New energy zero-pollution power machine

Abstract

The invention discloses a new-energy zero-pollution power machine, which belongs to the technical field of power devices, and comprises a water containing tank containing water, an acting cylinder barrel is arranged in the water containing tank, the acting cylinder barrel acts by using the weight of the acting cylinder barrel to realize vertical displacement of an object and finish acting, and the device can be used as a power source for generating displacement of the object and also can be used as a power source for generating power. The production and life requirements of people are met, and the productivity is improved.

Description

Technical Field

[0001] The present invention is a new energy zero-pollution power machine invented by utilizing the earth's natural gravity, the gravity of objects, and the buoyancy of gases in liquids. It belongs to a power device. Background Art

[0002] With the development of technology in today's society, people's lives are inseparable from energy such as coal, oil, and natural gas. When humans use these energies, they cause huge pollution to the environment. Clean energies cannot meet the demand, or the investment is huge and the later maintenance cost is high [nuclear power]. In response to the purpose of the United Nations Paris Agreement and social needs, we have specifically designed and developed a new energy zero-pollution power machine. This device utilizes the earth's gravity and the gravity of the object itself to force the gas into the object, and then the buoyancy in the liquid [water, sugar water, salt water, liquor, harmless petroleum] water, causing the object to displace and generate power. It can make the object rise and fall, lift the water level and inject it into water-scarce areas and deserts, and can drive a generator to generate electricity. It has low construction cost, no pollution, strong practicability, and good prospects. Summary of the Invention

[0003] The purpose of the present invention is to provide a new energy zero-pollution power machine movement device to solve the problems raised in the above background art.

[0004] To achieve the above purpose, the present invention provides the following technical solutions:

[0005] A new energy zero-pollution power machine includes a water-containing tank filled with water, and a working cylinder barrel moves up and down in the water-containing tank to achieve displacement work.

[0006] As a further preferred solution of the present invention, there are guide rails in the water-containing tank, guide wheels at both ends of the guide rails, the upper end of the working cylinder barrel is open, the lower end is sealed, there is a piston in the cylinder body, there are multiple seals between the piston and the cylinder wall, the piston rod penetrates through the piston and the bottom of the working cylinder barrel, and there is a guide / seal at the bottom. The lowest end of the side surface of the working cylinder barrel has an air guide pipe. When the working cylinder barrel naturally descends to the bottom end, the piston rod touches the ground first. Under the pressure of the working cylinder barrel, the working cylinder body moves to do work and drain water. At the same time, a negative pressure is formed in the working cylinder barrel, and the air guide pipe injects gas into the working cylinder barrel. When the water is drained completely, the working cylinder barrel also completes the inflation work. When the working cylinder barrel is filled with gas, due to the buoyancy, the working cylinder barrel moves upward to achieve displacement.

[0007] As a further preferred and improved solution of the present invention, there is a movable touch lock switch at the bottom of the water-containing tank. When the hemispherical body at the lower end of the piston rod touches the lock, it is automatically locked. When the working cylinder barrel completes draining and inflation, the unlocking triangle at the lower end of the steel frame just reaches the position, presses down the lock to open the switch. Since the working cylinder barrel is filled with gas, the working cylinder barrel automatically rises in the water, and at the same time closes the air guide pipe valve switch. When the working cylinder barrel reaches the top, it is locked by the positioning device and does not slide down, and at the same time opens the air guide valve switch.

[0008] For the smooth implementation of this solution, there is a counterweight at the upper end of the water storage tank to assist in doing work. The counterweight is lifted to a position by the steel frame lifting device and then disengages on its own. The counterweight presses against the piston rod of the positioning working cylinder, and at the same time, it also opens the air guide switch. Under the action of the counterweight and water pressure, the air in the working cylinder is discharged, and the cylinder is completely filled with water. After the counterweight is in place, the positioning device switch is opened simultaneously to allow the working cylinder to descend. There is an intersecting guide chain on one side of the guide rail that winds around the guide wheels to achieve the reciprocating up and down movement of the working cylinder and the outward conversion and output of power. This is a single-cylinder working cylinder, and the double-cylinder working cylinder is faster.

