CN201386302Y

CN201386302Y - Device for using waste water for generating electricity and flushing

Info

Publication number: CN201386302Y
Application number: CN200920154002U
Authority: CN
Inventors: 刘新广
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-05-08
Filing date: 2009-05-08
Publication date: 2010-01-20
Anticipated expiration: 2019-05-08

Abstract

The utility model discloses a device for using waste water for generating electricity and flushing, which comprises a water main used for collecting the waste water after washing clothes, vegetables and faces. The water main is communicated with a waste water chest through an inflow hydroelectric generator, a float lever type tap water inflow control mechanism is arranged at the inner bottom of the waste water chest, a toilet water tank is communicated to one outlet at the lower part of the waste water chest through a tube, one effluent hydroelectric generator and a valve, and a mop washing basin is also communicated to the other outlet at the lower part of the waste water chest through the tube, the valve and the other effluent hydroelectric generator. The waste water collected after washing clothes, vegetables and faces is used to flush the toilet or mop the floor, and the waste water flow is used to lash the hydroelectric generator to generate electricity. The device for using waste water for generating electricity and flushing has the advantages of water-saving by 50 percent, reduced emission (as a result of low water consumption), energy saving, low cost, easy installation, convenient application, and great popularizing significance.

Description

Waste water generating flusher

Technical field

The utility model relates to a kind of wastewater collection use device, particularly a kind of waste water generating flusher.

Background technology

In family, hotel, restaurant, do washing, wash dish, flush the toilet and wipe ground water sum and be about 90%, wherein wash dish and flush the toilet and wipe ground approximately double.Present situation is that most families, hotel, restaurant will do washing and wash dish waste water and be discharged into sewer in vain.At present, although there are some domestic household effluents to collect use devices, great majority have complexity or use the suspicion of inconvenience, and present wastewater collection use device do not utilize the energy of waste water, so promotional value is not high enough.

Summary of the invention

The purpose of this utility model is to overcome the existing above-mentioned defective of wastewater collection use device, designs a kind of waste water generating flusher, collects laundry, washes dish, the waste water after washing one's face and rinsing one's mouth is used to flush the toilet or wipe ground, and utilizes its generating.

The utility model is realized by following technical scheme.

Show as Fig. 1, washing machine wastewater conduit 1, wash nappy waste water conduit 2, wash basin waste water conduit 3 all with total aqueduct 4 UNICOMs, washing machine wastewater conduit 1, wash nappy waste water conduit 2, wash basin waste water conduit 3, total aqueduct 4 above the waste water case lid 6 or with waste water case lid 6 on the top go to the bottom substantially flush, total aqueduct 4 connects with the import of hydroelectric generator 5, and water pipe 30 connects with the outlet of hydroelectric generator 5 and the hole of waste water case lid 6; Water pipe 7 is with the top overflow mouth and water pipe 13 UNICOMs of waste water tank 29; Tap water water inlet pipe 20 connects with the base apertures of waste water tank 29; Pillar 18 is fixed on the bottom of waste water tank 29; One end of support plate 22 is fixed on the inside wall of waste water tank 29, lever 17 1 ends are connecting float 16, the other end of lever 17 is hinged on the top of bar 19, the appropriate location of lever 17 is hinged on the upper end of pillar 18, the hole that the lower end of bar 19 is passed on the support plate 22 is fixed on the upper surface that seals platen 21, and the hole on bar 19 and the support plate 22 is made into and is slidingly matched, and sealing platen 21 is pressed in the upper port of tap water water inlet pipe 20; Water pipe 13, hydroelectric generator 9, water pipe 14, valve 8, water pipe 15 coupled in series successively get up, the bottom UNICOM of the left port of water pipe 15 and waste water tank 29, and the right output port of water pipe 13 and mop basin 10 UNICOMs, the bottom of mop basin 10 leaks 12 with pipe 11 ground connection; Water pipe 25, hydroelectric generator 27, water pipe 24, valve 28, water pipe 23 coupled in series successively get up, the following side UNICOM of the right output port of water pipe 23 and waste water tank 29, and the water tank UNICOM of the left port of water pipe 25 and toilet 26, the right output port of water pipe 23 is lower than float 16.

Washing machine wastewater by conduit 1, wash nappy waste water and all flow into total aqueduct 4 through its screen pack by conduit 3 by conduit 2, wash basin waste water through its screen pack, waste water impacts hydroelectric generators 5 generating backs in water pipe 30 inflow waste water tanks 29 through total aqueduct 4; When the water level in the waste water tank 29 is higher than the right output port of water pipe 23, water enters from the right output port of water pipe 23, by valve 28 (when the valve 28 is opened) water pipe 24 of flowing through, then impact hydroelectric generator 27 generatings after water pipe 25 flows into the water tank of toilet 26, and water can also enter from the left port of water pipe 15, by valve 8 (when the valve 8 is opened) water pipe 14 of flowing through, then impact hydroelectric generator 9 generating after water pipe 13 flows into mop basins 10, waste water is washed behind the mop by managing 11 and is flowed away from floor drain 12.

When the water level in the waste water tank 29 was lower than the right output port of water pipe 23, gravity sank float 16, and by drawing sealing platen 21 on lever 17, the bar 19, tap water enters waste water tank 29 through water inlet pipe 20 simultaneously.When the water level in the waste water tank 29 was higher than the right output port of water pipe 23, because the buoyancy of float 16, the upper port that makes sealing platen 21 push down water inlet pipe 20 was blocked tap water and is entered.This function has remedied the shortcoming that can not normally use toilet 26 or mop basin 10 when waste water is not enough.

