CN204401692U - A kind of building multivariate water supply and daily life sewage recovery system - Google Patents
A kind of building multivariate water supply and daily life sewage recovery system Download PDFInfo
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- CN204401692U CN204401692U CN201420834711.4U CN201420834711U CN204401692U CN 204401692 U CN204401692 U CN 204401692U CN 201420834711 U CN201420834711 U CN 201420834711U CN 204401692 U CN204401692 U CN 204401692U
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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
- Y02A20/152—Water filtration
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Abstract
The utility model relates to a kind of building multivariate water supply and daily life sewage recovery system, it comprises tap water pipe network, blow-off line and water receiver, by adopting two points of storekeeper road B of laying use water input in building unit, the two points of storekeeper road A that waste water exports, the water supply of building is adopted to the supply of point purposes, drinking water and bath water are by adopting point storekeeper road B and tap water pipe network input, and flushing supply, irrigate, the hydromining recycle-water such as fire-fighting, the discharge of wastewater of building unit also adopts a point storekeeper road to classify, heavy sewage directly discharges, lightweight sewage is as water for bathing, bath water, laundry water carries out being stored in water receiver after recovery is filtered, by compression pump input pressure tower be building unit supply water, the utility model is by adopting two points of storekeeper roads and joints thereof, and the classification achieving waste water is reclaimed and with the classification supply of water, have water supply mechanism diversification, stable performance, structure simply, control reliable, economical and practical, recycle advantage easily.
Description
Technical field
The utility model belongs to domestic water recovery and utilization technology field, is specifically related to a kind of building multivariate water supply and daily life sewage recovery system.
Background technology
At present along with economy and social development, industrialization and urbanization development rapidly, environment for human survival is faced with acid test, water resource and environment are faced with huge pressure, because groundwater resources can not infinitely extract, on the ground water due to pollute and industrial water consumption larger, the occupancy per capita of water resource is sharply reduced, for tackling above-mentioned situation, improve the utilization rate of water resource, reduce environment stress, reduce living water use cost simultaneously, independent family's recycle-water cost is higher, for strengthening the application dynamics of recycle-water technology, need a kind of building multivariate water supply and daily life sewage recovery system.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, and provide a kind of water supply mechanism diversification, stable performance, structure simple, control reliable, economical and practical, recycle building multivariate water supply and daily life sewage recovery system easily.
The purpose of this utility model is achieved in that a kind of building multivariate water supply and daily life sewage recovery system, it comprises tap water pipe network, blow-off line and water receiver, described tap water pipe network is communicated with two point storehouse pipe joint B and tee junction B, is disposed with valve E, one way valve D between tap water pipe network and point storehouse pipe joint B; Described two point storehouse pipe joint B are communicated with two points of storekeeper road B; Described tee junction B is communicated with tap water pipe network, pressure column, two points of storehouse pipe joint B, valve D is provided with between tee junction B and tap water pipe network, be provided with one way valve B between tee junction B and pressure column, between tee junction B and two points of storehouse pipe joint B, be provided with one way valve C; Described pressure column one end is communicated with tee junction B, and the other end of pressure column is communicated with water receiver, is provided with compression pump between pressure column and water receiver, and the water inlet of pressure column is provided with filter screen; The side of described water receiver is communicated with pressure column, and the opposite side of water receiver is communicated with valve body; Described valve body one end connects water receiver, and the other end of valve body is communicated with tee junction A; Described tee junction A is communicated with valve body, heavy sewage conduct, is provided with valve B between two points of storehouse pipe joint A, tee junction A and heavy sewage conduct, is provided with valve C between tee junction A and valve body; One end of described heavy sewage conduct is communicated with two point storehouse pipe joint A, and the other end of heavy sewage conduct is communicated with blow-off line, is provided with valve A between heavy sewage conduct and two points of storehouse pipe joint A, is provided with one way valve A between heavy sewage conduct and blow-off line; Described two point storehouse pipe joint A are communicated with two points of storekeeper road A; Described two points of storekeeper road A and two points of storekeeper road B are laid in building unit, two points of described storekeeper road B be building unit use water input channel, described two storekeeper road A that divide are the waste water output channel of building unit.
The Mesh Diameter of described filter screen is less than 5 millimeters.
The floor height of described filter screen distance water receiver is greater than 50 millimeters.
Described filter screen is non-toxic plastic net or stainless (steel) wire.
Bracing frame is provided with in described filter screen.
