CN204401713U - A kind of daily life sewage sorting reclaiming system based on Automated condtrol - Google Patents
A kind of daily life sewage sorting reclaiming system based on Automated condtrol Download PDFInfo
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- CN204401713U CN204401713U CN201420834273.1U CN201420834273U CN204401713U CN 204401713 U CN204401713 U CN 204401713U CN 201420834273 U CN201420834273 U CN 201420834273U CN 204401713 U CN204401713 U CN 204401713U
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Abstract
The utility model relates to a kind of daily life sewage sorting reclaiming system based on Automated condtrol, it comprises water source pipe network A, water source pipe network B, water receiver and blow-off line, the dirty pipeline of weight exported by adopting the recycle-water conveying storehouse of laying water input in building unit and tap water conveying storehouse and waste water and light dirty pipeline, the water supply of building is adopted to the supply of point purposes, the draining of building adopts classification to reclaim, laundry, the lightweight sewage such as bathing become recycle-water after reclaiming, flushing supply, irrigate, the hydromining recycle-water such as fire-fighting is supplied, building unit is stored in water receiver after being filtered by the recovery of classification, inputting water tower by suction pump is that building unit supplies water, the utility model is by adopting some electromagnetic valves, point storekeeper road, valve body, the classification achieving waste water reclaim and with the classification supply of water, there is intelligent control, safe and reliable, the rate of recovery is high, valve body free of replacement, water supply mechanism diversification, operating efficiency are high, the life-span is grown advantage.
Description
Technical field
The utility model belongs to daily life sewage recovery and utilization technology field, is specifically related to a kind of daily life sewage sorting reclaiming system based on Automated condtrol.
Background technology
Along with economical and social development, living water use and industrial water use demand sharply expand, Proposals of Water Resources more and more severeer pressure, under the background advocating energy-saving and emission-reduction energetically, there is large quantities of scientific achievement recycled about water resource, and commercially promote, but its financial cost is high, technical sophistication, therefore be badly in need of wanting a kind of daily life sewage sorting reclaiming system implemented in monolithic architecture unit, and common sorting reclaiming system adopts is the folding of each pipeline of Artificial Control, not high in regulating frequency, it is no problem to use by the more uniform occasion of water, but there is peak period and low cutting edge of a knife or a sword section with water in most area, rely on frequently and manually regulate not only labor intensive, and be difficult to reduce costs, regulate inconvenience or cause water resource waste or influential system normally to run not in time, there is larger potential safety hazard.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, and a kind of intelligent control is provided, safe and reliable, the rate of recovery is high, valve body free of replacement, water supply mechanism diversification, operating efficiency are high, the life-span the is long daily life sewage sorting reclaiming system based on Automated condtrol.
The purpose of this utility model is achieved in that a kind of daily life sewage sorting reclaiming system based on Automated condtrol, and it comprises water source pipe network A, water source pipe network B, water receiver and blow-off line, and described water source pipe network A is communicated with input two storehouses joint; The output of described input two storehouses joint is communicated with recycle-water conveying storehouse and tap water conveying storehouse, and the input of input two storehouses joint is communicated with water source pipe network A and tee junction A, and input is two is provided with one way valve A between storehouse joint and tee junction A; Described tee junction A is communicated with input two storehouses joint, water source pipe network B, water tower, one way valve A is provided with between tee junction A and input two storehouses joint, be provided with electromagnetic valve A between tee junction A and water source pipe network B, between tee junction A and water tower, be provided with one way valve B; The output of described water tower is communicated with tee junction A, and the input of water tower is communicated with drinking-water pipe, is disposed with one way valve C, suction pump between water tower and drinking-water pipe; Described drinking-water pipe extend into the inside of water receiver, and the end of described drinking-water pipe is provided with filter screen A, and the end-to-end distance of described drinking-water pipe is greater than one way valve A0 millimeter from the floor height of water receiver; The left side of described water receiver is provided with valve body, and drinking-water pipe has been stretched on the top of water receiver, and the sidewall of water receiver is communicated with clear water pipe; The side of described valve body is communicated with tee junction B, the opposite side of valve body is communicated with clear water pipe, the bottom center of valve body is communicated with takes out dirty pipeline, between the sidewall of valve body and tee junction B, electromagnetic valve C is set, the bottom surface of valve body and take out dirty pipeline communication interface and be provided with filter screen B, the center of valve body is provided with filter core, and the end face of valve body is communicated with tee junction C, is provided with electromagnetic valve G between valve body and tee junction C; The interface that described clear water pipe is communicated with valve body is provided with electromagnetic valve