A - Design method of residential building without garbage and with less pollution discharge - Google Patents

Design method of residential building without garbage and with less pollution discharge Download PDF

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Publication number
CN112443175A
CN112443175A CN202011409023.XA CN202011409023A CN112443175A CN 112443175 A CN112443175 A CN 112443175A CN 202011409023 A CN202011409023 A CN 202011409023A CN 112443175 A CN112443175 A CN 112443175A
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CN
China
Prior art keywords
sewage
garbage
pipe
tank
rainwater
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Withdrawn
Application number
CN202011409023.XA
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Chinese (zh)
Inventor
陈春
陈泽钊
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Jiangmen Weimin Architectural Design Consulting Co ltd
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Jiangmen Weimin Architectural Design Consulting Co ltd
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Priority to CN202011409023.XA priority Critical patent/CN112443175A/en
Publication of CN112443175A publication Critical patent/CN112443175A/en
Withdrawn legal-status Critical Current

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    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04HBUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
    • E04H1/00Buildings or groups of buildings for dwelling or office purposes; General layout, e.g. modular co-ordination or staggered storeys
    • E04H1/02Dwelling houses; Buildings for temporary habitation, e.g. summer houses
    • E04H1/04Apartment houses arranged in two or more levels
    • CCHEMISTRY; METALLURGY
    • C02TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02FTREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F9/00Multistage treatment of water, waste water or sewage
    • CCHEMISTRY; METALLURGY
    • C04CEMENTS; CONCRETE; ARTIFICIAL STONE; CERAMICS; REFRACTORIES
    • C04BLIME, MAGNESIA; SLAG; CEMENTS; COMPOSITIONS THEREOF, e.g. MORTARS, CONCRETE OR LIKE BUILDING MATERIALS; ARTIFICIAL STONE; CERAMICS; REFRACTORIES; TREATMENT OF NATURAL STONE
    • C04B18/00Use of agglomerated or waste materials or refuse as fillers for mortars, concrete or artificial stone; Treatment of agglomerated or waste materials or refuse, specially adapted to enhance their filling properties in mortars, concrete or artificial stone
    • C04B18/04Waste materials; Refuse
    • C04B18/30Mixed waste; Waste of undefined composition
    • CCHEMISTRY; METALLURGY
    • C04CEMENTS; CONCRETE; ARTIFICIAL STONE; CERAMICS; REFRACTORIES
    • C04BLIME, MAGNESIA; SLAG; CEMENTS; COMPOSITIONS THEREOF, e.g. MORTARS, CONCRETE OR LIKE BUILDING MATERIALS; ARTIFICIAL STONE; CERAMICS; REFRACTORIES; TREATMENT OF NATURAL STONE
    • C04B28/00Compositions of mortars, concrete or artificial stone, containing inorganic binders or the reaction product of an inorganic and an organic binder, e.g. polycarboxylate cements
    • CCHEMISTRY; METALLURGY
    • C05FERTILISERS; MANUFACTURE THEREOF
    • C05FORGANIC FERTILISERS NOT COVERED BY SUBCLASSES C05B, C05C, e.g. FERTILISERS FROM WASTE OR REFUSE
    • C05F3/00Fertilisers from human or animal excrements, e.g. manure
    • C05F3/04Fertilisers from human or animal excrements, e.g. manure from human faecal masses
    • CCHEMISTRY; METALLURGY
    • C05FERTILISERS; MANUFACTURE THEREOF
    • C05FORGANIC FERTILISERS NOT COVERED BY SUBCLASSES C05B, C05C, e.g. FERTILISERS FROM WASTE OR REFUSE
    • C05F3/00Fertilisers from human or animal excrements, e.g. manure
    • C05F3/06Apparatus for the manufacture
    • CCHEMISTRY; METALLURGY
    • C05FERTILISERS; MANUFACTURE THEREOF
    • C05FORGANIC FERTILISERS NOT COVERED BY SUBCLASSES C05B, C05C, e.g. FERTILISERS FROM WASTE OR REFUSE
    • C05F9/00Fertilisers from household or town refuse
    • C05F9/02Apparatus for the manufacture
    • EFIXED CONSTRUCTIONS
    • E03WATER SUPPLY; SEWERAGE
    • E03CDOMESTIC PLUMBING INSTALLATIONS FOR FRESH WATER OR WASTE WATER; SINKS
    • E03C1/00Domestic plumbing installations for fresh water or waste water; Sinks
    • E03C1/12Plumbing installations for waste water; Basins or fountains connected thereto; Sinks
    • E03C1/122Pipe-line systems for waste water in building
    • CCHEMISTRY; METALLURGY
    • C02TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02FTREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F1/00Treatment of water, waste water, or sewage
    • C02F1/001Processes for the treatment of water whereby the filtration technique is of importance
    • CCHEMISTRY; METALLURGY
    • C02TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02FTREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F1/00Treatment of water, waste water, or sewage
    • C02F1/40Devices for separating or removing fatty or oily substances or similar floating material
    • CCHEMISTRY; METALLURGY
    • C02TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02FTREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F1/00Treatment of water, waste water, or sewage
    • C02F1/52Treatment of water, waste water, or sewage by flocculation or precipitation of suspended impurities
    • CCHEMISTRY; METALLURGY
    • C02TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02FTREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F3/00Biological treatment of water, waste water, or sewage
    • C02F3/28Anaerobic digestion processes
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02ATECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A40/00Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
    • Y02A40/10Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
    • Y02A40/20Fertilizers of biological origin, e.g. guano or fertilizers made from animal corpses
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02WCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
    • Y02W30/00Technologies for solid waste management
    • Y02W30/50Reuse, recycling or recovery technologies
    • Y02W30/91Use of waste materials as fillers for mortars or concrete

Abstract

The invention discloses a design method of a residential building without garbage and with less pollution discharge, which belongs to the technical field of building design and comprises three parts, namely a standard layer organic garbage treatment chamber, a first layer inorganic garbage treatment chamber and an interlayer sewage treatment chamber. The sewage treatment machine for kitchen and shower becomes reclaimed water for urban greening; the sewage discharged by the toilet bowl is distributed to a sewage pool by a pipe and is transported to a fruit field by an automobile; the urinal discharges urine, and a pump and a pipe are used for circularly conveying the standard layer flower bed; treating organic matters such as meat with a freezing box, putting into a freezer for storage, and transporting to a farm by using an automobile; crushing peel and vegetable wastes by using a garbage disposer, separating discharged liquid by using a separator, allowing the discharged liquid to flow into a drain pipe, putting residues into a garbage can, putting the fermented residues into an organic fertilizer chamber by using bags, and conveying the residues away by using an automobile; the inorganic garbage is carried by residents, is treated as aggregate on the first layer, and is transported to a concrete precast yard by an automobile to be poured into roadside stones. The building design method reduces the pollution of garbage and sewage to the urban environment.

Description

Design method of residential building without garbage and with less pollution discharge
Technical Field
The invention relates to the technical field of building design in life, in particular to a design method patent of a residential building without garbage and with less pollution discharge.
Background
The design standard floor and the first floor function arrangement of the existing residential building do not consider how the garbage and sewage generated by residents are treated, the situation that the household garbage is carried to the downstairs and is stacked on roadside is unreasonable, sanitation workers cannot clean the household garbage timely, organic garbage deteriorates and emits odor, the living environment of urban residents is affected, the household garbage stacking positions are cluttered with mosquitoes, insects and flies, bacteria breeding places cause traffic congestion and other aspects, and the problems of inconvenience in resident life, damage to urban sanitation and the like are solved.
Disclosure of Invention
The invention aims to provide a design method of a residential building without garbage and with less pollution discharge, which has the advantages of effectively preventing garbage from being smelled, solving the problem that residents carry the garbage to a first layer of garbage centralized placement point to discard the garbage, improving urban image, lightening the sweeping of sanitation workers, reducing the garbage treatment cost and beautifying urban environment.
