CN101845840B

CN101845840B - Running water powered automatic water recoverer

Info

Publication number: CN101845840B
Application number: CN2010101869181A
Authority: CN
Inventors: 刘发万
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-05-24
Filing date: 2010-05-24
Publication date: 2012-09-19
Anticipated expiration: 2030-05-24
Also published as: CN101845840A

Abstract

The invention discloses a running water powered automatic water recoverer, which mainly comprises a reversing valve and two cylinder type piston cylinders. The two piston cylinders are connected, wherein one piston cylinder is used as a power source cylinder, and the other piston cylinder is used as a water collection cylinder. A water inlet and a water outlet at two ends of the power cylinder are connected to the reversing valve by a water pipe; a power piston reverses the direction of the reversing valve; the reversing valve reverses the running water; and the running water pressure makes the power piston obtain reciprocating mechanical force. Because a piston handle of the collection cylinder is connected with a piston handle of the power cylinder, two pistons reciprocate inside the piston cylinders synchronously. A valve which is used for controlling the inlet and outlet of the water and is provided with a stopping ball is connected to water ports at two ends of the collection cylinder respectively, and is used for controlling the flow direction of water in the collection cylinder; a water inlet and a water outlet are formed on each stopping ball valve; the water inlets of the two valves are connected, the water outlets of the two valves are connected and then a water inlet and a water outlet are formed respectively; and the water inlet is formed in the water to be collected, and the water outlet is connected to a collection tank. When the running water is used, the two pistons automatically work; the piston in the collection cylinder sucks the water to be collected to one side of the collection cylinder; the water on the other side is pressed into the collection tank to be reused; and the collection tank can be placed in a high place. Therefore, the utilization range and collection amount of the collected water are increased, and the water resource and other energy sources are saved.

Description

Running water powered automatic water recoverer

Technical field

The present invention is a kind of with the water recoverer of tap water as power, and the water that especially reclaims after all lives of wanting to collect is done to utilize for the second time.

Background technology

At present, known water recoverer all will be collected with the energy beyond the tap water and want the water collected, can not collect eminence to the water of collecting by lower again without the water recoverer of other energy.

Summary of the invention

For better conserve water resource and other energy; The present invention provides a kind of running water powered automatic water recoverer, and this recover is not only without other energy beyond the tap water, and can the water of wanting to collect be collected eminence by lower; As long as use tap water, recover will be worked automatically.

Technical scheme of the present invention is:

Mainly be made up of a reversal valve and two air-cylinder type piston rods, two piston rod handles link to each other, and a piston rod is as the power resources cylinder; Another piston rod is the water collection cylinder, and the import and export water pipe of power cylinder two ends is connected on the reversal valve, and tap water gets into piston rod one side through reversal valve; The promotion piston moves, and compression simultaneously is connected the spring on the piston handle, when piston moves to certain position; The claw of retaining on spring backed down by chock, and the elastic band of spring is moved to spool mobile suddenly, and the opposite side promotion piston reverses direction that tap water just gets into power cylinder moves; Thereby obtain reciprocating mechanical force, in piston rod because of the piston handle of collection cylinder is connected with the piston handle of power cylinder, so two pistons move back and forth synchronously; Respectively be connected to the valve that the fluid stopping ball is housed of control water turnover on the intake-outlet of collection cylinder two ends, the flow direction of the water in the control collection cylinder has a water inlet and a delivery port on each fluid stopping Ball valve; Water inlet on two valves is connected with water inlet, and delivery port is connected with delivery port, and each autotype becomes a water inlet and a delivery port again; Water inlet is put in the water of wanting to collect, and delivery port is received on the collecting box, when using tap water; The water that the just automatic work of running water powered automatic water recoverer will be wanted to collect is drawn into collection cylinder one side, and the hydraulic pressure of opposite side is discharged to be done in the collecting box to utilize for the second time, and collecting box can be put into eminence; Thereby that strengthens the water collect utilizes scope and collecting amount, conserve water resource and other energy.