B, and clear water pipe extend into the inside of water receiver; Described takes out the bottom surface that dirty pipeline one end is communicated with valve body, and the other end taking out dirty pipeline is communicated with tee junction B, takes out between dirty pipeline and tee junction B and is provided with electromagnetic valve D, takes out dirty pipeline interlude and is communicated with water source pipe network C; Described tee junction B is communicated with and takes out dirty pipeline, the sidewall of valve body, blow-off line, is disposed with and takes out dirty pump, one way valve D between tee junction B and blow-off line; Described blow-off line is communicated with tee junction B, tee junction C, discharge two storehouses joint, be disposed with one way valve D between blow-off line and tee junction B, take out dirty pump, be disposed with one way valve D, one way valve E, electromagnetic valve E between blow-off line and tee junction C, between blow-off line and discharge two storehouses joint, be disposed with one way valve D, one way valve E, one way valve F, electromagnetic valve H; The input of described discharge two storehouses joint is communicated with heavy dirty pipeline and light dirty pipeline, and the output of discharge two storehouses joint is communicated with tee junction C and blow-off line; Described electromagnetic valve A, suction pump, electromagnetic valve B, electromagnetic valve C, electromagnetic valve D, take out dirty pump, electromagnetic valve E, electromagnetic valve G, electromagnetic valve H be all electrically connected with control terminal.
The bottom surface of described valve body is spherical arc shape, and the bottom center of valve body is minimum point.
The Mesh Diameter of described filter screen A is less than 5 millimeters.
The Mesh Diameter of described filter screen B is greater than 5 millimeters.
Described suction pump and take out dirty pump and be connected with AC network.
Described water tower, suction pump, take out dirty pump and be provided with ground device.
Described input two storehouses joint, water tower, water receiver, valve body, discharge two storehouses joint, water source pipe network A, water source pipe network B are provided with negative electrode Active Anticorrosion device.
Described water source pipe network C is that water source pipe network A or water tower are communicated with pipe network water supply.
The main body of described filter core is made up of filter mesh layer and filter material layer layering, and the inside of filter core is provided with some filter mesh layers and some filter material layers, and filter core is set to carry out unidirectional filtration and one-way flushing structure from the bottom to top from top to bottom.
The beneficial effects of the utility model: the utility model is by adopting recycle-water conveying storehouse, tap water conveying storehouse, input two storehouses joint, water source pipe network A, one way valve A, tee junction A, electromagnetic valve A, water source pipe network B, one way valve B, water tower, one way valve C, suction pump, water receiver, drinking-water pipe, clear water pipe, electromagnetic valve B, filter screen A, valve body, filter core, filter screen B, electromagnetic valve C, electromagnetic valve D, blow-off line, take out dirty pump, one way valve D, one way valve E, tee junction B, electromagnetic valve E, one way valve F, electromagnetic valve G, tee junction C, electromagnetic valve H, discharge two storehouses joint, heavy dirty pipeline, light dirty pipeline, water source pipe network C, take out dirty pipeline, control terminal constitutes a kind of daily life sewage sorting reclaiming system based on Automated condtrol, when improving the water resource rate of recovery, there is intelligent control, safe and reliable, the rate of recovery is high, valve body free of replacement, water supply mechanism diversification, operating efficiency is high, the advantage that life-span is long, be connected with water source pipe network A, water source pipe network B, water source pipe network C in system of the present utility model, not only improve water utilization rate, and ensure that normal water demand, have that automatic adjustment, the rate of recovery are high, the advantage of dependable performance, the bottom surface of valve body of the present utility model is set to spherical arc shape, is conducive to the discharge precipitating dirt, filter screen A of the present utility model and filter screen B, the wherein input port of the little gathering floating thing blocking water tower avoided in water receiver of the Mesh Diameter of filter screen A, the Mesh Diameter of filter screen B is conducive to greatly the emissions in valve body, suction pump of the present utility model and take out dirty pump and be all connected with AC network, electric energy access is convenient, input of the present utility model two storehouses joint, water tower, water receiver, valve body, discharge two storehouses joint, water source pipe network A, water source pipe network B are provided with negative electrode Active Anticorrosion device, system has Active Anticorrosion performance good very by force, has the advantage of life-span length, economy and durability, the utility model adopts the spool of unidirectional filtration, some electromagnetic valves, control terminal to combine, electromagnetic valve can the switch closed condition of each pipeline of real-time monitoring, unidirectional filtration and the back flush structure of filter core have saved replacement cost, have the advantage of Intelligent adjustment, auto-flushing, operation automation, total the utility model, has intelligent control, safe and reliable, the rate of recovery is high, valve body free of replacement, water supply mechanism diversification, operating efficiency are high, the life-span is long advantage.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of daily life sewage sorting reclaiming system based on Automated condtrol of the utility model.
