RU14909U1 - DEVICE FOR MOVING A SHIP ON A WAVE - WAVE MOTOR - Google Patents

Abstract

ESSAY

A device for moving a ship on a wave is a mover that does not consume traditional energy sources. It can be used both as the main means for the vessel to move during unrest in a pond, and as an extension on ships equipped with modern engines to save fuel.

The DEVICE is a tank with a reverse clan and a pipe line. It differs from existing devices in that the tank is open at the top, and the check valve is located in its lower part, the tank is installed in the bow of the vessel, and the pipe runs along the entire vessel below the waterline and opens iodine with water in the stern of the vessel.

To increase the speed of water flowing out of the tank but to the piping, which determines the speed of the vessel during unrest, the height of the tank can be increased by narrowing its diameter in the upper part or by choking narrowing the outlet of the piping. To use the energy of waves directed into the side of the ship, wave propulsors can be installed on board the ship.

Description

DEVICE FOR SHIP MOVEMENT ON WAVE The device is designed to ensure the movement of the ship in the aquatic environment and is a mover that does not consume traditional energy sources. It can be used both as the main means for the movement of the vessel during waves in a pond, and as an extension on ships equipped with joint engines to save fuel.,

A device for lifting the surface of a body of water from a depth is known (Auth. Witness USSR, n 1314989, A 1, 1987), using wave energy, which is a wave pump, which is a pipe mounted on a smelter, the upper part of which is equipped with a check valve. Like in a pond, when the device moves upward, due to the presence of a valve, water from the lower horizon rises upward through the pipe and pours out into the surface layer of the pond, or can be poured into the reservoir above the surface of the pond.

A device for moving a ship on a wave — a wave propulsion device (FIG. 1) is a reservoir open at the top - (1), the lower end of which is equipped with a check valve (2) that allows water from the reservoir to enter the reservoir and obstructs 1 | I pour water from it. A pipeline (3) is connected to the bottom of the tank. The reservoir of the device is located in the bow of the judge, experiencing the greatest amplitude of vertical oscillations during pitching. The pipeline from the reservoir runs along the entire vessel below the waterline and opens in the stern of the vessel under water.

The operation of the wave propulsion is as follows (Fig. 2 a, b). If there is no disturbance in the water body, the lower part of the tank and the pipeline, located below the judge's waterline, will flood with water. When the bow of the vessel with the reservoir of the device (I) is emitted into the hollow between the waves (Figure 2 a), the clan (2) opens in its lower part and water enters the reservoir, filling it, trying to reach (according to the law of communicating vessels) the surface level pond. When the reservoir of the device (1) and the wave crest is lifted (Fig. 2 b), the valve of the device (2) closes and the water filling the reservoir above the surface level of the reservoir is poured from it down into the reservoir and pipe line (3) from the stern of the vessel. Water jet exiting the tank

- WAVE ENGINE.

Nshenichny BL1,

devices through the pipeline from the stern of the vessel,; pushing away from the still water of the reservoir, provides translational movement of the vessel,

The speed of the judge, which is secured by a wave propulsion device, depended both on the height and period of the waves and on the characteristics of the vessel, and on the design features of the device. The larger the volume of water accumulated in the tank when the ship is swinging on the waves and the more its level will be compared to the water level in the reservoir, the faster the water will flow out through the pipeline, providing the patient with a sick speed.

An increase in the speed of water flowing out of the reservoir can be achieved by increasing the height of the reservoir, which is advisable by narrowing its diameter in the upper part. An increase in the rate of outflow of water from the pipework can be achieved by narrowing its opening.

It can be suggested that the proposed wave propulsion device using will energy during keel pitching can provide the ship with a fairly wide range of ship courses relative to the wave front. To use the energy of the waves directed to the side of the ship, it is advisable to install volitional movers on both sides of the ship, experiencing the greatest amplitude of vertical oscillations during rolling. In this case, pipelines from the reservoirs of the devices can be opened from the stern of the vessel by a common channel.

Claims (4)

1. A device for moving a vessel on a wave is a wave propulsion device consisting of a tank with a non-return valve and a pipeline, characterized in that the tank is open at the top and its lower end is equipped with a non-return valve, the tank being installed in the bow of the vessel and the pipeline runs along the whole the vessel below the waterline and opens at the stern of the vessel under water.  2. The device according to claim 1, characterized in that the height of the tank is increased by narrowing its diameter in the upper part.  3. The device according to p. 1 or 2, characterized in that the outlet opening of the pipeline is narrowed. 4. The device according to claim 1, or 2, or 3, characterized in that the wave propulsors are installed on the sides of the vessel.