RU197915U1 - Dismountable, portable frame-awning construction - Google Patents

Abstract

The utility model relates to collapsible portable frame tent structures. The collapsible portable frame-tent structure for temporary residence with a plumbing and kitchen unit is made of an aluminum element of rectangular cross section connected by structural fastening nodes, the frame of which consists of cells for placing a finished floor module in them, and the roof structure is a two-level tent system, forming an air gap. The technical result is to increase the strength and durability of the structure. 5 ill.

Description

This utility model relates to collapsible portable frame tent structures.

The design can be used for tourism, recreation and temporary residence in conditions of maximum comfort, including in cases of force majeure.

Maximum comfort is ensured by the presence in the design of a ready-made built-in plumbing and kitchen unit, while it is provided for its connection to external sources of water and electricity supply and sewer systems, as well as to an individual lighting system and telecommunications.

The inventive utility model is industrially applicable.

From the field of technology known inventions:

- RF patent №2648569, "Collapsible self-assembled design",

- application RU No. 2003103480, "Collapsible spatial closed construction",

- application RU No. 2013142817, "Collapsible frame construction",

- application RU No. 2012142943, "Collapsible design",

- Application RU No. 201116081, Method for the formation of collapsible structures. "

The advantages of this design are:

- the use of modules for floor mounting, which allows you to create various, almost unlimited design options, and also reduces the cost and simplifies the process of installation, dismantling and transportation,

- the implementation of the floor modules of bakelizirovannogo plywood, and filling it with a highly efficient heat-insulating material made by extrusion of general purpose polystyrene, prevents the penetration of moisture,

- the implementation of the supporting structure from an aluminum frame, providing increased strength, maximum bending and torsion loads, simplifies installation, dismantling, which increases the service life. The frame can be used in various climatic conditions and allows you to diversify the finish,

- the use of an energy-efficient two-level tent system with an air gap provides increased moisture resistance, thereby increasing durability,

- the availability of a ready-made built-in plumbing and kitchen unit with the ability to connect it to external sources of water and electricity and sewer systems, as well as to an individual lighting system and telecommunications,

- the presence of a ramp with a special mount for people with disabilities,

- the presence of special structural assemblies of the structure, increasing the strength and reliability of the connection of aluminum structural parts, and allowing installation without additional effort and the use of special tools. Special mounts are not the subject of this application.

The objective of this utility model is to increase the strength and durability of the structure.

This problem is solved using the roof structure, which is a two-level tent system with an air gap that provides natural ventilation and increases moisture resistance.

In addition, the implementation of floor modules made of bakelized plywood, and filling it with highly efficient heat-insulating material made by extrusion of general purpose polystyrene, prevents the penetration of moisture.

The inventive utility model is a collapsible portable frame-tent structure designed for temporary residence, consisting of a frame assembled from an aluminum element of rectangular cross section, a roof, which is a two-level tent system, a modular floor and a finished plumbing and kitchen unit with the necessary equipment.

The supporting frame of the structure is made of aluminum elements of rectangular cross section, which are connected by specially designed structural fasteners made of cold rolled steel, into which aluminum elements of the racks are fixed, fixed by screws.

The lower part of the structure is a cellular supporting frame assembled from an aluminum element of rectangular cross section, the linear elements and lintels of which form the cells of the frame, into the special grooves of which ready-made floor modules of the appropriate size are inserted, thus forming a finish floor covering.

The floor modules are made of bakelized plywood, and are filled with highly efficient thermal insulation material made by extrusion of general purpose polystyrene, which prevents the penetration of moisture. The floor modules can be coated with any decorative floor material.

The roof of the structure is a two-level tent system with an air gap and consists of an external tent made of fire - and a bioprotective material with increased moisture resistance, and stretched onto the frame by means of stretch marks, and an internal tent made of breathable fabric, and acting as the walls and ceiling of the living room . An air gap is created between the awnings, which serves as natural ventilation.