In figure: 1, recycle-water conveying storehouse 2, tap water conveying storehouse 3, input two storehouses joint 4, water source pipe network A 5, one way valve A 6, tee junction A 7, electromagnetic valve A 8, water source pipe network B 9, one way valve B 10, water tower 11, one way valve C 12, suction pump 13, water receiver 14, drinking-water pipe 15, clear water pipe 16, electromagnetic valve B 17, filter screen A 18, valve body 19, filter core 20, filter screen B 21, electromagnetic valve C 22, electromagnetic valve D 23, blow-off line 24, take out dirty pump 25, one way valve D 26, one way valve E 27, tee junction B 28, electromagnetic valve E 29, one way valve F 30, electromagnetic valve G 31, tee junction C 32, electromagnetic valve H 33, discharge two storehouses joint 34, heavy dirty pipeline 35, light dirty pipeline 36, water source pipe network C 37, take out dirty pipeline 38, control terminal.
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 daily life sewage sorting reclaiming system based on Automated condtrol, it comprises water source pipe network A4, water source pipe network B8, water receiver 13 and blow-off line 23, and described water source pipe network A4 is communicated with input two storehouses joint 3; The output of described input two storehouses joint 3 is communicated with recycle-water conveying storehouse 1 and tap water conveying storehouse 2, and the input of input two storehouses joint 3 is communicated with water source pipe network A4 and tee junction A6, is provided with one way valve A5 between input two storehouses joint 3 and tee junction A6; Described tee junction A6 is communicated with input two storehouses joint 3, water source pipe network B8, water tower 10, one way valve A5 is provided with between tee junction A6 and input two storehouses joint 3, be provided with electromagnetic valve A7 between tee junction A6 and water source pipe network B8, between tee junction A6 and water tower 10, be provided with one way valve B9; The output of described water tower 10 is communicated with tee junction A6, and the input of water tower 10 is communicated with drinking-water pipe 14, is disposed with one way valve C11, suction pump 12 between water tower 10 and drinking-water pipe 14; Described drinking-water pipe 14 extend into the inside of water receiver 13, and the end of described drinking-water pipe 14 is provided with filter screen A17, and the end-to-end distance of described drinking-water pipe 14 is greater than one way valve A50 millimeter from the floor height of water receiver 13; The left side of described water receiver 13 is provided with valve body 18, and drinking-water pipe 14 has been stretched on the top of water receiver 13, and the sidewall of water receiver 13 is communicated with clear water pipe 15; The side of described valve body 18 is communicated with tee junction B27, the opposite side of valve body 18 is communicated with clear water pipe 15, the bottom center of valve body 18 is communicated with takes out dirty pipeline 37, between the sidewall of valve body 18 and tee junction B27, electromagnetic valve C21 is set, the bottom surface of valve body 18 with take out dirty pipeline 37 and be communicated with interface and be provided with filter screen B20, the center of valve body 18 is provided with filter core 19, and the end face of valve body 18 is communicated with tee junction C31, is provided with electromagnetic valve G30 between valve body 18 and tee junction C31; The interface that described clear water pipe 15 is communicated with valve body 18 is provided with electromagnetic valve B16, and clear water pipe 15 extend into the inside of water receiver 13; Described takes out the bottom surface that dirty pipeline 37 one end is communicated with valve body 18, and the other end taking out dirty pipeline 37 is communicated with tee junction B27, takes out between dirty pipeline 37 and tee junction B27 and is provided with electromagnetic valve D22, takes out dirty pipeline 37 interlude and is communicated with water source pipe network C36; Described tee junction B27 is communicated with and takes out dirty pipeline 37, the sidewall of valve body 18, blow-off line 23, is disposed with and takes out dirty pump 24, one way valve D25 between tee junction B27 and blow-off line 23; Described blow-off line 23 is communicated with tee junction B27, tee junction C31, discharge two storehouses joint 33, be disposed with one way valve D25 between blow-off line 23 and tee junction B27, take out dirty pump 24, be disposed with one way valve D25, one way valve E26, electromagnetic valve E28 between blow-off line 23 and tee junction C31, between blow-off line 23 and discharge two storehouses joint 33, be disposed with one way valve D25, one way valve E26, one way valve F29, electromagnetic valve H32; The input of described discharge two storehouses joint 33 is communicated with heavy dirty pipeline 34 and light dirty pipeline 35, and the output of discharge two storehouses joint 33 is communicated with tee junction C31 and blow-off line 23; Described electromagnetic valve A7, suction pump 12, electromagnetic valve B16, electromagnetic valve C21, electromagnetic valve D22, take out dirty pump 24, electromagnetic valve E28, electromagnetic valve G30, electromagnetic valve H32 be all electrically connected with control terminal 38.