The beneficial effects of the utility model: the utility model is by adopting building unit, two points of storekeeper road A, two points of storehouse pipe joint A, valve A, tee junction A, valve B, valve C, heavy sewage conduct, one way valve A, valve body, filter screen, compression pump, pressure column, one way valve B, valve D, valve E, one way valve C, one way valve D, two points of storehouse pipe joint B, two points of storekeeper road B, tap water pipe network, tee junction B constitutes a kind of building multivariate water supply and daily life sewage recovery system, when improving the water resource rate of recovery, ensure that normal water demand, there is water supply mechanism diversification, stable performance, structure is simple, control reliable, economical and practical, recycle advantage easily, the utility model by arranging two points of storekeeper road A and two points of storekeeper road B in building unit, two points of storekeeper road A export for the waste water of building unit, two points of storekeeper road B are used for inputting with water of building unit, to achieve with the building unit of entirety be object, and water resource reclaims and utilizes, the supply of classification water and the classification recovery of waste water is carried out for domestic consumer, bath water, storage is reclaimed after the lightweight sewage such as laundry water filter, and be input to pressure column via compression pump, meet the flushing supply of building unit, irrigate, water for fire fighting demand, drinking in building unit, the water demands such as bathing are supplied water by tap water pipe network, in the normal situation of guarantee building unit water, achieve water resource reclaim, in water receiver during water shortage, all supplied water by tap water pipe network, having supplies water stablizes, dependable performance, economical and practical advantage, total the utility model, have water supply mechanism diversification, stable performance, structure simple, control reliable, economical and practical, recycle advantage easily.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of building multivariate water supply of the utility model and daily life sewage recovery system.
In figure: 1, building unit 2, two points of storekeeper road A 3, two points of storehouse pipe joint A 4, valve A 5, tee junction A 6, valve B 7, valve C 8, heavy sewage conduct 9, one way valve A 10, valve body 11, filter screen 12, compression pump 13, pressure column 14, one way valve B 15, valve D 16, valve E 17, one way valve C 18, one way valve D 19, two points of storehouse pipe joint B 20, two points of storekeeper road B 21, tap water pipe network 22, tee junction B.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described further.
Embodiment 1
As shown in Figure 1, a kind of building multivariate water supply and daily life sewage recovery system, it comprises tap water pipe network 21, blow-off line and water receiver, described tap water pipe network 21 is communicated with two point storehouse pipe joint B19 and tee junction B22, is disposed with valve E16, one way valve D18 between tap water pipe network 21 and point storehouse pipe joint B; Described two point storehouse pipe joint B19 are communicated with two points of storekeeper road B20; Described tee junction B22 is communicated with tap water pipe network 21, pressure column 13, two points of storehouse pipe joint B19, valve D15 is provided with between tee junction B22 and tap water pipe network 21, be provided with one way valve B14 between tee junction B22 and pressure column 13, between tee junction B22 and two points of storehouse pipe joint B19, be provided with one way valve C17; Described pressure column 13 one end is communicated with tee junction B22, and the other end of pressure column 13 is communicated with water receiver, is provided with compression pump 12 between pressure column 13 and water receiver, and the water inlet of pressure column 13 is provided with filter screen 11; The side of described water receiver is communicated with pressure column 13, and the opposite side of water receiver is communicated with valve body 10; Described valve body 10 one end connects water receiver, and the other end of valve body 10 is communicated with tee junction A5; Described tee junction A5 is communicated with valve body 10, heavy sewage conduct 8, two points of storehouse pipe joint A3, is provided with valve B6, is provided with valve C7 between tee junction A5 and valve body 10 between tee junction A5 and heavy sewage conduct 8; One end of described heavy sewage conduct 8 is communicated with two point storehouse pipe joint A3, the other end of heavy sewage conduct 8 is communicated with blow-off line, be provided with valve A4 between heavy sewage conduct 8 and two points of storehouse pipe joint A3, between heavy sewage conduct 8 and blow-off line, be provided with one way valve A9; Described two point storehouse pipe joint A3 are communicated with two points of storekeeper road A2; Described two points of storekeeper road A2 and two points of storekeeper road B20 are laid in building unit 1, two points of described storekeeper road B20 be building unit 1 use water input channel, described two storekeeper road A2 that divide are the waste water output channel of building unit 1.
