KR900001972A - Return generator - Google Patents

Abstract

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Description

Return generator

Since this is an open matter, no full text was included.

1 is a cam lever principle diagram of the axisymmetric of the present invention.

2 is a principle diagram of the main structure of the present invention.

3 is a principle diagram for shortening the pumping height of the present invention.

4 is a longitudinal cross-sectional view of the overall configuration of the present invention.

Claims (4)

In the middle of the flow channel 24, which serves as the bottom plate of the body, a second aberration 8 'corresponding to a reciprocating pump input is built in and a drain pipe 9 is installed that can accommodate a drainage amount per second of the first aberration 8. And before and after the vertical center of the drain pipe, support the camshaft (17) whose shaft is symmetrical to the lifting force and the lowering force, and fix the working rod (18) L perpendicularly to the cam lever in front of it, and the yaw hinged at both ends of the cam lever. The upper end surface of the support pipes 14 and 14 'drills through the seizure holes 26 and 26' having a diameter similar to the inner diameter of the seizure pipes 3 and 3 '. ') Is installed to open and close easily, and it becomes a double pipe on the upper surface of the support pipes (14) and (14') while supporting the water column of the seizure pipes (3) and (3 ') while stretching lightly like a bow (compression ring). Seizure port 30 having a diameter similar to the inner diameter of seizure pipes 3 and 3 ', with movable pipes 12 and 12' and seizure grooves 13 and 13 'capable of lifting and lowering. Drilled 30 ' The cylinder lids 28 and 28 'installed on the surface of the seizure valves 10 and 10' for easy opening and closing have a pumping channel 12, 12 'and a pumping channel 13 and 13 on the surface. ''), The squeezed out inlets 29 and 29 ′ having a cross section similar to the inner diameter of the seized pipes 3 and 3 ′, which are drilled in the cylinder lids 28 and 28 ′, are provided with a positive water ( 12) It is formed so that the water in the seizure pipes (3) and (3 ') can freely travel and communicate with the gap between the 12' and the positive water flow passages (13) and (13 '). Attach a movable tube of suction tube 15, 15 ', which is a short pipe that is stretched and contracted lightly, and the fixed tube of suction tube 15, 15' is similar to the diameter of the seizure tube 3, 3 '. The suction port 20, 20 ′ of the aperture is drilled and the suction valve 16, 16 ′ is attached to the bottom of the yaro cylinder 25, 25 ′, which is installed to facilitate opening and closing. ) And penetrate the bottom of the water tank 2 on the cylinder lids 28, 28 '. 3 chambers (suction valve, intake valve, seizure valve, suction field) that apply the relativity of gravity applied to both ends of the cam lever whose up and down force is axially symmetrically by fixing the seizure pipe (3) (3 ') A pumping-up generator characterized in that the constitutive action of the pumping reciprocating pumping method. The pumping height (3) according to claim 1, wherein a three-sided three-pipe double-reciprocating reciprocating pumping method is applied by applying the relativity of gravity applied to both ends of the cam lever, which is the axisymmetry of the lift force and the descending force. A return generator apparatus characterized by a method of canceling the water weight of (3 ') to shorten the pumping height (H'). [3] The distance input for reciprocating the amount of falling water by the construction of the three-sided three-room double reciprocating pumping method using the relativity of gravity applied to both ends of the cam lever, which is the axis symmetry of the lifting force and the lowering force. 9.8 × 2Qh) is a distance input that can pump at the pumping height H ', so the return generator is characterized in that the output of the downfall distance (9.8Qh) and the reciprocating pumping distance input (9.8 × 2Qh) and the car have room for . 4. The first aberration (8) is made by the construction of the third three-pipe double-reciprocating pumping method using the relativity of gravity applied to both ends of the cam lever which is the axis symmetry of the above-mentioned ascending and descending force. The output of the first aberration (8), characterized in that the rotation of the second aberration (8 ') by the weakened hydraulic power through which the reciprocating pumping distance is easily input by the rotational force is 100% power consumption. ※ Note: The disclosure is based on the initial application.