The utility model is by adopting recycle-water conveying storehouse, tap water conveying storehouse, input two storehouses joint, water source pipe network A, one way valve A, tee junction A, electromagnetic valve A, water source pipe network B, one way valve B, water tower, one way valve C, suction pump, water receiver, drinking-water pipe, clear water pipe, electromagnetic valve B, filter screen A, valve body, filter core, filter screen B, electromagnetic valve C, electromagnetic valve D, blow-off line, take out dirty pump, one way valve D, one way valve E, tee junction B, electromagnetic valve E, one way valve F, electromagnetic valve G, tee junction C, electromagnetic valve H, discharge two storehouses joint, heavy dirty pipeline, light dirty pipeline, water source pipe network C, take out dirty pipeline, control terminal constitutes a kind of daily life sewage sorting reclaiming system based on Automated condtrol, when improving the water resource rate of recovery, there is intelligent control, safe and reliable, the rate of recovery is high, valve body free of replacement, water supply mechanism diversification, operating efficiency is high, the advantage that life-span is long.
When the utility model is implemented, first each conveyance conduit is connected by kludge, water receiver, water tower, and corresponding electromagnetic valve is set assembles, control terminal and electromagnetic valve A, electromagnetic valve B, electromagnetic valve C, electromagnetic valve D, electromagnetic valve E, electromagnetic valve F, electromagnetic valve G, electromagnetic valve H, dredge pump, suction pump is electrically connected, by the break-make of control terminal Controlling solenoid valve and the unlatching of pump and shutdown, due to first use, recycle-water is not had in water receiver and water tower, therefore electromagnetic valve A should be opened, water source supply is carried out in the tap water conveying storehouse that water source pipe network A and water source pipe network B enters correspondence to input two storehouses joint simultaneously and recycle-water conveying storehouse, wherein pipe network A in water source connects the higher pipe network of water quality requirement, as drinking water, laundry, bath water etc., and water source pipe network B connect for flushing the toilet, irrigate, the demand water such as fire-fighting.
When domestic water is as bathing, laundry, during toilet-flushing sewage discharge, transmitted by heavy dirty pipeline and light dirty pipeline classification accordingly, wherein do washing, bathing, wash the lightweight sewage such as dish to enter light dirty pipeline and transmit, and flushing supply enters heavy dirty pipeline and transports, light dirty pipeline and heavy dirty pipeline communication have discharge two storehouses joint, discharge two storehouses joint continues the material of Ge Cang road transport to continue transmission downwards, sewage wherein in heavy dirty pipeline enters blow-off line, the sewage of light dirty pipeline enters valve body and filters, clear water is treated to during the filter core of effluent stream in valve body, clear water is via clear water pipe, electromagnetic valve B has flowed into water receiver, storage and the utilization of recycle-water is carried out in water receiver, water in water receiver is by suction pump clear water suction water tower, and pressurization is supplied to input two storehouses joint, is transported to required workplace.
Valve body needs to rinse after the work period of filtering, it filters the work period and rinses duty cycle time ratio is 9:1, can regularly timing carrying out, one day twice, flushing process is: electromagnetic valve E, electromagnetic valve B, electromagnetic valve D, electromagnetic valve G all close, electromagnetic valve C and dredge pump are all opened, clear water in water source pipe network C is flowing to valve body, current are from the bottom to top through filter core, current take dirt out of, be pumped in blow-off line by dredge pump, the water in flushing cycle in light dirty pipeline directly discharges and enters blow-off line; When valve body needs maintenance or water receiver to use, electromagnetic valve C, electromagnetic valve D, electromagnetic valve G all close, and electromagnetic valve E opens, and lightweight sewage directly enters in blow-off line.
