CN201649195U - Household domestic sewage recycling treatment device - Google Patents
Household domestic sewage recycling treatment device Download PDFInfo
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- CN201649195U CN201649195U CN2010200613027U CN201020061302U CN201649195U CN 201649195 U CN201649195 U CN 201649195U CN 2010200613027 U CN2010200613027 U CN 2010200613027U CN 201020061302 U CN201020061302 U CN 201020061302U CN 201649195 U CN201649195 U CN 201649195U
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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
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- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
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Abstract
A household domestic sewage recycling treatment device comprises an integrated body assembled by a water collecting box, a water-gas distribution and supply box, a contact oxidizing chamber, a secondary sediment chamber and a membrane treatment assembly from bottom to top. The integrated body is vertically arranged in the right-angled corner of the bathroom. In the bathroom, a cover plate of the water-gas distribution and supply box is used as a bottom plate and a bottom plate of the membrane treatment assembly is used as a top plate. The outer cambered surface is provided with a cambered glass sliding door. The qualified charge and discharge, the graded treatment and the classified recycle of the raw water is performed so as to solve the problem of the mental disorder occurred in case the domestic user recycles the water. By accounting, the cost for recycling the discharged water is economic and reasonable, thus the participation enthusiasm of the urban and rural residents is fully aroused and the device is widely applied.
Description
Affiliated technical field
The utility model relates to the device that a kind of family domestic sewage is recycled, and especially divides matter to receive the recycle treatment device of household sewage water of row, classification processing and classification loop reuse to family domestic sewage.
Background technology
China is populous, and freshwater resources but only are 1/4th of people from world mean per capita.Along with day by day enlarging of demographic and economic scale and improving constantly of living standard of urban and rural population level, the water demand amount increase and because of the contradiction between Global climate change and the freshwater resources scarcity that environment pollution brought more and more sharp-pointed; In China North China, the Northwest and some megalopolis, lack of water and even the situation of cutting off the water supply happen occasionally especially, and resident's living safety is arrived in the quality of life even the serious threat that have obviously restricted the resident.Therefore, carry out scientific and rational family domestic sewage recycling technology, for the water safety degree that improves urban and rural residents and quality of life, water resource, the reduction disposal of pollutants total amount of saves valuable and the sound development that keeps economic society, all has self-evident significance.
The existing sanitary sewage circulating and recovering technology that is purpose with middle water reuse mainly contains and focuses on (urban comprehensive wastewater treatment plant) and dispersion treatment (in the sub-district water Treatment for Reuse station) two major types, already and will continue to play a significant role.But practice demonstrates the following defective or the deficiency of this two major types for many years: the first, invest hugely, and running cost also remains high; The second, handle the degree of depth and only reach middle water, restricted the reuse scope of recycle-water; The 3rd, because former water has comprised human excrement and urine's excreta, formed mental handicape has greatly limited handles the use of water outlet at family field; The 4th, investment subject is government, community or developer only, fails to transfer playing an active part in of vast urban and rural residents, thus the sluggish development of sanitary sewage circulating and recovering cause.
Summary of the invention
Based on above-mentioned background, the utility model aims to provide a kind of family domestic sewage is carried out branch matter receipts, row, classification processing and classification loop reuse are purpose, with the urban and rural households is the recycle treatment device of household sewage water of investment, the main consuming body, with defective or the deficiency that remedies existing sanitary sewage disposal type.
