CN103255813A - Household reclaimed water tank - Google Patents
Household reclaimed water tank Download PDFInfo
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- CN103255813A CN103255813A CN201310170357XA CN201310170357A CN103255813A CN 103255813 A CN103255813 A CN 103255813A CN 201310170357X A CN201310170357X A CN 201310170357XA CN 201310170357 A CN201310170357 A CN 201310170357A CN 103255813 A CN103255813 A CN 103255813A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/50—Hydropower in dwellings
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Abstract
The invention relates to a household water saving device capable of recycling wastewater, and particularly relates to a fully-automatic household reclaimed water tank which takes the pressure of running water as power. The household reclaimed water tank is characterized in that household reclaimed water naturally flows into a water storage box to be stored through a reclaimed water floor drain; after any one household running water faucet is turned on, outdoor running water firstly enters an upper water wheel shell of a hydrodynamic water pump, pushes an upper water wheel to rotate under the action of water pressure along a circular water channel in the shell, and then enters a running water pipe from a water outlet in the shell to flow out; the upper water wheel rotates so as to drive a lower water wheel coaxial with the upper water wheel to rotate; the lower water wheel continuously rotates, so that the reclaimed water in the water storage box can be sucked into a water suction pipe and is conveyed into an upper water storage box to be stored for standby application through a lifting pipe; and after a cleaning reclaimed water faucet is turned on, or a switch of the water storage box of a toilet is pressed down, the reclaimed water in the upper water storage box naturally flows out of the water faucet or flows into the water storage tank of the toilet to be used under the action of gravity.
Description
One, affiliated technical field
The present invention relates to a kind of family's water saving device of recycling sewage, especially a kind of with the tap water pressure be power, pond in the full-automatic domestic.
Two, background technology
Known family's water saving device, be earlier in water (tap water family domestic sewage that through using after, produce, can also the secondary use, hereinafter to be referred as " middle water ") leave in the bathtub and mobile water tank of accomodation ground, and then to be placed on the washroom ceiling the reservoir of sending with electric pump and store for using.This family water saving device is not only wanted electricity consumption, does not reach the purpose of saving, and the excess surface water device takes up room, and makes narrow and small washroom become more crowded, operates also loaded down with trivial details.
Three, summary of the invention
Need electricity consumption and excess surface water device to take the indoor confined space and unhandy deficiency in order to overcome existing family water saving device, the invention provides a kind of recycled water in family pond, should in entire work process, not consume any energy in middle pond, full automation, and do not take the interior space.
Technical scheme of the present invention is: the recycled water in family pond is made up of water storage box and hydrodynamic(al) water pumper, is placed in the washroom exterior wall.
Described water storage box is divided into water storage box and last water storage box down, and plurality of specifications such as large, medium and small are arranged, and how many users can select according to the Family Day water supply volume.
A side is provided with the bearing hypanthium that spiral connects below the described water storage box down, its bottom, and there is sealing ring the junction; Following water storage box one side is equipped with overflow pipe near the position on case top, and being close to below the overflow pipe is middle water water inlet pipe; Middle water water inlet pipe communicates with middle water floor drain.
Described floor drain has the branch of middle water floor drain and Sewage floor drain by function, and its structure is two parts---floor drain seat and drain cover substantially.Described floor drain seat is up big and down small cylindric, and individual central post is arranged in the middle of the cylinder; A slotting hole is arranged in the middle of the central post top, and inserting hole the latter half has a semicircle annular groove, the support shelves support fixation of central post lower part by linking to each other with cylindrical wall; On water water inlet pipe mouth or the sewer pipe mouth, end face was concordant with cement board ground, washroom during the floor drain seat was inserted in.Described floor drain is stamped the individual dish that leaks, the outer circle leaking hole that is with of the dish that leaks, and one deck sealing ring is arranged at the bottom; The disk center of leaking is plug, and the hoodle that can stretch is equipped with in the plug lower part.
The described water storage box of going up, water outlet pipe during its bottom one side is equipped with, opposite side are provided with one and lead to vertically downward in the overflow pipe on water storage box top down from back down the beginning near case.The following water storage box of distance pushes up about 0.8 meter at the bottom of the last water storage box.
