CN205314176U - High residential building waste water recycle unit and recycle system - Google Patents
High residential building waste water recycle unit and recycle system Download PDFInfo
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- CN205314176U CN205314176U CN201520842205.4U CN201520842205U CN205314176U CN 205314176 U CN205314176 U CN 205314176U CN 201520842205 U CN201520842205 U CN 201520842205U CN 205314176 U CN205314176 U CN 205314176U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
- Y02A20/108—Rainwater harvesting
Abstract
The utility model relates to a water -saving device technical field especially relates to a high residential building waste water recycle unit and recycle system. The utility model discloses a recycle unit of high residential building waste water, including being used for collecting the wastewater collection pipeline of floor waste water and the storage water tank that is used for accepting the wastewater collection waste water that the pipeline is collected, still include flow pipe way and overflow pipe, the flow pipe way feeds through the storage water tank and highly is less than the wetting system of using of storage water tank, the storage water tank of the different recycle units of overflow pipe intercommunication. The utility model discloses a high residential building waste water recycle system, including above -mentioned recycle unit, a plurality of recycle units set up respectively in different floors, set up in the delivery port of the overflow pipe of the recycle of high floor unit with set up in the storage water tank intercommunication of the recycle unit of low floor. The sanitary wastewater has improved water resource utilization rate with its reuse in being used for collecting the high residential building, need not to expend electric power simultaneously, and is energy -concerving and environment -protective.
Description
Technical field
This utility model relates to water-saving device technical field, particularly relates to a kind of high residential building waste water reclamation range site and recycling system.
Background technology
The water resource of China is faced with total amount and lacks and pollute the problems such as aggravation, and using water wisely is extremely urgent. Sanitary wastewater, such as the waste water that vegetable of doing washing, wash one's face, have a bath, wash etc. produces, these sanitary wastewater pollution levels are low, there is the value that can be again utilized, although being still unable to reach the standard of drinking water after simple process, but fully meet the requirement of non-cleaning water, for instance can be used to rush toilet, wash mop etc.; It is known that the sanitary wastewater in current building is to be directly discharged into sewer to abandon, it does not have by again with, cause water resource serious waste.
It is therefore desirable to provide a kind of device, can by household waste water collecting and again with.
Utility model content
The purpose of this utility model is in that to provide a kind of high residential building waste water reclamation range site and recycling system for the deficiencies in the prior art, collects sanitary wastewater in high residential building, and by its again with, reduce water resource waste, improve water utilization rate.
For achieving the above object, the recycling unit of a kind of high residential building waste water of the present utility model, including for collecting the wastewater collection pipeline of floor wastewater and for accepting the storage tank of waste water collected by wastewater collection pipeline; Also include water pipeline and overflow pipe, water pipeline connection storage tank and the height watering equipment lower than storage tank; Overflow pipe connection difference recycles the storage tank of unit.
Preferably, the water inlet of wastewater collection pipeline connects with the discharge outlet of watering equipment.
Preferably, the water inlet of water pipeline connects with the bottom of storage tank, and the water inlet of overflow pipe connects with the upper end of storage tank.
Preferably, the bottom left of described storage tank is provided with sinking pocket slag portion, and the bottom in sinking pocket slag portion is provided with sewage draining exit, and the water inlet of water pipeline is arranged at the bottom right of storage tank.
Preferably, described recycling unit also includes filter, and described filter includes water flowing body and several filtering bodies, and water flowing body is provided with influent stream end and goes out to flow end, influent stream end and go out to flow the accommodating cavity being provided with accommodating filtering bodies between end;The bottom of accommodating cavity is provided with deslagging port; Being provided with slagging channel between the inwall of the upside of filtering bodies and accommodating cavity, slagging channel connects with deslagging port; Water flowing body is series between water inlet and the outlet of wastewater collection pipeline.
Preferably, the top of described accommodating cavity is provided with the pipe laying being easy to lay and take out filtering bodies, described filtering bodies is provided with filter house and is easily installed the installation shank of filter house, shank is installed and is arranged at filter house one end, filter house is provided with some holes, filter house is arranged in water flowing tubular body, installs shank and is arranged at pipe laying.
Preferably, described installation shank is cylindrical, and the external diameter of this installation shank is equal to the internal diameter of pipe laying, and the one end installing shank next-door neighbour's filtering bodies is provided with inner cylinder face; The diameter of inner cylinder face is identical with the diameter of water flowing body, and described inner cylinder face is coaxially arranged with water flowing body.