The utility model is by adopting building unit, two points of storekeeper road A, two points of storehouse pipe joint A, valve A, tee junction A, valve B, valve C, heavy sewage conduct, one way valve A, valve body, filter screen, compression pump, pressure column, one way valve B, valve D, valve E, one way valve C, one way valve D, two points of storehouse pipe joint B, two points of storekeeper road B, tap water pipe network, tee junction B constitutes a kind of building multivariate water supply and daily life sewage recovery system, when improving the water resource rate of recovery, ensure that normal water demand, there is water supply mechanism diversification, stable performance, structure is simple, control reliable, economical and practical, recycle advantage easily, when the utility model is implemented, at the beginning because water receiver inside does not have water, water in two points of storekeeper road B is all supplied by tap water pipe network, valve E often opens, valve D opens, tap water pipe network is all supplied with water building unit, valve A often opens, flushing supply in building unit is directly discharged into blow-off line via after two points of storekeeper road A, valve C often opens, valve B is long to be closed, and lightweight sewage, as bathing, wash water enters valve body and filters after flowing through tee junction A by two points of storekeeper road A, clear water after filtration enters water receiver, when the storage water yield of water receiver reaches 15%, valve D closes, compression pump is opened water in extraction water receiver and is input in pressure column, pressure column exports water via after tee junction A and two points of storehouse joint B, two points of storekeeper road B are transported to required unit to recycle-water, because the water demand in building unit can be constant, whole system brings into operation, and the water after recovery is used to flush the toilet, fire-fighting, irrigate, scrub the occasions such as vehicle, when system needs to safeguard, when valve body or water receiver or pressure column go wrong, open valve B, valve-off C, valve body is not filtering, and can carry out the maintenance maintenance work of valve body, if water receiver needs to safeguard, be finished or directly emit after the water in water receiver can being extracted by compression pump, carrying out maintenance maintenance, total, the utility model have water supply mechanism diversification, stable performance, structure simple, control reliable, economical and practical, recycle advantage easily.
Embodiment 2
As shown in Figure 1, a kind of building multivariate water supply and daily life sewage recovery system, it comprises tap water pipe network 21, blow-off line and water receiver, described tap water pipe network 21 is communicated with two point storehouse pipe joint B19 and tee junction B22, is disposed with valve E16, one way valve D18 between tap water pipe network 21 and point storehouse pipe joint B; Described two point storehouse pipe joint B19 are communicated with two points of storekeeper road B20; Described tee junction B22 is communicated with tap water pipe network 21, pressure column 13, two points of storehouse pipe joint B19, valve D15 is provided with between tee junction B22 and tap water pipe network 21, be provided with one way valve B14 between tee junction B22 and pressure column 13, between tee junction B22 and two points of storehouse pipe joint B19, be provided with one way valve C17; Described pressure column 13 one end is communicated with tee junction B22, and the other end of pressure column 13 is communicated with water receiver, is provided with compression pump 12 between pressure column 13 and water receiver, and the water inlet of pressure column 13 is provided with filter screen 11; The side of described water receiver is communicated with pressure column 13, and the opposite side of water receiver is communicated with valve body 10; Described valve body 10 one end connects water receiver, and the other end of valve body 10 is communicated with tee junction A5; Described tee junction A5 is communicated with valve body 10, heavy sewage conduct 8, two points of storehouse pipe joint A3, is provided with valve B6, is provided with valve C7 between tee junction A5 and valve body 10 between tee junction A5 and heavy sewage conduct 8; One end of described heavy sewage conduct 8 is communicated with two point storehouse pipe joint A3, the other end of heavy sewage conduct 8 is communicated with blow-off line, be provided with valve A4 between heavy sewage conduct 8 and two points of storehouse pipe joint A3, between heavy sewage conduct 8 and blow-off line, be provided with one way valve A9; Described two point storehouse pipe joint A3 are communicated with two points of storekeeper road A2; Described two points of storekeeper road A2 and two points of storekeeper road B20 are laid in building unit 1, two points of described storekeeper road B20 be building unit 1 use water input channel, described two storekeeper road A2 that divide are the waste water output channel of building unit 1.
The Mesh Diameter of described filter screen 11 is less than 5 millimeters.
Described filter screen 11 is greater than 50 millimeters apart from the floor height of water receiver.
Described filter screen 11 is non-toxic plastic net.
Bracing frame is provided with in described filter screen 11.
When the utility model is implemented, because water receiver inside does not have the water yield, first the water in two points of storekeeper road B is all supplied by tap water pipe network, valve E often opens, valve D opens, tap water pipe network is all supplied with water building unit, valve A often opens, flushing supply in building unit is directly discharged into blow-off line via after two points of storekeeper road A, valve C often opens, valve B is long to be closed, and lightweight sewage, as bathing, wash water enters valve body and filters after flowing through tee junction A by two points of storekeeper road A, clear water after filtration enters water receiver, when the storage water yield of water receiver reaches 15%, valve D closes, compression pump is opened water in extraction water receiver and is input in pressure column, pressure column exports water via after tee junction A and two points of storehouse joint B, two points of storekeeper road B are transported to required unit to recycle-water, because the water demand in building unit can be constant, whole system brings into operation, and the water after recovery is used to flush the toilet, fire-fighting, irrigate, scrub the occasions such as vehicle, when system needs to safeguard, when valve body or water receiver or pressure column go wrong, open valve B, valve-off C, valve body is not filtering, and can carry out the maintenance maintenance work of valve body, if water receiver needs to safeguard, be finished or directly emit after the water in water receiver can being extracted by compression pump, carrying out maintenance maintenance, the Mesh Diameter of filter screen of the present utility model is less than 5 millimeters, has the advantage of filtering-depositing and floating thing, avoids compression pump or the blocked problem of pressure column, the bottom surface of filter screen distance water receiver of the present utility model, higher than 50 millimeters, is avoided the sediment of water receiver to be adsorbed in pressure column, is made recycle-water seem limpider, clean, filter screen of the present utility model is non-toxic plastic net, and its interior is provided with bracing frame, has corrosion-resistant, shock resistance, life-span long advantage, total, the utility model have water supply mechanism diversification, stable performance, structure simple, control reliable, economical and practical, recycle advantage easily.