The technical scheme that its technical problem that solves the utility model adopts is: joined for case 1.2, catalytic oxidation chamber 2.1, secondary precipitation chamber 2.2 and film by header tank 1.1, aqueous vapor and handle the assembly 3 integrated body of assembly cost device from bottom to top, integrated body vertically is arranged in place, 4 fan-shaped right angle, shower room, the cover plate that join for case 1.2 with aqueous vapor in shower room 4 is a base plate, the base plate of handling assembly 3 with film is a top board, establish arc glass sliding door 4.1 along extrados, wherein:
Biological treatment assembly 2 is made up of the 2.2 liang of parts in catalytic oxidation chamber 2.1 and secondary precipitation chamber, structure is as follows: 2.1 bottoms, catalytic oxidation chamber are provided with over against jet water pipe 1.2.8 exit to assist evenly joins the reflection cone 2.1.1 of water supply, gas, piles up filler 2.1.3 on the perforation supporting plate on its top; This place, top board right angle, chamber is provided with by keeping away gas kuppe 2.1.4, guide shell 2.1.5 and keep away water, gas, the mud separating mechanism that conductance mud awl 2.1.7 forms, and is communicated with 2.2 bottoms, secondary precipitation chamber through guide shell 2.1.5; Another place, angle has tail gas bubble inlet 2.1.6 and bubbles out mouthful 2.2.5 through offgas duct 2.2.4, tail gas and feeds collecting sewage room 3.4; 2.1 curved panel middle and upper parts, catalytic oxidation chamber have dress discharge port 2.1.9; The bottom is provided with spoil disposal/evacuated tube 2.1.8 and feeds blow-off pipe 1.1.7 through valve.2.2 middle and lower parts, secondary precipitation chamber installing honeycomb inclined-tube 2.2.1, the clear water syphon 2.2.3 that its top is furnished with every slag cover 2.2.2 is communicated with ultrafiltration tubing pump 3.1.1.
Film is handled assembly 3 and is made up of film process chamber 3.1, C class clear water tanks 3.2, category-B clear water tanks 3.3 and collecting sewage room's 3.4 4 parts, structure is as follows: its import is communicated with the ultrafiltration tubing pump 3.1.1 of clear water syphon 2.2.3 in the film process chamber 3.1, and its outlet feeds ultrafilter 3.1.2; The outlet pipe 3.1.3 of ultrafilter 3.1.2 feeds C class clear water tanks 3.2; This outlet pipe 3.1.3 can pass through flap valve 3.1.6 and O in the middle part
3Control valve 3.1.5 connects O
3Inlet 3.1.4.Be communicated with the counter-infiltration water intaking syphon 3.1.8 of C class clear water tanks 3.2, insert counter-infiltration tubing pump 3.1.9; This exit of pump leads to counter-osmosis device 3.1.10, feeds category-B clear water tanks 3.3 through the counter-infiltration outlet pipe again.Ultrafiltration concentrated water discharge pipe 3.1.7 and reverse osmosis concentrated water discharge spout 3.1.12 all insert collecting sewage room 3.4.Have C class water purification floss hole 3.2.1 in the C class clear water tanks 3.2 and reach the overfall 3.2.2 that leads to collecting sewage room.Establish switch 3.3.2 in the category-B clear water tanks 3.3, and have category-B water purification floss hole 3.3.1 and additional tap water inlet 3.3.3.Collecting sewage room meets blow-off pipe 1.1.7 3.4 times, and 1.1.8 feeds sewer through the blow-off pipe outlet.
It is base plate that shower room 4 is joined for case 1.2 cover plates with aqueous vapor, and handling assembly 3 base plates with film is top board, and the sealing of both sides, 90 ° of fan-shaped right angles is established arc glass sliding door 4.1 along extrados.
For realizing dividing matter collection, row to family domestic sewage, structure is as follows: connect among the water knockout drum 1.1.2 of original water inlet 1.1.1, the dividing plate bottom behind grid 1.1.2.1 and screen cloth 1.1.2.2 had water seam 1.1.2.3; Two side, cell bottom is installed light source 1.1.2.4 and photo detector 1.1.2.5 respectively after crossing water seam 1.1.2.3, and this two element is connected illuminating circuit and sensor circuit respectively; Water knockout drum outlet pipe 1.1.2.6 connects fresh water electromagnetic valve 1.1.3 respectively through threeway and feeds header tank 1.1, or connects dense water solenoid valve 1.1.6 feeding blow-off pipe outlet 1.1.8.
By realizing that the family domestic sewage classification is handled and the classification reuse to being reclaimed, structure is as follows: joined for case 1.2, catalytic oxidation chamber 2.1 and secondary precipitation chamber 2.2 by aqueous vapor and form the secondary treatment unit; Finishing the water outlet of biological treatment back enters the ultra filtration unit of being made up of ultrafiltration tubing pump 3.1.1 and ultrafilter 3.1.2 and finishes hyperfiltration treatment; Water outlet enters C class clear water tanks 3.2 and flushes the toilet and other for being back to, and for the former water of reverse osmosis units; Portion C class water purification enters the reverse osmosis units of being made up of counter-infiltration tubing pump 3.1.9 and counter-osmosis device 3.1.10, finish reverse-osmosis treated, water outlet enters the category-B clear water tanks, and can be mended into part of running water by additional tap water inlet 3.3.3, for being back to laundry, washing and taking a shower.