Described hydrodynamic(al) water pumper is divided into upper and lower two parts.
There is individual water wheels and the shell thereof gone up on described hydrodynamic(al) water pumper top.
The described water wheels shell of going up is disc-shape, and there is individual casing cover the upper end, one deck sealing ring is arranged below the casing cover; Bearing is equipped with in the centre position above the casing cover, and individual bearing cage is arranged above the bearing, a layer sealing ring is arranged below the bearing cage; Bearing cage is fixed on the casing cover by bolt, screw, and casing cover tightly covers on last water wheels shell by bolt, screw; Last water wheels shell one side is tap water water inlet pipe and running water outlet pipe side by side, delivery port in its inner shell in addition.
The described water wheels of going up place in the water wheels shell, turbine blade is connected on the water wheels dish, the centre of water wheels dish is central axis, pass the bearing on the casing cover above the central axis, it takes over a business to be attached on the bearing inner race, be responsible for hanging the gravity that holds upper and lower water wheels, the bearing that passes outer casing bottom below links to each other with following water wheels central axis.Be mechanical sealing member between last water wheels lower end and the last water wheels outer casing bottom, around the central axis; The bearing of outer casing bottom is placed on the bearing supporting frame at suction water pipe top; The lifting pipe lower end communicates with tube head on the suction water pipe, and the upper end approaches goes up the water storage box top, and the centre has straight coupling to connect.
Described hydrodynamic(al) water pumper lower part mainly is made up of suction water pipe and following water wheels.
Link to each other, communicate with lifting pipe with hydrodynamic(al) water pumper top on the described suction water pipe, rely on down the outer shroud of the bearing in the beneath side bearing hypanthium of water storage box downward vertically, this bearing is placed at the interior end of bearing hypanthium.Suction water pipe lower end body has a plurality of suction water pipe water inlets of a circle.
Described down water wheels are shape in the shape of a spiral, places in the suction water pipe hypomere, and it is inserted in the ring that is positioned at the bearing in the bearing hypanthium vertically downward with the coaxial central axis of last water wheels, and this bearing is responsible for holding in the palm the gravity that holds upper and lower water wheels; The interior empty diameter of this section suction water pipe of water wheels is bigger than the caliber on it under putting.
The middle water of following water storage box is to utilize the gravity of water to introduce by floor drain and middle water water inlet pipe.In need collecting during water, just the drain cover plug of Sewage floor drain is injected in the slotting hole of floor drain seat central post, hoodle on the drain cover plug imbeds floor drain seat central post to be inserted in the annular groove in hole, drain cover is tightly shut Sewage floor drain is tight-lipped under the effect of sealing ring and hoodle, middle water can not advance, and the foul smell in the soil pipe is scurried to come out yet; The drain cover of water floor drain turns over and is buckled on the floor drain in the while handle, allow water from the leaking hole of drain cover, filter through in the water water inlet pipe flow to down water storage box and accumulate, water drain cover in perhaps taking away directly discharges water water floor drain seat in the insertion of washing machine outlet pipe to following water storage box.Otherwise, when needing sewage effluent, then the drain cover of Sewage floor drain is turned over and buckle, sewage is filtered through the drain cover leaking hole flow to sewer pipe; The drain cover of water floor drain covers, seals in the handle simultaneously, and sewage just can only flow away from Sewage floor drain like this, can not flow to down water storage box.
The middle water of last water storage box is to utilize the pressure of tap water to serve.Indoor source tap water enters the water wheels shell from the tap water water inlet pipe, after upward water wheels rotate along the circular channels promotion, enters the running water outlet pipe by delivery port in the shell and flows out from water tap.Like this, when any one water tap was opened in the family, tap water pressure will promote the water wheels rotation, thereby drove the following water wheels rotation coaxial with last water wheels; Following water wheels constantly rotate, just can be stand-by with descending the middle water inspiration suction water pipe in the water storage box and sending to the water storage box storage through lifting pipe.According to the register one's residence difference in interface orientation of tap water, the design of hydrodynamic(al) water pumper has last water wheels, water wheels two kinds of models that are rotated counterclockwise simultaneously and turn clockwise simultaneously down, and the confession user selects for use according to family's actual conditions.
