RU171926U1 - REMOVABLE FLOOR FOR CUBIC TENT - Google Patents

Abstract

The utility model relates to elements of means for temporary residence of people on rivers and ponds, in particular to removable floors of structures of cubic frame fast-mounted tents, used mainly for winter fishing and for shelter under adverse conditions, ensuring long-term comfortable stay of a fisherman in a tent with a removable floor on ice. The technical result is to increase the effectiveness of the protection of the fisherman, who is in a cubic tent, from the cold and wind outside. The removable floor for the cubic tent contains a multilayer rectangular canvas, the inner layer of which is a heater, and the outer upper and lower layers are made waterproof, while the upper layer is non-slip. Bending sides are located on the sides of the canvas, along the edges of which are elements of the Vilcro tape, which allow connecting the edges of adjacent sides with each other with the formation of a pelvic floor. Belts are fixed on the sides with elements of their fixation with each other with the possibility of adjustment, and loops of the fastener are fixed on the corners of the canvas.

Description

The utility model relates to elements of means for temporary residence of people on rivers and ponds, in particular to removable floors of structures of cubic frame fast-mounted tents, used mainly for winter fishing and for shelter under adverse conditions, ensuring long-term comfortable stay of a fisherman in a tent with a removable floor on ice.

Various options for removable flooring for tents are known from the prior art, for example, from US 2003094192 A1, a removable floor is known in a tent that is mounted inside a rectangular tent.

The disadvantage of this field is that it cannot be installed in a cubic tent.

Closest to the claimed utility model is a removable floor in a cubic tent, known from document RU 157717 U8.

The removable floor, known from the closest analogue, is attached to the skirt of a cubic tent, made of waterproof material PVC and insulation, holes are made in the floor for holes, and there are also places for folding the floor when it is dismantled.

The disadvantage of this technical solution, as well as the entire prior art is the lack of effectiveness of the protection of the fisherman, located in a cubic tent, from the cold and wind outside the tent.

Thus, the objective of the claimed utility model is to eliminate the disadvantages of the prior art.

The technical result is to increase the effectiveness of the protection of the fisherman, who is in a cubic tent, from the cold and wind outside.

Another technical result achieved by using the claimed removable floor is to increase the stability of the cube tent.

This technical result is fully achieved by a set of features of an independent paragraph of the claimed formula of the utility model.

The cubic tent has a design that allows the fisherman to be optimally positioned with his gear on ice.

Compared to the umbrella-type tent, in the cubic tent, the line of separation of warm and cold air is much higher (see Fig. 1).

Thus, the presence of a warm floor in a cubic tent is desirable to increase the effectiveness of protecting the fisherman from cold and wind.

The removable floor for the cubic tent contains a multilayer rectangular canvas, the inner layer of which is a heater, and the outer upper and lower layers are made waterproof. The top layer is anti-slip. On the sides of the canvas are the sides, the edges of which are connected to the neighboring edges of the adjacent sides, forming a pelvic structure. Belts are fixed on the sides with elements of their fixation with each other with the possibility of adjustment, and loops of the fastener are fixed on the corners of the canvas.

The upper and lower layers of the canvas are made of PVC. Holes for holes are made in the web.

On the canvas there are weld seams, either welded, or glued, or stitched, designed to facilitate folding of the bottom.

The elements for fixing the belts are carbines.

The edges of the sides are connected to the adjacent edges of the adjacent sides by welding, or welded, or glued, or stitched.

The edges of the sides are connected to the adjacent edges of the adjacent sides detachably.

The edges of the sides are connected to the adjacent edges of the adjacent sides using Vilkro adhesive tape.

Further, in more detail, the claimed utility model is illustrated by drawings, in which:

In FIG. 1 - comparison of tents.

In FIG. 2 - presents the claimed floor in expanded form.

In FIG. 3 - the claimed floor attached to the cube tent frame.

In FIG. 4 - site attaching the floor to the frame of the cubic tent.

In FIG. 5 is a schematic sectional view of the claimed removable floor in a cubic tent.

The declared removable floor for a cubic tent consists of three or more layers interconnected. The upper and lower layers are moisture-proof (preferably PVC), and the middle layer is a heater.

The floor is a rectangular multilayer web (1), on the sides of which are the sides (2), which are designed to bend inside the tent and fix them on the tent frame at the corners of the canvas (1) using belts (3) with elements (4) for their fixation between each other (carabiner) with the ability to adjust. At the same time, the sides (2) themselves are fastened together with Velcro adhesive tape, thereby forming a trough-like structure. In addition, at the corners of the canvas (1), hook loops (5) are attached to secure the floor to the ice.

The floor is installed on ice separately (before or after) from the tent, which makes it possible to more stably install the tent even on an uneven surface, which in turn increases the stability of the tent, since due to belts and fixation elements, it is possible to adjust the relative position of the floor and the tent.

The declared floor and cubic tent are installed as follows.

The floor is mounted on ice with the help of loops of tighteners in the required position and with the necessary tension on the surface of the ice. Then the cube tent frame is installed, placing its angles approximately in the corners of the floor canvas, while the outer and inner awnings are initially fixed to the tent frame. Then the sides of the floor canvas are bent inside the tent between the inner and outer awnings, fixed to each other with Velcro adhesive tape and attached to the tent frame with the help of straps (see Fig. 4).

Thus, with such a installation of a removable floor in a cubic tent, there is no freezing of the awning to the floor, since the sides of the floor are in contact with the awnings in vertical planes.

The claimed floor may be made with one or more holes for the holes.

On the canvas of the claimed floor may be seams (adhesions, or welded, or glued, or stitched) layers, which provide a more comfortable folding floor when it is dismantled.

All integral connections of floor structural elements are made by stitching or gluing, or in any other known manner.

The claimed utility model is new, since the combination of its essential features is not known from the prior art, and, accordingly, meets the condition of patentability "novelty".

The claimed utility model meets the condition of patentability "industrial applicability", since it can be used in industry.

Although the present utility model has been disclosed with reference to preferred embodiments, it is not intended to limit the present utility model, specialists with general knowledge in the art of the present utility model can modify and implement it without departing from the idea and scope of the utility model, therefore , the scope of protection of the present utility model should be governed by the scope specified in the utility model formula.

Claims (8)

1. A removable floor for a cubic tent containing a multilayer rectangular canvas, the inner layer of which is a heater, and the outer upper and lower layers are made waterproof, while the upper layer is anti-slip, characterized in that on the sides of the canvas there are sides, the edges of which are connected to adjacent edges of adjacent sides, forming a pelvic structure, while on the sides are fixed belts with elements for their fixation with each other with the possibility of adjustment, and fixed on the corners of the canvas us loop loops. 2. A removable floor for a cubic tent according to claim 1, characterized in that the upper and lower layers of the canvas are made of PVC. 3. A removable floor for a cubic tent according to claim 1, characterized in that holes for holes are made in the canvas. 4. The removable floor for the cube tent according to claim 1, characterized in that the canvas has weld seams, either welded, or glued, or stitched, designed to facilitate folding of the bottom. 5. The removable floor for the cubic tent according to claim 1, characterized in that the fastening elements of the belts are carbines. 6. The removable floor for the cubic tent according to claim 1, characterized in that the edges of the sides are connected to the adjacent edges of adjacent sides by means of a weld. 7. The removable floor for the cube tent according to claim 1, characterized in that the edges of the sides are connected to adjacent edges of the neighboring sides. 8. The removable floor for the cube tent according to claim 7, characterized in that the edges of the sides are connected to the neighboring edges of the adjacent sides using Vilkro adhesive tape.

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