KR200303870Y1 - Mobile air compression supply system by up and down action of buoyant cylinder using wind and wave - Google Patents

Abstract

[Technical field of invention]

Conventionally, in order to generate air by using compressed air, power has been used to generate power by using electric power or oil energy to compress air to use compressed air where it is needed.

Since it consumes electric power or oil energy, it exhausts diameter resources buried underground, it costs a lot of operating expenses, and it is the main cause of environmental pollution by exhaust gas when using engine to compress air. have.

In addition, since the system that drives this is fixed and used in a certain place, there is a closed end that cannot be moved to another place.

[purpose]

In this paper, as a means to solve this problem, in order to compress and use the air, the wind power of the waves which are infinite pollution-free energy of the air compression system without using the engine which consumes electric power or oil energy for driving this power , By using the shoulder, the air pressure supply system that does not incur the operating expenses and exhaust gas is composed and assembled and provided by the wind wave of the wave, characterized in that provided by the buoyancy cylinder up and down action To provide a mobile air compression system.

[Configuration] When the inside of the hollow piston (5) to bind the anchor 11 with the support rope (10) to lower the anchor 11 to the surface of the water to facilitate the fixing, anchor 11 when moving the system It is configured to facilitate the movement by pulling up, and the cylindrical cylinder (1) to which the buoyancy ring (2) is covered is covered on the upper side of the piston (5) in the hollow state, and the wind wave of the wave and the rocking of the surface The cylindrical cylinder (1) coupled to the buoyancy ring (2) is moved up and down, causing a change in the air pressure in the cylindrical cylinder inner space 21 to compress and supply air, characterized in that the structure is configured to give an excellent function Mobile air compression system by up and down action of wind wave of wave and buoyancy cylinder

[Effect] When the piston 5 inside the hollow state is bound with the anchor 11 by the support rope 10, the anchor 11 is lowered to the surface of the water to facilitate fixing, and the anchor 11 when moving the system. It is configured to facilitate the movement by pulling up, and the cylindrical cylinder (1) to which the buoyancy ring (2) is covered is covered on the upper side of the piston (5) in the hollow state, and the wind wave of the wave and the rocking of the surface The cylindrical cylinder (1) coupled to the buoyancy ring (2) is moved up and down, causing a change in the air pressure in the cylindrical cylinder inner space 21 to compress and supply air, characterized in that the structure is configured to give an excellent function It is effective to provide the mobile air compression system by the up and down action of the wind wave and the buoyancy cylinder using the shoulder.

Description

Mobile air compression supply system by up and down action of buoyant cylinder using wind and wave

In this paper, as a means to solve this problem, it is used to compress the air and use the power to drive it without the use of an engine that consumes electric power or oil energy. The wind wave, the buoyancy cylinder using the up-down and the up-and-down action of the wave, characterized in that the configuration of the original design of the air compression supply system that does not incur operating expenses and exhaust gas by using the shoulder to provide To provide an air compression system.

Conventionally, in order to generate air by using compressed air, power has been used to generate power by using electric power or oil energy to compress air to use compressed air where it is needed.

It consumes electric power and oil energy to drive this, so it depletes the oil resources buried underground, it costs a lot of operating expenses, and it is the main cause of environmental pollution by exhaust gas when engine is used to compress air. have.

Because of these harmful effects, air breakers can attenuate waves by blowing compressed air and raising many bubbles in the water to weaken the waves, but there are still air breakers that are in the experimental and research stage.

The present invention provides an air compression supply system by the up and down of the buoyancy cylinder using the wind and the wave as a means to solve the conventional problems, by compressing the air to eject the air to supply a lot of bubbles in the water Has an excellent effect of weakening the wave power

In addition, it provides the excellent air compression of the mobile air compression system by the up and down action of the wave and the buoyancy cylinder using the shoulders in this paper, compressing the air and supplying it to the air impeller to drive the generator coupled to the air impeller. It is possible to use infinitely energy-free infinite energy by generating electric energy by using it. When the system fixed by anchor 11 is moved to another place according to the purpose of use, the system fixed by anchor 11 is installed. When moving to another place according to the purpose of use, the anchor 11 is fixed to the system, which is fixedly installed, fixed and released from the fixed and unused function and structure to combine and use, there is an excellent effect of easy mobility.

In order to solve this problem, this paper aims to solve the waves of waves that are abundantly infinitely on the sea, the waves of waves due to repeated fluctuations of the waves, the water level of ships (23) and the waves of waves, and the number of ships of water The buoyancy ring (2) and the cylindrical cylinder (1), which are assembled by being trapped by the hollow piston (5) by using the water level gap of 24, move up and down according to the wind and wind, and the cylindrical cylinder inner space ( (21) is described as a structure that facilitates the change of the contraction and expansion, so that the change in air pressure is excellent, the system of this paper is to anchor the anchor (11) the piston support rope fixed ring ring (9) and the support rope (hollow state) 10) It is configured by connecting and anchoring the anchor 11 to the ground below the surface of the water and acting.When the system of this paper is moved to another place, it lifts the anchor 11 and releases it from fixed to unfixed. As in a free and easy movement of the structure and function to the system configuration described.

Figure 1 is a front view of this bill

2 is a perspective view of the present article

3 is a diagram showing the operation of introducing atmospheric air into the cylinder.

Figure 4 shows the operation of supplying air by compressing air in this paper.

※ Explanation of relief for the main parts of the drawings

One . Cylindrical cylinder

2 . Buoyancy ring

3. Rope engaging ring ring attached to a cylindrical cylinder

4 . Tensile rope

5. Hollow piston inside

6. Fluid

7. Rope coupling ring attached to the hollow piston

8 . Fluid Discharge Adjustment Right Cap

9. Piston support rope fixing ring with hollow inside

10. Support rope

11. anchor

12. Fluid Discharge Adjustment Left Cap

13. Internal hollow state

14. Cylinder moving rope ring

15. Compressed Air Blowoff System, Waste Jack Valve

16. Air pressure expansion tank

17. Compressed air outlet

18. Piston Moving Rope Ring Ring

19. Atmospheric Air Suction System, Waste Jackjack

20. Atmospheric Air Intake

21. Cylindrical Cylinder Inner Space

22. The clearance between the piston and cylindrical cylinder with hollow inside

23. Wave Drift, Balance of Water

24. Wandering waves, water level of ship

: Air flow direction

First, the piston (5) inside the hollow state to form a piston moving rope ring (18) to facilitate the assembly movement, easy to move to the heavy equipment when combined with the system, and to form the inner hollow state (13) Configure buoyancy to act in the inner hollow state (13) to form a buoyancy acting in the water surface to form a buoyancy in the piston support rope retaining ring ring (9) with an anchor (11) as an anchor (11) ) And drop onto the surface of the water to settle the piston (5) in the hollow inside, and the anchor (11) is easy to fix so as to touch the ground below the surface.

Thus, as shown in the drawing illustrated in FIG. 3 (a), the piston 5, which is hollow inside, drops below the surface of the wave, the level of the ship, and the water level vessel 23, as shown in FIG. It is fixed by the anchor 11 vertically.

second . Open the fluid discharge adjustment right cap 8 and the fluid discharge adjustment left cap 12 formed in the hollow piston (5) and inflow the fluid (6) in an appropriate amount to close the cap to close the fluid (6). The piston 5, which is confined to the phosphorus piston 5, is hollow so that the restoring force vertically always excels by the weight of the fluid 6 so as to function.

third . A buoyant ring (2) and a cylinder moving rope ring (14) are coupled to a hollow piston (5) fixed vertically toward the water surface to cover the cylindrical cylinder (1), which can be moved by heavy equipment during assembly. Put the rope coupling ring ring (3) attached to the cylindrical cylinder and the rope coupling ring ring (7) attached to the piston in the hollow state by connecting with the rope (4) of tension force, The piston (5) and the cylindrical cylinder which are hollowed out by the rough wind and the shoulder when the cylindrical cylinder (1) is compressed and expanded while the cylindrical cylinder (1) is acting up and down by being affected by the up and down action. (1) is disassembled so as not to be separated, and the inside of the hollow piston and the cylinder 22 of the cylindrical cylinder is given, freely reciprocating action when the cylindrical cylinder (1) acts up and down freely between the clearance.The luer configuration such that it was functional.

fourth . The weight of the buoyancy ring (21 combined cylindrical cylinder (1) is lowered in the direction of gravity pulling under the influence of the wind and the wave of the wave, and moves along the wind and the water level vessel 24 of the wave) As the inner space 21 decreases, the air pressure density is changed to compress the air to open the compressed air ejection system and the closed jack valve 15, and the air flow direction. It moves to the air pressure expansion tank (16) while passing through the air pressure expansion to the compressed air outlet (17) to provide a structure that provides an excellent effect to control the uniformity, and also acts as a wind wave, water level of the wave When the water level rises to the position of the shipbuilding 21, the cylindrical cylinder (1) to which the buoyancy ring (2) is coupled under the influence of the wind and wave of the wave is buoyant by the buoyancy ring (2), As the space area of the cylindrical cylinder inner space 21 increases as the level of water level ship 23 increases, the atmospheric pressure outside the cylindrical cylinder 1 flows into the atmospheric air intake 20 so that the air pressure density changes. In addition, the closed jackbalb 19 is opened and sucked into the cylindrical cylinder inner space 21 so that the atmospheric air is filled with water. This action is carried out by using the water gap between the wind and the wave of the wave. Thus, the cylindrical cylinder (1) is composed of a stroke of suction, compression and ejection while acting up and down against the piston (5) inside the hollow state, characterized in that the wind of the wave, the buoyancy cylinder using the phase, Movable Air Compression System

First, by forming a piston moving rope ring ring (18) in the piston (5) in the hollow state to facilitate the assembly movement by easy to heavy equipment when the system, when combined, and to form the inner hollow state (13) Configure buoyancy to act in the inner hollow state (13) to form a buoyancy acting in the water surface to form a buoyancy in the piston support rope retaining ring ring (9) with an anchor (11) as an anchor (11) ) And drop onto the surface of the water to settle the piston (5) in the hollow inside, and the anchor (11) is easy to fix so as to touch the ground below the surface.

Thus, as shown in the drawing illustrated in FIG. 3A, the piston 5, which is hollow inside, is dropped below the surface of the wave, the level of the ship, and the water level vessel 23, as shown in FIG. There is an effect of providing a mobile air compression supply system by the up and down action of the buoyancy cylinder using the wind and the wave, characterized in that it is fixed by the anchor (11) vertically.

second . Open the fluid discharge adjustment right cap 8 and the fluid discharge adjustment left cap 12 formed in the hollow piston (5) and inflow the fluid (6) in an appropriate amount to close the cap to close the fluid (6). The buoyancy cylinder using the wind and the wave of the wave, characterized in that the piston (5) inside the hollow state (5) is constructed so that the restoring force is always excellent vertically due to the weight of the fluid (6) There is an effect to provide a mobile air compression supply system by the up, down action.

third . The buoyant ring (2) and the cylinder moving rope ring ring (14) are coupled to the hollow in-piston (5) and temporarily fixed vertically toward the water surface. The rope coupling ring ring (3), which is covered and attached to the cylindrical cylinder, and the rope coupling ring ring (7) attached to the piston which is hollow inside, are connected to each other by a rope having a tensile force and constituted by the wind wave When the cylindrical cylinder (1) is affected by the up and down action of the cylinder, the piston (5) and the cylinder inside are hollowed by the coarse wind and the shoulder when the cylindrical cylinder inner space 21 is compressed and expanded. The cylinder 1 is disassembled so that it is not detached and the piston 22 in the hollow state and the clearance 22 of the cylindrical cylinder are given, allowing water to flow freely and lubricating easily when the cylindrical cylinder 1 acts up and down. To be formed by the buoyancy of the cylinder using a storm, swell of the waves, comprising a step of working, it is effective to provide a portable compressed air supply system according to the action.

