BG2487U1 - A mattress - Google Patents

Abstract

The utility model relates to a mattress with a built-in 3D ventilation network and a built-in metal frame with wooden segments, which can be used domestically, in hotels and in complementary medicine. The described utility model creates a mattress with a built-in 3D ventilation network and a built-in metal frame with wooden segments, which allows for an interrupted air flow and extraction of excess heat and moisture from the body. This combination of a mattress, in which is used a 3D ventilation network and a segmented frame in a single joint product, allows not only for extraction of excess heat and moisture from the body, but also an increase in the flexibility of the model, therefore sleep and rest comfort. The mattress includes a spring core (1), which is placed between two layers of thermal felt (5). Above the thermal felt (5) on the upper side of the spring core (1) is glued in a layer of highly elastic polyurethane foam (6), with a breathing structure, and above it is placed a 3D ventilation network and to the side it is closed off by a board (2), made from polyurethane foam. Below the thermal felt (5) on the lower side of the spring core (1) is mounted a metal frame with wooden segments (8). The mattress is wrapped in specially processed fabric of three-layer tricot (9), which has knitted on the side a 3D ventilation band (3).

Description

The utility model refers to a mattress with a built-in 3D ventilation network and a built-in metal frame with wooden slats, which is used in everyday life, hospitality and complementary medicine.

BACKGROUND OF THE INVENTION

It is known that mattresses are products that provide comfort, conditions for complete rest and for rapid and effective recovery of the human body. It is also known that the sick and disabled have specific requirements when choosing a mattress.

Mattresses are widely used in household products, they are made of a mattress core formed of different types and qualities of materials, such as spring packages, polyurethane foam, foam latex, memory foam or a combination thereof, which is usually placed in a case, as in double-sided mattresses above and below the main material building the core are located and comfortable inserts. It is also known that double-sided mattresses require the use of a mattress frame.

The task of the utility model is to create a mattress for effective complete rest and recovery, which is a combination of an over-street mattress and a slatted frame, to be comfortable to sleep and to meet the specific requirements of the sick and disabled.

Technical essence of the utility model

The main requirements for mattresses are comfort during sleep and rest and preservation of the heat of the human body and removal of excess heat and removal of moisture released during sleep.

This is much more important for the sick and disabled who lie on the mattress for a long time.

To meet these requirements, new innovative materials are used in the structure of the mattresses in order to improve the comfort of sleeping and lying down. One such innovative material is a 3D ventilation mesh, which improves the air permeability of the mattress.

The task of the utility model is to create a mattress with a built-in 3D ventilation network and a built-in metal frame with wooden slats, which allows a continuous flow of air and removal of excess heat and moisture from the body.

This combination of a mattress, which uses a 3D ventilation mesh and a lamella frame in one common product, allows not only to remove excess heat and moisture from the body, but also increase the flexibility of the model, and hence the comfort of sleeping and resting.

The mattress with built-in 3D ventilation mesh and metal frame with wooden slats includes metal frame with wooden slats 8, spring core 1, thermal felt 5, highly elastic polyurethane foam 6, 3D mesh 3, 7 and fabric of 15 three-layer jersey 9, quilted / stitched / with polyester / cotton, wool or in combination / cotton wool and non-woven fabric / Spundond /. The mattress is closed on the side with a board made of polyurethane foam 2 and is made of three-layer jersey fabric, 3D ventilation tape 3 and zipper 4. Inside the upper side of the fabric, under the layer of cotton wool and non-woven fabric, is the 3D mesh 7. Under the layer of 3D mesh, is a layer of high-quality polyurethane foam 6 with a breathable structure. Under the layer of polyurethane foam is a layer of thermal felt 5. Under the layer of thermal felt is placed

2Q spring core 1. It is made of steel springs, individually silent in a textile case. All these materials are placed on a metal frame with wooden slats.

The advantages of the mattress with 3D ventilation network, according to the utility model, are in the arrangement of layers of the mattress, which allows the mattress to have a continuous flow of air and ventilation not only in the upper part of the mattress, where the layer of 3D mesh, but also in the lower part, where the metal frame with slats is, thus easily removing excess heat and moisture from the body.

Another advantage of the mattress is the used fabric, which has anti-allergic and anticaricidal properties.