The assembly of the structure begins with the assembly of its lower part, which is a cellular supporting frame made of linear elements and jumpers made of an aluminum element of rectangular cross section, fixed with structural fasteners, and forming the frame cells, into the grooves of which ready-made floor modules are inserted.

In the attachment points of the supporting frame, vertical racks from an aluminum element of rectangular cross section are inserted and fixed with a screw, along the upper part of which, using the attachment points, are installed, made of an aluminum element of a rectangular village, the bridges of the upper trim for the inner awning.

Using structural fasteners fixed in the upper part of the uprights, a roof frame made of an aluminum element of rectangular cross section is installed.

The assembly of the structure is completed by installing an internal awning forming the walls and ceiling of the living room and an external awning forming the roof.

The following is a list of the attached drawings.

FIG. 1 - - General view of the structure, where

1 - aluminum element of rectangular cross section,

2 - supporting frame

4 - floor module inside the cell frame,

6 - structural mount,

8 - plumbing and kitchen unit

12 - ramp.

FIG. 2 - General view of the floor assembly, where

1 - aluminum element of rectangular cross section,

2 - supporting frame

3 - cells of the supporting frame,

5 - groove for placing the floor module in the cell of the supporting frame.

6 - structural mount,

7 - mount for the ramp.

FIG. 3 - a general view of the floor during the assembly process, where

1 - aluminum element of rectangular cross section,

2 - supporting frame

3 - cells of the supporting frame,

4 - floor module,

5 - groove for placing the floor module in the cell of the supporting frame.

6 - structural mount,

7 - mount for the ramp.

FIG. 4 - a General view of the frame structure with vertical uprights and strapping under the inner awning, where

2 - supporting frame

4 - floor module,

6 - structural mount,

7 - mount for the ramp.

9 - a vertical stand of an aluminum element of rectangular cross section,

10 - upper harness made of aluminum elements of rectangular cross section under the inner awning

FIG. 5 - frame design assembly, where

4 - floor module,

6 - structural mount,

7 - mount for the ramp,

10 - upper harness made of aluminum elements of rectangular cross section under the inner awning,

11 - roof frame

The following is a description of a utility model with reference to the attached drawings.

A collapsible tent structure with a plumbing and kitchen unit 8 (Fig. 1) consists of a supporting frame 2 (Fig. 1, Fig. 2, Fig. 3, Fig. 4) with special mounts 7 (Fig. 2, Fig. 3 , Fig. 4) for a ramp 12 (Fig. 1), assembled from an aluminum element of rectangular cross-section 1 (Fig. 1, Fig. 2, Fig. 3), fastened by structural fasteners 6 (Fig. 1, Fig. 2, Fig 3, Fig. 4, Fig. 5), the linear elements and jumpers of which form cells 3 (Fig. 1, Fig. 2, Fig. 3) with grooves 5 (Fig. 1, Fig. 2, Fig. 3, Fig. designed to accommodate the finished floor module 4 (Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5), vertical posts of an aluminum element of rectangular cross section 9 (Fig. 4), on the upper part of which using structural attachment points 6 (Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5) are installed made of aluminum element of rectangular cross-section of the jumper of the upper strapping 10 (Fig. 4, Fig. 5) under the inner tent, and made of aluminum element pr cross section 1 (Fig. 1, FIG. 2. FIG. 3) the roof frame 11 (Fig. 5) under the external tent.

Claims (1)

A collapsible portable frame-tent structure for temporary residence, made of an aluminum element of rectangular cross section, connected by structural fasteners into which aluminum rack elements are fixed, fixed by wines, and the base of the structure is a supporting frame, the linear elements and jumpers of which form cells, equipped with grooves into which the finished floor modules are inserted, filled with highly efficient heat-insulating material, while the vertical posts, the harness for the inner tent and the roof for the outer tent are made of an aluminum element of rectangular cross section, fastened by structural fastening units, and installed in such a way that they form a two-level tent a system with an air gap, consisting of an external tent made of fire and bioprotective material of increased moisture resistance, and stretched onto the frame by means of stretch marks, and an internal tent made of breathable fabric nor the role of the walls and ceiling of the living room.

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