fourth . The weight of the cylindrical cylinder (1) coupled with the buoyancy ring (2) is lowered in the direction of gravity pulling under the influence of the wind and the wave of the wave, and moves along the wind and the water level vessel (24) of the wave. As the inner space of the cylinder 21 becomes smaller, the air pressure density is changed to compress the air to open the compressed air ejection system and the closed jack valve 15 to open the air flow direction. It moves to the air pressure expansion tank (16) while passing through the air pressure expansion to the compressed air outlet (17) to provide a structure that provides an excellent effect to control the uniformity, and also acts as a wind wave, water level of the wave When the water level rises to the position of the shipbuilding 21, the cylindrical cylinder (1) to which the buoyancy ring (2) is coupled under the influence of the wind and wave of the wave is buoyant by the buoyancy ring (2), As the space area of the cylindrical cylinder inner space 21 increases as the level of water level ship 23 increases, the atmospheric pressure outside the cylindrical cylinder 1 flows into the atmospheric air intake 20 so that the air pressure density changes. Open the jack jack valve 19 and suck it into the cylindrical cylinder inner space 21 so that the action of filling the air is excellent. This action is carried out by using the water gap of the waves and the fluctuations of the waves. Thus, the cylindrical cylinder (1) is composed of a stroke of suction, compression and ejection while acting up and down against the piston (5) inside the hollow state, characterized in that the wind of the wave, the buoyancy cylinder using the phase, There is an effect to provide a mobile air compression supply system by the up and down action of the buoyant cylinder using the wind and the wave, characterized by the mobile air compression system by the lower action.

Claims (4)