[0009] As the movement mode of the double-cylinder device;

[0010] There are two working cylinders in the water storage tank, one above the other and one on the left and one on the right. The air guide pipes of the two working cylinders are connected. The gas pressure in the air guide pipe is greater than the standard atmospheric pressure. When the upper working cylinder is about to do work, the lower working cylinder in the water storage tank immediately reaches the bottom. When the piston rod touches the lock, it is locked. The working cylinder continues to descend, but the piston and piston rod cannot move. The working cylinder drains water outward during the downward movement, creating a negative pressure inside the working cylinder. It extracts the high-pressure gas formed by the work of the upper working cylinder and quickly injects it into the lower cylinder to complete the work. When the work is completed, the steel frame touches the unlocking device, and at the same time, the air pipe valve is closed. The working cylinder drives the steel frame to rise, and the upper working cylinder and the steel frame descend. When the steel frame is about to reach the top during the upward movement, the steel frame lifting device of the steel frame lifts the counterweight upward. When encountering the positioning device during the upward movement and the steel frame is locked and stops rising, the counterweight is also unloaded by the steel frame. The counterweight presses on the piston rod. When the counterweight descends and presses on the piston rod, it opens the air guide pipe valve switch. The pressure of the counterweight and water squeezes the gas in the working cylinder and transmits it to another working cylinder in a negative pressure state. There is a steel chain wrapped around the sprockets on all sides outside each steel frame to complete the intersection of the upper and lower wheels. This facilitates the up and down movement of the working barrel to achieve the purpose of the up and down displacement of the object.

[0011] Compared with the prior art, the beneficial effects of the present invention are:

[0012] This new type of energy zero-pollution power machine does work through the gravity of the object itself. After forcing the gas into the container of the object itself, the object rises in the liquid water due to buoyancy. When the object rises to the top, the gas in the object container automatically exhausts and flows to the lower working cylinder at high pressure. The two working cylinders cooperate with each other and restrict each other to complete the reciprocating movement of doing work up and down. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 It is a schematic structural diagram of the new type of energy zero-pollution power machine of the present invention.

[0014] Figure 2 It is a schematic structural diagram of the new type of energy zero-pollution power machine of the present invention

[0015] Figure 3 Partial detailed drawing of the schematic diagram of the novel energy zero-pollution power structure of the present invention

[0016] In the figure: 1 water storage tank, 2 guide rail, rotating guide rail, 3 guide wheel, 4 guide chain, 5 steel frame, 6 working cylinder, 7 piston, 8 piston rod, 9 guide / sealing valve, 10 piston rod lock unlocking device, 11 piston rod lock, 12 pushing device, 13 air duct / valve, 14 counterweight of the working barrel, 15 positioning lock. 16 pushing blocking rod Specific implementation manners

[0017] Next, the technical solutions in the embodiments of the present invention will be clearly and completely described in conjunction with the accompanying drawings of the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, rather than all the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without making creative efforts shall fall within the protection scope of the present invention.

[0018] Please refer to Figure 1 , this embodiment provides a power device, including a water storage tank 1 filled with water. There is a guide rail 2 in the water storage tank 1. There are guide wheels 3 at both ends of the guide rail 2. A guide chain 4 is hung on the guide wheels 3. A steel frame 5 is hung on the guide chain 4. A working cylinder 6 is fixed in the steel frame 5. There is a piston 7, a piston rod 8, and a guide / sealing valve 9 in the working cylinder 6. The lower triangular body of the steel frame 5 is the piston rod lock unlocking device 10. The length of the piston rod 8 is greater than twice the height of the steel frame 5. The lower end of the piston rod 8 is a hemispherical body, which is used in cooperation with the piston rod lock 11 at the bottom of the water storage tank 1. At the lowermost end of the side of the working cylinder 6, there is an air duct / valve 13 fixed to the steel frame 5. At the upper and lower ends of the guide rail 2, there are small blocking points for touching the air duct and the valve switch 13. The other end of the single-cylinder moving air duct opens outside the water surface at the top of the water storage tank 1. In the case of a double-cylinder, the two ends of the air duct are connected to the double working cylinders. The air pressure in the air duct is greater than the pressure outside the duct.