The middle water of last water storage box also is to utilize the gravity of water to flow out.The water storage box of water tap and water closet in the cleaning of the middle water outlet pipe communications and liaison washroom of last water storage box; The middle water of last water storage box flows out water tap in the cleaning, flows into the water closet water storage box under the effect of gravity.
Beneficial effect of the present invention; The one, take full advantage of water resource, family's water rate spending is saved in using water wisely simultaneously; The 2nd, material can all be used plastics, and cost of production is low, and product price is low; Three are to use and do not consume any energy in the process; The 4th, simple in structure, easy to operate, be automation basically; The 5th, small product size is less, is again to hang on the washroom exterior wall, does not take the interior space.
Four, description of drawings
Fig. 1 is recycled water in family pond longitudinal plan;
Fig. 2 is hydrodynamic(al) water pumper top (going up water wheels is rotated counterclockwise) longitudinal plan (Fig. 2-the 1st, hydrodynamic(al) water pumper top (going up water wheels turns clockwise) longitudinal plan);
Fig. 3 is hydrodynamic(al) water pumper top (going up water wheels is rotated counterclockwise) drawing in side sectional elevation (Fig. 3-the 1st, hydrodynamic(al) water pumper top (going up water wheels turns clockwise) drawing in side sectional elevation);
Fig. 4 is hydrodynamic(al) water pumper lower part (following water wheels are rotated counterclockwise) longitudinal plan (Fig. 4-the 1st, hydrodynamic(al) water pumper lower part (following water wheels turn clockwise) longitudinal plan);
Fig. 5 is floor drain open state longitudinal plan (Fig. 5-the 1st, floor drain disk cover top view, Fig. 5-the 2nd, floor drain bottom view, Fig. 5-the 3rd, floor drain closed state longitudinal plan);
Fig. 6 is the top view of recycled water in family pond embodiment;
Fig. 7 is the lateral view of recycled water in family pond embodiment.
Among the figure; 1. hydrodynamic(al) water pumper [1-1 tap water water inlet pipe, the last water wheels of 1-2 (1-2-1 turbine blade, 1-2-2 water wheels dish), 1-3 running water outlet pipe, last water wheels shell (the 1-4-1 bolt of 1-4, the 1-4-2 screw, 1-4-3 casing cover, 1-4-4 circular channels), the 1-5 bearing, the 1-6 bearing cage, 1-7 rubber seal, 1-8 central axis, the 1-9 central axis is taken over a business, delivery port in the 1-10 mechanical sealing member, the last water wheels shell of 1-11, the 1-12 bearing supporting frame, the 1-13 lifting pipe, water wheels under the 1-14,1-15 suction water pipe, 1-16 suction water pipe water inlet]; 2. water storage box [the last water storage box of 2-1, water storage box under the 2-2,2-3 overflow pipe, water outlet pipe among the 2-4, water water inlet pipe among the 2-5,2-6 straight coupling, 2-7 bearing hypanthium]; 3. main sewer pipe; 4. prop up sewer pipe; 5. running water pipe way [5-1 tap water register one's residence interface]; 6. water tap [6-3 geyser water tap, 6-4 washing machine water tap, 6-5 are washed one's face and rinsed one's mouth and used water tap, 6-6 kitchen water tap for water tap in the 6-1 cleaning, penstock in the 6-2 water closet]; Floor drain [water floor drain among the 7-1, the 7-2 Sewage floor drain, 7-3 floor drain seat (7-3-1 central post, 7-3-2 inserts the hole, 7-3-3 annular groove, 7-3-4 support shelves, 7-3-5 cylinder), the 7-4 drain cover (the 7-4-1 dish that leaks, 7-4-2 leaking hole, 7-4-3 plug, 7-4-4 hoodle]; 8. water closet; 9. washing machine; 10. washstand; 11. washroom; 12. kitchen; 13. in the washroom every sliding door; 14. water (flow) direction; 15. exterior wall; 16. cement board ground.
Five, the specific embodiment
In Fig. 1, the recycled water in family pond is made up of water storage box [2] and hydrodynamic(al) water pumper [1].