In order to achieve the purpose, the invention provides the following technical scheme: a design method for a residential building without garbage and with less pollution discharge comprises three parts, namely a standard-layer organic garbage treatment chamber, a first-layer inorganic garbage treatment chamber and an interlayer sewage treatment chamber, and is characterized in that: the sewage that the standard layer produced is separately designed with the standpipe, and sewage is arranged and is handled respectively to intermediate layer sewage treatment room, bathroom lavatory pan discharge excrement and urine filth connection bathroom level pipe, the horizontal union coupling of bathroom arranges the excrement riser, arrange the excrement riser downwards and arrange to intermediate layer smallpox horizontal pipe, smallpox horizontal pipe flows into first glass steel manure pit again, and the filth has sinking and come up, after sewage gets into the filtering ponds from the septic tank compartment net, the second glass steel sewage pond is flowed into to the partition net flow connecting pipe on the excrement filtering ponds again, sewage inflow is surveyed by sewage pond weight measurement ware, flows into sewage to set quantity after, and the room computer display on duty again is got into by transporting the excrement car and is carried the excrement room and load, opens the sewage gate valve, and sewage flows into car sewage case, and the car transports to plant the fruit field and does the fertilizer, the male urinal and the female urinal in the toilet discharge urine to flow into a horizontal pipe, the horizontal pipe is connected with a vertical urine discharging pipe, the vertical urine discharging pipe flows downwards into an interlayer ceiling horizontal urine pipe, the horizontal urine pipe flows into a first glass fiber reinforced plastic sewage pool, sewage in the first glass fiber reinforced plastic sewage pool is filtered by an upper screen, the sewage in the glass fiber reinforced plastic sewage pool flows into the glass fiber reinforced plastic sewage pool by a connecting pipe, the sewage in the glass fiber reinforced plastic sewage pool flows through a gate valve from an outlet and is connected with a sewage pump, the sewage pump is connected with a horizontal pipe, the horizontal pipe is connected with a vertical urine sewage pool water feeding pipe, the vertical urine pipe pumps the sewage to a ceiling sewage pool, the ceiling sewage pool is connected with an electric gate valve of the sewage pool, the electric gate valve of the sewage pool is connected with a horizontal urine pipe, the horizontal urine pipe is connected with the vertical urine pipe, and the vertical urine pipe is connected with the common flower pools of all standard, the sewage vertical pipe is connected with a quantitative electromagnetic gate valve through a branch led out from the public flower bed, the quantitative electromagnetic gate valve is connected with a perforated pipe buried in organic soil for planting flowers in the public flower bed, and a branch reserved sewage standby gate valve is led out from the sewage vertical pipe on the public flower bed. Bathroom wash basin sewage, shower sewage, bathroom ground sewage are connected with sewage level pipe by shower floor drain and bathroom floor drain, sewage level pipe is connected with the blow off water riser, the blow off water riser is connected with shower sewage level pipe, shower sewage level pipe is refuted and is connect intermediate layer glass steel shower effluent water sump entry, and sewage flows into glass steel shower effluent water sump from the bathroom, glass steel shower effluent water sump sewage flows into the connecting pipe after filtering from the effluent water sump spacer net, automatically controlled gate valve is connected to the connecting pipe, automatically controlled gate valve connection sewage treatment machine, after pond weight determinator survey sewage reaches a certain amount, automatically controlled gate valve is opened, and sewage flows into sewage treatment machine and handles for the recycled water, and the ground greening pipe is connected to the recycled water outlet pipe. Kitchen sink sewage and kitchen balcony floor drain sewage discharge kitchen sewage horizontal pipe, kitchen sewage vertical pipe is connected to kitchen sewage horizontal pipe, intermediate layer smallpox horizontal pipe is connected to kitchen sewage vertical pipe, intermediate layer smallpox horizontal pipe sewage flows into kitchen sewage oil separation sedimentation tank, oil separation sedimentation tank sewage flows into kitchen sewage filtering ponds from the pond filter screen after filtering, sewage filtering ponds sewage separates the net from the higher authority and flows into the connecting pipe, the connecting pipe is connected with the kitchen sewage pond, the connecting pipe and the automatically controlled gate valve of kitchen sewage pond are connected, the weight that sewage flows into kitchen sewage pond is surveyed by the apparatus, and after sewage reaches a certain amount, automatically controlled gate valve is automatic to be opened, flows into the sewage processor and handles and become the recycled water, and the ground greening pipe is connected to the recycled water outlet pipe. The standard layer organic garbage treatment chamber is used for treating organic garbage, human food residual organic food and food residual seasoning soy sauce generated in a kitchen at night every day, the freezing box is used for storing human food residual waste easily-deteriorated and smelly food (bone, meat, fish, porridge, rice, flour and the like), bottled food residual seasoning soy sauce and bagged waste easily-deteriorated and smelly meat food, when a certain amount of food is stored, frozen articles are taken out from the freezing box and put into a frozen article inlet hole, the frozen articles slide into a frozen article vertical pipe from the frozen article inlet hole through a freezing inclined pipe, the frozen articles of the frozen article vertical pipe fall down and slide into a heat-insulating inclined pipe of the freezing box and fall into the freezing box through a heat-insulating inclined pipe automatic cover plate for storage, when a certain amount of articles stored in the freezing box is seen from a monitor, an automobile is used for transporting the frozen articles in the freezing box of the freezing box away to a breeding farm, and the garbage can is waste organic garbage generated in the kitchen and a living room, the waste organic garbage is put into an inlet of a table top plate sewage basin of the garbage processor, the organic garbage is crushed by the garbage processor and then is subjected to residue liquid, a tap is started to flush the sewage in the garbage basin, the crushed residue liquid of the garbage processor is loaded by a garbage residue juice barrel, the garbage residue liquid loaded by the residue juice barrel is poured into a low table top plate residue-juice separator, a power switch is started, the organic garbage liquid of the residue-juice separator flows into a separator connecting pipe, the separator connecting pipe is connected with a garbage sewage vertical pipe, the sewage vertical pipe downwards flows into an interlayer ceiling sewage horizontal pipe, the sewage horizontal pipe flows into a kitchen sewage filtering tank, the residue-juice separator separates the residues and takes out the residues and pours the residues into the garbage can, after the garbage of the garbage can is fully accumulated, the garbage is taken out and poured into the garbage separator to separate the garbage from the residues and the liquid, and the, the garbage horizontal pipe flows into the garbage horizontal pipe, the garbage horizontal pipe is connected with the garbage can sewage vertical pipe, the garbage sewage vertical pipe is connected with the interlayer ceiling horizontal pipe, the interlayer ceiling horizontal pipe sewage flows into the glass fiber reinforced plastic septic tank, the garbage separator separates garbage, takes out and pours the garbage into a customized self-adhesive rubber bag, and then channels a layer of fiber bag, the fiber bag garbage is thrown into the organic matter inlet hole, slides into the garbage fertilizer vertical pipe through the organic matter inclined pipe and falls to the inclined pipe to enter the organic fertilizer box of the organic fertilizer chamber for storage, when a certain amount of the fiber bag organic matter is seen from the monitor, the automobile is started to transport the organic fertilizer box matter of the organic fertilizer chamber to a planting fruit field, the first layer inorganic garbage disposal chamber aims at disposing the unrecoverable inorganic waste, and the disposed inorganic waste (including harmful garbage) is carried down by residents, the processed granular aggregate or artificial aggregate is transported to a concrete prefabricated component field by an automobile, the aggregate is mixed with cement, young sand and water according to a certain proportion, the filler is poured into a concrete semi-finished component and is poured into a finished product material required by a municipal road, the double-shaft shredder is used for processing large inorganic hard garbage, the inorganic granulator is used for processing softer wastes such as plastics or rubber, the garbage compressor and the cutting machine are used for processing packaging inorganic wastes, the packaging inorganic wastes are placed into a customized box, a wood board is arranged below the box bottom, and after the packaging inorganic wastes are fully piled and compacted, then covering the customized plate, moving the box into the pressed position of the garbage compressor, starting a switch button to compress the inorganic garbage to a certain limit value, locking a bottom wood plate and a plate block of the upper customized plate by using a stacking card, moving the plate block out and placing on a working table, determining longitudinal and transverse lines according to the thickness of the plate block, punching and molding the plate block with the determined longitudinal and transverse lines by using iron nails until the stacking card is removed, cutting the punched plate block into small blocks by using a cutting machine to prepare solid artificial aggregate, and using a liquid packaging machine to package polluted liquid of the waste centering ring to prepare the liquid artificial aggregate with the specification and size. The building inorganic garbage is used for filling a roadbed cushion or a base layer below the urban road flower bed organic fertilizer.
