Device for driving pneumatic motor by inflating air bellows for stabilizing ship

Abstract

The invention discloses a device for driving a pneumatic motor by inflating air bellows for stabilizing a ship. The device comprises a ship body, two inflating devices and the pneumatic motor; the twosides of the ship body are each provided with one inflating device, the inflating devices are connected with the pneumatic motor through pipelines, and the pneumatic motor is mounted in the ship body. Each inflating device comprises the air bellow, a swing plate and an air outlet pipe fixing plate, the inner end of the swing plate is hinged to the side wall of the ship body, the two sides of theair bellow are mounted on the swing plate and the air outlet pipe fixing plate respectively, an air outlet hole is formed in the air outlet pipe fixing plate, and the air outlet hole in the air outletpipe fixing plate is connected with the pneumatic motor through a pipeline; An air inlet hole is formed in each air outlet pipe fixing plate or each air bellow. Due to the fact that the inflating devices with the height and the angle capable of being adjusted vertically are mounted on the two sides of the ship body, the air bellows mounted on the two sides of the ship body can drive the pneumaticmotor to act, the pneumatic motor drive a generator set to generate electricity or drive propellers to sail the ship, shaking of the ship can be reduced, and electricity can be generated for operation and life on the ship.

Description

technical field [0001] The invention relates to the technical field of ships, in particular to a device that can be used to inflate a stable bellows of a ship to drive an air motor. Background technique [0002] When a ship is driving on the water or moored, it is inevitable that it will be beaten by waves and blown by the wind, resulting in unexpected movement and swaying. Among them, due to the factor of the length and width of the ship, the roll will be very significant on the ship, except It is easy to cause seasickness of the people on board, and it will also cause displacement or dumping of the cargo on the ship, which will affect the safety of the ship's navigation. Therefore, a variety of ship stabilization devices have been developed. However, the anti-rolling water tank will occupy a large cabin space, resulting in a reduction in the cargo capacity of the ship, and the stabilizer will form resistance, resulting in a reduction in the speed of the ship, so there are ...

AI Technical Summary

Problems solved by technology

[0002] When a ship is driving on the water or moored, it is inevitable that it will be beaten by waves and blown by the wind, resulting in unexpected movement and swaying. Among them, due to the factor of the length and width of the ship, the roll will be very significant on the ship, except It is easy to cause seasickness of the people on board, and it will also cause displacement or dumping of the cargo on the ship, which will affect the safety of the ship's navigation. Therefore, a variety of ship stabilization devices have been developed. However, the anti-rolling water tank will occupy a large cabin space, resulting in a reduction in the cargo capacity of the ship, and the stabilizer will form resistance, resulting in a reduction in the speed of the ship, so there are many limitations in use.

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