Described water storage box [2] is divided into water storage box [2-1] and following water storage box [2-2], and plurality of specifications such as large, medium and small are arranged, and how many users can select according to the Family Day water supply volume.
Described go up water storage box [2-1] bottom one side be equipped with in water outlet pipe [2-4], opposite side is provided with one and leads to vertically downward in the overflow pipe [2-3] on water storage box [2-2] top down from back down the beginning near case.Last water storage box [2-1] end distance water storage box [2-2] is down pushed up about 0.8 meter.
A side is provided with the bearing hypanthium [2-7] that spiral connects below described water storage box [2-2] the down bottom, and there is rubber seal [1-7] junction; Following water storage box [2-2] side is equipped with overflow pipe [2-3] near the position level on case top, and being close to below the overflow pipe [2-3] is middle water water inlet pipe [2-5]; Middle water water inlet pipe [2-5] communicates with middle water floor drain [7-1].
In Fig. 5, described floor drain [7] has the branch of middle water floor drain [7-1] and Sewage floor drain [7-2] by function, and its structure is two parts substantially---floor drain seat [7-3] and drain cover [7-4].
In Fig. 5, Fig. 5-2, described floor drain seat [7-3-] is a up big and down small cylinder [7-3-5], and individual central post [7-3-1] is arranged in the middle of the cylinder [7-3-5]; A slotting hole [7-3-2] is arranged in the middle of central post [7-3-1] top, and inserting hole [7-3-2] the latter half has a semicircle annular groove [7-3-3]; Support shelves [7-3-4] support fixation of central post [7-3-1] lower part by linking to each other with cylinder [7-3-5] wall; On water water inlet pipe [2-5] or sewer pipe [4] mouth, end face was concordant with cement board ground, washroom [16] face during floor drain seat [7-3] was inserted in.
In Fig. 5, Fig. 5-1, described drain cover [7-4] has the individual dish [7-4-1] that leaks, the outer circle leaking hole [7-4-2] that is with of the dish [7-4-1] that leaks, and one deck sealing ring [1-7] is arranged at the bottom; Dish [7-4-1] center that leaks is plug [7-4-3], and the hoodle [7-4-4] that can stretch is equipped with in plug [7-4-3] lower part.
Described hydrodynamic(al) water pumper [1] is divided into upper and lower two parts.
In Fig. 2, Fig. 3, there are individual water wheels shell [1-4] and the last water wheels [1-2] gone up on described hydrodynamic(al) water pumper [1] top.
The described water wheels shell [1-4] of going up is disc-shape, and there is individual casing cover [1-4-3] upper end, one deck sealing ring [1-7] is arranged below the casing cover [1-4-3]; Bearing [1-5] is equipped with in the centre position above the casing cover [1-4-4], and individual bearing cage [1-6] is arranged above the bearing [1-5], a layer sealing ring [1-7] is arranged below the bearing cage [1-6]; Bearing cage [1-6] is fixed on the casing cover [1-4-3] by bolt [1-4-1], screw [1-4-2], and casing cover [1-4-3] tightly covers on last water wheels shell [1-4] by bolt [1-4-1], screw [1-4-2]; There is delivery port [1-11] in the individual shell last water wheels shell [1-4] inside, and tap water water inlet pipe [1-1] and running water outlet pipe [1-3] communicate with a side of last water wheels shell [1-4] side by side.
The described water wheels [1-2] of going up place in the water wheels shell [1-4], and turbine blade [1-2-1] is connected on the water wheels dish [1-2-2], and the centre of water wheels dish [1-2-2] is central axis [1-8]; Pass the bearing [1-5] on the casing cover [1-4-3] above the central axis [1-8], central axis is taken over a business [1-9] and is attached on bearing [1-5] inner ring, is responsible for hanging the gravity that holds upper and lower water wheels; The bearing [1-5] that passes shell [1-4] bottom below the central axis [1-8] links to each other with following water wheels [1-14] central axiss [1-8].Last water wheels [1-2] lower end and last water wheels shell [1-4], central axis [1-8] are mechanical sealing member [1-10] on every side at the end; The bearing [1-5] of last water wheels shell [1-4] bottom is placed on the bearing supporting frame [1-12] at suction water pipe [1-15] top; Lifting pipe [1-13] lower end is gone up tube head with suction water pipe [1-15] and is communicated, and the upper end approaches goes up water storage box [2-1] top, and the centre has straight coupling [2-6] to connect.