Be the up-flow of realizing this device and integrated, structure is as follows: joined for case 1.2, catalytic oxidation chamber 2.1, secondary precipitation chamber 2.2 and film by header tank 1.1, aqueous vapor and handle the assembly 3 integrated body of assembly cost device from bottom to top; By raw water tubes flap valve 1.2.7 to water lift jet pump 1.2.1 to catalytic oxidation chamber 2.1, again through guide shell 2.1.5 to secondary precipitation chamber 2.2, lead to ultrafiltration tubing pump 3.1.1 through the clear water syphon, constitute the upflow channel of this device; And with by keeping away gas kuppe 2.1.4, guide shell 2.1.5 and keep away the mechanism that conductance mud awl 2.1.7 forms and handle water, gas, mud separation problem in the up-flow device, bubble out mud, dense water and tail gas in mechanism's processing integrated apparatus that mouthful 2.2.5 and collecting sewage room 3.4, blow-off pipe 1.1.7 form with tail gas bubble inlet 2.1.6, offgas duct 2.2.4, tail gas and efflux and be communicated with the atmosphere problem.
For realizing that this device is suitable for disposing between domestic hygiene, structure is as follows: header tank 1.1 is embedded in the washroom foundation ditch, and its original water inlet 1.1.1 is lower than in the family at the bottom of each outfall pipe; It is the right angle that angle is arranged on vertical two planes of integrated body, is suitable for being arranged in one jiao of washroom; The shower room 4 clear height 〉=2m that is provided with meets ergonomics, also is suitable for and realizes the washroom function.
The beneficial effects of the utility model are: the utility model all has abundant feasibility technically, economically, will produce the huge social benefit after the popularization:
1, the biologic treating technique that the utility model adopted, membrane technology and sensing, control technology are maturation, advanced technology, and adapt to existing house design standard on the structure, are easy to exploitation and popularization.
2, the utility model meets the active demand of contemporary society to water saving and cycling use of water; Its minute matter receive, row's technology makes recycle-water not contain slop sewage, the domestic consumer uses the mental handicape of regenerated water to be eliminated; The structure in one-tenth hot product " shower room " has been used for reference in its design, has increased important water circulation reuse function on the basis that keeps its function; This utility model adopts Automatic Control and handles the special bacteria of sanitary sewage, and the general user all is easy to use; Estimate that price is thousands of units, the about 2.30-3.00 of cost of water treatment per ton (containing depreciation) unit.The explanation of above-mentioned situation after the utility model is put on market as commodity, will be numerous domestic consumers day by day, at first be lack of water, the regional domestic consumer that restricts water supply welcomes and accept.
3, the utility model uses calculating with 3,000 ten thousand people, and can reduce discharging BOD every year
5About 10.5 ten thousand tons, reduce discharging about 9.3 ten thousand tons of SS; About 900,000,000 m economize on water
3, its environmental protection and the benefit that economizes on resources are rather huge.
Description of drawings
Below in conjunction with drawings and Examples the utility model is further specified.
