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A platform for research: civil engineering, architecture and urbanism
Utilization system for wastewater filtered by reverse osmosis water purifier
The invention discloses a utilization system for filtered wastewater of a reverse osmosis water purifier and belongs to the field of water treatment. A waste water pipe is connected into a water storage tank, a free three-way floating ball valve is arranged on the waste water pipe in the water storage tank, two outlets of the waste water pipe respectively lead to the inside of the water storage tank and an overflow system, a closestool water tank water supply system is simultaneously connected with a waste water supply system and a main water pipe water supplementing system, and the waste water supply system and the main water pipe water supplementing system are respectively provided with an electric appliance control part. The electric appliance control part is connected with the controller, when the water supply time of the waste water supply system exceeds the set time, the delayed water replenishing unit and the main water pipe in the controller are started to replenish water to the closestool water tank, and a plurality of liquid level devices are arranged in the closestool water tank to feed back water level signals to the controller. And excessive discharge of waste water is prevented, water can be saved, and household expenditure is reduced.
一种反渗透净水器过滤废水的利用系统,属于水处理领域。废水管连接至蓄水箱内，蓄水箱内废水管上社自由三通浮球阀，两出口分别通往蓄水箱内部和溢流系统，马桶水箱供水系统上同时与废水供水系统和主水管补水系统连接，废水供水系统和主水管补水系统上分别设置有电器控制部件，电器控制部件与控制器连接，当废水供水系统供水时间超出设定时间后，启动控制器中的延时补水单元，主水管向马桶水箱补水，马桶水箱中设置有多个液位器，向控制器反馈水位信号，本发明可合理解决了过剩废水的供给和自来水的补水，防止了废水的过渡排放，可节约用水，降低家庭开支。
Utilization system for wastewater filtered by reverse osmosis water purifier
The invention discloses a utilization system for filtered wastewater of a reverse osmosis water purifier and belongs to the field of water treatment. A waste water pipe is connected into a water storage tank, a free three-way floating ball valve is arranged on the waste water pipe in the water storage tank, two outlets of the waste water pipe respectively lead to the inside of the water storage tank and an overflow system, a closestool water tank water supply system is simultaneously connected with a waste water supply system and a main water pipe water supplementing system, and the waste water supply system and the main water pipe water supplementing system are respectively provided with an electric appliance control part. The electric appliance control part is connected with the controller, when the water supply time of the waste water supply system exceeds the set time, the delayed water replenishing unit and the main water pipe in the controller are started to replenish water to the closestool water tank, and a plurality of liquid level devices are arranged in the closestool water tank to feed back water level signals to the controller. And excessive discharge of waste water is prevented, water can be saved, and household expenditure is reduced.
一种反渗透净水器过滤废水的利用系统,属于水处理领域。废水管连接至蓄水箱内，蓄水箱内废水管上社自由三通浮球阀，两出口分别通往蓄水箱内部和溢流系统，马桶水箱供水系统上同时与废水供水系统和主水管补水系统连接，废水供水系统和主水管补水系统上分别设置有电器控制部件，电器控制部件与控制器连接，当废水供水系统供水时间超出设定时间后，启动控制器中的延时补水单元，主水管向马桶水箱补水，马桶水箱中设置有多个液位器，向控制器反馈水位信号，本发明可合理解决了过剩废水的供给和自来水的补水，防止了废水的过渡排放，可节约用水，降低家庭开支。
Utilization system for wastewater filtered by reverse osmosis water purifier
一种反渗透净水器过滤废水的利用系统
YANG LIMIN (author) / YANG SHUWEN (author) / FAN HAIXIA (author) / FAN KEWEI (author)
2022-05-06
Patent
Electronic Resource
Chinese
IPC:
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
,
INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
/
C02F
Behandlung von Wasser, Schmutzwasser, Abwasser oder von Abwasserschlamm
,
TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
/
E03D
WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES
,
Wasserklosetts oder Urinale mit Spülvorrichtungen
/
G05D
SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
,
Systeme zum Steuern oder Regeln nichtelektrischer veränderlicher Größen
Wastewater treatment by reverse osmosis
| Tema Archive | 1976
Reverse osmosis water purifying system
Elsevier | 1988
| DOAJ | 2020