Further, it is characterized in that: the sewage and sewage are separately treated, the sewage is divided into organic waste and inorganic waste, the organic waste is produced and designed on a standard layer of a house every day, the inorganic matter is lifted and designed on the first layer of the house to be convenient for outward transportation of an automobile, the sewage treatment is designed on an interlayer, excrement removing water and sediments are transported to a fruit field by the automobile, the urine discharging sewage is designed to be used for a glass fiber reinforced plastic sewage pool, a high-pressure pump and a pipe for public greening, the sewage of other kitchens and toilets is transported to the interlayer by a sewage treatment machine and filtered into reclaimed water, the odor discharging vertical pipe and the toilet sewage vertical pipe are connected at a certain distance to form a building design specification, the ceramic hollow ball of the female urinal is only limited to be used for urination, the electric cover plate of the female urinal is used for preventing shower sewage from overflowing into the female urinal, the glass fiber reinforced plastic sewage pool, the excrement, The glass steel filters back urinal bowl, sewage filtering ponds, kitchen effluent water sump, shower effluent water sump and produces the foul smell with row foul smell trachea mouth connection row foul smell horizontal pipe outwards, arrange foul smell horizontal pipe and have connection row excrement, urine foul smell riser, have and connect sewage foul smell riser upwards to the top layer emission, the inspection opening is regularly examined effluent water sump filth condition and maintenance, the air vent is that both sides effluent water sump partition wall arranges foul smell usefulness, septic tank gate valve, sewage gate valve, oil interceptor sediment gate valve, kitchen, bathroom effluent water sump gate valve deposit filth in the clearance pond regularly, the basin inlet opening of sewage is resident barreled organic waste and sewage entry, and its sewage discharge goes into the sewage riser, filters back rubbish and separates with the sediment juice separating centrifuge, recoverable discarded object room is that the resident clears up to first layer recoverable discarded object, becomes regeneration resources, the garbage bin arranges oil dirty gate valve and is that resident regularly clears up the interior sewage of garbage bin greasy dirt, the sewage gate valve is used for cleaning dirt in the pool regularly.
The method is characterized in that: the method is characterized in that the method is used for flushing the sewage of the toilet bowl by using natural rainwater, municipal tap water is used for flushing the sewage of the toilet bowl for standby, rainwater on a roof surface layer of the building is drained to the ground and collected into a rainwater grid, rainwater on the rainwater grid flows into a floor ceiling horizontal rainwater pipe, the rainwater on the horizontal rainwater pipe is collected and then flows into a first glass fiber reinforced plastic rainwater tank through an electromagnetic gate valve, the rainwater on the glass fiber reinforced plastic rainwater tank flows into a second glass fiber reinforced plastic filtering tank from two separation nets through a connecting pipe, the rainwater passes through a rainwater outlet of the filtering tank and is pumped by a high-pressure water pump through a sewage gate valve from a water feeding vertical pipe to a roof surface layer rainwater horizontal pipe, the upper rainwater horizontal pipe is connected with the roof surface layer rainwater tank, a rainwater pipe at the outlet of the roof surface layer rainwater tank is connected with a rainwater horizontal pipe, and the rainwater horizontal pipe is connected with a flower tank rainwater vertical pipe, the toilet is characterized in that each layer of the flower bed rainwater vertical pipe is provided with a branch pipe connection rainwater standby gate valve, the toilet rainwater supply vertical pipe is used for flushing the toilet rainwater tank to each layer, the municipal water flushing toilet water tank is started when the toilet rainwater tank is not limited, the public flower bed drainage vertical pipe is used for discharging excessive water accumulated in a flower field and is connected with a flower bed floor drain, the oil removal sewage gate valve is used for discharging the excessive water downwards to a first layer of recyclable waste chamber by monitoring and finding that the thickness of an oil layer of an oil separation sedimentation tank exceeds an allowable range through a pipe, the excessive water flows into a spare hole of a fixed container due to objective reasons, odor generated in the garbage can is connected with a garbage can exhaust hose through a garbage can plate surface exhaust hole, the exhaust hose is connected with a garbage can exhaust vertical pipe and is upwards discharged to a ceiling floor plate, and the sewage generated in the garbage can is discharged through a garbage can sewage discharge gate valve, the sewage discharge gate valve is connected with a sewage discharge hose of the garbage can, the sewage discharge hose is connected with a sewage vertical pipe of the garbage can, garbage sewage of the sewage vertical pipe of the garbage can is discharged into a garbage sewage horizontal pipe, and the garbage sewage horizontal pipe is discharged into a glass fiber reinforced plastic septic tank.
Compared with the prior art, the invention has the following beneficial effects:
1. the invention relates to a design method of a residential building without garbage and with less pollution discharge; after people consume organic food, the remaining organic matters are classified, meat, fish, rice, flour staple food and waste deteriorated raw food are put into a freezing box, when a certain amount of the organic food is stored, frozen articles are taken out and put into an inclined tube connecting vertical tube and then slide into a freezing warehouse, when the certain amount of the organic food is stored, the frozen articles are transported to a livestock farm by using automobiles, the rest of the organic food is organic matters such as leftovers and the like and processed waste vegetables and fruit peels and the like are put into a garbage processor of a garbage basin to be crushed into substances of residue juice, the substances of the residue juice are separated by a residue juice separator, the separated juice flows into a drain pipe, the separated waste is put into a garbage can, and the mixture is added with mud to prepare organic fertilizer for planting flowers and plants or fertilizers for transporting to fruit farms by using automobiles; inorganic garbage wastes (including harmful garbage) are carried by residents to form a first layer, and are mechanically treated to form aggregates with a certain range of sizes, the mechanical treatment is to form granular aggregates or artificial aggregates by using a double-shaft shredder, an inorganic particle cutter, a garbage compressor, a cutting machine, a liquid packaging machine and the like, the treated granular aggregates or artificial aggregates are transported to a concrete prefabricated component field by using an automobile, the aggregates are mixed with cement, immature sand and water according to a certain proportion, and are poured into a concrete semi-finished component to form a filler, so that finished materials required by municipal roads are prepared; excrement and sewage discharged by a toilet bowl in a toilet are connected and discharged into a sewage pool through a vertical pipe and a horizontal pipe, the excrement and the sewage are transported to a fruit planting field by an automobile, urine discharged by a male urinal and a female urinal in the toilet is connected and discharged into the sewage pool through the vertical pipe and the horizontal pipe, sewage is pumped by a water pump to go to the sewage pool on the upper surface layer, and the sewage is sent to a public flower pool on a standard layer along the vertical pipe; sewage in a washroom washbasin, a shower room and the ground is connected by a vertical pipe and a horizontal pipe and flows into an interlayer floor to be placed in a shower sewage pool, and the sewage in the shower sewage pool is pressed into a sewage treatment machine to be treated into reclaimed water; kitchen vegetable washing basin sewage and balcony floor drain sewage are connected by a vertical pipe and a horizontal pipe and flow into an interlayer floor to be placed in a kitchen sewage pool, the kitchen sewage is pressed into a sewage processor to be processed into reclaimed water, and the reclaimed water is used for urban greening; reduce rubbish and stack roadside or pavement position than traditional architectural design, the organic rubbish of stacking the ground is rotten smelly, and urban resident's living environment is influenced, reduces sewage and discharges into municipal administration pipeline, increases sewage treatment cost.
