Anti-slip system realized by using anti-slip machine in ocean engineering

Abstract

The invention discloses an anti-slip system realized by using an anti-slip machine in ocean engineering. The edge of a ship or ocean engineering platform is provided with an eye bracket (9); a loose connecting rod (17) in an anti-slip mechanism is hung through the eye bracket; the back end of the anti-slip mechanism is provided with a hanging plate for hanging a ballast basket eye bracket (11) on a ballast basket (13); a load bearing object is arranged in the ballast basket; the anti-slip mechanism comprises first to fourth connecting rods of which the end parts are hinged on the anti-slip frame (10); and the first connecting rod (18) is hooked in a groove hole at the back end of the loose connecting rod, and is separated from the loose connecting rod through rotation around a hinged end under the action of gravity. In the invention, four-connecting-rod anti-slip is adopted for an anti-slip device, so that tensile force of 300 tons in maximum can be born, an anti-slip function can be controlled at any time as required, and launching of a ship or platform can be controlled effectively; and the anti-slip system has the advantages of safety, reliability, simple structure, light weight, convenience for operating and reasonable design.

Description

technical field [0001] The present invention relates to an anti-slip structure used in marine engineering such as hull construction and offshore platform construction, and more specifically relates to the arrangement of the anti-slip system. Background technique [0002] On the berth without anti-slip device, when the large-scale ships and offshore engineering drilling platforms are launched, the launching of the products is controlled by the method of artificial gas welding to cut the steel belt or blasting the steel belt. In this way, it is very dangerous to control the launching of ship products and marine engineering products, and the gas welding and cutting are not synchronized, resulting in uneven sliding force. Dust makes employees fear and stay away from the site to stop production. The blasted steel belts will cause damage to the outer plates of ships and offshore engineering drilling platform products; explosive cutting is also affected by the weather and cannot be...

AI Technical Summary

Problems solved by technology

In this way, it is very dangerous to control the launching of ship products and marine engineering products, and the gas welding and cutting are not synchronized, resulting in uneven sliding force. Dust makes employees fear and stay away from the site to stop production. The blasted steel belt will cause damage to the outer plates of ships and offshore engineering drilling platform products; explosive cutting is also affected by the weather and cannot be constructed in rainy days; explosive device installation All production activities must be stopped

There are certain unsafe factors in the artificial gas welding cutting and explosion steel belt to control the launching of ships and offshore engineering drilling platforms

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