Liquid Energy Power Plant

Abstract

Liquid energy power device is a new type of water wheel device, which can be used to generate electricity and drive ships. The main working principle of the liquid energy power device is: using "atmospheric pressure" to support a 76 cm high mercury column, and then obtaining kinetic energy through the change of liquid energy immersed in the liquid. "Atmospheric pressure" can be reused front and back, left and right, and can also be reused up and down. Its main medium is water and air, or any liquid and air. The main components of the liquid energy power device are: main cylinder, secondary cylinder, one-way valve, water outlet valve, air sealing valve, bracket, water storage tank, rotating impeller, transmission shaft and generator. Because "atmospheric pressure" can be reused, a large-scale combined liquid energy power device can be manufactured, which can be used to obtain a strong impulse and thus obtain powerful power.

Description

Technical Field

[0001] The present invention relates to a power device, in particular to a liquid energy power device, which is a new type of power equipment and can generate electricity. Background Art

[0002] At present, for hydroelectric power generation, first of all, the water needs a certain height difference, that is, the water has a certain potential energy. During the operation of the liquid energy generator, the water does not need a certain height difference, but uses "atmospheric pressure" to make the water have a certain potential energy, because the atmospheric pressure can support a 76 cm high mercury column.

[0003] Purpose of the invention:

[0004] The purpose of this invention is to convert "atmospheric pressure" into power, which can be used to generate electricity and drive ships.

[0005] Technical Solution

[0006] The present invention is implemented as follows: it is mainly composed of a barrel body and a tube body, the barrel body can be a column body or a platform body, if a column body is selected, a tube body is arranged in the column body, the lower end of the tube body is a certain distance away from the bottom surface of the column body, that is, the lower end of the tube is suspended in the column body, the upper end of the tube body is closed, an exhaust valve is arranged on the upper end, the height of the tube body is the same as the height of the column body (barrel body), a water outlet pipe is arranged below the tube body, the water outlet pipe passes through the barrel body, a water outlet valve is arranged on the water outlet pipe, a one-way valve that can be opened upward is arranged on the bottom of the barrel body, a bracket is arranged on the bottom surface of the barrel, the device is erected in a water storage tank, an overflow pipe is arranged on the water storage tank, and the water storage tank is filled with water. The water level in the box is added to the overflow pipe, and then water is added to the pipe through the water filling valve (drain valve). Since the lower end of the pipe is connected to the barrel body, water enters the entire barrel body. When the water level in the barrel reaches the top of the barrel, stop adding water, turn off the drain valve on the top of the pipe, and open the outlet valve. At this time, the water in the barrel body flows out from the outlet valve, and the water level in the entire barrel and the pipe drops to varying degrees. At this time, the water in the barrel body flows out from the outlet valve, and the water level in the entire barrel begins to drop. If the outflowing water is allowed to impact the rotating impeller, the impeller will start to move. If the impeller shaft is connected to a generator, the generator can generate electricity, thereby realizing the conversion of the potential energy of the liquid into kinetic energy.

[0007] Atmospheric pressure can be reused, so multiple sets of the same devices can be placed in a water storage system, with the bottom surfaces of each device connected to each other. No matter how many sets of devices there are, there is only one water outlet valve, one one-way valve and one impeller, which can be used to obtain greater power.

[0008] Beneficial effects:

[0009] By adopting the above scheme, the "atmospheric" and "liquid" energy can be converted into kinetic energy, thereby obtaining power. The device can be used to generate electricity and drive ships.

[0010] Description of the drawing: Figure 1 This is a working principle diagram of a liquid energy power device, in which (1) represents the main cylinder, (2) represents the secondary cylinder, (3) represents the one-way valve, (4) represents the water outlet valve (water filling valve), (5) represents the exhaust valve (air sealing valve), (6) represents the bracket, (7) represents the water storage tank, (8) represents the rotating impeller, (9) represents the generator, (10) represents the atmospheric pressure of the main cylinder liquid surface, (11) represents the atmospheric pressure of the liquid storage tank liquid surface, (12) represents the overflow pipe, (13) represents water, and (14) represents the transmission shaft (rotating shaft).

[0011] The best way to implement your invention:

[0012] First, the whole device is erected in the water tank (7) and the water level in the water tank is allowed to reach the overflow pipe (12). Then, the exhaust valve (5) is opened and water is added to the main cylinder (1) from the water inlet valve (4). Since the one-way valve (3) can only be opened upward, the water (13) in the cylinder will not fall into the water tank (7). When the water level in the cylinder reaches the top surface of the secondary cylinder (2), the exhaust valve (5) is closed and the water outlet valve (4) is opened. The water in the main cylinder (1) begins to drop and the water in the secondary cylinder also drops to varying degrees. When the water level in the main cylinder (1) drops to a certain height, it stops dropping. At this time, the "atmospheric pressure" (11) on the liquid surface of the water storage tank (7) pushes open the one-way valve (3), and the water in the water storage tank continuously enters the main cylinder (1) and continuously flows out from the water outlet valve (4). At this time, the water level in the secondary cylinder (2) will not drop because of the "head atmospheric pressure" (10) on the water surface of the main cylinder (1). If the outflowing water (13) is allowed to impact the rotating impeller (8), the impeller will rotate, and the impeller shaft (14) will be connected to the generator, and the generator can generate electricity, thereby realizing the conversion of the energy of liquid and gas into kinetic energy.