Drawings
FIG. 1 is a plan view of a standard layer organic waste treatment chamber, an interlayer sewage tank, a ceiling sewage pipe, a public flower tank, a toilet and a kitchen
FIG. 2 is a plan view of a sewage treatment chamber of an interlayer septic tank and a urine sewage tank, and a plan view of a kitchen and a toilet
FIG. 3 is a plan view of a sewage treatment room in a kitchen or a toilet, and a plan view of a vertical pipe in the toilet
FIG. 4 is a plan view of the first-floor freezer, organic fertilizer chamber, feces conveying chamber, inorganic garbage recycling chamber and inorganic garbage treating chamber
FIG. 5 is a plan view showing the first-floor freezer, organic fertilizer chamber, feces conveying chamber, waste recovering chamber and inorganic garbage treating chamber, and a plan view showing the local part of the basement
FIG. 6 is a schematic plan view of the top surface of the sewage pool, the rain pool, the sewage pipe, the rain pipe, the sewage pool and the rain pool
FIG. 7 is a plan view of a standard toilet stool, a cross-sectional view of a sandwich septic tank, and a plan view of a toilet stool
FIG. 8 is a plan view of a sandwich septic tank, a toilet sewage discharge system and a plan view of a septic tank
FIG. 9 is a plan view of a standard-layer toilet urinal, a plan view of a sandwiched urine and sewage pool, a plan view of a toilet urinal, and a plan view of public greening
FIG. 10 is a plan view showing a sandwich urinal and sewage reservoir, a sectional view showing a urinal and sewage reservoir, a basement rainwater tank, and a urinal sewage discharge system
FIG. 11 is a plan view of sanitary ware and kitchen in a standard layer toilet, a plane of a sandwich sewage pool and a plan view of sewage pipes in the toilet and kitchen
FIG. 12 is a plan view showing a shower sewage tank and a kitchen sewage tank in a toilet with a sandwich structure, and a plan view showing a sewage discharge system
FIG. 13 is a cross-sectional view of a sandwich kitchen sewage tank and a bathroom shower sewage tank
FIG. 14 is a plan view of a standard organic garbage treating chamber, a first-floor freezer and an organic fertilizer chamber
FIG. 15 is a system diagram of the vertical and horizontal cross-sectional views of the organic waste treatment chamber, showing the frozen matter being thrown from the standard layer to the first layer and the waste matter being thrown from the standard layer to the first layer
FIG. 16 is a front view of a garbage disposer, a residue and juice separator, a garbage can and a garbage separator
FIG. 17 is a schematic view of a cross-sectional system of frozen matter and garbage from the standard layer to the first layer
FIG. 18 is a perspective top view of a machine for treating inorganic waste and a semi-finished member
FIG. 19 is a flow chart of processing of packing inorganic garbage into aggregate
FIG. 20 is a perspective view of inorganic refuse aggregate poured into finished product
In the figure: 1. a fecal vertical tube; 2. a urine riser; 3. an odor riser; 4. a vertical toilet sewage pipe; 5. a toilet bowl; 6. a male urinal; 7. a female urinal; 8. a female urinal ceramic hollow ball; 9. a washbasin; 10. a toilet floor drain; 11. a shower room floor drain; 12. electric cover plate of female urinal; 13. a horizontal connecting pipe of the toilet bowl; 14. a sewage horizontal pipe; 15. a glass fiber reinforced plastic septic tank; 16. separating the net; 17. the upper surface is provided with a net; 18. an odor exhaust pipe orifice; 19. a sewage gate valve; 20. a sewage tank connecting pipe; 21. an inspection opening; 22. a liquid dung sewage pool; 23. a sewage pool weight measuring device; 24. a septic tank gate valve; 25-1, feces and urine odor vertical pipe; 25-2, a sewage odor vertical pipe; 26. a water feeding vertical pipe; 27. a water feeding vertical pipe; 28-1, two floors; 28-2, a sandwich floor slab; 28-3, a first floor slab; 28-4, minus a floor slab; 28-5, a ceiling floor slab; 28-6, standard floor slabs; 29. an outlet aperture; 30. a blowdown horizontal pipe; 31. a topside sewage vertical pipe; 32. a flower bed rainwater vertical pipe; 33. a public flower bed drainage vertical pipe; 34. an electromagnetic gate valve; 35. a sewage standby gate valve; 36. a rainwater standby gate valve; 37. perforating a pipe; 38. a flower bed floor drain; 39. planting organic soil; 40. an odor exhausting horizontal pipe; 41. interlayer ceiling horizontal excrement pipes; 42. interlayer ceiling horizontal pipes; 43. a sewage horizontal pipe; 44. a rain water grid; 45. a ceiling horizontal rain pipe; 46. a first glass fiber reinforced plastic rain pool; 47. a second glass fiber reinforced plastic filter tank; 48. a first glass fiber reinforced plastic sewage tank; 49. a glass fiber reinforced plastic sewage tank; 50. an electromagnetic gate valve; 51. a rainwater horizontal pipe; 52. a rainwater supply stand pipe; 53. a connecting pipe; 54. a urine sewage flat pipe; 55. a rainwater horizontal pipe; 56. a public flower bed; 57. a sewage pump; 58. a topsides sewage tank; 59. a roof layer rain pool; 60. a kitchen sewage riser; 61. floor drain of kitchen balcony; 62. kitchen sink sewage; 63. a kitchen sewage horizontal pipe; 64. interlayer ceiling horizontal pipes; 65. an oil-separating sedimentation tank; 66. a filter screen of the oil separation tank; 67. a sewage filtering tank; 68. a separation net is arranged on the filter tank; 69. a kitchen sewage tank; 70. a cell weight determinator; 71. an electric gate valve of the sewage pool; 72. a sewage treatment machine; 73. a regenerated water outlet pipe; 74. a horizontal pipe for shower sewage; 75. a sewage shower pool; 76. a sewage pool separation net; 77. a shower sewage processor; 78. a sediment gate valve; 79. a garbage sewage horizontal pipe; 80. sluice valves for sewage pools in kitchens and toilets; 81. a gate valve for removing oil contamination; 82. a vent hole; 83. a sewage overflow hole; 84. a sewage stand pipe; 85. a freezer riser; 86. a garbage fertilizer vertical pipe; 87. a garbage can sewage vertical pipe; 88. an exhaust vertical pipe of the garbage can; 89. a residue and juice separator; 90. a garbage separator; 91. a faucet; 92. a waste processor; 93. a sewage basin water inlet hole; 94. a freezer inlet port; 95. a freezer; 96. a trash can; 97. an organic inlet port; 98. the plate surface of the garbage can is provided with an exhaust hole; 99. a blowdown gate valve; 100. a rainwater tank for flushing the toilet bowl; 101. flushing a toilet tank; 102. a freezer; 103. an organic fertilizer chamber; 104. a recyclable waste chamber; 105. an inorganic waste disposal chamber; 106. a manure conveying chamber; 107. a dung transporting vehicle; 108. a rainwater outlet hole; 109. a heat-insulating inclined pipe; 110. an automatic inclined tube cover plate; 111. an inclined tube; 112. a freezer compartment; 113. a horizontal pipe for garbage; 114. a table top plate; 115. a separator connecting pipe; 116. a garbage disposer deck plate; 117. a trash can sewage discharge hose; 118. a garbage can exhaust hose; 119. organic fertilizer boxes; 120. freezing the inclined tube; 121. a garbage residue juice barrel; 122. an organic fertilizer inclined tube; 123. a drain and dirt gate valve of the garbage can; 124. a push-pull freezer; 125. a double-shaft shredder; 126. an inorganic material granulator; 127. a concrete semi-finished member; 128. a cutter; 129. a liquid packaging machine; 130. a refuse compressor; 131. packaging inorganic waste; 132. a wood board; 133. customizing a board; 134. a switch button; 135. code card; 136. longitudinal and transverse lines; 137. iron nails; 138. artificial aggregate.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments; all other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1-20, a design method for a residential building without garbage and with less pollution discharge comprises three parts, namely a standard floor organic garbage disposal chamber, a first floor inorganic garbage disposal chamber and an interlayer sewage disposal chamber.
