A mechanical device for ship falling into water rescue

Abstract

The invention discloses a mechanical device for ship drowning rescue, which comprises a device shell, a positioning mechanism, an operating lever, a horizontal wheel, a device door, an acceleration mechanism, a rotation adjustment mechanism and a clamping launch mechanism, and the top of the device shell is fixedly connected to the positioning mechanism At the bottom, the left side of the device casing is fixedly connected to one end of the operating rod, the left side of the bottom of the device casing is fixedly connected to the acceleration mechanism, and the bottom of the device casing is fixedly connected to the top of the rotation adjustment mechanism near the acceleration mechanism. The ship drowning rescue mechanical device can put the lifebuoy into the device through the device door through the lifebuoy provided by the set lifebuoy, close the device door, press the switch, the positioning mechanism will position the lifebuoy between it and the acceleration mechanism, The acceleration mechanism rotates and accelerates the lifebuoy, the positioning mechanism touches and positions, and the clamping launch mechanism quickly throws the lifebuoy out, which can effectively roar the lifebuoy into the water and solve the weakness of insufficient manpower.

Description

technical field [0001] The invention relates to the technical field of rescue machinery, in particular to a ship-overboard rescue mechanical device. Background technique [0002] Lifebuoy refers to a kind of water lifesaving equipment, usually made of cork, foam plastic or other light materials with small specific gravity, and covered with canvas, plastic and so on. Life buoys for swimming practice can also be made of rubber and filled with air, also known as rubber rings. The exterior color of the lifebuoy should be orange-red without color difference. The surface of the lifebuoy should be free of bumps and cracks. Four equally spaced positions along the circumference of the lifebuoy should be surrounded by retroreflective tape with a width of 50 mm. The lifebuoy should be resistant to high and low temperatures, without shrinkage, rupture, expansion, or decomposition. After the lifebuoy is dropped from the specified height, there should be no cracking or breaking. The ...

AI Technical Summary

Problems solved by technology

[0003] After the existing ship personnel fall into the water, they need to go into the water for rescue, but before the rescue, they will throw the lifebuoy to the person who fell into the water. However, the manpower is limited after all. Under the influence of various factors on the water surface, the lifebuoy may not be thrown accurately and powerfully. People who fall into the water may endanger the life safety and health of the people who fall into the water to a certain extent, so it is urgent to invent a mechanical device for ship falling into the water

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