[0013] In order to obtain a greater impact force, a plurality of devices may be arranged in the water storage (7), with their bottom surfaces connected to each other and the upper openings of the secondary cylinders also connected. No matter how many devices are combined, there is only one exhaust valve (5), water outlet valve (4) and one-way valve (3).

[0014] In order to obtain a higher drop, a superimposed liquid energy power device can be manufactured, that is, the water from the first device is allowed to enter the water tank of the second device, and the water tank of the second device should be higher than the first.

[0015] The height of the second liquid power unit is smaller than that of the first one, but its cross-sectional area is larger than that of the first one. No matter how high the main cylinder (1) is, under the action of atmospheric pressure, its effective height will not exceed the height of one atmosphere, that is, the height of 76 cm of mercury column, making the device not only suitable for water, but also for any liquid.

Claims

1. A liquid energy power device, the main components of which are: a main cylinder (1), a secondary cylinder (2), a one-way valve (3), a water outlet valve (4), a gas sealing valve (5), a bracket (6), a water storage tank (7), a rotating impeller (8), a generator (9), the main cylinder liquid surface atmospheric pressure (10), the water storage tank liquid surface atmospheric pressure (11), an overflow pipe (12), water (13), and a rotating shaft (transmission shaft) (14).

2. The main features of the liquid energy power device according to the claim are as follows: the main cylinder (1) is a barrel, the secondary cylinder (2) is a tube, the secondary cylinder (2) is suspended in the main cylinder (1), the bottom of the main cylinder (1) is provided with a one-way valve (3) that can be opened, the top of the secondary cylinder (2) is closed, an exhaust valve (air sealing valve) (5) is provided on it, a drain valve (4) is provided below the secondary cylinder (2), the drain valve (4) passes through the main cylinder (1), a bracket (6) is provided at the bottom of the main cylinder (1), the whole device is placed in a water storage tank (7), the water (13) in the water storage tank reaches the overflow pipe (12), the exhaust valve (5) is opened, and water (3) is injected into the main cylinder (1) and the secondary cylinder (2) through the water outlet valve (water injection valve) (4). Since the cylinder (2) is suspended in the main cylinder (1), water (13) enters both cylinders, and when the water level reaches the top of the two cylinders, the water addition is stopped. When the exhaust valve (5) is closed and the water outlet valve (4) is opened, water (13) flows out from the water outlet valve (4), and the water levels in the main cylinder (1) and the secondary cylinder (2) decrease to different degrees. When the water level in the main cylinder (1) drops to a certain height, the "atmospheric pressure" (11) on the liquid surface of the water storage tank (7) pushes open the one-way valve (3) at the bottom of the main cylinder (1), and the water (13) in the water storage tank (7) continuously enters the main cylinder (1) and the secondary cylinder (2), and continuously flows out through the drain valve (4). The water (13) in the water storage tank (7) can continuously enter the main cylinder (1) and the secondary cylinder (2), mainly because there is "atmospheric pressure" (11) (10) on the liquid surface of the water storage tank (7) and the main cylinder (1). If the water (13) flowing out of the water outlet pipe (4) impacts the impeller (8), the impeller will move. If the impeller shaft (14) is connected to the generator (9), the generator (9) can generate electricity, thereby realizing the conversion of "atmospheric" pressure into power. Atmospheric pressure can be reused, so a combined liquid energy power device can be manufactured, which can generate powerful kinetic energy, generate electricity, and drive ships to travel.

3. The main features of the liquid energy power device according to claim 1: In the liquid storage tank (7), multiple liquid energy power devices can be arranged, and they are interconnected at the bottom surface, and the top surface of the secondary cylinder (2) is also interconnected. Only one exhaust valve (sealing valve) (5) is provided. No matter how many units are combined, they only have one check valve (3) and one drainage valve (water injection valve) (4). Not only can multiple units be arranged in parallel, but they can also be arranged in a stacked manner, that is, to allow the lower water to enter the higher liquid storage tank. The height of the higher liquid energy power device is smaller than the lower one, but its cross-section is larger than the lower one. The liquid energy power device is not only suitable for water (13), it is suitable for any liquid. No matter what liquid is used, its total height cannot exceed a mercury column of 76 cm.

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