RU199981U1 - Floating carrier platform - Google Patents

Abstract

The proposed useful model of the device of a floating load-bearing lightweight platform, consisting of bent sections of galvanized profiled sheet with smooth sheet plates, solves the following problems: - increased bearing capacity due to the length of the profiled sheet sections determined by calculation; - reduction of wave impact due to the depth of the underwater part; - buoyancy by filling the honeycomb cells with polystyrene concrete; - anti-corrosion due to the use of galvanized materials; - strength and tightness of butt joints due to the coating of joints with epoxy resin; - ease of assembly operations; - use of the upper deck to accommodate runways, greenhouses, buildings and structures for various purposes; - creation of internal spaces due to the length of the sections of the profiled sheet. The composition of the device: - honeycomb cells made of bent sections of galvanized profiled sheet and shelves made of smooth galvanized sheet; - connecting elements of walls with shelves To reduce the influence of high wave crests, a triangular protective wall is made along the platform contour. If necessary, due to the height of the honeycomb cells, rooms are created in the inner space of the platform.

Description

The proposed utility model of a floating, supporting lightweight platform consists of honeycomb cells made of bent sections of galvanized sheet with plates of smooth galvanized steel sheet filled with polystyrene concrete with a bulk density of 150 kg / m3.

The mating of the plates and walls is performed using fittings. All contact joints are bonded with epoxy resin.

Vehicle tier:

The complex of floating structures (airfields, greenhouses, civilian objects) includes a surface horizontal platform, supporting vertical cylindrical hollow columns with pontoons and a special anchor system.

The platform serves to accommodate buildings, structures, runways. The pontoons are buried in order to reduce wave effects, and the platform is raised on columns above the crests of the highest waves.

Considering patent No. 2545140 as an analogue, the use of reinforced concrete bulkheads united by stiffening ribs (frames and stringers) with the creation of a multi-tiered platform using the upper deck and internal space is established.

The structure is floating and can be towed and independently transported. The closest is the analogue of patent No. 196584, in which the floating slab consists of square blocks filled with polystyrene concrete with a bulk density of 150 kg / m3, made of sections of galvanized profiled sheet, connected by docking corner elements with interconnection by gaskets made of fiberglass impregnated with epoxy resin.

The difference between the proposed utility model is:

- the device of the upper and lower plates of the honeycomb structure made of galvanized sheet steel through the connecting patch elements at the ends of the honeycomb cells;

- the absence of connecting corner elements in the corner joints due to the use of curved shelves, which greatly simplifies the assembly of honeycomb cells;

- no need for fiberglass gaskets;

- the ability to create a platform with internal space.

The technical result of the proposed utility model:

Creation of a honeycomb supporting floating platform from bent sections of galvanized profiled sheet and upper and lower plates from smooth galvanized sheet, with the possibility of creating an internal space.

The task of the technical result when using:

Arrangement of a supporting floating platform for runways, placement of greenhouses, buildings and structures.

Characteristics of the utility model.

The proposed utility model of the device of a floating carrier lightweight platform consists of the following elements:

- honeycomb cells, made up of pieces of galvanized profiled sheet;

- top and bottom plate made of smooth galvanized steel sheet;

- connecting overhead elements for joining walls with shelves;

- filling of honeycomb cells with polystyrene concrete with a bulk density of 150 kg / m3;

- coating all butt joints with epoxy resin.

Implementation of the utility model

The use of the proposed utility model is possible when placing on the water surface of any seas and reservoirs of runways, greenhouses, buildings and structures for various purposes.

Blueprints:

Figure 1 shows a plan and section of a platform consisting of:

- pos. 1 - cell cells;

- pos. 2 - protective wall;

Figure 2 - depicts a cell, consisting of:

- pos. 3 - bent section of profiled sheet;

- pos. 4 - top and bottom plates made of smooth galvanized sheet;

- pos. 5 - connecting elements of the walls with plates;

- pos. 6 - stationary anchors.

Figure 3 - shows a perspective view of the connecting element pos. five.

Claims (1)

A floating supporting platform, characterized by the fact that it is formed by honeycomb cells made of bent sections of galvanized profiled sheet, and upper and lower plates of galvanized smooth sheet, connected to the walls of the cells by means of overhead elements at the ends of the cells, while the joints are made using epoxy resin, and the cells are filled with polystyrene concrete with a bulk density of 150 kg / m ³ .

Images