Be provided with water source pipe network A, water source pipe network B, water source pipe network C in the utility model, not only increase water utilization rate, and ensure that normal water demand, have that the rate of recovery is high, the advantage of dependable performance; The utility model adopts some electromagnetic valves, control terminal combines, can the switch closed condition of each pipeline of real-time monitoring to electromagnetic valve by control terminal, dredge pump and suction pump are also undertaken opening and shutting down by control terminal, have the advantage of Intelligent adjustment, auto-flushing, operation automation; The utility model adopts the spool of unidirectional filtration, and unidirectional filtration and the back flush structure of filter core have saved replacement cost, decreases the cost filtering cost and cleaning filter core, has economical and practical advantage; Total the utility model, has intelligent control, safe and reliable, the rate of recovery is high, valve body free of replacement, water supply mechanism diversification, operating efficiency are high, the life-span is long advantage.
Embodiment 2
As shown in Figure 1, a kind of daily life sewage sorting reclaiming system based on Automated condtrol, it comprises water source pipe network A4, water source pipe network B8, water receiver 13 and blow-off line 23, and described water source pipe network A4 is communicated with input two storehouses joint 3; The output of described input two storehouses joint 3 is communicated with recycle-water conveying storehouse 1 and tap water conveying storehouse 2, and the input of input two storehouses joint 3 is communicated with water source pipe network A4 and tee junction A6, is provided with one way valve A5 between input two storehouses joint 3 and tee junction A6; Described tee junction A6 is communicated with input two storehouses joint 3, water source pipe network B8, water tower 10, one way valve A5 is provided with between tee junction A6 and input two storehouses joint 3, be provided with electromagnetic valve A7 between tee junction A6 and water source pipe network B8, between tee junction A6 and water tower 10, be provided with one way valve B9; The output of described water tower 10 is communicated with tee junction A6, and the input of water tower 10 is communicated with drinking-water pipe 14, is disposed with one way valve C11, suction pump 12 between water tower 10 and drinking-water pipe 14; Described drinking-water pipe 14 extend into the inside of water receiver 13, and the end of described drinking-water pipe 14 is provided with filter screen A17, and the end-to-end distance of described drinking-water pipe 14 is greater than one way valve A50 millimeter from the floor height of water receiver 13; The left side of described water receiver 13 is provided with valve body 18, and drinking-water pipe 14 has been stretched on the top of water receiver 13, and the sidewall of water receiver 13 is communicated with clear water pipe 15; The side of described valve body 18 is communicated with tee junction B27, the opposite side of valve body 18 is communicated with clear water pipe 15, the bottom center of valve body 18 is communicated with takes out dirty pipeline 37, between the sidewall of valve body 18 and tee junction B27, electromagnetic valve C21 is set, the bottom surface of valve body 18 with take out dirty pipeline 37 and be communicated with interface and be provided with filter screen B20, the center of valve body 18 is provided with filter core 19, and the end face of valve body 18 is communicated with tee junction C31, is provided with electromagnetic valve G30 between valve body 18 and tee junction C31; The interface that described clear water pipe 15 is communicated with valve body 18 is provided with electromagnetic valve B16, and clear water pipe 15 extend into the inside of water receiver 13; Described takes out the bottom surface that dirty pipeline 37 one end is communicated with valve body 18, and the other end taking out dirty pipeline 37 is communicated with tee junction B27, takes out between dirty pipeline 37 and tee junction B27 and is provided with electromagnetic valve D22, takes out dirty pipeline 37 interlude and is communicated with water source pipe network C36; Described tee junction B27 is communicated with and takes out dirty pipeline 37, the sidewall of valve body 18, blow-off line 23, is disposed with and takes out dirty pump 24, one way valve D25 between tee junction B27 and blow-off line 23; Described blow-off line 23 is communicated with tee junction B27, tee junction C31, discharge two storehouses joint 33, be disposed with one way valve D25 between blow-off line 23 and tee junction B27, take out dirty pump 24, be disposed with one way valve D25, one way valve E26, electromagnetic valve E28 between blow-off line 23 and tee junction C31, between blow-off line 23 and discharge two storehouses joint 33, be disposed with one way valve D25, one way valve E26, one way valve F29, electromagnetic valve H32; The input of described discharge two storehouses joint 33 is communicated with heavy dirty pipeline 34 and light dirty pipeline 35, and the output of discharge two storehouses joint 33 is communicated with tee junction C31 and blow-off line 23; Described electromagnetic valve A7, suction pump 12, electromagnetic valve B16, electromagnetic valve C21, electromagnetic valve D22, take out dirty pump 24, electromagnetic valve E28, electromagnetic valve G30, electromagnetic valve H32 be all electrically connected with control terminal 38.