The method is characterized in that: different sewage that the standard layer produced designs respectively with the standpipe, and sewage is arranged and is handled respectively to intermediate layer sewage treatment room, bathroom lavatory 5 discharge excrement filth connection bathroom horizontal pipe 13, bathroom horizontal pipe 13 connects excrement discharge riser 1, excrement discharge riser 1 discharges to intermediate layer smallpox horizontal pipe 41 downwards, smallpox horizontal pipe 41 sewage flows into first glass steel septic tank 15, and the filth has subsidence and come-up, after sewage gets into the filtering ponds from septic tank intermediate level net 16, it gets into second glass steel sewage pool 22 to flow through connecting pipe 20 from excrement filtering ponds above intermediate level net 17 again, sewage inflow is confirmed by sewage pool weight determinator 23, flow into sewage after setting for the quantity, the room computer display of on duty again gets into excrement carrying room 106 by excrement carrying car 107 and loads, opens sewage gate valve 19, sewage flows into car sewage case, and (5) carrying the fruits to a fruit planting field by an automobile. The urine discharged by the male urinal 6 and the female urinal 7 of the toilet flows into a horizontal pipe 14, the horizontal pipe (14) is connected with a vertical urine discharging pipe 2, the vertical urine discharging pipe 2 flows downwards into a sandwich ceiling horizontal urine pipe 42, the horizontal urine pipe 42 flows into a first glass fiber reinforced plastic sewage pool 48, the sewage in the first glass fiber reinforced plastic sewage pool 48 is filtered by an upper partition net 17, the sewage flows into a glass fiber reinforced plastic sewage pool 49 by a connecting pipe 20, the sewage in the glass fiber reinforced plastic sewage pool 49 flows through an outlet 29 and a gate valve to be connected with a sewage pump 57, the sewage pump 57 is connected with a horizontal pipe 43, the horizontal pipe 43 is connected with an upper vertical pipe 26, the upper vertical pipe 26 pumps the urine sewage into a topsides sewage pool 58, the topsides sewage pool 58 is connected with an electric gate valve 71 of the sewage pool, the electric gate valve 71 of the sewage pool is connected with a urine horizontal pipe 54, the urine horizontal pipe 54 is connected with a topsides sewage vertical pipe 31, the urine sewage vertical pipe 31 is connected to a public flower pond 56 of each standard layer, a branch of the sewage vertical pipe 31 led out from the public flower pond 56 is connected with a quantitative electromagnetic gate valve 34, the quantitative electromagnetic gate valve 34 is connected with a perforated pipe 37 buried in organic soil 39 of the flowers of the public flower pond 56, and a branch of the overhead sewage vertical pipe 31 led out from the public flower pond 56 is reserved with a sewage standby gate valve 35. The sewage of the toilet washbasin 9, the sewage of the shower room and the sewage of the toilet floor are connected with a sewage horizontal pipe 14 through a floor drain 11 of the shower room and a floor drain 10 of the toilet, the sewage horizontal pipe 14 is connected with the sewage vertical pipe 4, the sewage vertical pipe 4 is connected with the shower sewage horizontal pipe 74, the shower sewage horizontal pipe 74 is connected with the inlet of the sandwich glass fiber reinforced plastic shower sewage pool 75, sewage flows into the glass fiber reinforced plastic shower sewage pool 75 from a toilet, the sewage in the glass fiber reinforced plastic shower sewage pool 75 flows into the connecting pipe 53 after being filtered by the sewage pool internal separation net 76, the connecting pipe 53 is connected with the electric control gate valve 71, the electric control gate valve 71 is connected with a sewage processor 77, after the pool weight determinator 70 determines that the sewage reaches a certain amount, the electric control gate valve 71 is automatically opened, sewage flows into the sewage treatment machine 77 to be treated into reclaimed water, and a reclaimed water outlet pipe 73 is connected with a ground greening pipe. The kitchen sink sewage 62 and the kitchen balcony floor drain 61 sewage are discharged into a kitchen sewage horizontal pipe 63, the kitchen sewage horizontal pipe 63 is connected with a kitchen sewage vertical pipe 60, the kitchen sewage vertical pipe 60 is connected with an interlayer ceiling horizontal pipe 64, the interlayer ceiling horizontal pipe 64 sewage flows into a kitchen sewage oil-separating sedimentation tank 65, the sewage in the oil separation sedimentation tank 65 flows into a kitchen sewage filtering tank 67 after being filtered by a tank filter screen 66, the sewage in the sewage filtering tank 67 flows into a connecting pipe 53 from a second separation screen 68, the connecting pipe 53 is connected with a kitchen sewage tank 69, the connecting pipe 53 of the kitchen sewage tank 69 is connected with an electric control gate valve 71, the weight of the sewage flowing into the kitchen sewage tank 69 is measured by a measuring device 70, and after a certain amount of sewage is obtained, the electric control gate valve 71 is automatically opened, flows into the sewage treatment machine 72 for treatment and becomes reclaimed water, and a reclaimed water outlet pipe 73 is connected with a ground greening pipe. The standard layer organic garbage treatment chamber is used for treating organic garbage, human food organic food and food seasoning soy sauce generated in a kitchen at night every day, the freezing boxes 95 and 124 are used for storing human food waste food which is easy to deteriorate and stink (bone, meat, fish, porridge, rice, flour and the like), bottled food waste seasoning soy sauce and bagged waste food which is easy to deteriorate and stink and generate meat food, when a certain amount of food is stored, the frozen articles are taken out from the freezing boxes 95 and 124 and put into the frozen article inlet hole 94, the frozen articles slide into the frozen article vertical pipe 85 from the frozen article inlet hole 94 through the freezing inclined pipe 120, the frozen articles of the frozen article vertical pipe 85 fall down and slide into the heat preservation inclined pipe 109 of the freezer 102 and fall into the freezing boxes 112 through the heat preservation inclined pipe automatic cover plate 110 for storage, when the monitor sees a certain amount of the articles in the freezer 112, the vehicle is then activated to transport the articles from the freezer 112 of the freezer 102 to the animal farm for feeding. The garbage can 96 is waste organic garbage generated in a kitchen and a living room, the waste organic garbage is put into an inlet of a garbage basin on a table panel 116 of a garbage processor, the organic garbage is crushed by the garbage processor 92, then a tap 91 is used for washing dirt in the garbage basin, the crushed waste liquid of the garbage processor 92 is loaded by a garbage juice can 121, the garbage juice can 121 is loaded with the garbage juice and put into a table panel 114 and a juice separator 89, a power switch is started, the organic garbage liquid of the juice separator 89 flows into a separator connecting pipe 115, the separator connecting pipe 115 is connected with a garbage vertical pipe 84, the sewage vertical pipe 84 flows sewage downwards into an interlayer smallpox sewage horizontal pipe 30, the sewage horizontal pipe 30 flows into a kitchen sewage filtering tank 67, the juice separator 89 separates out residues and takes out and pours the residues into small buckets of the garbage can 96, after the garbage in the inner barrel 96 is fully accumulated, the garbage in the small barrel is taken out and poured into a garbage separator 90 for separating garbage from liquid, the garbage separator 90 separates garbage water liquid and flows into a garbage horizontal pipe 113, the garbage horizontal pipe 113 is connected with a garbage vertical pipe 87, the garbage vertical pipe 87 is connected with an interlayer ceiling horizontal pipe 79, the sewage in the horizontal pipe 79 flows into a glass fiber reinforced plastic septic tank 15, the garbage separator 90 separates garbage, the garbage is taken out and poured into a customized self-adhesive rubber bag, a layer of fiber bag is added, the garbage in the fiber bag is thrown from an organic matter inlet hole 97, slides into a garbage fertilizer vertical pipe 86 through an organic matter inclined pipe 122 and falls into an inclined pipe 111 to enter an organic fertilizer box 119 of an organic fertilizer chamber 103 for storage, and when a certain amount of organic matters in the fiber bag is seen from a monitor, then the automobile is started to transport the organic fertilizer box 119 of the organic fertilizer chamber 103 to the fruit planting field for use. The first layer inorganic waste treatment chamber 105 is used for treating unrecoverable inorganic waste, the treated inorganic waste (including harmful waste) is carried by residents to the lower first layer and is changed into aggregate with a certain range of sizes by mechanical treatment, the mechanical treatment is to form and treat the inorganic waste into granular aggregate or artificial aggregate 138 by using a double-shaft shredder 125, an inorganic particle cutter 126, a waste compressor 130, a cutter 128 and a liquid packing machine 129, the treated granular aggregate or artificial aggregate is transported to a concrete prefabricated part field by using an automobile and is mixed with cement, fine sand and water according to a certain proportion, the filler is poured into a concrete semi-finished part 127 to be poured into a municipal road to need finished product materials, the double-shaft shredder 125 is used for treating large inorganic hard waste, the inorganic particle cutter 126 is used for treating soft plastic or rubber waste and the like, the packaging inorganic waste 131 is treated by the garbage compressor 130 and the cutting machine 128, the packaging inorganic waste 131 is placed into a customized box, a wood board 132 is arranged below the bottom of the box, the customized board 133 is covered after the compacted packaging inorganic waste 131 is fully piled, then the box is moved into the pressed position of the garbage compressor 130, a switch button 134 is started to compress the inorganic waste to a certain limit value, then a plate block of the bottom wood board 132 and the upper customized board 133 is locked by a stacking card 135, the plate block is moved out and placed on a working table, a longitudinal line and a transverse line 136 are determined according to the thickness of the plate block, the plate block with the longitudinal line and the transverse line 136 determined is formed by punching iron nails 137, the stacking card 135 is removed, the formed plate block with the iron nails 137 is placed on the cutting machine 128 and cut into small blocks to prepare a solid artificial aggregate 138, the liquid packaging machine 129 is used for packaging the waste ring with polluted liquid, the liquid artificial aggregate with the specification and the size is prepared, and the building inorganic garbage is used for filling a roadbed cushion or a base layer below the organic fertilizer of the flower bed of the urban road.