When the water level in the waste water tank 29 was higher than overfall gap, water flowed into water pipes 13 from water pipe 7, then flowed away from floor drain 12 through mop basin 10, pipe 11 successively.

Under the normal condition, valve 28 is often opened, and 8 on valve when washing mop or during blowdown the people for opening; Valve 28 ability people are for closing when toilet 26 maintenances.

The beneficial effects of the utility model are: described waste water generating flusher, and collect laundry, wash dish, the waste water after washing one's face and rinsing one's mouth, not only be used to flush the toilet or wipe ground, it is about 50% to economize on water, and can utilize waste water to generate electricity, and the electricity that sends can deposit battery in after treatment.Hydroelectric generator in the described waste water generating flusher all is small-sized, technology maturation, and cost is low, although generated energy is little, the electricity that sends is enough to light the small high brightness LED of novel power consumption, can illuminate kitchen and washroom.So the water saving of described waste water generating flusher, reduce discharging (discharging is few certainly less for water), energy-conservation, it is extremely convenient easily to install, use, and dissemination is very big.

Description of drawings

Fig. 1 is the structural representation of described waste water generating flusher.

The specific embodiment

Embodiment: show as Fig. 1, washing machine wastewater conduit 1, wash nappy waste water conduit 2, wash basin waste water conduit 3 all with total aqueduct 4 UNICOMs, washing machine wastewater conduit 1, wash nappy waste water conduit 2, wash basin waste water conduit 3, total aqueduct 4 above the waste water case lid 6 or with waste water case lid 6 on the top go to the bottom substantially flush, total aqueduct 4 connects with the import of hydroelectric generator 5, and water pipe 30 connects with the outlet of hydroelectric generator 5 and the hole of waste water case lid 6; Water pipe 7 is with the top overflow mouth and water pipe 13 UNICOMs of waste water tank 29; Tap water water inlet pipe 20 connects with the base apertures of waste water tank 29; Pillar 18 is fixed on the bottom of waste water tank 29; One end of support plate 22 is fixed on the inside wall of waste water tank 29, lever 17 1 ends are connecting float 16, the other end of lever 17 is hinged on the top of bar 19, the appropriate location of lever 17 is hinged on the upper end of pillar 18, the hole that the lower end of bar 19 is passed on the support plate 22 is fixed on the upper surface that seals platen 21, and the hole on bar 19 and the support plate 22 is made into and is slidingly matched, and sealing platen 21 is pressed in the upper port of tap water water inlet pipe 20; Water pipe 13, hydroelectric generator 9, water pipe 14, valve 8, water pipe 15 coupled in series successively get up, the bottom UNICOM of the left port of water pipe 15 and waste water tank 29, and the right output port of water pipe 13 and mop basin 10 UNICOMs, the bottom of mop basin 10 leaks 12 with pipe 11 ground connection; Water pipe 25, hydroelectric generator 27, water pipe 24, valve 28, water pipe 23 coupled in series successively get up, the following side UNICOM of the right output port of water pipe 23 and waste water tank 29, and the water tank UNICOM of the left port of water pipe 25 and toilet 26, the right output port of water pipe 23 is lower than float 16.

Claims

1. waste water generating flusher, it is characterized in that: washing machine wastewater conduit (1), wash nappy waste water conduit (2), wash basin waste water conduit (3) all with total aqueduct (4) UNICOM, washing machine wastewater conduit (1), to go up going to the bottom of top substantially flush in waste water case lid (6) top or with waste water case lid (6) to wash nappy waste water conduit (2), wash basin waste water conduit (3), total aqueduct (4), total aqueduct (4) connects with the import of hydroelectric generator (5), and water pipe (30) connects with the outlet of hydroelectric generator (5) and the hole of waste water case lid (6); Water pipe (7) is with the top overflow mouth and water pipe (13) UNICOM of waste water tank (29); Tap water water inlet pipe (20) connects with the base apertures of waste water tank (29); Pillar (18) is fixed on the bottom of waste water tank (29); One end of support plate (22) is fixed on the inside wall of waste water tank (29), lever (17) one ends are connecting float (16), the other end of lever (17) is hinged on the top of bar (19), the appropriate location of lever (17) is hinged on the upper end of pillar (18), the hole that the lower end of bar (19) is passed on the support plate (22) is fixed on the upper surface that seals platen (21), and the hole on bar (19) and the support plate (22) is made into and is slidingly matched, and sealing platen (21) is pressed in the upper port of tap water water inlet pipe (20); Water pipe (13), hydroelectric generator (9), water pipe (14), valve (8), water pipe (15) coupled in series successively get up, the bottom UNICOM of the left port of water pipe (15) and waste water tank (29), the right output port of water pipe (13) and mop basin (10) UNICOM, (12) are leaked with pipe (11) ground connection in the bottom of mop basin (10); Water pipe (25), hydroelectric generator (27), water pipe (24), valve (28), water pipe (23) coupled in series successively get up, the following side UNICOM of the right output port of water pipe (23) and waste water tank (29), the water tank UNICOM of the left port of water pipe (25) and toilet (26), the right output port of water pipe (23) is lower than float (16).