Preferably, the angle between extension plane and the shaft section of water flowing body of described filtering bodies is more than 35 degree and less than 50 degree.
Preferably, described recycling unit also includes cleanser box, cleanser cassette in series is between the water inlet and storage tank of wastewater collection pipeline, described cleanser box includes water inlet end and water side, also includes isolated part and holds the appearance storage chamber of storage deodorizer, holds storage chamber and connects with water inlet end and water side, isolated part is arranged on water side and holds between storage chamber, cleanser box also includes the dispensing port for throwing in cleanser, dispensing port and appearance chamber, and the opening end of described dispensing port is near water inlet end.
Preferably, described water inlet end connects with the top holding storage chamber, and water side connects with the left side holding storage chamber or right side, and described water side is arranged at the bottom holding storage chamber.
Preferably, described water side is arranged at the lower section of water inlet end and is parallel to each other with water inlet end, and the lower end of described appearance storage chamber is provided with the infundibulum being mutually communicated, and water side connects with the bottom of infundibulum, and isolated part is arranged between appearance storage chamber and infundibulum.
Preferably, the material of this cleanser box is transparent plastic material.
A kind of high residential building wastewater recycling system of the present utility model, including above-mentioned recycling unit, some recycling unit are respectively arranged at different floor, and the outlet of the overflow pipe recycling unit being arranged at high-storey connects with the storage tank recycling unit being arranged at low floor.
Preferably, the upper end connection of the outlet storage tank of overflow pipe.
Preferably, also including the rain collector being arranged at balcony, rain collector is connected with the storage tank being arranged at top layer by wastewater collection pipeline, and the storage tank being arranged at top layer is connected with the watering equipment being arranged at top layer by water pipeline.
Preferably, also including blow-off line and tee T, blow-off line is accessed between water inlet and the storage tank of wastewater collection pipeline being arranged at each floor by tee T.
Preferably, the water inlet of the wastewater collection pipeline of described recycling unit connects with the discharge outlet of the watering equipment of place floor.
The beneficial effects of the utility model: a kind of high residential building waste water reclamation range site of the present utility model and recycling system, high-storey waste water through collection device collect after used by low floor, water in the storage tank recycling unit of high-storey stores up the storage tank recycling unit being flowed into low floor after completely by overflow pipe, is flowed into the storage tank of the recycling unit of less floor after the water storage completely in the storage tank recycling unit of low floor by overflow pipe; Make full use of the gravitional force of sanitary wastewater self in high residential building, it is not necessary to expend electric power, energy-conserving and environment-protective; Improve water utilization rate, and reduce water resource waste, reduce the pressure of urban sewage pipeline.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation at A place in Fig. 1.
Fig. 3 is the structural representation of filter of the present utility model.
Fig. 4 is the broken section structural representation of filter of the present utility model.
Fig. 5 is the perspective view of the filtering bodies of filter of the present utility model.
Fig. 6 is the perspective view of the parts thereof of filter.
Fig. 7 is the perspective view of the embodiment one of cleanser box of the present utility model.
Fig. 8 is the section view perspective view of the embodiment one of cleanser box of the present utility model.
Fig. 9 is the perspective view of the embodiment two of cleanser box of the present utility model.
Figure 10 is the section view perspective view of the embodiment two of cleanser box of the present utility model.
Accompanying drawing labelling includes:
10 recycle unit
2 wastewater collection pipelines
3 storage tanks 31 sink pocket slag portion 32 sewage draining exit
4 water pipeline 5 overflow pipes
6 filters
61 water flowing bodys
611 influent stream ends 612 go out to flow end 613 and house cavity
614 slagging channels
62 filtering bodies
621 filter house 622 inner cylinder faces 623 install shank
6211 holes
63 deslagging port 64 pipe layings 65 seal lid
7 cleanser boxes
71 water inlet end 72 water side 73 isolated parts
74 hold storage chamber 75 dispensing port 76 infundibulum
8 rain collectors.
Detailed description of the invention
It is described in detail below in conjunction with 1 ~ 10 pair of this utility model of accompanying drawing.
Embodiment one.