Fig. 1 is the utility model processing technological flow figure
Fig. 2 is the utility model complete machine outward appearance axonometric drawing
Fig. 3 is the pre-auxilliary assembly structure vertical view of handling
Fig. 4 is Fig. 3 A-A sectional view
Fig. 5 is Fig. 3 B-B sectional view
Fig. 6 is Fig. 3 C place partial enlarged drawing
Fig. 7 is Fig. 6 D-D sectional view
Fig. 8 is Fig. 6 E-E sectional view
Fig. 9 is biological treatment assembly front view
Figure 10 is Fig. 9 F-F sectional view
Figure 11 is Fig. 9 G-G sectional view
Figure 12 is Fig. 9 H-H sectional view
Figure 13 is Figure 10 I-I sectional view
Figure 14 is Figure 11 J-J sectional view
Figure 15 handles the assembly vertical view for film
Figure 16 is that Figure 15 K is to view
Figure 17 is Figure 15 m place partial enlarged drawing
Figure 18 is Figure 15 n-n sectional view
Figure 19 is Figure 150-O sectional view
Figure 20 is Figure 15 P-P sectional view
Figure 21 is Figure 17 Q-Q sectional view
Among the figure
Be the sewage trend
Be counter-infiltration water outlet (category-B water) trend
Be ultrafiltration water outlet (C class water) trend
1. pre-auxilliary assembly, 1.1 header tanks, the 1.1.1 original water inlet handled, 1.1.2 water knockout drum, 1.1.2.1 grid, 1.1.2.2 screen cloth, 1.1.2.3 cross the water seam, 1.1.2.4 light source (CED), 1.1.2.5 photo detector, 1.1.2.6 outlet pipe, 1.1.3 fresh water electromagnetic valve, 1.1.4 header tank bucket, 1.1.5 switch, 1.1.6 dense water solenoid valve, 1.1.7 blow-off pipe, 1.1.8 blow-off pipe outlet (logical sewer), 1.1.9 header tank inspection hole, 1.1.10 inspection hole is renovated, 1.2 aqueous vapors are joined for case, 1.2.1 water lift jet pump, 1.2.2 backflow water pipe, 1.2.3 the recirculation water control valve, 1.2.4 raw water tubes, the former water regulating valve of 1.2.5,1.2.6 water lift flow meter, 1.2.7 the raw water tubes flap valve, 1.2.8 jet water pipe, 1.2.9 ejector, 1.2.10 connected entrance, 2. biological treatment assembly, catalytic oxidation chambers 2.1,2.1.1 reflection cone, 2.1.2 perforation supporting plate, 2.1.3 filler (horizon part), 2.1.4 keeps away the gas kuppe, the 2.1.5 guide shell, 2.1.6 tail gas bubble inlet, 2.1.7 keep away conductance mud awl, 2.1.8 spoil disposal/evacuated tube, 2.1.9 adorns discharge port, 2.2 secondary precipitation chamber, 2.2.1 honeycomb inclined-tube (60 ° of oblique line parts), 2.2.2 be every the slag cover, 2.2.3 clear water syphon, 2.2.4 oxidizing chamber offgas duct, 2.2.5 tail gas bubbles out mouth, 3. film is handled assembly, 3.1 film process chambers, 3.1.1 ultrafiltration tubing pump, 3.1.2 ultrafilter, 3.1.3 ultrafiltration outlet pipe, 3.1.4O
3Inlet (standby), 3.1.5O
3Control valve (standby), 3.1.6 flap valve (standby), 3.1.7 ultrafiltration concentrated water discharge pipe, 3.1.8 counter-infiltration water intaking syphon, 3.1.9 counter-infiltration tubing pump, 3.1.10 counter-osmosis device, 3.1.11 the counter-infiltration outlet pipe, the reverse osmosis concentrated water discharge spout of 3.1.12,3.1.13 film process chamber arc sliding door, 3.2C class clear water tanks, 3.2.1C class clear water tanks floss hole, 3.2.2 overfall, 3.3B class clear water tanks, 3.3.1B class clear water tanks floss hole, 3.3.2 switch, 3.3.3 replenish tap water inlet, 3.4 collecting sewage room, 4. shower room, 4.1 arc glass sliding doors.
The specific embodiment
Fig. 1 has shown the basic technology of the utility model designing institute foundation: after feces of toilet water and the dense water of kitchen oil-containing directly efflux sewer, will reclaim in the sewage oil-containing by water knockout drum and Electro-Optic Sensor System and separate once more with the higher fraction sewage of anion surfactant (LAS) and efflux sewer; The former water of high-quality that header tank is collected together with catalytic oxidation chamber recirculation water, sprays into the catalytic oxidation chamber after sucking air by the water lift jet pump by ejector, finish biological oxidation after up-flow go into the secondary precipitation chamber; The clear water of post precipitation sucks ultrafiltration tubing pump 3.1.1 via syphon, is undertaken after film handles by ultrafilter, and its water outlet is (optional with addition of going into O
3To increase water quality) enter C class clear water tanks, a part is flushed the toilet or other (as cleaning, greening) family expenses for being directly used in, another part then sucks the counter-infiltration tubing pump via syphon, finish to enter category-B clear water tanks (can mend) after RO handles by counter-osmosis device, for all kinds of (shower, washing, the laundry etc.) family expenses except that drinking into tap water; Dense water, mud or tail gas foam etc. that each processor produces all efflux sewer by blow-off pipe.Above-mentioned technological process has more intactly realized the branch matter of family domestic sewage is received, arranged classification processing and classification loop reuse.