Specifically, its characterized in that: the sewage and sewage are separately treated, the sewage is divided into organic waste and inorganic waste, the organic waste is produced and designed on a standard layer of a house every day, the inorganic waste can be carried below the floor and designed on the first layer of the house to be convenient for outward transportation of automobiles, the sewage treatment is designed on an interlayer, excrement removing water and sediments are transported to a fruit field by automobiles, a glass fiber reinforced plastic sewage pool, a high-pressure pump and a pipe are used for public greening in the design of urine drainage sewage, the sewage of other kitchens and toilets is filtered into reclaimed water by a sewage treatment machine, the stink drainage vertical pipe 3 is connected with the toilet sewage vertical pipes 1, 2 and 4 at a certain distance according to the building design specification, the female urinal ceramic hollow ball 8 is limited for urine use, the female urinal electric cover plate 12 is used for preventing shower sewage from overflowing into the female urinal 7, the glass fiber reinforced plastic septic tank 15, The septic sewage pool 22, the first sewage pool 48 of glass steel, the glass steel sewage pool 49, the sewage filtering pool 67, the kitchen sewage pool 69, the shower sewage pool 75 produce the foul smell and discharge the foul smell horizontal pipe 40 outwards with the odor discharge pipe mouth 18 connection, the odor discharge horizontal pipe 40 has the connection and arranges the excrement, urinate the foul smell riser 25-1, have the connection sewage foul smell riser 25-2 upwards to the discharge of the top surface layer, the inspection opening 21 is the sewage condition of periodical inspection sewage pool and maintenance, the air vent 82 is the both sides sewage pool and ventilates and uses, the septic tank gate valve 24, the sewage gate valve 19, the oil interceptor sediment gate valve 78, the kitchen, the bathroom sewage pool gate valve 80 regularly clears up the sediment filth in the pond, the sewage basin inlet hole 93 is the household resident barreled organic rubbish and the sewage pouring-in mouth, the sewage discharges into the sewage riser 84, the organic rubbish sediment after filtering is separated with the sediment separator 89, the recyclable waste chamber 104 is used for cleaning waste on the first floor by residents and becomes renewable resources, the oil and sewage discharge gate valve 123 of the garbage can is used for cleaning oil stains on the sewage level in the garbage can by residents regularly, the resident can go downstairs and is carried to the recyclable waste chamber 104 on the first floor, and the sewage gate valve 19 is used for cleaning the dirt in the pool regularly.
The method is characterized in that: the method is characterized in that the method is used for washing the sewage of the toilet bowl 5 by using natural rainwater and washing the sewage of the toilet bowl 5 by using municipal tap water for standby, a rainwater pipe of a roof layer of the building is discharged to the ground and collected into a rainwater grid 44, the rainwater of the rainwater grid 44 flows into a horizontal rainwater pipe 45 of a ceiling minus floor 28-4, the rainwater of the horizontal rainwater pipe 45 flows into a first glass fiber reinforced plastic rainwater tank 46 after being collected, the rainwater flows into the first glass fiber reinforced plastic rainwater tank 46 through an electromagnetic gate valve 50, the rainwater of the glass fiber reinforced plastic rainwater tank 46 flows into a second glass fiber reinforced plastic filtering tank 47 from an upper partition net 17 through a connecting pipe, a rainwater outlet 108 of the filtering tank 47 is connected with an upper rainwater horizontal pipe 55 from an upper vertical pipe 27 to the roof floor 28-5 by a high-pressure water pump through a sewage gate valve 19, the upper rainwater horizontal pipe 55 is connected with the roof layer rainwater tank 59, and a rainwater pipe at the outlet of the roof, the rainwater horizontal pipe 51 is connected with a flower bed rainwater vertical pipe 32 and a toilet rainwater supply vertical pipe 52, each layer of the flower bed rainwater vertical pipe 32 is provided with a branch pipe connected with a rainwater standby gate valve 36, the toilet rainwater supply vertical pipe 52 is connected with each layer of a flushing toilet rainwater tank 100, the municipal water flushing toilet cistern 101 is started when the flushing toilet rainwater tank 100 is limited, the public flower bed drainage vertical pipe 33 is used for draining excessive water accumulated in a flower land and is connected with a flower bed floor drain 38, the degreasing gate valve 81 is used for draining excessive water in an oil separation sedimentation tank 65 by monitoring and leading out a pipe with the thickness exceeding an allowable range to a container of a first layer recoverable waste chamber 104, the sewage overflow hole 83 is used for leading out sewage to flow into a fixed container standby hole for objective reasons, and a garbage can exhaust hose 118 is connected with a garbage can exhaust hole 98 in a garbage can 96, exhaust hose 118 is refuted and is connect garbage bin exhaust riser 88 to the upwards emission of sky floor slab 28-5, produce sewage in the garbage bin 96 and discharge by garbage bin blowdown gate valve 99, blowdown gate valve 99 and garbage bin blowdown hose 117 hose connection, blowdown hose 117 is connected with garbage bin sewage riser 87, garbage bin sewage riser 87's rubbish sewage discharges into rubbish sewage horizontal pipe 79, rubbish sewage horizontal pipe 79 discharges into glass tempering manure pit 15.
The specific process is as follows: after people consume organic food, the residual organic matters after eating are classified, animal meat, fish, staple food rice, flour and waste rotten raw food are placed into a freezing box, when a certain amount of the food is stored, frozen articles are taken out and put into a vertical pipe to slide into a freezing warehouse, when the frozen matters in the freezing warehouse are stored to a certain amount, an automobile is used for transporting the food to a livestock farm, the rest organic matters such as leftovers and the like and processed waste vegetables and fruit peels and the like are placed into a garbage processor of a garbage basin to be crushed to form residue juice sticky , the sticky matters are placed into a residue juice separator to be separated, the juice liquid separated from the sticky matters flows into a blow-off pipe, the sticky matters are separated to form waste which is placed into a garbage can, and the organic fertilizer can be prepared by adding mud and mixing, and is used for planting flowers and plants of residents or transporting the automobile to a fruit farm; inorganic garbage wastes (including harmful garbage) are carried by residents to form a first layer, and are mechanically treated to form aggregates with a certain range of sizes, the mechanical treatment is to form granular aggregates or artificial aggregates by using a double-shaft shredder, an inorganic particle cutter, a garbage compressor, a cutting machine, a liquid packaging machine and the like, the treated granular aggregates or artificial aggregates are transported to a concrete prefabricated component field by using an automobile, the aggregates are mixed with cement, immature sand and water according to a certain proportion, and are poured into a concrete semi-finished component to form a filler, so that finished materials required by municipal roads are prepared; excrement and sewage discharged by a toilet bowl in a toilet are discharged into a sewage pool through a vertical pipe and a horizontal pipe, and then are transported to a fruit planting field by an automobile, urine flows discharged by a male urinal and a female urinal in the toilet enter the urine sewage pool through the vertical pipe and the horizontal pipe, urine and sewage are delivered to a urine sewage pool on a top layer by a water pump, and the sewage flows to a public flower pool on a standard layer along the vertical pipe; the sewage in the toilet washbasin, the shower room and the ground flows into the interlayer floor along the vertical pipe and the horizontal pipe to be placed in a shower sewage pool, and the sewage in the shower sewage pool is pressed into a sewage treatment machine to be treated into reclaimed water; kitchen vegetable washing basin sewage and balcony floor drain sewage flow into the interlayer floor along the vertical pipe and the horizontal pipe to be placed in a kitchen sewage tank, the kitchen sewage is pressed into a sewage processor to be processed into reclaimed water, and the reclaimed water is used for urban greening.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims (10)

1. A design method for a residential building without garbage and with less pollution discharge comprises three parts, namely a standard-layer organic garbage treatment chamber, a first-layer inorganic garbage treatment chamber and an interlayer sewage treatment chamber, and is characterized in that: the sewage generated by the standard layer is separately designed by a vertical pipe, the sewage is discharged to an interlayer sewage treatment chamber for treatment, the excrement and the sewage discharged by the toilet stool device (5) are transported to a fruit planting field by an automobile, the urine discharged by the male and female urinals (6) and (7) of the toilet is transported and circulated by a sewage pump (57) through a pipeline and discharged into a public flower pond (56) of the standard layer, the sewage of a washbasin and the sewage of a shower room of the toilet are treated by a sewage treatment machine (77) to be changed into regenerated water, the sewage discharged by a kitchen vegetable basin is treated by a sewage treatment machine (72) after being filtered to be changed into the regenerated water, the organic waste smelly and deteriorated food of the standard layer (28-6) is stored in freezing boxes (95) and (124), then is thrown into a first-layer freezing warehouse (102) and transported to a livestock farm by the automobile, organic matters of the rest vegetables and the peels, and the like consumed by people, are treated by a garbage processor (92), are separated by a residue and juice separator (89) and a garbage separator (90), are discharged into a drain pipe, are solid wastes, fall into a first-layer garbage organic fertilizer chamber (103) by bags, are transported to a fruit field by an automobile, inorganic garbage generated by a standard layer (28-6) is carried by residents, is treated into aggregate by a first-layer inorganic garbage treatment chamber (105), is transported to a concrete prefabricated component field by the automobile, rainwater on a building roof layer (28-5) and on the ground flows into a rainwater basin (46), is pressurized by a water pump to be delivered to the rainwater basin (59) on the roof layer, and is delivered to a public flower basin (56) by water pipes (32) and (52) to wash the sewage in the plants and a toilet closet (5).
