FIELD: shipbuilding.
SUBSTANCE: invention relates to the field of shipbuilding, in particular to floating platforms consisting of modules made of plastic material. Proposed platform contains buoyancy modules connected by fastening elements, each consisting of a hollow plastic elongated, at least double hull formed by sides with vertical projections and corresponding vertical depressions, upper and lower horizontal faces and having four extreme eyelets located on vertical ribs and at least one central eyelet on each of its two elongated sides, in this case, one central eyelet of each buoyancy module of one of the two extreme rows and one of central eyelets of each buoyancy module of the intermediate row are each fastened with a corresponding fastening element with one of the corresponding extreme eyelets of at least one of the two adjacent contacting elongated sides of the buoyancy modules, and one central eyelet of each buoyancy module of the other from the extreme rows and the other from the central eyelets of each buoyancy module of the intermediate row are each fastened by a corresponding fastening element with one of the corresponding extreme eyelets of at least one of the two adjacent contacting elongated sides of the buoyancy modules, with one of the corresponding extreme eyelets of at least one of the two adjacent buoyancy modules contacting the horizontal faces of the adjacent layer and with one of the corresponding central eyelets of the corresponding adjacent buoyancy module contacting the edges of the adjacent layer.
EFFECT: invention is aimed to increase strength and rigidity of the platform under wave loads, increasing the buoyancy and load capacity of the platform under vertical loads, as well as increasing its reliability by reducing risk of damage to eyelets due to reduced load on joints.
1 cl, 5 dwg
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Authors
Dates
2021-10-26—Published
2021-05-26—Filed