As shown in Figure 1, 2, recycling unit of the present utility model, for collecting the sanitary wastewater in floor, especially washes, for instance the waste water that the watering equipments such as floor drain in washing machine, wash basin, bathroom, bathtub are discharged, this type of waste water contamination is few, day, discharge capacity was big, and recycling is worth height; Including for collecting the wastewater collection pipeline 2 of floor wastewater and for accepting the storage tank 3 of waste water collected by wastewater collection pipeline 2; Also including water pipeline 4 and overflow pipe 5, water pipeline 4 connects storage tank 3 and the height watering equipment lower than storage tank 3; Overflow pipe 5 connects the different storage tank 3 recycling unit; The position of storage tank 3 is slightly below the discharge outlet of washing machine, wash basin etc., and the discharge outlet of the watering equipment such as washing machine, wash basin is connected by wastewater collection pipeline 2 with storage tank 3, and waste water enters storage tank 3 at the flows by action of self gravitation after discharging from floss hole; Water pipeline 4 is for being drained in low floor by the waste water in storage tank 3, non-cleaning water for low floor supplies water, the water inlet of water pipeline 4 connects with the bottom of storage tank 3, the outlet of water pipeline 4 is arranged in low floor, the outlet of water pipeline 4 can connect with the water tank of the toilet of low floor, kitchen sink, be arranged on the waste water in the storage tank 3 of high-storey can the flows by action of self gravitation to low floor use water place, for ensureing that low floor has enough hydraulic pressure, the height of storage tank 3 can as much as possible higher than the outlet of water pipeline 4; Overflow pipe 5 is for discharging the waste water flowed into again from storage tank 3 after the water storage completely in storage tank 3, and the water inlet of overflow pipe 5 connects with the upper end of storage tank 3; Preferably, the bottom left of described storage tank 3 is provided with sinking pocket slag portion 31, sinking pocket slag portion 31 is used for building up precipitation or other impurity, sinking pocket slag portion 31 can be funnel-form, the bottom in sinking pocket slag portion 31 is provided with sewage draining exit 32, sewage draining exit 32 will be for precipitating or the discharge of other impurity, the water inlet of water pipeline 4 is arranged at the bottom right of storage tank 3, the water inlet of water pipeline 4 is being vertically higher than sinking pocket slag portion 31, the precipitation being positioned at sinking pocket slag portion 31 is avoided to flow into the water inlet of water pipeline 4, thus improve the non-clean quality of water of low floor.
Preferably, as shown in Fig. 3 ~ 6, described recycling unit 10 also includes filter 6, described filter 6 includes water flowing body 61 and several filtering bodies 62, and filtering bodies 62 is for the impurity in filtered water stream, especially particulate contamination, filtering bodies 62 can be gauze or the plate body with porose 6211, can also being gauze and the combination of the plate body with porose 6211, gauze be used for the impurity that filter sizes is less, and the plate body with porose 6211 can be used for the slag thing that filter sizes is bigger; Water flowing body 61 is provided with influent stream end 611 and goes out to flow end 612, water flowing body 61 is by influent stream end 611 and goes out to flow between water inlet and the outlet that end 612 is series at wastewater collection pipeline 2, in order to improve current by property, go out to flow end 612 and be preferably disposed on the underface of influent stream end 611; Influent stream end 611 and go out to flow the accommodating cavity 613 being provided with accommodating filtering bodies 62 between end 612, filtering bodies 62 is arranged at accommodating cavity 613; Current flow into water flowing body 61 from influent stream end 611, and enter containing cavity body 613 and traverse filtering bodies 62, impurity in current is leached by filtering bodies 62, and most current pass filtering bodies 62 after being filtered off impurity and discharged by going out to flow end 612, and the filtered body 62 of current of fraction stops; The bottom of accommodating cavity 613 is provided with deslagging port 63, and the water accumulating in accommodating cavity 613 can be downwardly towards this deslagging port 63; Slagging channel 614 it is provided with between the inwall of the upside of filtering bodies 62 and accommodating cavity 613, slagging channel 614 connects with deslagging port 63, the current that filtered body 62 stops can pass through slagging channel 614 and flow into deslagging port 63, deslagging port 63 can with outside water passage, the impurity leached can flow into deslagging port 63 together by the current that filtered body 62 stops, and finally flows into sewer. Recycling unit of the present utility model, can leach the impurity in waste water, and waste water and the impurity after filtering is separated discharge, and discharges simultaneously, it is not necessary to individually being taken out by impurity, the waste water after filtration flows directly into storage tank 3, easy to use.