Fig. 2 has shown complete machine outward appearance of the present utility model with axonometric drawing.As can be seen from Figure: this device can be installed between domestic hygiene one jiao.Header tank places the washroom to sink partly (foundation ditch), and its water inlet 1.1.1 is lower than each drainage point, and all kinds of sewage can smooth and easyly enter.Full device by pre-auxilliary handle assembly 1, biological treatment assembly 2 and film handle assembly 3 from bottom to top structure form, and the usefull space of utilizing above-mentioned three assemblies to constitute forms shower chamber 4; Blow-off pipe 1.1.7 is communicated with each processor sewage draining exit, and 1.1.8 feeds sewer by outlet.
Fig. 3 to Fig. 8 has shown the pre-auxilliary internal construction of handling assembly 1.Enter the former water of water knockout drum 1.1.2 by original water inlet 1.1.1, after grid 1.1.2.1 and screen cloth 1.1.2.2 slagging-off, enter the back cell by crossing water seam 1.1.2.3; The photo detector 1.1.2.5 that is installed in this chamber accepts light source 1.1.2.4 irradiation, when raw water turbidity (this parameter and the positive correlation of former water pollutant concentration) when causing illuminance to be lower than the presence circle threshold value of setting, photoelectric sensor controls that dense water solenoid valve 1.1.6 is in opening and fresh water electromagnetic valve 1.1.3 is in closed condition, concentrated water drainage inlet/outlet 1.1.8; Otherwise then fresh water electromagnetic valve 1.1.3 opens and dense water solenoid valve 1.1.6 closes, and fresh water enters header tank 1.1; The height of light source light illumination can be modulated by the size of light-emitting component drive current.
Controlled by switch 1.1.5, when liquid level reaches setting height in the header tank 1.1, water lift jet pump 1.2.1 and flap valve 1.2.7 open, by raw water tubes 1.2.4 and backflow water pipe 1.2.2 suction, hold air under the arm through jet water pipe 1.2.8 and ejector 1.2.9 and inject 2.1 bottoms, catalytic oxidation chamber, handle for biological oxidation; Be lower than designated water level, then water lift jet pump 1.2.1 and flap valve 1.2.7 close, and holding state is replied by system.
Fig. 9 to Figure 14 has shown the internal construction of biological treatment assembly 2.Water, gas enter 2.1 bottoms, catalytic oxidation chamber by jet water pipe 1.2.8, pass perforation supporting plate 2.1.2 and cause filler 2.1.3 to expand after reflection cone 2.1.1 equilibrium, realize biological oxidation; This middle and upper part, chamber part water returns through backflow water pipe 1.2.2 and participates in air-breathing back to water lift jet pump 1.2.1 and circulate and return, and incremental portion is then crossed and kept away gas kuppe 2.1.4 top margin and fall in inflow covers, and follows guide shell 2.1.5 up-flow again and goes into secondary precipitation chamber 2.2; Indoor tail gas is the blister edge and keeps away the rising of gas kuppe 2.1.4 side, imports tail gas bubble inlet 2.1.6, enters collecting sewage room 3.4 through offgas duct 2.2.4 by exporting outside the 2.2.5.The processing water that rises up into secondary precipitation chamber 2.2 is finished post precipitation through honeycomb inclined-tube 2.2.1, and the clear water liquid level rises, and to clear water syphon 2.2.3 being soaked fully and siphon takes place, and then orders about ultrafiltration tubing pump 3.1.1 and starts; Mud then sinks through guide shell 2.1.5, passes and keeps away gas kuppe 2.1.4 lower openings, is sink to participation reaction again in the catalytic oxidation chamber 2.1 gradually along keeping away conductance mud awl 2.1.7 outer wall; Excess sludge can efflux through spoil disposal/evacuated tube 2.1.8 in good time.