2. The residential building design method without garbage and with less pollution discharge according to claim 1, characterized in that the toilet bowl (5) discharges excrement and sewage and is connected with a toilet horizontal pipe (13), the toilet horizontal pipe (13) is connected with a vertical excrement discharge pipe (1), the vertical excrement discharge pipe (1) discharges downwards to a sandwich ceiling horizontal pipe (41), sewage in the ceiling horizontal pipe (41) flows into a first glass fiber reinforced plastic septic tank (15), the sewage sinks and floats upwards, the sewage flows into a filtering tank from a septic tank spacer screen (16), then flows into a second glass fiber reinforced plastic septic tank (22) from a septic tank upper spacer screen (17) through a refuting pipe (20) after entering the filtering tank, the inflow of the sewage is determined by a septic tank weight determinator (23), and the flow of the sewage reaches a set amount and then is displayed by a duty room computer, then the excrement conveying vehicle (107) enters an excrement conveying chamber (106) for loading, a sewage gate valve (19) is opened, sewage flows into a sewage tank of the vehicle, and the vehicle conveys the sewage to a fruit planting field.
3. The residential building design method without rubbish and with less pollution discharge according to claim 1, characterized in that the male and female urinals (6, 7) in the toilet discharge urine into the horizontal pipe (14), the horizontal pipe (14) is connected with the vertical urine discharge pipe (2), the vertical urine discharge pipe (2) flows downwards into the horizontal urine pipe (42) on the sandwich ceiling, the horizontal pipe (42) flows into the first glass fiber reinforced plastic sewage tank (48), the sewage in the first glass fiber reinforced plastic sewage tank (48) is filtered by the upper screen (17), the sewage is connected with the connecting pipe (20) and flows into the glass fiber reinforced plastic sewage tank (49), the sewage in the glass fiber reinforced plastic sewage tank (49) flows from the outlet hole (29) through the gate valve and is connected with the sewage pump (57), the sewage pump (57) is connected with the horizontal pipe (43), and the horizontal pipe (43) is connected with the upper vertical water pipe (26), the urine sewage is pumped into the topsides layer sewage pool (58) by the upper water vertical pipe (26), the topsides layer sewage pool (58) is connected with a sewage pool electric gate valve (71), the sewage pool electric gate valve (71) is connected with a urine sewage flat pipe (54), the topsides layer urine sewage flat pipe (54) is connected with a sewage vertical pipe (31), the urine sewage vertical pipe (31) is connected with a public flower pool (56) of each standard layer, a branch is led out from the urine sewage vertical pipe (31) on the public flower pool (56) and is connected with a quantitative electromagnetic gate valve (34), the quantitative electromagnetic gate valve (34) is connected with a hole opening pipe (37) buried in the flower planting organic soil (39) of the public flower pool (56), and a branch is led out from the topsides sewage vertical pipe (31) on the public flower pool (56) to reserve a sewage standby gate valve (35).
4. The residential building design method with no garbage and less pollution discharge according to claim 1, characterized in that the sewage of the toilet washbasin (9), the shower room and the toilet floor is connected with a sewage horizontal pipe (14) through a shower room floor drain (11) and a toilet room floor drain (10), the sewage horizontal pipe (14) is connected with a sewage vertical pipe (4), the sewage vertical pipe (4) is connected with a shower sewage horizontal pipe (74), the shower sewage horizontal pipe (74) is connected with an inlet of a sandwich glass fiber reinforced plastic shower sewage pool (75), the sewage flows into the glass fiber reinforced plastic shower sewage pool (75) from the toilet, the sewage of the glass fiber reinforced plastic shower sewage pool (75) flows into a connecting pipe (53) after being filtered by a sewage pool partition net (76), the connecting pipe (53) is connected with an electrically controlled gate valve (71), the sewage treatment machine (77) is connected in automatically controlled gate valve (71), after pond weight measurement ware (70) survey sewage reached a certain amount, automatically controlled gate valve (71) were opened automatically, and sewage flows into sewage treatment machine (77) and handles for the recycled water, and ground greening pipe is connected in recycled water outlet pipe (73).
5. The residential building design method with no garbage and less pollution discharge according to claim 1, characterized in that the kitchen sink sewage (62) and the kitchen balcony floor drain (61) sewage are discharged into a kitchen sewage horizontal pipe (63), the kitchen sewage horizontal pipe (63) is connected with a kitchen sewage vertical pipe (60), the kitchen sewage vertical pipe (60) is connected with an interlayer ceiling horizontal pipe (64), the interlayer ceiling horizontal pipe (64) sewage flows into a kitchen sewage oil separation sedimentation tank (65), the oil separation sedimentation tank (65) sewage flows into a kitchen sewage filtering tank (67) after being filtered by a tank filter screen (66), the sewage filtering tank (67) sewage flows into a connecting pipe (53) from two separation screens (68), the connecting pipe (53) is connected with the kitchen sewage tank (69), and the connecting pipe (53) of the kitchen sewage tank (69) is connected with an electric control gate valve (71), the weight of the sewage flowing into the kitchen sewage pool (69) is measured by a measuring device (70), after the sewage reaches a certain amount, an electric control gate valve (71) is automatically opened, the sewage flows into a sewage treatment machine (72) to be treated and changed into reclaimed water, and a reclaimed water outlet pipe (73) is connected with a ground greening pipe.
6. The residential building design method with no garbage and less pollution discharge according to claim 1, wherein said standard floor organic garbage disposal room is used for disposing organic garbage, organic food and flavoring sauce every night, said freezing boxes (95) and (124) are used for storing waste, easily-deteriorated and smelly food (bone, meat, fish, porridge, rice, noodles, etc.), bottled food, easily-deteriorated and smelly meat food, and when a certain amount of food is stored, said freezing box (95) and (124) is used for taking out frozen product and putting in the frozen product inlet hole (94), said frozen product slides from the frozen product inlet hole (94) into the frozen product vertical pipe (85) through the freezing inclined pipe (120), and the frozen product of said frozen product vertical pipe (85) falls into the heat-preservation inclined pipe (109) of the freezer (102) through the heat-preservation inclined pipe automatic cover plate (110) and falls into the frozen product storage hole (94) through the heat-preservation inclined pipe automatic cover plate (110) When the articles in the freezing article box (112) are seen from the monitor to a certain amount, the freezing article box (112) of the freezing warehouse (102) is started to be transported by the automobile to be used for freezing the articles to feed in the breeding stock farm.
7. The residential building design method with no garbage and less pollution discharge according to claim 1, characterized in that the garbage can (96) is waste organic garbage generated in kitchen and living room, the waste organic garbage is put into the inlet of the garbage basin of the garbage processor deck (116), the organic garbage is crushed by the garbage processor (92) and then the water tap (91) is started to flush the dirt in the garbage basin, the crushed residue of the garbage processor (92) is loaded by the garbage residue juice can (121), the residue juice can (121) is loaded with the garbage residue and juice separator (89) of the deck (114), the power switch is started, the organic garbage liquid of the residue juice separator (89) flows into the separator connecting pipe (115), the separator connecting pipe (115) is connected with the garbage and sewage vertical pipe (84), sewage riser (84) sewage flows into intermediate layer smallpox blowdown horizontal pipe (30) downwards, blowdown horizontal pipe (30) sewage flows into kitchen sewage filtering ponds (67), sediment juice separating centrifuge (89) is separated the sediment thing and is taken out, pours into the keg of garbage bin (96), the keg rubbish of garbage bin (96) is piled up to full back, takes out keg rubbish and pours into garbage separator (90) and carries out rubbish slag-liquid separation, garbage separator (90) separates out rubbish aqueous humor, flows into rubbish horizontal pipe (113), rubbish horizontal pipe (113) are connected with garbage bin sewage riser (87), rubbish sewage riser (87) are connected with intermediate layer smallpox horizontal pipe (79), horizontal pipe (79) sewage flows into glass tempering manure pit (15), rubbish thing is separated out in garbage separator (90), taking out and pouring into the customized self-adhesive rubber bag, and then adding a layer of fiber bag, wherein garbage contained in the fiber bag is thrown from the organic matter inlet hole (97), slides into the garbage fertilizer vertical pipe (86) through the organic matter inclined pipe (122), falls to the inclined pipe (111), enters the organic fertilizer box (119) of the organic fertilizer chamber (103) for storage, and when a certain amount of organic articles contained in the fiber bag is seen from the monitor, the fiber bag is used for transporting the articles in the organic fertilizer box (119) of the organic fertilizer chamber (103) away to a planting fruit field by using an automobile.