[0019] When the working cylinder 6 and the steel frame 5 move downward under their own gravity, they move smoothly downward along a fixed track under the action of the guide rails 2 and the guide chain 4 on both sides. Since the lower half-end sphere of the piston rod 8 of the working cylinder 6 touches the piston rod lock 11 first, it is automatically locked by the lock. The working cylinder 6 and the steel frame 5 continue to descend, while the piston 7 and the piston rod 8 are in a stationary state. The steel frame 5 and the working cylinder 6, under the action of their own weight and a small amount of water pressure, the lowest end of the working cylinder 6 starts from the initial closed state with the piston 7. When the steel frame 5 continues to descend together with the weight of the working cylinder 6, the piston 7 and the piston rod 8 form a tension against the bottom of the cylinder, moving away from each other. A negative pressure state is formed between the piston 7 and the bottom of the working cylinder 6, and the air inlet valve 13 injects air into the working cylinder 6. At this time, the working cylinder 6 is inflated, the piston 7 remains stationary, and the water pressure on the piston 7 and the gravity of the piston 7 all fall on the piston rod lock 11. The piston rod 11 is fixed at the bottom of the water storage tank 1. The piston rod lock 11 can bear both pressure and tension. The cylinder body of the working cylinder 6 moves downward to achieve downward movement for draining and air intake. When the working cylinder 6 is filled with gas and the steel frame 5 and the working cylinder 6 descend to the lowest extreme, the air inlet pipe and the valve 13 are closed by the blocking point on the guide rail 2. The unlocking device 10 of the steel frame 5 opens the lock switch of the piston rod lock 11, and the working cylinder 6 rises together with the steel frame 5 by buoyancy.

[0020] Please refer to Figure 1 When, please also refer to Figure 3, Details of the lifting device 12, the conduit valve 13, the counterweight 14, and the positioning lock 15. A counterweight 14 is provided at the upper position of the water storage tank 1, which serves to slow down the impact force and inertia of the steel frame 5 and the working cylinder 6 floating upward. The lifting device 12 on the steel frame 5 serves to lift the counterweight 14. There is a lifting device stop bar 16 on the guide rail 2. The function of the lifting device stop bar 16 is to unload the counterweight 14 at a certain position on the counterweight 14 on the lifting device 13. There is a positioning lock 15 on the guide rail 2, which serves to fix the steel frame 5 in a stationary state. When the working cylinder 6 is ascending, it gradually accelerates at a variable speed. When approaching the top, the lifting device 12 of the steel frame 5 lifts the counterweight 14 upward. When the upward force of the steel frame 5 and the working cylinder 6 is exhausted, the positioning lock 15 and the lifting device stop bar 16 perform work actions successively. The positioning device 15 locks the steel frame 5, and the lifting device 12 unloads the counterweight 14. Immediately, the counterweight 14 presses against the piston rod 8. At the same time, the switch of the air duct and the valve 13 is opened by the blocking point. The natural exhaust in the working cylinder 6, combined with the pressure of the counterweight 14 and the gradually increasing pressure of the increasing water in the cylinder, causes the gas in the working cylinder 6 to be discharged under high pressure, rushes along the air duct and the valve 13 towards another working cylinder 6 presenting a negative pressure area. After the gas is exhausted, the counterweight 14 returns to its original position, and the slider of the positioning lock 15 is pressed down and pushed open, opening the positioning lock 15 and releasing the steel frame 5 and the working cylinder 6 to descend. In the case of a double working cylinder 6, the upper and lower cylinders 6 perform work simultaneously. While the lower working cylinder 6 sucks air under negative pressure, the upper working cylinder 6 transports gas under high pressure to the lower working cylinder 6 for exhaust. The air duct and the valve of the working barrel 6 cooperate with the working barrel 6 to complete the work and complete the gas exchange, completing the up and down cyclic displacement movement.