Figure 16 to Figure 21 has shown the internal construction of film processing assembly 3.After siphon takes place in clear water syphon 2.2.3, water current driven ultrafiltration tubing pump 3.1.1, the trigger mechanism of tubing pump and make this pump startup is gone into ultrafilter 3.1.2 with clarified water pump; Every index (containing microbiological indicator) of ultrafiltration water outlet (C class water purification) can reach and even be higher than the miscellaneous water standard, enter C class clear water tanks 3.2 after, through its floss hole 3.2.1 can take in flush the toilet or afforest, cleaning etc.When rising to, water purification liquid level in this case counter-infiltration water intaking syphon 3.1.8 is soaked fully and when siphon takes place, water current driven counter-infiltration tubing pump 3.1.9, and the trigger mechanism of tubing pump and make this pump startup pumps into counter-osmosis device 3.1.10 with C class water purification; Every index of counter-infiltration water outlet (category-B water purification) is fully applicable to the various uses except that drinking, enter category-B clear water tanks 3.3 after, 3.3.1 can take in shower, washing, laundry etc. through its floss hole.Use for convenient, this water tank is provided with and replenishes tap water inlet 3.3.3 in time to replenish water purification.
Claims (4)
1. recycle treatment device of household sewage water, it is characterized in that: join for case (1.2), catalytic oxidation chamber (2.1), secondary precipitation chamber (2.2) and film by header tank (1.1), aqueous vapor and handle assembly (3) the integrated body of assembly cost device from bottom to top, integrated body vertically is arranged in place, fan-shaped right angle, shower room (4), the cover plate that join for case (1.2) with aqueous vapor in shower room (4) is a base plate, the base plate of handling assembly (3) with film is a top board, establish arc glass sliding door (4.1) along extrados, wherein:
Pre-auxilliary processing assembly (1) is joined for case (1.2) two parts by header tank (1.1) and aqueous vapor and is formed; Be connected to water knockout drum (1.1.2) behind the original water inlet (1.1.1) of each drainage point of connection family, its outlet pipe (1.1.2.6) connects fresh water electromagnetic valve (1.1.3) and dense water solenoid valve (1.1.6) respectively through threeway; Fresh water electromagnetic valve (1.1.3) delivery port connects into header tank (1.1), and dense water solenoid valve (1.1.6) is communicated with sewer after threeway inserts blow-off pipe (1.1.7) and exports (1.1.8) through blow-off pipe; Be provided with header tank bucket (1.1.4) away from one jiao of water inlet end; Be arranged in header tank (1.1) top and join confession case (1.2) with the aqueous vapor of its disjunctor, water lift jet pump (1.2.1) is communicated with the middle and upper part of catalytic oxidation chamber (2.1) by backflow water pipe (1.2.2) and control valve (1.2.3) thereof, bottom raw water tubes (1.2.4) and control valve (1.2.5), water lift flow meter (1.2.6) and flap valve (1.2.7) connected set water tank bucket (1.1.4), jet water pipe (1.2.8) and ejector (1.2.9) thereof, catalytic oxidation chamber (2.1); Header tank (1.1) water inlet end top has inspection hole (1.1.9), and itself and aqueous vapor are joined for having connected entrance (1.2.10) between the case (1.2); Biological treatment assembly (2) is made up of catalytic oxidation chamber (2.1) and secondary precipitation chamber (2.2) two parts; Bottom, catalytic oxidation chamber (2.1) is provided with auxiliary reflection cone (2.1.1) of evenly joining water supply, gas over against jet water pipe (1.2.8) exit, pile up filler (2.1.3) on the perforation supporting plate on its top; This place, top board right angle, chamber is provided with by keeping away gas kuppe (2.1.4), guide shell (2.1.5) and keep away water, gas, the mud separating mechanism that conductance mud awl (2.1.7) is formed, and is communicated with bottom guide shell (2.1.5) and secondary precipitation chamber (2.2); Another place, angle has tail gas bubble inlet (2.1.6) and bubbles out mouthful (2.2.5) through offgas duct (2.2.4), tail gas and feeds collecting sewage room (3.4); Curved panel middle and upper part, catalytic oxidation chamber (2.1) has dress discharge port (2.1.9), and the bottom is provided with spoil disposal/evacuated tube (2.1.8) and feeds blow-off pipe (1.1.7) through valve; Middle and lower part, secondary precipitation chamber (2.2) installing honeycomb inclined-tube (2.2.1), the clear water syphon (2.2.3) that its top is furnished with every slag cover (2.2.2) is communicated with ultrafiltration tubing pump (3.1.1);