8. The residential building design method without garbage and with less pollution discharge according to claim 1, characterized in that the first layer of inorganic garbage disposal chamber (105) is for disposing the unrecoverable inorganic wastes, the disposed inorganic wastes (including harmful wastes) are carried by residents to the first layer and are changed into aggregates with a certain range of sizes by mechanical treatment, the mechanical treatment is composed of a double-shaft shredder (125), an inorganic particle cutter (126), a garbage compressor (130), a cutter (128) and a liquid packer (129) and is changed into granular aggregates or artificial aggregates (138), the treated granular aggregates or artificial aggregates are transported to a concrete prefabricated component field by an automobile and are mixed with cement, green sand and water according to a certain proportion, the fillers poured into the concrete semi-finished components (127) are poured into the municipal road to be finished materials, the method is characterized in that a large-sized inorganic hard garbage is treated by a double-shaft shredder (125), a softer plastic or rubber waste is treated by an inorganic granulator (126), a packaging inorganic waste (131) is treated by a garbage compressor (130) and a cutting machine (128), the packaging inorganic waste (131) is placed into a customized box, a wood plate (132) is arranged under the box, the packaging inorganic waste (131) is fully piled, the customized plate (133) is covered, the box is moved into a pressure position of the garbage compressor (130), a switch button (134) is started to compress the inorganic garbage to a certain limit value, a bottom wood plate (132) and a plate block of an upper customized plate (133) are locked by a stacking card (135), the plate block is moved out and placed on a working table, and a longitudinal direction, a longitudinal direction and a longitudinal direction are determined according to the thickness of the plate block, The horizontal line (136), confirm indulge, horizontal line (136) plate reuse iron nail (137) are beaten the shaping, remove sign indicating number card (135), beat iron nail (137) shaping plate and put cutting machine (128) and cut into the fritter, make solid-state artificial aggregate (138), liquid packaging machine (129) are used for packing abandonment to ring there is polluted liquid, make specification and dimension liquid artificial aggregate, and building class inorganic rubbish is used for filling road bed course or the basic unit under the urban road flower pond fertilizer.
9. The method of claim 1 for designing a residential building with no waste and low pollution emissions, wherein the method comprises the steps of: the sewage and sewage are separately treated, the sewage is divided into organic waste and inorganic waste, the organic waste is produced and designed on a standard layer of a house every day, the inorganic waste can be carried below the floor and designed on the first layer of the house so as to be convenient for outward transportation of an automobile, the sewage treatment is designed on an interlayer, excrement removing sewage and sediments are outward transported to a fruit field by the automobile, a glass fiber reinforced plastic pool, a sewage pump and a pipe are used for public greening in the design of urine discharging sewage, the sewage of other kitchens and toilets is transported to the interlayer and filtered into reclaimed water by a sewage treatment machine, the odor discharging vertical pipe (3) is connected with the toilet sewage vertical pipe (1), (2) and (4) at a certain distance according to the architectural design specification, the female urinal ceramic hollow ball (8) is only limited to be used for urination, the female urinal electric cover plate (12) is used for preventing shower sewage from overflowing into the female urinal (7, the glass fiber reinforced plastic septic tank (15), the liquid dung sewage tank (22), the first glass fiber reinforced plastic sewage tank (48), the glass fiber reinforced plastic sewage tank (49), the sewage filtering tank (67), the kitchen sewage tank (69), and the shower sewage tank (75) generate odor and discharge odor by connecting the odor discharge pipe orifice (18) with the odor discharge horizontal pipe (40) outwards, the odor discharge horizontal pipe (40) is connected with the excrement discharge pipe, the urine odor vertical pipe (25-1) and the sewage odor vertical pipe (25-2) upwards to discharge to the top surface layer, the inspection opening (21) is used for regularly inspecting the sewage condition and overhauling of the sewage tank, the vent hole (82) is used for ventilating the sewage tanks at two sides, the septic tank gate valve (24), the sewage gate valve (19), the oil separation tank sediment gate valve (78), the kitchen and the toilet sewage tank gate valve (80) regularly and regularly clean the sewage in the sedimentation tank, the sewage basin inlet hole (93) is that the resident of resident barreled organic rubbish of family and sewage pour the mouth into, sewage riser (84) are arranged into to sewage, filters back organic rubbish sediment with sediment juice separating centrifuge (89) separation, recoverable discarded object room (104) are that the resident clears up the discarded object to the first floor, become renewable resources, garbage bin oil extraction dirt gate valve (123) are that the resident regularly clears up greasy dirt on the sewage face in the garbage bin, and it carries to first floor recoverable discarded object room (104) to go downstairs, sewage gate valve (19) are the interior filth of regular cleaning pond.
10. The method of claim 1 for designing a residential building with no waste and low pollution emissions, wherein the method comprises the steps of: the natural rainwater is used for flushing the sewage of the toilet bowl (5), the municipal tap water is used for flushing the sewage of the toilet bowl (5) for standby, the roof layer rainwater pipe of the building is discharged to the ground and collected into the rainwater grid (44), the rainwater of the rainwater grid (44) flows into the ceiling horizontal rainwater pipe (45) of the minus floor (28-4), the rainwater of the horizontal rainwater pipe (45) is collected and then flows into the first glass fiber reinforced plastic rainwater tank (46) through the electromagnetic gate valve (50), the rainwater of the glass fiber reinforced plastic rainwater tank (46) flows into the second glass fiber reinforced plastic filtering tank (47) from the upper partition net (17) through the connecting pipe, the rainwater passes through the rainwater outlet hole (108) of the filtering tank (47) and flows into the sewage gate valve (19) and is pumped by the high-pressure water rainwater pump from the water feeding vertical pipe (27) to the roof floor (28-5) to be connected with the rainwater horizontal pipe (55), the rainwater horizontal pipe (55) is connected with a topsides layer rainwater tank (59), a rainwater pipe at the outlet of the topsides layer rainwater tank (59) is connected with a rainwater horizontal pipe (51), the rainwater horizontal pipe (51) is connected with a flower bed rainwater vertical pipe (32) and a toilet rainwater supply vertical pipe (52), each layer of the flower bed rainwater vertical pipe (32) is provided with a branch pipe connected rainwater standby gate valve (36), the toilet rainwater supply vertical pipe (52) is connected with each layer of flushing toilet rainwater tank (100), the municipal water supply toilet cistern (101) is started when the flushing toilet rainwater tank (100) is limited, the public flower bed drainage vertical pipe (33) is used for draining excessive water accumulated on the flower bed and is connected with a flower bed floor drain (38), and the degreasing gate valve (81) is used for monitoring and finding that the oil layer thickness of the oil separation sedimentation tank (65) exceeds the allowable range and leading out by a pipe to a first layer recoverable waste chamber (104) The container of (1) is discharged, the sewage overflow hole (83) is a spare hole for leading sewage to flow into a fixed container for objective reasons, odor generated in the garbage can (96) is connected with a garbage can exhaust hose (118) through a garbage can plate surface exhaust hole (98), the exhaust hose (118) is connected with a garbage can exhaust vertical pipe (88) and upwards discharges to a ceiling layer floor (28-5), sewage generated in the garbage can (96) is discharged through a garbage can sewage discharge gate valve (99), and the sewage discharge gate valve (99) is in hose connection with a garbage can sewage discharge hose (117), the sewage discharge hose (117) is connected with the garbage can sewage vertical pipe (87), garbage sewage of the garbage can sewage vertical pipe (87) is discharged into the garbage sewage horizontal pipe (79), and the garbage sewage horizontal pipe (79) is discharged into the glass fiber reinforced plastic septic tank (15).
CN202011409023.XA 2020-12-06 2020-12-06 Design method of residential building without garbage and with less pollution discharge Withdrawn CN112443175A (en)

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