JPS60233376A - Large amount of water lifting mechanism - Google Patents

Abstract

PURPOSE:To permit electric power generation or the like by obtaining the source of power by a method wherein long and short vertical tubes, whose lower parts are communicated with each other, are filled with water and a water lifting device in the short tube is elevated by a hydraulic pressure from the long tube in order to drop the water in the water lifting device from the top of the mechanism. CONSTITUTION:Two pieces of vertical tubes A, B are established so tht the height of tube B is made higher than the same of the tube A by alpha% and both of the tubes are filled with water, then, the water in the tube B pushed up the water in the tube A and send it into a pipeline 12 while the circulating motion of water between the tubes A, B is repeated by pumping the water into the tube 6 by a pump 13. A chamber for enclosing air and the other chamber for accommodating the water to be lifted are made in buoyancy generator 1, elevated and descended, while the water, entered into the buoyancy vessel 1 at a lower water level is discharged at an upper water level 11. In order to prevent the passing of the buoyancy vessel 1 through the tube 4 form being precluded by lhydraulic pressure, a pipe is connected from the tube B to the tube A at the place 4 to provide the place 4 with a hydraulic pressure higher than the same in the tube 2 at the place 4 while a non-return valve 8, made by rigid and soft material capable of preventing leakage, is provided. The buoyancy vessel 1 is provided with pivotal blade 5 which slides fully on a side wall until it is opened at the point 4 and moves together with the buoyancy generator 1.

Description

[Detailed description of the invention] A large amount of water is pumped using the water pressure and its buoyancy, and the pumped water is allowed to fall to produce power as a power source, which is used for power generation and other motive power. That is.

If you make two standpipe AB, pipe 13 is α% higher than pipe A, and pass water through both pipes, the water in pipe B will naturally push up the water in pipe A. Send this raised water to (12) (13)
A pump is installed at the pump, and this pump sends the water to (6), and then from pipe 13 to pipe A. Repeat this exercise.

In order to pump water, which is the main subject of this invention, in (1), a part that seals in enough air to generate buoyancy and a thick book containing the water to be pumped are made, and this is made to move up and down, so that it does not enter the water at the lower water surface. 2) The water floats up inside the pipe and is discharged onto the upper water surface of (11).

The buoyancy that occurs depends on the depth of the water, and the amount of water on the sides does not affect it. Therefore, the gap between the thickness of the pipe (2) and the thick plate (1) is 1/100 of the diameter of (1). (
A small amount is sufficient compared to the water content in 1).

The key point of this mechanism is that when the slab of (1,) passes through (4), it is blocked by the additional pressure of (2). To prevent this, a reverse J valve made of a strong soft material is installed at (4), which sends water with a higher pressure than (2) from the B pipe (6) to point (4) to prevent water leakage. As a result, (2) the pipe above (4) is made about 1/100 thicker than the diameter of (1), and water is fed into this gap; and (2) the pipe rises together with the thick plate. The thick book is also provided with wings that can be opened and closed individually. The size of the feather 5) is (4
), the next float rises, and at point (4) it opens (5)
Until it opens, the wing opens to its full side wall and is pushed up together with the floating cylinder by the pressure water from B and moves forward. When the next wing opens, B
The pressure at is removed and becomes the pressure at A, which naturally returns to its original position and rises. The wings are made of iron at the tip and equipped with a magnet on one side wall (4) to open them and push them up from the bottom with pressure water from (6).

Below (4), it is sufficient for (1) to pass from the lower water level to (4), so the gap is only minimal, and A
The pressure at B is extinguished by the pressure at B. The above is an explanation of the overall diagram.

Next, FIG. 2 shows the structure of the thick book.

(J6) is a so-called floating bladder that seals in enough air for (1) to float. (]7) is a device to remove the air inside the thick book, which becomes an obstruction when the book is emptied by draining water and enters water again due to water leakage in the lower part.
) Attach to the bottom of (].9) - (20) to remove air and prevent water from entering. (b) contains (mouth) (
21) Insert the round sphere. The size should be large enough to cover the hole (2o). Thus, the circular sphere is (1), but downward is (2
Open 0) and close (20) upward to prevent leakage of water that has entered (1). Further, (22) provides an orbit (23) when (1) rotates, and makes the rotation easier along this orbit.

[Brief explanation of drawings]

Fig. 1 is a plan view of the entire structure, and Fig. 2 is an exploded view of the floating tube. A in FIG. 1 is a lift pipe that raises water, and 3 is a water pressure generation pipe that generates high water pressure.The mission and use of these pipes will be explained below according to the numerical codes. Figure 1 (1) Buoyancy generator (2) Buoyancy generation tube (3) (2) barrier (4) Floating passage barrier (5) Power generator (1) attached to the thick booklet (6) (4
) to send water under pressure stronger than the pressure in (2) when (1) passes through (7) High pressure water pipe that pushes up (1) (8) High pressure water opening/closing valve (9) High pressure Point where water is forced in (10) Lower water level (11) Upper water level due to pumping (12) Water storage area (13) where the water in (2) is pushed up by the pressure in (6) and returned to (6) ) Pump (14) that sends water from (12) to (6) drops water from (1, 1) to create a head force. The desired drop force to be measured (15) Floating type traffic line (letter shape) (23) Trajectory required for the thick book to rotate Figure 2 is an exploded view of the floating type, and the mission usage is explained using numerical symbols. (16) To the extent that air sealed (1) floats in water (17
) (1) Device for removing air inside (18) Part (a) attached to the bottom of (l) (19
) Air escape hole (20) Air (1) Bottom escape hole (21) (17) Circular sphere moving inside (Lola (22) Fig. 1 (23) Engraving of the rod drawing passing through ( (No change in content) Procedural amendment filed on 5th day, 29th of 1985 February 8th, 1988 Manabu Shiga, Commissioner of the Patent Office 1, Indication of case Patent Application No. 12730 of 1988 2,
Title of the invention: Mass pumping mechanism 3, Relationship with the person making the amendment Applicant 5, Subject of the amendment: Application, specification, scope of claims, detailed description of the invention, and a brief explanation of the drawings Drawing 6, Contents of the amendment Attachment As per (no change in content except for response to command)

Claims (1)

[Claims] Two tubes AB are used, both A and B are made to stand upright, and B tube is made higher by α% than A tube, both tubes are filled with water, and the lower part of A tube and the lower part of B tube are The pressure water in the B pipe causes the water in the A pipe to move up L. Meanwhile, the water pump shown in (1) in the figure causes the water in the A pipe to float due to the buoyancy of the water in the A pipe. Taro water is discharged into (11) an upper water reservoir, the pumped water from a plurality of mechanisms is collected in this reservoir, and a power source is obtained from the head that causes it to fall, which is used for power generation and other motive power.