For ease of filtering bodies 62 being taken out cleaning or changing, described filtering bodies 62 is movably set in accommodating cavity 613, and concrete filtering bodies 62 can be connected with the wall clamping of accommodating cavity 613, grafting or bolt.
The top of described accommodating cavity 613 is provided with the pipe laying 64 being easy to lay and take out filtering bodies 62, pipe laying 64 can be passed through accommodating cavity 613 is taken out or be placed in filtering bodies 62 from accommodating cavity 613, filtering bodies 62 is slideably positioned in this pipe laying 64, take out or lay facility, described filtering bodies 62 is provided with filter house 621 and is easily installed the installation shank 623 of filter house 621, shank 623 is installed and is arranged at filter house 621 one end, filter house 621 is provided with some holes 6211, the gyroaxis in this hole 6211 preferred is parallel with the gyroaxis of water flowing body 61, filter house 621 is for the impurity in filtered water stream, it is internal that filter house 621 is arranged in water flowing body 61, shank 623 is installed be used for supporting filter house 621, shank 623 is installed and is positioned at pipe laying 64, it is easy to filtering bodies 62 and is loaded into accommodating cavity 613, and be easy to take out and change filtering bodies 62.
Preferably, in order to be easy to take out and change filtering bodies 62 further, described installation shank 623 is cylindrical, the external diameter of this installation shank 623 is equal to the internal diameter of pipe laying 64, after filter house 621 inserts accommodating cavity 613, columned installation shank 623 is filled in pipe laying 64, it is simple to seal accommodating cavity 613, it is to avoid liquid or gas overflow from pipe laying 64.
As shown in the figure, installation shank 623 is caused to stop the phenomenon of current after inserting accommodating cavity 613 in order to avoid filter house 621, installation shank 623 is close to one end of filtering bodies 62 and is provided with inner cylinder face 622, the current flowed into from influent stream end 611 can from traverse in this inner cylinder face 622, avoiding the mounted shank 623 of current to stop causes too much current to flow into deslagging port 63, thus reducing waste; The diameter of inner cylinder face 622 is identical with the diameter of water flowing body 61, it is preferred that, described inner cylinder face 622 is coaxially arranged with water flowing body 61, after installation shank 623 inserts pipe laying 64, accommodating cavity 613 can be made of completely closed relative to one end of deslagging port 63, thus avoiding installing shank 623 to greatest extent to stop that the phenomenon of current occurs, avoid liquid or gas to overflow from pipe laying 64 simultaneously.
Preferably, also include sealing lid 65, seal lid 65 and be detachably arranged at the opening end of pipe laying 64, seal lid 65 and be used for sealing pipe laying 64, avoid liquid or gas to overflow from pipe laying 64, seal lid 65 and can be threaded connection with pipe laying 64 or by buckle clamping.
When current are through accommodating cavity 613, the existence of filtering bodies 62 can affect the property passed through of current, specifically reduce the flow velocity of water and make part current accumulate in accommodating cavity 613, owing to being provided with deslagging port 63 bottom accommodating cavity 613, current will flow to this deslagging port 63 once filtered body 62 stops, current rush at during filtering bodies 62 that it can affect the water yield accumulating in accommodating cavity 613 relative to the angle of the extension plane of filtering bodies 62, in order to ensure filtering bodies 62 can effectively impurity screening and as far as possible ensure current the property passed through, angle between extension plane and the shaft section of water flowing body 61 of filtering bodies 62 is more than 35 degree and less than 50 degree, it can be specifically 40 degree or 45 degree.