Claims (5)
1. a building multivariate water supply and daily life sewage recovery system, it comprises tap water pipe network, blow-off line and water receiver, it is characterized in that: described tap water pipe network is communicated with two point storehouse pipe joint B and tee junction B, is disposed with valve E, one way valve D between tap water pipe network and point storehouse pipe joint B; Described two point storehouse pipe joint B are communicated with two points of storekeeper road B; Described tee junction B is communicated with tap water pipe network, pressure column, two points of storehouse pipe joint B, valve D is provided with between tee junction B and tap water pipe network, be provided with one way valve B between tee junction B and pressure column, between tee junction B and two points of storehouse pipe joint B, be provided with one way valve C; Described pressure column one end is communicated with tee junction B, and the other end of pressure column is communicated with water receiver, is provided with compression pump between pressure column and water receiver, and the water inlet of pressure column is provided with filter screen; The side of described water receiver is communicated with pressure column, and the opposite side of water receiver is communicated with valve body; Described valve body one end connects water receiver, and the other end of valve body is communicated with tee junction A; Described tee junction A is communicated with valve body, heavy sewage conduct, is provided with valve B between two points of storehouse pipe joint A, tee junction A and heavy sewage conduct, is provided with valve C between tee junction A and valve body; One end of described heavy sewage conduct is communicated with two point storehouse pipe joint A, and the other end of heavy sewage conduct is communicated with blow-off line, is provided with valve A between heavy sewage conduct and two points of storehouse pipe joint A, is provided with one way valve A between heavy sewage conduct and blow-off line; Described two point storehouse pipe joint A are communicated with two points of storekeeper road A; Described two points of storekeeper road A and two points of storekeeper road B are laid in building unit, two points of described storekeeper road B be building unit use water input channel, described two storekeeper road A that divide are the waste water output channel of building unit.
2. a kind of building multivariate water supply according to claim 1 and daily life sewage recovery system, is characterized in that: the Mesh Diameter of described filter screen is less than 5 millimeters.
3. a kind of building multivariate water supply according to claim 1 and daily life sewage recovery system, is characterized in that: the floor height of described filter screen distance water receiver is greater than 50 millimeters.
4. a kind of building multivariate water supply according to claim 1 and daily life sewage recovery system, is characterized in that: described filter screen is non-toxic plastic net or stainless (steel) wire.
5. a kind of building multivariate water supply according to claim 1 and daily life sewage recovery system, is characterized in that: be provided with bracing frame in described filter screen.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420834711.4U CN204401692U (en) | 2014-12-25 | 2014-12-25 | A kind of building multivariate water supply and daily life sewage recovery system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420834711.4U CN204401692U (en) | 2014-12-25 | 2014-12-25 | A kind of building multivariate water supply and daily life sewage recovery system |
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| Publication Number | Publication Date |
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| CN204401692U true CN204401692U (en) | 2015-06-17 |
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| CN201420834711.4U Expired - Fee Related CN204401692U (en) | 2014-12-25 | 2014-12-25 | A kind of building multivariate water supply and daily life sewage recovery system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108487389A (en) * | 2018-03-01 | 2018-09-04 | 戴希云 | Service water classification environmental protection treatment utilizes apparatus system |
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2014
- 2014-12-25 CN CN201420834711.4U patent/CN204401692U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108487389A (en) * | 2018-03-01 | 2018-09-04 | 戴希云 | Service water classification environmental protection treatment utilizes apparatus system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CB03 | Change of inventor or designer information |
Inventor after: Di Yunfei Inventor after: Xin Tianyong Inventor after: Zhang Gening Inventor after: Chen Xiaoya Inventor after: Li Liming Inventor after: Yuan Haoyang Inventor after: Qin Chengliang Inventor after: Ju Wenzhuan Inventor after: Guo Danli Inventor before: Di Yunfei Inventor before: Xin Tianyong Inventor before: Zhang Gening Inventor before: Chen Xiaoya |
|
| COR | Change of bibliographic data | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150617 Termination date: 20191225 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |