JPS618477A - Application of lever and gravity - Google Patents

Abstract

PURPOSE:To perform the rotation of an empty wheel so efficiently, by housing the empty wheel, provided with a lot of downward buckets on the circumference, rotatably inside a water tank, while letting air spout inside each bucket interlocking with the rotation of the empty wheel via a valve mechanism installed in a tank bottom part. CONSTITUTION:An empty wheel 2, having a lot of downward buckets on the circumference, is rotatably housed inside a water tank 1 via a shaft 3, and in time of rotation of this empty wheel 2, a suction water valve 6' inside a drain tank 5 having an air suction valve 14 in time of drainage and an air exhaust valve 7 puls a drain valve 15 are all made to operate their opening or closing via each of rods 11 and 16 to engage cam rings 6 and 17 locked to the shaft 3. And, these valves 6', 7 and 15 are linked up with each other and opened or closed whereby air is spouted to the inside each downward bucket of the empty wheel 2 from an air exhaust port 9, and the wheel 2 is made so as to rotate by dint of buoyance made by the air. Rotation of this empty wheel 2 is continuously performed, thereby taking out power from the shaft 3.

Description

Detailed Description of the Invention (1) Using a water tank as shown in FIG. 1, providing an empty car in the tank as shown in FIG. 1 and FIG. 2, and using a shaft as shown in FIG. As shown in Figure 1, seals are provided on the left and right sides of the water tank to prevent water leakage, a non-water tank is installed as shown in Figure 1, 5, and a water intake valve is installed as shown in Figure 2, 6.
The air non-water valve shown in FIG. 2 7 is provided, and the bush shown in FIG. It is designed to be able to open and close smoothly, and is provided with an air outlet as shown in Fig. 2 9, and provided with a support as shown in Fig. 2 10.
The water intake and air non-exit valves are made to swing through the rotary joint shown in FIG. 2 and the pin shown in FIG. 2, 12. The water intake valve is installed at the bottom of the water tank, and the air no-out valve is installed at a slightly higher level than the water intake valve.The diameter of the valve is also changed, and water pressure is used to lightly operate the valve.
I'll finish it if I can. The pin holes shown in Figure 2 13 are made slightly elongated to ensure smooth operation of the valve.
A non-water valve shown in Fig. 2 15 is provided, and a butsuyu is used.
Fig. 2 14.
A non-water intake valve for outside air is installed to facilitate the removal of water, and a support shown in FIG. A ball is used, a rotoid is provided, and the vertical movement of the rotor is enhanced to fill the water tank shown in FIG. 1 with water. When you want to operate the main installation configured as above, please refer to Figure 1, 2.
When the empty wheel shown in Fig. 1 is rotated, the cam ring shown in Fig. 17 also moves to the shaft, the non-aqueous valve is opened by the rotor, and the non-aqueous tank is filled with air, and at the same time, the cam ring shown in Fig. 1 , the water intake valve and the air no-exit valve are operated simultaneously, and the outside air intake valve is closed by water pressure.
Air enters the empty vehicle tank shown in FIG. 1 and 2 from the non-air outlet shown in FIG. 2, and the empty vehicle is rotated by the buoyancy of the air. By repeating this action, the buoyant energy of the air is converted into rotational energy and extracted.

(2) The dehydrated water passes through the water channel shown in FIG. 2, 18, and enters the water storage tank shown in FIG. 3, 19. The water storage tank also
Since the water is initially stored and then drained immediately, two non-water valves are installed in the water storage tank as shown in Figure 3-20.
Using the slot shown in Figure 3, pass the pin shown in Figure 3, 25.
Using the pin shown in Figure 3, 26, connect the two valves with a rod, change the position of the two valves, and use water pressure to facilitate the operation of the non-water valve, and assemble as shown in Figure 4, 21. Using a water plate, install a water tank shown in FIG. 430. Since this diameter water tank also repeats non-water supply, a non-water valve is used as shown in Figure 3, a diameter water tank is installed, water pressure is used, and the valve operation is made lighter according to the law of balance, as shown in Figure 5-27. Using one long arm as shown in Figure 5, bend it as shown in Figure 5.A tank is placed on the water collection plate and enters the water tank, B tank is placed on the top of the water tank, and A tank is placed on top of the water tank. and B
The shape of the tank is as shown in Fig. 5, and water is removed during rotation.

The A tank shown in Fig. 5 and the B tank shown in Fig. 5 are attached to the tip of the arm shown in Fig. 5 27, the support shown in Fig. 5 28 is provided, and the bearing receiver shown in Fig. 5 29 is installed using the shaft as shown in Fig. 5 C. Install the bearing, fix the pillar,
The A tank shown in Fig. 5 and the B rank are made to be able to rotate, and the distance between the fulcrums shown in the A tank and shaft C is B
Make the shaft longer than the tank shown in C, and make the distance between the B tank and the fulcrum shown in C shorter and heavier. A tank and B tank are tanks with the same water capacity, and when both tanks are empty, B tank is heavier. When the tank rotates to point O shown in FIG. 8 and both tanks are filled with water, the distance between tank A and the fulcrum is long, so gravity prevails and the tank rotates toward point O, causing tank A to rotate due to the gravity ratio. Figure 6 shows tank A, with a float shown in 32 and an air inlet installed in the tank, an angle etc. being used on the top of the float to form a head as shown in figure 6 33, and figure 6 D.
Using the bush shown in Figure 6, make the float so that it can move up and down, use the rod shown in Figure 6, make a hole in the center so that the angle will come out, and fix it with the rod slide guide shown in Figure 6, 35. A rot stopper shown in FIG. 6 is installed, and a leaf spring shown in FIG. 6 is used to ensure that the rot stopper is always exposed when the tank is empty. FIG. 6 is a diagram showing the principle of operation of the A tank. Figure 7 shows the B tank. FIG. 7 38 shows a rotation auxiliary starter for the arm shown in FIG. 5 27, and a stopper for preventing reverse rotation of the arm. Like Tank A, Tank B also uses an air-filled float, is equipped with a support as shown in Figure 7, 39, passes the pin shown at 40, and attaches 42 to the angle head of the float shown at 41.
Pass the pin as shown in the figure below to easily move the starter arm up and down. Make it like the pin hole shown in FIG. 742. FIG. 7 43 shows the arm reverse rotation prevention stopper shown in FIG. 5 27, which operates as shown by the arrow. Also, make it work as shown by the imaginary line. When the device configured as described above is not used, the water storage tank is stopped by the stopper shown in FIG. 6, 34, and the rotation of the arm shown in FIG. 5, 27 is stopped, and at the same time, the B tank is The water tank stopper prevents reversal and the 6th
By using the non-water valve operation knob shown in the figure and FIG. Due to the operation of the air float, the A tank is
At the same time, the rotation lock is released, and at the same time, the B tank also works as a rotation auxiliary starter due to the operation of the air float, and it quickly rotates well. When the A tank reaches the ZZ point in Figure 8, the B tank reaches the EE point. Non-watering is performed at the top of the aquarium to return water into the aquarium. Non-water treatment is performed by changing the mounting angle of the tank, and non-water is added to the tank while the B tank is rotating from the EE point. A tank rotates to point 03,
Water is removed from the water board during rotation at a height where water flows down to the diameter water tank.

In this way, 360° is divided into 180° or more, and water is returned from a lower location to a higher location by utilizing penetration, gravity ratio, or angular velocity. It utilizes levers, buoyancy energy, water pressure, and water pressure differences, and is the greatest invention since the beginning of human history. In addition, the imaginary line shown at 02 from the water tank shown in Figure 8 1 is the head of the waterway leading to the water storage tank, and 0
3, the imaginary line MM also indicates the head difference from the water collection plate to the water tank.

[Brief explanation of drawings]

FIG. 1 is a perspective view of a part of the invention. FIG. 2 is a sectional side view of a part of the invention. FIG. 4 is a front sectional view of a part of the invention. FIG. 5 is a front view of the invention. FIG. 6 is a partial perspective view of the present invention. FIG. 7 is a partial side view of the present invention. FIG. 8 is a plan view and side view of the present invention. is aquarium 2. is empty tank 3. is shutter 4. Seal 5. is a non-aqueous tank6. is the cam ring 7. is air non-water bulb8. 9. is air non-exit 10. is pillar 11. is lot 12. is pin 13. is pin hole 14. is the non-water air intake valve 15. is non-water valve 16. is lot 17. is cam ring 18. is a waterway19. is a water storage tank 20. The water storage tank is valve 21. is the water collection plate 24. is lot 25. is pin 26. is pin 27. is arm 28. is pillar 29. is bearing receiver 30. is the diameter water tank 31. is A tank 32. is an air float 33. is an air-filled floating angle head 34. is stopper 35. is the rot slide guide 36. 37. is a leaf spring 38. is the auxiliary starter when rotating the arm 39. is pillar 40. is pin 41. is a pneumatic floating angle head 42. is pin 43. is the arm reverse prevention stopper C is the shaft D is the button A is the tank B is the tank x is the non-water tank operation knob

Claims (1)

[Claims] (1) The present invention uses an aquarium, provides an empty car in the aquarium, uses a fixed amount of non-water and an intake tank at the bottom of the aquarium, fills the aquarium with water, pours in a fixed amount of non-water, and uses the same amount of non-water. The system uses water pressure to inject air from below the bottom of the water using the lever principle. The buoyancy of the injected air rotates the empty car,
It is extracted in exchange for rotational energy. The dehydrated water is put into the primary water storage tank, and a long, lightweight, solid arm is used to connect it to the shaft, and a support is provided so that the arm can rotate sufficiently. , using tanks with the same amount of water, changing the distance between the fulcrums of the arm and tank, and using the gravity ratio, penetrating force, and angular velocity,
It returns water from the bottom to higher elevations.