[0021] In the new energy zero-pollution power machine device of the present invention, the outer shape of the working cylinder 6 is preferably a cuboid or a long cylinder, which is beneficial for draining water to perform work and reducing resistance during up and down operation. In view of this situation, the specific manifestation of the new energy zero-pollution power machine device of the present invention can also be manifested as:

[0022] : Please refer to Figure 2 , In this embodiment, there is a guide rail 2 in the water storage tank 1 for holding water. There are guide wheels 3 at the upper and lower ends of the guide rail 2, and guide chains 4 are connected above and below the guide wheels. The steel frame 5 is smoothly pulled up and down along the guide rail 2 by the guide chain 4. There is a working cylinder 6 inside the steel frame 5, and the working cylinder 6 can be flipped 180 degrees inside the steel frame. The length of the piston rod 8 is slightly longer than that of the working cylinder 6. When the working cylinder 6 descends to the bottom, the piston rod 8 is locked by the piston rod lock 11. The gravity of the steel frame 5 and the working cylinder 6 forces the piston 7 to inhale air into the inner cavity of the working cylinder 6. When the working cylinder 6 is filled with gas and the steel frame 5 descends to the position, the unlocker 10 opens the piston rod lock 11, and the working cylinder barrel 6 and the steel frame 5 start to rise.

[0023] Please refer to Figure 2When the working cylinder 6 is about to reach the top position, the working cylinder 6 in the steel frame 5 is guided by the rotating rail of the guide rail 2 during the upward movement, and turns 180 degrees. The side volume of the working cylinder 6 is larger than the cross-sectional area of ​​the cylinder, which slows down the upward inertia. The hemispherical body at the outer end of the piston rod 8 is locked by the piston rod lock 11 on the upper part of the water tank 1. This piston rod lock 11 can accept both the vertical direction of the top hemispherical body of the piston rod 8 and the lateral direction of the hemispherical body of the piston rod 11. The air guide pipe and valve 13 are opened, and the weight of the working cylinder 6 and the steel frame 5 falls, forming a pull with the piston rod 8, forcing the piston 7 to discharge the gas in the working cylinder 6 and transmit it to the other working cylinder 6 below that is sucking air under negative pressure in the form of a high-pressure state. As the upper working cylinder 6 exhausts air downward, the water in the cylinder gradually increases, and the pressure increases, which will accelerate the exhaust speed. When the working cylinder barrel 6 is exhausted of gas and filled with water, the steel frame 5 moves down to the right position, triggering and opening the lock switch of the piston rod lock 11 above, and the working cylinder barrel 6 randomly flips 180 degrees on the steel frame 5, returns to the initial upward state, and continues to move down to the bottom.

[0024] In practical applications, the water tank is half underground and generally above ground. The radius of the working cylinder, the height and height dimensions of the water tank, the weight of the working cylinder and the steel frame and the proportion of the matching weight data are crucial, otherwise the ideal effect of the illustration case cannot be achieved. When the external force is output, the guide wheel is equipped with a bicycle flywheel design, supplemented by multiple wheels, that is, common sense of mechanical principles such as power conversion will not be elaborated here.

[0025] It should be noted that the above embodiments are only specific and clear descriptions of the technical solutions and technical features of the present application. It is also possible to increase the height and volume of the water tank 1 to increase the volume of the working cylinder 6, or to set up multiple groups of water tanks 1 or working cylinder barrels 6. For large or super-large water lifting, a semi-underground and semi-above-ground form is used, and the working cylinder 6 and piston rod 8 are set to be double or multiple. However, it must comply with the data ratios of the cylinder cross-section, weight, volume, height, counterweight and tank water level height. For those skilled in the art, the solutions and feature details that belong to the common knowledge of the prior art will not be described in detail in the above examples.

[0026] In addition, the technical solution of the new energy zero-pollution power machine of the present application is not limited to the above-mentioned embodiments. Those skilled in the art should regard the specification as a whole. The technical solutions in each embodiment can also be appropriately combined to form other implementation methods that can be understood by those skilled in the art.

