JPS63285274A - Perpetual motion device - Google Patents

Abstract

PURPOSE:To perform perpetual motion by letting the circulating water flow pumped up pass through both suction and discharge pipes formed into inversed U-shaped form, rotating each hydraulic turbine installed in both suction and discharge ports, and changing the generating output over to the starting power of a pump motor. CONSTITUTION:In the pipeline formed into inversed U-shaped form, an inlet port 3 of a suction pipe 1 is opened just under a water level L, and a discharge port 4 of a discharge pipe 2 is opened in the upper part of the water level L. A pump 5 is driven by a motor 6, pumping water up, and it is dropped into the discharge pipe 2. Then, hydraulic turbines 7 and 8 are rotated by dint of a circulating flow of water, letting generators 9 and 10 produce electric power. When this generating output is changed over to a starting power source of the pump motor 6, the pump 5 continues the circulation of water, thus perpetual motion comes to fruition.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention circulates water by a suction pump in an inverted U-shaped suction pipe and a discharge pipe arranged above the water surface, and first and second pumps are provided at the suction port and the discharge port. It is a perpetual motion device that rotates a water wheel and uses the rotation as power to drive a suction pump.

Examples will be described with reference to the drawings. In Fig. 1, one suction pipe 1 of the inverted U-shaped pipe is placed vertically above the water surface of the water tank, and the suction port 3 is opened just below the water surface, and the other discharge pipe 2 is located above the water surface. The discharge port 4 is opened directly above the. 5 is a suction pump installed on the upper part of the suction pipe 1, and 6 is its drive motor.

7.8 is the suction port 3. The first and second ports facing the discharge port 4
9.10 are the first and second water turbines directly connected to each water turbine 7.8.
Departure i! When the pump 5 is first driven by turning the motor 6 using a battery or other suitable power source, the air in the suction pipe 1 gradually becomes diluted, and the water rises through the suction pipe 1 at atmospheric pressure. . Inverted U-shaped tube l
, 2 is set to a height of 10 m or less, for example, about 9 m, and the pump 5 is installed directly below the upper arcuate connecting portion 11, water easily reaches the pump position and falls down the discharge pipe 2.

During the water circulation, the water sucked into the suction port 3
Water wheel 7 rotates. Furthermore, water falling down the discharge pipe 2 due to gravity rotates a second water wheel 8 provided facing the discharge port 4.

Therefore, the first. Since the generators 9 and 1O directly connected to the second water turbine 7.8 generate electricity, the output power of the two generators is summed and switched to the starting power source of the drive motor 6 of the suction pump 5, and the motor 6. The suction pump 5 is an inverted U-shaped pipe l
, 2 continues the water circulation to sustain the movement. And if the design is good, a certain amount of surplus power can be obtained.

In FIG. 2, the suction pump is driven by the motor 6 via the clutch device 12. Also, the first and second water turbines7.8
The rotation of is transmitted to the horizontal shaft 15 by, for example, a belt, bevel gear, intermediate shaft mechanism 13, or other appropriate transmission mechanism, and the horizontal shaft 15 is linked to the shaft 16 of the suction pump 5 by a belt or other appropriate transmission mechanism 17. It is.

The motor 6 is rotated by a power source such as a battery to drive the suction pump 5, and after the rotation of the water wheel 7.8 is stabilized, the clutch device 1
2 to switch the transmission from the motor 6 to the suction pump shaft 16 to the transmission from the belt 17, from then on the water wheel 7
, 8 drive the suction pump 5 to continue its movement.

A generator 18 can be connected to the horizontal shaft 15 to convert the surplus power of the water wheel into electric power. Note that it is better to provide a flywheel 19 on the horizontal shaft 15.

Since the present invention has the above-mentioned configuration, it can be used in any place by storing rainwater or the like in a water tank.

[Brief explanation of the drawing]

FIG. 1 is a schematic diagram of the configuration of the present invention, and FIG. 2 is a schematic diagram of the configuration of the second invention. 1 Suction pipe 2 Discharge pipe 3 Suction port 4 Discharge port 5 Pump 6 Motor 7.8 Water wheel 9.10.18 Generator ll Connection section 12 of pipe 1.2 Clutch device 13.17 Transmission mechanism 15 Horizontal shaft 19 Flywheel jl: Jl Diagram 2 Diagram

Claims (3)

[Claims] (1) The suction pipe and the discharge pipe are configured in an inverted U-shape and stand upright above the water surface of the water tank, the suction port is opened into the water near the water surface, the discharge port is opened directly above the water surface, and the suction pipe A suction pump installed at the top of the pipe is driven by a motor to create a circulating water flow in which the water lifted into the suction pipe falls from the discharge pipe. The first and second waterwheels are rotated and driven by each waterwheel.
A perpetual motion device that switches the output of the generator to the starting power of the starter motor to drive the suction pump. (2) The suction pipe and the discharge pipe are configured in an inverted U-shape and stand upright above the water surface of the water tank, the suction port is opened into the water near the water surface, the discharge port is opened directly above the water surface, and the suction pipe A suction pump installed at the top of the pipe is driven by a motor to create a circulating water flow in which the water lifted into the suction pipe falls from the discharge pipe. A perpetual motion device that rotates first and second water turbines and uses both water turbines as power to drive a suction pump by switching with the starting motor. (3) The perpetual motion device according to claim (2), wherein the generator is driven by the surplus power of the water wheel that drives the suction pump.