The bottom surface of described valve body 18 is spherical arc shape, and the bottom center of valve body 18 is minimum point.
The Mesh Diameter of described filter screen A17 is less than 5 millimeters.
The Mesh Diameter of described filter screen B20 is greater than 5 millimeters.
Described suction pump 12 and take out dirty pump 24 and be connected with AC network.
Described water tower 10, suction pump 12, take out dirty pump 24 and be provided with ground device.
Described input two storehouses joint 3, water tower 10, water receiver 13, valve body 18, discharge two storehouses joint 33, water source pipe network A4, water source pipe network B8 are provided with negative electrode Active Anticorrosion device.
Described water source pipe network C36 is that water source pipe network A4 or water tower 10 are communicated with pipe network water supply.
The main body of described filter core 19 is made up of filter mesh layer and filter material layer layering, and the inside of filter core 19 is provided with some filter mesh layers and some filter material layers, and filter core 19 is set to carry out unidirectional filtration and one-way flushing structure from the bottom to top from top to bottom.
The utility model is by adopting recycle-water conveying storehouse, tap water conveying storehouse, input two storehouses joint, water source pipe network A, one way valve A, tee junction A, electromagnetic valve A, water source pipe network B, one way valve B, water tower, one way valve C, suction pump, water receiver, drinking-water pipe, clear water pipe, electromagnetic valve B, filter screen A, valve body, filter core, filter screen B, electromagnetic valve C, electromagnetic valve D, blow-off line, take out dirty pump, one way valve D, one way valve E, tee junction B, electromagnetic valve E, one way valve F, electromagnetic valve G, tee junction C, electromagnetic valve H, discharge two storehouses joint, heavy dirty pipeline, light dirty pipeline, water source pipe network C, take out dirty pipeline, control terminal constitutes a kind of daily life sewage sorting reclaiming system based on Automated condtrol, when improving the water resource rate of recovery, there is intelligent control, safe and reliable, the rate of recovery is high, valve body free of replacement, water supply mechanism diversification, operating efficiency is high, the advantage that life-span is long.
When the utility model is implemented, first each conveyance conduit is connected by kludge, water receiver, water tower, and corresponding electromagnetic valve is set assembles, control terminal and electromagnetic valve A, electromagnetic valve B, electromagnetic valve C, electromagnetic valve D, electromagnetic valve E, electromagnetic valve F, electromagnetic valve G, electromagnetic valve H, dredge pump, suction pump is electrically connected, by the break-make of control terminal Controlling solenoid valve and the unlatching of pump and shutdown, due to first use, recycle-water is not had in water receiver and water tower, therefore electromagnetic valve A should be opened, water source supply is carried out in the tap water conveying storehouse that water source pipe network A and water source pipe network B enters correspondence to input two storehouses joint simultaneously and recycle-water conveying storehouse, wherein pipe network A in water source connects the higher pipe network of water quality requirement, as drinking water, laundry, bath water etc., and water source pipe network B connect for flushing the toilet, irrigate, the demand water such as fire-fighting.
When domestic water is as bathing, laundry, during toilet-flushing sewage discharge, transmitted by heavy dirty pipeline and light dirty pipeline classification accordingly, wherein do washing, bathing, wash the lightweight sewage such as dish to enter light dirty pipeline and transmit, and flushing supply enters heavy dirty pipeline and transports, light dirty pipeline and heavy dirty pipeline communication have discharge two storehouses joint, discharge two storehouses joint continues the material of Ge Cang road transport to continue transmission downwards, sewage wherein in heavy dirty pipeline enters blow-off line, the sewage of light dirty pipeline enters valve body and filters, clear water is treated to during the filter core of effluent stream in valve body, clear water is via clear water pipe, electromagnetic valve B has flowed into water receiver, storage and the utilization of recycle-water is carried out in water receiver, water in water receiver is by suction pump clear water suction water tower, and pressurization is supplied to input two storehouses joint, is transported to required workplace.