The invention has the beneficial effects as follows, only under the prerequisite with the tap water resource, increased the capture range of water, also increased the scope of application of the water after reclaiming, practiced thrift the more resources and the energy.

Below in conjunction with accompanying drawing and embodiment the present invention is further specified.

Description of drawings

Fig. 1 is the reversal valve vertical view.

Fig. 2 is a structure.

1. tap water water inlets among the figure, 2. reversal valve, the 3. mouth of a river, the 4. mouth of a river, 5. running water outlet mouth; 6. piston rod, 7. piston rod, 8. reversing bar, 9. spring, 10. reversal valve fuse; 11. the energy storage pawl, 12. energy storage pawls, 13 collect the water water inlet, and 14. collect water delivery port, 15. fluid stopping ball valves; 16. the fluid stopping ball, 17. fuse pull bars, 18. back-moving springs, 19. chocks.

The specific embodiment

In the instance as shown in Figure 2,2 are contained on 6, and tap water connects 1, and water tap connects 5; 13 connect in the water that will collect, and 14 connect in the collecting box, and tap water is got into through 3 inflows, 6 right sides by 1 place, promotes piston and is moved to the left; Drive 8 and be moved to the left, the 8 compression left sides 9 to 11 near, 12 reset, and back down 11 when being contained in 19 on 8; Spring force promotes 10 and jumps to the position that 3 and 5 connections 1 and 4 are connected left, and tap water gets into warp 4 by 1 place again and flows into 6 left sides, and the promotion piston moves right; Simultaneously the tap water on piston right side is forced out through 5 by 3,8 move right, 8 compress again 9 to 12 near; 11 reset under 18 effect, back down 12 when being contained in 19 on 8, and 9 promote 17 pullings 10 jumps to 3 and 1 connection to the right; The position of 5 and 4 connections, tap water get into through the right side of 3 inflows 6 by 1 again, promote piston and are moved to the left, and simultaneously the tap water on the left of the piston are forced out through 5 by 4; 12 reset under 18 effect, as long as water, 6 li piston will obtain continuing reciprocating power; 6 piston drives 7 piston and also moves back and forth, and the water that collect is sucked a side of 7 by 13 by piston, and the water of opposite side is discharged through 14 by piston pressure again simultaneously; Because of 15 li 16 effect, the water that collect can only get into by 13, and 14 discharge and can not flow backwards; As long as receive the water tap water at 5 places, the water that collect will be sucked by 13 automatically, by 14 by pressure in collecting box.

Claims

1. a running water powered automatic water recoverer mainly is made up of a reversal valve and two air-cylinder type piston rods, and a piston rod is as the power resources cylinder; Another piston rod is the water collection cylinder, and the import and export water pipe of power resources cylinder two ends is connected on the reversal valve, and tap water gets into power resources cylinder one side through reversal valve; Propulsion power source cylinder piston moves, and compression simultaneously is connected the spring on the power resources cylinder piston rod handle, when power resources cylinder piston moves to certain position; The claw of retaining on spring backed down by chock, and the elastic band of spring is moved to spool mobile suddenly, and the opposite side propulsion power source cylinder piston reverses direction that tap water just gets into the power resources cylinder moves; Thereby obtain reciprocating mechanical force, in piston rod separately because of the piston rod handle of water collection cylinder is connected with the piston rod handle of power resources cylinder, so two pistons move back and forth synchronously; Respectively be connected to the valve that the fluid stopping ball is housed of control water turnover on the intake-outlet of water collection cylinder two ends; The flow direction of the water in the control water collection cylinder has a water inlet and a delivery port on each fluid stopping Ball valve, the water inlet on the two fluid stopping Ball valves is connected with water inlet; Delivery port is connected with delivery port; Water inlet of each self-forming and a delivery port again, formed water inlet is put in the water of wanting to collect, and formed delivery port is received on the water collection tank; When using tap water; Running water powered automatic water recoverer is work automatically just, and the water that will want to collect is drawn into water collection cylinder one side, and the hydraulic pressure of opposite side is discharged in the water collection tank.