Claims

1. New energy zero-pollution engine, characterized in that: It only relies on the characteristic weight of solid objects and the buoyancy of gas in liquid, which restrict and utilize each other to achieve the effect of object displacement, thereby achieving the purpose of doing work. The biggest advantage is that it is pollution-free. Its specific characteristics are: The water-containing tank 1 has a steel frame 5 and a working cylinder 6. The working cylinder 6 has a piston 7 and a piston rod 8. The bottom of the working cylinder 6 is provided with a guide sealing valve 9, a guide rail 2, a guide 3, and a guide chain 4 to ensure that the working cylinder 6 can move up and down smoothly. The piston rod lock 11 and the lock unlocker 10, the air pipe, the valve 13, and the air valve switch are the key to ensure that the working cylinder 6 stops and works. The guide rail 2 has a counterweight 14, a pushing device 12, and a positioner 15.

2. According to the new energy zero-pollution power machine described in claim 1, this feature is that the working cylinder 6 opens upward, the piston 7 in the working cylinder 6 can move up and down, and the length of the piston rod 8 is greater than the height of the steel frame 5, and runs through the piston and the cylinder body. The piston rod 8 can be double or multiple. There is a piston rod lock 11 device at the bottom of the water tank 1. When the working cylinder 6 is drained and filled with gas, the steel frame 5 moves down to the right position to close the air pipe switch 12. At the same time, the triangle of the unlocking device 10 at the bottom of the steel frame just opens the lock switch 11. The working cylinder 6 and the steel frame 5 are separated from the control and start to rise by buoyancy. When the rise is about to reach the timing, it encounters the counterweight 14 and is lifted by the pusher 15 on the steel frame 5. When the force is about to stop, the steel frame 5 is locked and positioned by the positioner 15.

3. The new energy zero-pollution power machine according to claim 2 is characterized in that: The pushing device 12 is blocked by the blocking rod 16 to unload the counterweight 14, and the counterweight 14 falls on the upper end of the piston rod 8. At the same time, the air pipe and the valve 13 are blocked to open, and the working cylinder barrel 6 itself discharges gas. The pressure of the counterweight 14 and the increasing water pressure force the gas to be discharged in a high-pressure state along the air pipe valve 13 to the working steel cylinder 6 at the lower end which is in a negative pressure state. At the upper end, the working cylinder 6 is completely exhausted of gas and filled with water. The counterweight 14 moves down to the position to push open the slider of the limiting locator 15, allowing the steel frame 5 and the working cylinder barrel 6 to start moving down again by their own weight.

4. According to claim 3, the new energy zero-pollution power machine device is characterized in that: The steel frame 5 has a push device 12, the guide rail 2 has a counterweight 14, a positioner 15, and a blocking rod 16 for blocking the push device 12. The guide rail 2 has a switch touch point for closing and opening the air pipe and valve 13 on the upper and lower sides. The air pipe and valve 13 use the gravity of the water stone ball and the buoyancy of the air. guide The air pipe and valve 13 can be provided with multiple pipes as required. An umbrella-shaped object is arranged on the piston of the working cylinder barrel 6 to reduce the upward resistance of the object.

5. In the new energy zero-pollution power machine device according to the present invention, another mode of operation is characterized in that the water tank 1 is provided with guide rails 2 guide wheels 3 guide chains 4 steel frames 5 working cylinders 6 pistons 7 piston rods 8, the mouth of the working cylinders 6 faces upward, and when the working cylinders 6 are moving upward, the working cylinders 6 flip 180 degrees to the top, and the hemisphere of the piston rod 8 is locked by the lock 11 at the upper end, and the steel frame 5 and the working cylinders 6 automatically form a pulling relationship with the piston rod 8. After completing the water intake and exhaust work, the steel frame 5 moves downward to touch the lock switch 10 to release the piston rod 8, and the working cylinders 6 moves downward and automatically flips 180 degrees before continuing to move downward.

6. Any device that utilizes the weight of an object to compress gas into the object, utilizes the buoyancy of the object in the liquid, restrains each other, and works on each other to cause the object to move and do work, or uses this work as a power source or generates electricity, is within the scope of protection of the device of the present invention.

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