Film is handled assembly (3) and is made up of film process chamber (3.1), C class clear water tanks (3.2), category-B clear water tanks (3.3) and collecting sewage room's (3.4) four parts; Its import is communicated with the ultrafiltration tubing pump (3.1.1) of clear water syphon (2.2.3) in the film process chamber (3.1), and its outlet feeds ultrafilter (3.1.2); The outlet pipe (3.1.3) of ultrafilter (3.1.2) feeds C class clear water tanks (3.2); This outlet pipe (3.1.3) middle part is by flap valve (3.1.6) and O
3Control valve (3.1.5) is connected O
3Inlet (3.1.4); Be communicated with the counter-infiltration water intaking syphon (3.1.8) of C class clear water tanks (3.2), insert counter-infiltration tubing pump (3.1.9); This exit of pump leads to counter-osmosis device (3.1.10), feeds category-B clear water tanks (3.3) through the counter-infiltration outlet pipe again; Ultrafiltration concentrated water discharge pipe (3.1.7) and reverse osmosis concentrated water discharge spout (3.1.12) all insert collecting sewage room (3.4); Have C class water purification floss hole (3.2.1) in the C class clear water tanks (3.2) and reach the overfall (3.2.2) that leads to collecting sewage room; Establish switch (3.3.2) in the category-B clear water tanks (3.3), and have category-B water purification floss hole (3.3.1) and additional tap water inlet (3.3.3); Connect blow-off pipe (1.1.7) under the collecting sewage room (3.4), feed sewer through blow-off pipe outlet (1.1.8).
2. recycle treatment device of household sewage water according to claim 1, it is characterized in that: connect in the water knockout drum (1.1.2) of original water inlet (1.1.1), the dividing plate bottom behind grid (1.1.2.1) and screen cloth (1.1.2.2) had water seam (1.1.2.3); Cross two side, cell bottom, water seam (1.1.2.3) back light source (1.1.2.4) and photo detector (1.1.2.5) are installed respectively, this two element is connected illuminating circuit and sensor circuit respectively; Water knockout drum outlet pipe (1.1.2.6) connects fresh water electromagnetic valve (1.1.3) through threeway one tunnel and feeds header tank (1.1), and another road connects dense water solenoid valve (1.1.6) and feeds blow-off pipe outlet (1.1.8).
3. recycle treatment device of household sewage water according to claim 1 is characterized in that: joined for case (1.2), catalytic oxidation chamber (2.1), secondary precipitation chamber (2.2) and film by header tank (1.1), aqueous vapor and handle assembly (3) the integrated body of assembly cost device from bottom to top; By raw water tubes flap valve (1.2.7) to water lift jet pump (1.2.1) to catalytic oxidation chamber (2.1), again through guide shell (2.1.5) to secondary precipitation chamber (2.2), lead to ultrafiltration tubing pump (3.1.1) through the clear water syphon, constitute the upflow channel of this device; By keeping away gas kuppe (2.1.4), guide shell (2.1.5) and keeping away conductance mud awl (2.1.7) and form water, gas, mud separating mechanism; Bubbling out mouthful (2.2.5) and a collecting sewage room (3.4), blow-off pipe (1.1.7) composition mud, dense water and tail gas with tail gas bubble inlet (2.1.6), offgas duct (2.2.4), tail gas effluxes and is communicated with atmospheric treatment mechanism.
4. recycle treatment device of household sewage water according to claim 1 is characterized in that: header tank (1.1) is embedded in the washroom foundation ditch, and its original water inlet (1.1.1) is lower than in the family at the bottom of each outfall pipe; Shower room (4) clear height 〉=2m that is provided with.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010200613027U CN201649195U (en) | 2010-01-04 | 2010-01-04 | Household domestic sewage recycling treatment device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010200613027U CN201649195U (en) | 2010-01-04 | 2010-01-04 | Household domestic sewage recycling treatment device |
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| CN201649195U true CN201649195U (en) | 2010-11-24 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2010200613027U Expired - Lifetime CN201649195U (en) | 2010-01-04 | 2010-01-04 | Household domestic sewage recycling treatment device |
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| Country | Link |
|---|---|
| CN (1) | CN201649195U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101748778B (en) * | 2010-01-04 | 2012-10-03 | 黄永坚 | Recycle treatment device of household sewage water |
-
2010
- 2010-01-04 CN CN2010200613027U patent/CN201649195U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101748778B (en) * | 2010-01-04 | 2012-10-03 | 黄永坚 | Recycle treatment device of household sewage water |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20101124 Effective date of abandoning: 20100104 |