JPS60108571A - Floating-up energy producing apparatus by balls - Google Patents

Abstract

PURPOSE:To utilize the floating-up energy of a floating ball by feeding balls onto the bottom of a water tank. CONSTITUTION:A water tank 1 is at the position higher than that of a water tank 7. When water is supplied through a water feeding hose 10 and only the upper part of the water tank 1 is swung, the water in the water tank 1 generates a swirling water flow. When a floating ball is put onto the water surface of the water tank 1 and swallowed into the swirling flow, the water is transferred with the ball onto the bottom of the water tank 7 from the water tank 1 through a hose 6.

Description

Detailed Description of the Invention The purpose of this device is to utilize the buoyancy energy of a floating ball (a round ball inflated with air) that floats above the water surface from the bottom of the water, and sends the floating ball to the bottom of the water. This is a method and device for levitation.

(1) This hint is a very feared river or 7jσ
The idea was based on two principles: a swirling water flow that envelops and sinks objects floating on the surface of the water, and a method of using a culvert to direct water through the concave part of the waterway that protrudes from the right channel to the left channel, which is often seen in agricultural fields. It is something.

(2) There are two ways to artificially create a swirling water flow: method A and method B, but the main point is method A, which is closest to method A. Therefore, method A is to fill a 2 liter sake bottle with water up to the 8th minute, hold the mouth of the bottle with your palm, turn the bottle upside down, and shake only the bottom part, which is now the top, like a human gymnast. The water inside becomes a swirling stream. This is based on the principle that when you let go of the hand holding your mouth, the water inside flows out in a swirling motion. Method B is a method in which the water in the water tank is turned with a stirrer or the like to generate a swirling water flow.

(5) For ease of explanation, the drawing is based on a water tank, but when using a lake, etc., it is necessary to dig a hole in the ground and construct a vacant chamber underwater. The method is the same as installing a device inside the tank and sending floating balls from the outside of the outer wall of the water tank to the bottom of the water inside.

(4) The device has two conditions: a water flow that allows continuous water supply to the water tank shown in Figure 1, and a condition where the device operates only with water stored.

(5) To explain the device using drawings, the method with water supply conditions is to set the water tank (upper part) in position 1 higher than the height of the top surface of the water tank in Figure 7, and start from the water supply hose in number 10. Pour in running water and swirl only the top of the water tank A1 in a sustained manner similar to the neck-twirling motion in human gymnastics.The water in the water tank A1 will create a swirling stream of water. If you throw floating balls one after another onto the water surface of water tank 1 and let them get caught up in the swirling water flow, the water will flow from water tank 1 into hose 6 (as if passing through a culvert) along with the rolled up floating balls. Since it moves to the bottom of the water tank, the purpose of the method of sending floating balls to the bottom of the water tank can be achieved. In addition, the equipment set for the method using only water storage is as shown in Figure 6, so that the water level of water tank 7 and the water level of water tank 1 (8 minutes of taffeta water) are aligned with the horizontal line. set. To start, fill water tank 1 with water, throw a floating ball on the water surface, and continue to shake only the top of water tank 1 in the same way as turning the neck in human gymnastics to create a whirlpool of water and release the floating ball. Gradually increase the water tank from 1 to 6 while rolling it up.
By hoisting the boat up to the positions shown in Figures 7 and 8, the water in the water tank 1 will wrap around the floating ball, and the water will be stored in the hose 6 (as if passing through a culvert) along with the floating ball. When the floating ball moving to the bottom of the tank enters the water tank and begins to float, lower the suspended water tank 1 to the position shown in Figure 6, and the water will flow back from the water tank to the water tank at the start. state. The following objectives can be achieved by raising and lowering the water tank in step 1.

(6) Depending on the scale of the partner machine that supplies A/R, it is expected that multiple units of this device can be installed for one unit to increase its capacity.

[Brief explanation of drawings]

(1) Figure 1 is a top view of the water tank 1, where 1 shows the water and the surrounding area of the tank, 2 shows the hose insertion port, 3 shows the water pipe, and 5 shows the water supply hose insertion port. (2) Figure 2 is a bottom view of Figure 1, and 1.2.3.5 is 1.
See figure legend. 4 is a water supply outlet into the water tank (3) Figure 3 is a front view of the water tank in 1, and 1.2.6.5 refer to the explanation in Figure 1. (4) Figure 4 is a cross-sectional view of the water tank 1.1.2.3.5
1. Refer to the explanation of Figure 2 for Figure 4. (5) Figure 5 is a structural sketch of the device seen from the front. 1.2
．． 3.5 is an explanation of Figure 1. 6 is a water hose connecting the water tank and water storage tank, 7 is a water tank, 8 is a floating ball, 9 is a swirling water flow, and 10 is a water supply hose to the water tank. , 11ha is the running water of the canal. 1 for 1 Figure 6.7.8.9 refer to the explanation for Figure 5. Patent applicant: Tsune Ishikawa

Claims (1)

[Claims] A method and device for sending floating balls from the outside of the outer wall of a water tank, pond, lake, etc. to the bottom of the water inside.