Preferably, as shown in Fig. 7 ~ 8, described recycling unit 10 also includes cleanser box 7, and cleanser box 7 is series between the water inlet of wastewater collection pipeline 2 and storage tank 3, can place deodorization ball or the disinfecting pills of water solublity slow releasing in box; Described cleanser box 7 include water inlet end 71 and water side 72, water inlet end 71 and water side 72 can respectively with wastewater collection pipeline 2 and storage tank 3, current can enter this cleanser box 7 from water inlet end 71, flows out this cleanser box 7 from water side 72; Also including isolated part 73 and hold the appearance storage chamber 74 of storage deodorizer, isolated part 73 is for separation purifying agent and current can be made to pass through, and can be specifically filter screen or the plate with multiple through holes 6211; Hold storage chamber 74 for placing deodorization ball or the disinfecting pills of water solublity slow releasing; Hold storage chamber 74 to connect with water inlet end 71 and water side 72, outside current enter from water inlet end 71 and hold storage chamber 74, cleanser can be washed away or be dipped into holding in storage chamber 74, ingoing stream can be slowly dissolved when cleanser is soaked, thus flowing water can be played the effect of deodorization and sterilization; Isolated part 73 is arranged on water side 72 and holds between storage chamber 74, it is to avoid cleanser is poured water side 72 by flowing water; When water inlet end 71 is anhydrous flow to time, the water held in storage chamber 74 can be discharged from water side 72, and it is interior and will not be immersed in water that cleanser is still contained in storage chamber 74;
Recycling unit of the present utility model, just can dissolve in entrance water when being contained in the cleanser in box only by current scour, when water inlet end 71 is anhydrous flow to time, cleanser stops dissolving, it is to avoid too much cleanser dissolves in water inlet; Water inlet end 71 and water side 72 may be designed to the waterpipe jointing of standard, mate with existing water pipe, easy-to-use;It is further preferred that water inlet end 71 is identical less than or equal to water side 72 bore, it is to avoid too much water is collected at appearance storage chamber 74.
Preferably, cleanser box 7 also includes the dispensing port 75 for throwing in cleanser, and dispensing port 75 connects with holding storage chamber 74, from dispensing port 75, cleanser can be knocked down appearance storage chamber 74; Specifically can throw in cleanser by dispensing port 75 toward holding storage chamber 74 at regular time and quantity; Further, an end cover can be set and be detachably arranged at dispensing port 75, it is to avoid the liquid or the abnormal smells from the patient that hold storage chamber 74 overflow from dispensing port 75; The opening end of described dispensing port 75 is near water inlet end 71, in specific use occasion, current can flow into from water inlet end 71 endlessly, is arranged on end and is easy to that cleanser is being had the fashionable input of current near the dispensing port 75 of water inlet end 71, it is to avoid flowing water overflows from dispensing port 75.
Preferably, described water inlet end 71 connects with the top holding storage chamber 74, hold in storage chamber 74 and be placed with cleanser, after current flow into from water inlet end 71, fall into appearance storage chamber 74 from top to down, now current can be better to the scouring effect of cleanser, water side 72 connects with the left side holding storage chamber 74 or right side, current flow out from the water side 72 on left side or right side after washing away cleanser from top to down again, slow down the flow velocity of water, it is easy to make cleanser fully dissolve, so that enough cleansers dissolve in flowing water; Described water side 72 is arranged at the bottom holding storage chamber 74, when water inlet end 71 non-water flow is fashionable, holding the water in storage chamber 74 can flow out from being arranged on the water side 72 held bottom storage chamber 74, it is to avoid hold storage chamber 74 hydrops, enter in hydrops thus avoiding too much cleanser to dissolve, it is to avoid cleanser is wasted.
Preferably, the material of this cleanser box 7 is transparent plastic material, it is simple to observe the surplus of internal cleanser, being easy to timely after-purification agent, its concrete material can be PMMA, PC, PS, PVC etc., and cleanser box 7 cost of plastic material is low, it is prone to processing, long service life.
Embodiment two.
Such as Fig. 9, shown in 10, the present embodiment and embodiment one are different in that, described water side 72 is arranged at the lower section of water inlet end 71 and is parallel to each other with water inlet end 71, under Special use environment, outside aqueduct is linearly arranged, a kind of tandem cleanser box 7 of the present utility model, water side 72 and water inlet end 71 are parallel to each other, it is simple to be series at the aqueduct of straight line; The lower end of described appearance storage chamber 74 is provided with the infundibulum 76 being mutually communicated, infundibulum 76 is used for collecting current, water side 72 connects with the bottom of infundibulum 76, isolated part 73 is arranged between appearance storage chamber 74 and infundibulum 76, now isolated part 73 and water side 72 are separated with infundibulum 76, avoid being placed on the water purification agent held in storage chamber 74 and be blocked in water side 72, it is ensured that the stability of the performance of cleanser box 7 of the present utility model.
The remainder of the present embodiment is identical with embodiment one, unaccounted feature in the present embodiment, all adopts the explanation of embodiment one, is not discussed here.
Embodiment three.