In Fig. 4 and Fig. 1, described hydrodynamic(al) water pumper [1] lower part mainly is made up of suction water pipe [1-15] and following water wheels [1-14].
Described suction water pipe [1-15] is gone up and is connected with hydrodynamic(al) water pumper [1] top, communicates with tube head under the lifting pipe [1-13], relies on down the outer shroud of the bearing [1-5] of beneath side bearing hypanthium [2-8] lining of water storage box [2-2] downward vertically.This bearing [1-5] is placed at the interior end of bearing hypanthium [2-8].Suction water pipe [1-15] lower end body has circle a plurality of suction water pipe water inlets [1-16].
Described water wheels [1-14] down are shape in the shape of a spiral, place in suction water pipe [1-15] hypomere, it is inserted in the ring of the bearing [1-5] that is positioned at bearing hypanthium [2-8] lining vertically downward with the coaxial central axis [1-8] of last water wheels [1-2], and ring is responsible for the gravity that upper and lower water wheels are held in holder in this bearing [1-5]; The interior empty diameter of this section suction water pipe [1-15] of water wheels [1-14] is bigger than the caliber on it under putting.
According to the register one's residence difference in orientation of tap water, hydrodynamic(al) water pumper [1] design has two kinds of models: the 1. N-type hydrodynamic(al) water pumper [1] that is rotated counterclockwise simultaneously of Fig. 2, Fig. 3, last water wheels [1-2] shown in Figure 4 and following water wheels [1-14]; 2. the Z type hydrodynamic(al) water pumper [1] that turns clockwise simultaneously of the last water wheels [1-2] shown in Fig. 2-1, Fig. 3-1, Fig. 4-1 and following water wheels [1-14].
Embodiment one, pond during new dwelling house is installed.As Fig. 6, shown in Figure 7: the recycled water in family pond is placed on the exterior wall of washroom.One of tap water water inlet pipe [1-1] is connected on tap water and registers one's residence on the interface [1-17], and on the last water wheels shell [1-4] that is connected on hydrodynamic(al) water pumper [1], the running water outlet pipe [1-3] of hydrodynamic(al) water pumper [1] is connected with water supply pipe [5] nearby.Like this, open indoor any one water tap, tap water just can enter water wheels shell [1-4] from tap water water inlet pipe [1-1], after water wheels [1-2] rotate in circular channels [1-4-4] promotion,, enter water supply pipe [5] again and flow out through water tap to running water outlet pipe [1-3] by delivery port in the shell [1-11]; In water wheels [1-2] rotation, the following water wheels [1-14] coaxial with last water wheels [1-2] also just and then rotate naturally on tap water pressure promotes; Following water wheels [1-14] constantly rotate, just can be stand-by with descending the middle water inspiration suction water pipe [1-15] of water storage box [2-2] lining and sending to water storage box [2-1] storage through lifting pipe [1-13].
The middle water of following water storage box [2-2] is to utilize the gravity of water to introduce by floor drain [7] and middle water water inlet pipe [2-5].In need collecting during water, shown in Fig. 5-3, the drain cover of Sewage floor drain [7-2] [7-4] plug [7-4-3] is injected in the slotting hole [7-3-2] of floor drain seat [7-3] central post [7-3-1], hoodle [7-4-4] on drain cover plug [7-4-3] imbeds floor drain seat central post to be inserted in the annular groove [7-3-3] in hole [7-3-2], drain cover [7-4] is tightly shut Sewage floor drain [7-2] is tight-lipped under the effect of sealing ring [1-7] and hoodle [7-4-4], middle water can not advance, and the foul smell in the soil pipe is scurried to come out yet; Simultaneously as shown in Figure 5, in the drain cover [7-4] of water floor drain [7-1] turn over and be buckled on the floor drain seat [7-3], allow water from the leaking hole [7-4-2] of drain cover [7-4], filter through in water water inlet pipe [2-5] flow to down water storage box [2-2] and accumulate, water drain cover [7-4] in perhaps taking away directly discharges water water floor drain seat [7-3] in the insertion of washing machine [9] outlet pipe to following water storage box [2-2].Otherwise, when needing sewage effluent, shown in Fig. 5-3, then the drain cover of Sewage floor drain [7-2] [7-4-] is turned over and buckle, sewage is filtered through drain cover leaking hole [7-4-2] flow to down water branch pipe(tube) [4]; Simultaneously as shown in Figure 5, in the drain cover [7-4] of water floor drain [7-1] cover tightly, seal, sewage just can only flow away from Sewage floor drain [7-2] like this, can not flow to down water storage box.