A piston moving rope ring ring 18 is formed in the piston 5 in the hollow state and the support rope 10 is coupled to the anchor 11 in the piston support rope fixing ring ring 9 in the hollow state. Drop the water level of the vessel, the water level of the ship (23) is dropped below the surface of the piston (5) inside the hollow state by the anchor (11) vertically by the buoyancy toward the water surface to fix the wind wave of the wave, As the cylinder cylinder inner space 21 decreases as it moves along with the shipbuilding 34, the air pressure density is changed to compress the air to open the compressed air ejection system, the closed jack valve 15, and the air flow direction ( To move the air pressure expansion tank (16) while providing a structure that provides an excellent effect to uniformly regulate the amount of air blown out through the compressed air outlet (17), and acts as a wind and wave of water 21) When the water level is elevated, the cylindrical cylinder (1) combined with the buoyancy ring (2) is affected by the wind and wave of the wave. As the space area of the cylindrical cylinder inner space 21 reaches (23), the air pressure density changes as the space area of the cylindrical cylinder increases, so that the negative air of the cylindrical cylinder (1) flows into the atmospheric air intake port (20). It is designed as a structure that acts to open the jack-valve 19 and suck it into the cylindrical cylinder inner space 21 to compress and supply the atmospheric air to fill it. Mobile air compression supply system by up and down action of wave wind and buoyancy cylinder using According to claim 1 While moving along the wind wave of the wave and the water level low ship 34 of the vessel, the cylindrical cylinder inner space 21 decreases and the air pressure density is changed to compress the air to open the compressed air ejection system and the closed jack valve 15. Air flow direction ) And act as a structure that provides an excellent effect to uniformly control the amount of air blown out through the compressed air jet port 17 while passing through the air pressure expansion tank 16 and acts as a wind wave of the wave, water level of ship 21) When the water level is elevated, the cylindrical cylinder (1) combined with the buoyancy ring (2) is affected by the wind and wave of the wave. As the space area of the cylindrical cylinder inner space 21 reaches (23), the air pressure density changes and the atmospheric air from the negative portion of the cylindrical cylinder (1) flows into the atmospheric air intake opening (20). Open the jackvalve 19 and inhale into the cylindrical cylinder inner space 21 to fill the atmospheric air, and the inside of the hollow piston (5), the fluid discharge adjustment right cap 8 and the fluid discharge adjustment left cap Open 12 Restoring force in which the fluid (6) is introduced in an appropriate amount to close the cap to trap the fluid (6) inside the hollow piston (5) so that the hollow piston (5) is always vertically directed by the weight of the fluid (6). Portable air compression supply system by up and down action of buoyant cylinder using wave and wind wave In accordance with claim 2 The buoyancy ring (2) and the cylinder moving rope ring ring (14) are coupled to the hollow piston (5) fixed vertically toward the water surface to cover the cylindrical cylinder (1) that can be moved by heavy equipment during assembly. Put the rope coupling ring ring (3) attached to the cylindrical cylinder and the rope coupling ring ring (7) attached to the piston in the hollow state with the rope (4) of tension force, As the cylindrical cylinder 1 moves up and down under the influence of the up and down action, it moves along the wind wave of the wave and the water level basin 34 of the shoulder, and the cylindrical cylinder inner space 21 decreases, thereby changing the air pressure density. To compress the air, open the compressed air blow-out system, and open the jack jack valve (15). To move the air pressure expansion tank (16) while providing a structure that provides an excellent effect to uniformly regulate the amount of air blown out through the compressed air outlet (17), and acts as a wind and wave of water 21) When the water level is elevated, the cylindrical cylinder (1) combined with the buoyancy ring (2) is affected by the wind and wave of the wave. As the space area of the cylindrical cylinder inner space 21 reaches (23), the air pressure density changes as the space area of the cylindrical cylinder increases, so that the negative air of the cylindrical cylinder (1) flows into the atmospheric air intake port (20). Open the jackvalve 19 and inhale into the cylindrical cylinder inner space 21 to fill the atmospheric air, thereby compressing and expanding the cylindrical cylinder inner space 21, a piece whose interior is hollowed by coarse wind and springs. The ton 5 and the cylindrical cylinder 1 are disassembled so as not to be separated, and the piston 22 in the hollow state and the clearance 22 of the cylindrical cylinder are given, so that water flows freely between the clearances. The mobile air compression supply system by the up and down action of the buoyant cylinder using the wind and wave of the wave, characterized in that configured to act to lubricate excellently when the lower action In accordance with claim 3 The weight of the cylindrical cylinder (1) coupled with the buoyancy ring (2) is lowered in the direction of gravity pulling under the influence of the wind and the wave, moving along the wind and the water level vessel 24 of the wave As the inner space of the cylinder 21 decreases, the air pressure density is changed to compress the air to open the compressed air ejection system and the closed jackbalb 15, thereby preventing air flow. ) To provide an excellent effect to uniformly control the amount of air blown out through the compressed air jet port (17) via the air pressure expansion tank (16). When the water level is elevated, the cylindrical cylinder (1) combined with the buoyancy ring (2) is influenced by the buoyancy ring (2) and the buoyancy ring (2) is buoyant. As the space area of the cylindrical cylinder 21 increases, the air pressure density changes, and the atmospheric air in the negative portion of the cylindrical cylinder 1 flows into the atmospheric air intake 20 and reaches the atmospheric air suction. The system is configured to open the closed jack-valve 19 and suck it into the cylindrical cylinder inner space 21 so that the atmospheric air is filled with water. The upper part of the buoyant cylinder using the wind and the wave, characterized in that the cylindrical cylinder (1) by acting up and down against the piston (5) inside the hollow state, consisting of a stroke, suction, compression ejection stroke , Mobile air compression system