Valve body needs to rinse after the work period of filtering, and it filters work period and rinses duty cycle time ratio is 9:1, can the carrying out of regularly timing, one day twice; Flushing process is: electromagnetic valve E, electromagnetic valve B, electromagnetic valve D, electromagnetic valve G all close, electromagnetic valve C and dredge pump are all opened, clear water in water source pipe network C is flowing to valve body, current are from the bottom to top through filter core, current take dirt out of, be pumped in blow-off line by dredge pump, the water in flushing cycle in light dirty pipeline directly discharges and enters blow-off line; When valve body needs maintenance or water receiver to use, electromagnetic valve C, electromagnetic valve D, electromagnetic valve G all close, and electromagnetic valve E opens, and lightweight sewage directly enters in blow-off line.
Be provided with water source pipe network A, water source pipe network B, water source pipe network C in the utility model, not only improve water utilization rate, and ensure that normal water demand, have that the rate of recovery is high, the advantage of dependable performance; The bottom surface of valve body of the present utility model is set to spherical arc shape, is conducive to the discharge precipitating dirt; Filter screen A of the present utility model and filter screen B, the wherein input port of the little gathering floating thing blocking water tower avoided in water receiver of the Mesh Diameter of filter screen A, the Mesh Diameter of filter screen B is conducive to greatly the emissions in valve body; Suction pump of the present utility model and take out dirty pump and be all connected with AC network, electric energy access is convenient; Input of the present utility model two storehouses joint, water tower, water receiver, valve body, discharge two storehouses joint, water source pipe network A, water source pipe network B are provided with negative electrode Active Anticorrosion device, system has Active Anticorrosion performance good very by force, has the advantage of life-span length, economy and durability; The utility model adopts some electromagnetic valves, control terminal combines, can the switch closed condition of each pipeline of real-time monitoring to electromagnetic valve by control terminal, dredge pump and suction pump are also undertaken opening and shutting down by control terminal, have the advantage of Intelligent adjustment, auto-flushing, operation automation; The utility model adopts the spool of unidirectional filtration, and unidirectional filtration and the back flush structure of filter core have saved replacement cost, decreases the cost filtering cost and cleaning filter core, has economical and practical advantage; Total the utility model, has intelligent control, safe and reliable, the rate of recovery is high, valve body free of replacement, water supply mechanism diversification, operating efficiency are high, the life-span is long advantage.
Claims (9)
1. based on a daily life sewage sorting reclaiming system for Automated condtrol, it comprises water source pipe network A, water source pipe network B, water receiver and blow-off line, it is characterized in that: described water source pipe network A is communicated with input two storehouses joint; The output of described input two storehouses joint is communicated with recycle-water conveying storehouse and tap water conveying storehouse, and the input of input two storehouses joint is communicated with water source pipe network A and tee junction A, and input is two is provided with one way valve A between storehouse joint and tee junction A; Described tee junction A is communicated with input two storehouses joint, water source pipe network B, water tower, one way valve A is provided with between tee junction A and input two storehouses joint, be provided with electromagnetic valve A between tee junction A and water source pipe network B, between tee junction A and water tower, be provided with one way valve B; The output of described water tower is communicated with tee junction A, and the input of water tower is communicated with drinking-water pipe, is disposed with one way valve C, suction pump between water tower and drinking-water pipe; Described drinking-water pipe extend into the inside of water receiver, and the end of described drinking-water pipe is provided with filter screen A, and the end-to-end distance of described drinking-water pipe is greater than one way valve A0 millimeter from the floor height of water receiver; The left side of described water receiver is provided with valve body, and drinking-water pipe has been stretched on the top of water receiver, and the sidewall of water receiver is communicated with clear water pipe; The side of described valve body is communicated with tee junction B, the opposite side of valve body is communicated with clear water pipe, the bottom center of valve body is communicated with takes out dirty pipeline, between the sidewall of valve body and tee junction B, electromagnetic valve C is set, the bottom surface of valve body and take out dirty pipeline communication interface and be provided with filter screen B, the center of valve body is provided with filter core, and the end face of valve body is communicated with tee junction C, is provided with electromagnetic valve G between valve body and tee junction C; The interface that described clear water pipe is communicated with valve body is provided with electromagnetic valve B, and clear water pipe extend into the inside of water receiver; Described takes out the bottom surface that dirty pipeline one end is communicated with valve body, and the other end taking out dirty pipeline is communicated with tee junction B, takes out between dirty pipeline and tee junction B and is provided with electromagnetic valve D, takes out dirty pipeline interlude and is communicated with water source pipe network C; Described tee junction B is communicated with and takes out dirty pipeline, the sidewall of valve body, blow-off line, is disposed with and takes out dirty pump, one way valve D between tee junction B and blow-off line; Described blow-off line is communicated with tee junction B, tee junction C, discharge two storehouses joint, be disposed with one way valve D between blow-off line and tee junction B, take out dirty pump, be disposed with one way valve D, one way valve E, electromagnetic valve E between blow-off line and tee junction C, between blow-off line and discharge two storehouses joint, be disposed with one way valve D, one way valve E, one way valve F, electromagnetic valve H; The input of described discharge two storehouses joint is communicated with heavy dirty pipeline and light dirty pipeline, and the output of discharge two storehouses joint is communicated with tee junction C and blow-off line; Described electromagnetic valve A, suction pump, electromagnetic valve B, electromagnetic valve C, electromagnetic valve D, take out dirty pump, electromagnetic valve E, electromagnetic valve G, electromagnetic valve H be all electrically connected with control terminal.