The middle water of last water storage box [2-1] also is to utilize the gravity of water to flow out.The water storage box of water tap [6-1] and water closet [8] in middle water outlet pipe [2-4] the priority communications and liaison cleaning of last water storage box [2-1]; The middle water of last water storage box [2-1] flows out water tap [6-1] in the cleaning, flows into water closet [8] water storage box under the effect of gravity.
Embodiment two, pond during old dwelling house transformation is installed.Take a three-stage approach: the first step, in the pond hang on the exterior wall [15] of washroom.Second step, indoor original water supply pipe [5] is located to disconnect and seal at the tap water interface [5-1] of registering one's residence, and the tap water water inlet pipe [1-1] of hydrodynamic(al) water pumper [1] directly with tap water interface [5-1] connection of registering one's residence, again the running water outlet pipe [2-4] of hydrodynamic(al) water pumper [1] is connected with indoor original water supply pipe [5] nearby, other water supply pipes [5] maintain the original state motionless, and indoor water supply pipe [5] retrofit work has just been finished.The 3rd step, below cement board ground, washroom [16], a sewer pipe [4] that will be connected with middle water floor drain [7-1] disconnects with an original sewer pipe [4] then is connected with the middle water water inlet pipe [2-4] of following water storage box, simultaneously the gap of an original sewer pipe [4] and the overflow pipe of following water storage box [2-2] is connected; The water inlet pipe of water tap in the cleaning [6-1] and water closet [8] and original water supply pipe [5] are disconnected middle water outlet pipe [2-4] connection of transferring with last water storage box [2-1], simultaneously the gap sealing of water supply pipe [5] originally; Other sewer pipes [4] maintain the original state motionless, and the installation work of intermediate water pipeline, sewer pipe has also just been finished.
Embodiment three, and install in the middle pond of flushing supply, namely the reservoir of middle pond as family, flushing supply that hotels and other places is single.Its mounting method is not in having cleaning the water tap [6-1], and other and embodiment two are similar, but structure is simpler, more convenient operation.
Claims (5)
1. recycled water in family pond of recycling sewage, comprise following water storage box, go up water storage box and hydrodynamic(al) water pumper, it is characterized in that: the recycled water in family pond is installed on the washroom exterior wall, following water storage box top with at the bottom of the last water storage box between apart about 0.8 meter, the hydrodynamic(al) water pumper holds under opening in the centre; Recycled water in family flows to water storage box down naturally by middle water floor drain and middle water water inlet pipe under the self gravitation effect, the hydrodynamic(al) water pumper is that power will descend in the water storage box water to pump into to go up water storage box with the tap water pressure, water also is to flow out water tap in the cleaning naturally, flow into the water closet water storage box by middle water outlet pipe under the self gravitation effect in the last water storage box, entire work process does not consume any energy, full automation.
2. recycled water in family according to claim 1 pond, it is characterized in that: following water storage box one side is equipped with overflow pipe near the position, box top, and being close to below the overflow pipe is middle water water inlet pipe, and middle water water inlet pipe communicates with middle water floor drain; A side is provided with the bearing hypanthium that spiral connects below the case bottom, and there is sealing ring the junction.
3. recycled water in family according to claim 1 pond is characterized in that: go up water storage box bottom one side be equipped with in the water outlet pipe, middle water outlet pipe is communicated in water tap and water closet water storage box in the cleaning; Opposite side is provided with one and leads to vertically downward in the following overflow pipe on water storage box top from back down the beginning near case.