A kind of high residential building wastewater recycling system, as shown in Figure 1, 2, unit 10 is recycled including any of the above-described, some recycling unit 10 are respectively arranged at different floor, and the water inlet of the wastewater collection pipeline 2 of described recycling unit 10 connects with the discharge outlet of the watering equipment of place floor; The outlet of the overflow pipe 5 recycling unit 10 being arranged at high-storey connects with the storage tank 3 recycling unit 10 being arranged at low floor, specifically can be respectively provided with a recycling unit 10 by each floor unit, relative height according to the floor recycled residing for unit 10, recycles unit 10 and is divided into the recycling unit 10 recycling unit 10 and low floor of high-storey;Preferably, the outlet of the overflow pipe 5 recycling unit 10 of high-storey connects with the upper end of the storage tank 3 recycling unit 10 of low floor; Flowed into the storage tank 3 recycling unit 10 of low floor by overflow pipe 5 after water storage completely in the storage tank 3 recycling unit 10 of high-storey, flowed into the storage tank 3 recycling unit 10 of less floor by overflow pipe 5 after water storage completely in the storage tank 3 recycling unit 10 of low floor, by that analogy, the water of the storage tank 3 of the bottom is directly discharged into sewer by overflow pipe 5 after expiring. A kind of high residential building wastewater recycling system of the present utility model, can collect the sanitary wastewater in high residential building, and by its again with, and without expending electric power, energy-conserving and environment-protective.
Additionally, such as Fig. 1, also include the rain collector 8 being arranged at balcony, rain collector 8 is connected with the storage tank 3 being arranged at top layer by wastewater collection pipeline 2, the storage tank 3 being arranged at top layer is connected with the watering equipment being arranged at top layer by water pipeline 4, and the non-cleaning water for the most high floor supplies water.
Preferably, described recycling unit 10 also includes blow-off line and tee T, blow-off line accesses between water inlet and the storage tank 3 of wastewater collection pipeline 2 by tee T, after storage tank 3 or overflow pipe break down and block, the waste water that wastewater collection pipeline 2 is collected can access blow-off line by water valve, improve stability and the reliability of recycling unit of the present utility model, it is to avoid the blocking recycling unit 10 causes the waste water in floor to discharge. Known this utility model is have above-described good characteristic in sum, is made it on using, promotes the usefulness not having in conventional art and have practicality, become the product of a great practical value.
Above content is only preferred embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, all will change in specific embodiments and applications, this specification content should not be construed as restriction of the present utility model.
Claims (10)
1. the recycling unit of a high residential building waste water, it is characterised in that: include the wastewater collection pipeline (2) for collecting floor wastewater and be used for accepting the storage tank (3) of waste water collected by wastewater collection pipeline (2); Also including water pipeline (4) and overflow pipe (5), water pipeline (4) connects storage tank (3) and the height watering equipment lower than storage tank (3); Overflow pipe (5) connection difference recycles the storage tank (3) of unit.
2. the recycling unit of a kind of high residential building waste water according to claim 1, it is characterized in that: the bottom left of described storage tank (3) is provided with sinking pocket slag portion (31), the bottom of sinking pocket slag portion (31) is provided with sewage draining exit (32), and the water inlet of water pipeline (4) is arranged at the bottom right of storage tank (3).
3. the recycling unit of a kind of high residential building waste water according to claim 1, it is characterized in that: described recycling unit (10) also includes filter (6), described filter (6) includes water flowing body (61) and several filtering bodies (62), water flowing body (61) is provided with influent stream end (611) and goes out to flow end (612), influent stream end (611) and go out to flow to be provided with between end (612) the accommodating cavity (613) of accommodating filtering bodies (62);The bottom of accommodating cavity (613) is provided with deslagging port (63); Being provided with slagging channel (614) between the inwall of the upside of filtering bodies (62) and accommodating cavity (613), slagging channel (614) connects with deslagging port (63); Water flowing body (61) is series between water inlet and the outlet of wastewater collection pipeline (2).
4. the recycling unit of a kind of high residential building waste water according to claim 3, it is characterized in that: the top of described accommodating cavity (613) is provided with the pipe laying (64) being easy to lay and take out filtering bodies (62), described filtering bodies (62) is provided with filter house (621) and is easily installed the installation shank (623) of filter house (621), shank (623) is installed and is arranged at filter house (621) one end, filter house (621) is provided with some holes (6211), it is internal that filter house (621) is arranged in water flowing body (61), shank (623) is installed and is arranged at pipe laying (64), angle between extension plane and the shaft section of water flowing body (61) of described filtering bodies (62) is more than 35 degree and less than 50 degree.