There is a 3D ventilation strip on the side of the board, which also helps to ventilate the mattress.

The zipper on the board allows you to remove the upholstery of the mattress for cleaning, which is especially important if used for medical purposes.

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Another advantage of the model is that on the metal frame are mounted plates on which easily

The 2487 UI mounts the legs, and thus the mattress becomes a bed.

The mattress can be made in any size, as for a size with a width greater than 1200 mm, the metal frame is made in a variant with an additional middle profile / fig. 3 and 3.1 /.

The 3D mesh we use in the model is a 20 mm thick fabric and is made of 100% polyester (Scheme 1). This mesh is flexible, but is highly resistant to deformation. Because it is made so that there is a large distance between the fibers, it is highly ventilated and easily removes excess heat and moisture from the body. The network also allows washing and disinfection with detergents approved for use in hospitals.

Explanation of the attached figures

Figure 1 shows a perspective view with a partial section of the mattress with built-in 3D ventilation mesh and a metal frame with wooden slats, according to the utility model. In the drawing:

1. Spring core;

2. Board made of polyurethane foam;

3. "3D" ventilation strip with a thickness of 3 mm;

4. Zip;

5. Thermo felt;

6. Highly elastic polyurethane foam with breathable structure;

7. 3D mesh with a thickness of 20 mm;

8. Metal frame with wooden slats;

9. Damask.

Exemplary implementation of the utility model

The mattress with built-in 3D ventilation mesh and metal frame with wooden slats, according to the utility model, is illustrated by the following example.

The mattress with built-in 3D ventilation mesh35 and a metal frame with wooden slats, shown in fig. 1, has dimensions: width 900 mm and length 2000 mm. It includes fabric 9 of three-layer jersey. Inside the upper side of the upholstery 9 is a layer of polyester / cotton, wool or a combination of them / wadding and nonwoven textile / Spundond /. Inside on the upper side of the upholstery 9 under the layer of polyester / cotton, wool or a combination of them / cotton wool and non-woven fabric / Spundond /, there is a layer of fabric type 3D mesh 7, thickness 20 mm, width 900 42 mm and length 2000 mm. Under the layer of 3D mesh 7, there is a layer of high quality polyurethane foam 6 with a breathable structure with a thickness of 30 mm, a width of 900 mm and a length of 2000 mm. Under the layer of polyurethane foam (6) is a layer of thermal felt 5 with a thickness of 5-8 50 mm, width 900 mm and length 2000 mm. Below the layer of thermal felt 5 is the spring core 1, which

2487 UI is made of 250 pcs / m ² steel springs, individually silent in a textile case and has dimensions: width 780 mm, length 2000 mm and height 125 mm.

Below the spring core is a layer of thermal felt 5 with a thickness of 5-8 mm, width 900 mm and length 2000 mm, and below it is a metal frame with wooden slats 8, which has dimensions: width 900 mm, length 2000 mm and height 50 mm / metal frame plus slats /.

On the side, the mattress is closed with a board 2, made of polyurethane foam with a thickness of 60 mm, height 120 mm and is covered with a fabric of three-layer jersey, 3D ventilation tape with a thickness of 3 mm and a zipper 4.

The individual layers of the mattress are attached to each other with glue.

The mattress can be made in different sizes. In unit size up to a width of 1200 mm / fig. 2 and 2.1 / s with a width greater than 1200 mm. In this variant the metal frame is made with an additional middle profile / fig. 3 and 3.1 /.

Claims (3)

Mattress comprising a spring core (1), characterized in that the spring core 5 (1) is located between two layers of a thermal felt (5), above the thermal felt (5) on the upper side of the spring core (1) is glued a layer of highly elastic polyurethane foam (6) with a breathable structure, and above it is a 3D 1 θ ventilation network (7) and is closed on the side but by a board (2) made of polyurethane foam and under the thermal felt (5) on the underside of the spring core (1) is mounted a metal frame 15 with wooden slats (8), the mattress is wrapped with quilted fabric of three-layer jersey (9), which is lined on the side with 3D ventilation tape (3). Mattress according to claim 1, characterized in that the metal frame with wooden slats (8) is fixedly connected by the board (2). Mattress according to claim 1, characterized in that the metal frame with wooden slats (8) is movably connected by the board (2).