4. recycled water in family according to claim 1 pond, it is characterized in that: the hydrodynamic(al) water pumper is divided into the last water wheels shell on top, the suction water pipe of last water wheels and lower part, following water wheels---1. go up the water wheels shell and be disc-shape, there is individual casing cover the upper end, one deck sealing ring is arranged below the casing cover, bearing is equipped with in the centre position above the casing cover, individual bearing cage is arranged above the bearing, a layer sealing ring arranged below the bearing cage, bearing cage passes through bolt, screw is fixed on the casing cover, casing cover passes through bolt, screw tightly covers on last water wheels shell, last water wheels shell one side is tap water water inlet pipe and running water outlet pipe side by side, delivery port in its inner shell in addition; 2. going up water wheels places in the water wheels shell, turbine blade is connected on the water wheels dish, the centre of water wheels dish is central axis, pass the bearing on the casing cover above the central axis, central axis is taken over a business to be attached on the bearing inner race, be responsible for hanging and hold, the gravity of following water wheels, the bearing that passes outer casing bottom below links to each other with following water wheels central axis, between last water wheels lower end and the last water wheels outer casing bottom, be mechanical sealing member around the central axis, the bearing of outer casing bottom is placed on the bearing supporting frame at suction water pipe top, the lifting pipe lower end communicates with tube head on the suction water pipe, and the upper end approaches goes up the water storage box top, and the centre has straight coupling to connect; 3. link to each other, communicate with lifting pipe with hydrodynamic(al) water pumper top on the suction water pipe, rely on down downward vertically the outer shroud of the bearing in the beneath side bearing hypanthium of water storage box, this bearing is placed at the interior end of bearing hypanthium, and suction water pipe lower end body has a plurality of suction water pipe water inlets of a circle; 4. descend water wheels shape in the shape of a spiral, place in the suction water pipe hypomere, it is inserted in the ring that is positioned at the bearing in the bearing hypanthium vertically downward with the coaxial central axis of last water wheels, this bearing is responsible for holding in the palm the gravity that holds upper and lower water wheels, and the interior empty diameter of this section suction water pipe of water wheels is bigger than the caliber on it under putting.
5. recycled water in family according to claim 1 pond, it is characterized in that: floor drain has the branch of middle water floor drain and Sewage floor drain by function, its structure is floor drain seat and drain cover two parts substantially---1. the floor drain seat is up big and down small cylindric, individual central post is arranged in the middle of the cylinder, a slotting hole is arranged in the middle of the central post top, insert hole the latter half a semicircle annular groove is arranged, the support shelves support fixation of central post lower part by linking to each other with cylindrical wall, on water water inlet pipe mouth or the sewer pipe mouth, end face was concordant with cement board ground, washroom during the floor drain seat was inserted in; 2. floor drain is stamped the individual dish that leaks, the outer circle leaking hole that is with of the dish that leaks, and one deck sealing ring is arranged at the bottom, and the disk center of leaking is plug, and the hoodle that can stretch is equipped with in the plug lower part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310170357XA CN103255813A (en) | 2013-04-22 | 2013-04-22 | Household reclaimed water tank |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310170357XA CN103255813A (en) | 2013-04-22 | 2013-04-22 | Household reclaimed water tank |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN103255813A true CN103255813A (en) | 2013-08-21 |
Family
ID=48959996
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310170357XA Pending CN103255813A (en) | 2013-04-22 | 2013-04-22 | Household reclaimed water tank |
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| Country | Link |
|---|---|
| CN (1) | CN103255813A (en) |
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| CN114886322A (en) * | 2022-03-24 | 2022-08-12 | 浙江大学台州研究院 | Hydrodynamic drive executive part and intelligent toilet bowl with same |
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| CN114886322A (en) * | 2022-03-24 | 2022-08-12 | 浙江大学台州研究院 | Hydrodynamic drive executive part and intelligent toilet bowl with same |
| CN114886322B (en) * | 2022-03-24 | 2024-05-24 | 浙江大学台州研究院 | Hydrodynamic drive executive component and intelligent toilet with same |
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Application publication date: 20130821 |