5. the recycling unit of a kind of high residential building waste water according to claim 4, it is characterized in that: described installation shank (623) is cylindrical, the external diameter of this installation shank (623) is equal to the internal diameter of pipe laying (64), and the one end installing shank (623) next-door neighbour's filtering bodies (62) is provided with inner cylinder face (622); The diameter of inner cylinder face (622) is identical with the diameter of water flowing body (61), and described inner cylinder face (622) is coaxially arranged with water flowing body (61).
6. the recycling unit of a kind of high residential building waste water according to claim 1, it is characterized in that: described recycling unit (10) also includes cleanser box (7), cleanser box (7) is series between the water inlet of wastewater collection pipeline (2) and storage tank (3), described cleanser box (7) includes water inlet end (71) and water side (72), also include isolated part (73) and hold the appearance storage chamber (74) of storage deodorizer, hold storage chamber (74) to connect with water inlet end (71) and water side (72), isolated part (73) is arranged on water side (72) and holds between storage chamber (74), cleanser box (7) also includes the dispensing port (75) for throwing in cleanser, dispensing port (75) connects with holding storage chamber (74), the opening end of described dispensing port (75) is near water inlet end (71).
7. the recycling unit of a kind of high residential building waste water according to claim 6, it is characterized in that: described water inlet end (71) connects with the top holding storage chamber (74), water side (72) connects with the left side holding storage chamber (74) or right side, and described water side (72) are arranged at the bottom holding storage chamber (74).
8. the recycling unit of a kind of high residential building waste water according to claim 7, it is characterized in that: described water side (72) are arranged at the lower section of water inlet end (71) and are parallel to each other with water inlet end (71), the lower end of described appearance storage chamber (74) is provided with the infundibulum (76) being mutually communicated, water side (72) connects with the bottom of infundibulum (76), and isolated part (73) is arranged between appearance storage chamber (74) and infundibulum (76).
9. a high residential building wastewater recycling system, it is characterized in that: include the recycling unit (10) described in any one of claim 1 ~ 8, some recycling unit (10) are respectively arranged at different floor, and the outlet of overflow pipe (5) being arranged at the recycling unit (10) of high-storey connects with the storage tank (3) of the recycling unit (10) being arranged at low floor.
10. a kind of high residential building wastewater recycling system according to claim 9, it is characterized in that: also include being arranged at the rain collector (8) of balcony, rain collector (8) is connected with the storage tank (3) being arranged at top layer by wastewater collection pipeline (2), and the storage tank (3) being arranged at top layer is connected with the watering equipment being arranged at top layer by water pipeline (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520842205.4U CN205314176U (en) | 2015-10-28 | 2015-10-28 | High residential building waste water recycle unit and recycle system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520842205.4U CN205314176U (en) | 2015-10-28 | 2015-10-28 | High residential building waste water recycle unit and recycle system |
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| CN205314176U true CN205314176U (en) | 2016-06-15 |
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| CN201520842205.4U Active CN205314176U (en) | 2015-10-28 | 2015-10-28 | High residential building waste water recycle unit and recycle system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107237375A (en) * | 2017-07-12 | 2017-10-10 | 温州振华建设有限公司 | A kind of architectural drainage system and construction method |
| CN109853705A (en) * | 2019-01-24 | 2019-06-07 | 四汇建设集团有限公司 | The short route processing system of cell rainwater reuse |
| CN112814073A (en) * | 2021-02-24 | 2021-05-18 | 深圳市恒和装饰设计工程有限公司 | Green building for urban sewage circulation |
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2015
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107237375A (en) * | 2017-07-12 | 2017-10-10 | 温州振华建设有限公司 | A kind of architectural drainage system and construction method |
| CN109853705A (en) * | 2019-01-24 | 2019-06-07 | 四汇建设集团有限公司 | The short route processing system of cell rainwater reuse |
| CN112814073A (en) * | 2021-02-24 | 2021-05-18 | 深圳市恒和装饰设计工程有限公司 | Green building for urban sewage circulation |
| CN112814073B (en) * | 2021-02-24 | 2022-03-29 | 深圳市恒和装饰设计工程有限公司 | Green building for urban sewage circulation |
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