2. a kind of daily life sewage sorting reclaiming system based on Automated condtrol according to claim 1, it is characterized in that: the bottom surface of described valve body is spherical arc shape, the bottom center of valve body is minimum point.
3. a kind of daily life sewage sorting reclaiming system based on Automated condtrol according to claim 1, is characterized in that: the Mesh Diameter of described filter screen A is less than 5 millimeters.
4. a kind of daily life sewage sorting reclaiming system based on Automated condtrol according to claim 1, is characterized in that: the Mesh Diameter of described filter screen B is greater than 5 millimeters.
5. a kind of daily life sewage sorting reclaiming system based on Automated condtrol according to claim 1, is characterized in that: described suction pump and take out dirty pump and be connected with AC network.
6. a kind of daily life sewage sorting reclaiming system based on Automated condtrol according to claim 1, is characterized in that: described water tower, suction pump, take out dirty pump and be provided with ground device.
7. a kind of daily life sewage sorting reclaiming system based on Automated condtrol according to claim 1, is characterized in that: described input two storehouses joint, water tower, water receiver, valve body, discharge two storehouses joint, water source pipe network A, water source pipe network B are provided with negative electrode Active Anticorrosion device.
8. a kind of daily life sewage sorting reclaiming system based on Automated condtrol according to claim 1, is characterized in that: described water source pipe network C is that water source pipe network A or water tower are communicated with pipe network water supply.
9. a kind of daily life sewage sorting reclaiming system based on Automated condtrol according to claim 1, it is characterized in that: the main body of described filter core is made up of filter mesh layer and filter material layer layering, the inside of filter core is provided with some filter mesh layers and some filter material layers, and filter core is set to carry out unidirectional filtration and one-way flushing structure from the bottom to top from top to bottom.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420834273.1U CN204401713U (en) | 2014-12-25 | 2014-12-25 | A kind of daily life sewage sorting reclaiming system based on Automated condtrol |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420834273.1U CN204401713U (en) | 2014-12-25 | 2014-12-25 | A kind of daily life sewage sorting reclaiming system based on Automated condtrol |
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| CN204401713U true CN204401713U (en) | 2015-06-17 |
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| CN201420834273.1U Withdrawn - After Issue CN204401713U (en) | 2014-12-25 | 2014-12-25 | A kind of daily life sewage sorting reclaiming system based on Automated condtrol |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104594464A (en) * | 2014-12-25 | 2015-05-06 | 河南伯睿环保科技有限公司 | Automatic control based domestic wastewater sorting and recycling system |
| CN105735432A (en) * | 2016-04-01 | 2016-07-06 | 南昌大学 | Domestic wastewater recycling device |
-
2014
- 2014-12-25 CN CN201420834273.1U patent/CN204401713U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104594464A (en) * | 2014-12-25 | 2015-05-06 | 河南伯睿环保科技有限公司 | Automatic control based domestic wastewater sorting and recycling system |
| CN105735432A (en) * | 2016-04-01 | 2016-07-06 | 南昌大学 | Domestic wastewater recycling device |
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| 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: Xing Lejin Inventor after: Liu Zhenfeng Inventor after: Zhang Chunlong Inventor after: Wang Jingchao Inventor after: Liu Jizhong Inventor after: Liu Yi Inventor after: Li Meng Inventor before: Di Yunfei Inventor before: Xin Tianyong Inventor before: Xing Lejin Inventor before: Liu Zhenfeng |
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| COR | Change of bibliographic data | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150617 Effective date of abandoning: 20171003 |