BG1492U1 - An every- day textile product for mattresses, comforters, or pillows, provided with protection from electromagnetic waves - Google Patents

Abstract

The useful model is used in the production of every-day products as mattresses, comforters, or pillows. By it is diminished the effect of the electromagnetic field, and is secured protection from the electromagnetic waves. The mentioned every-day products are made with protective woven stuff (1) on their outside surface. The woven stuff (1) of the every-day textile product consists of a coveringlayer, basic layer, and filling layer. The covering layer is knitted/woven from woven threads, while the basic layer is knitted/woven from conductive metal threads, or metal alloys threads, or threads with silver, copper, steel, or carbon coating, where the threads of the basic layer have a high conductivity coefficient. The mentioned layers are bound in a unified woven structure.

Description

Technical field

The utility model refers to a household textile product for a mattress, comfort or cushion with electromagnetic wave protection and is used in the home for attenuating the effects of electromagnetic field action.

BACKGROUND OF THE INVENTION

Many electrical devices and systems are known to emit electromagnetic waves. An electromagnetic field existing in an environment where electricity is used has an adverse effect on human health.

Electromagnetic waves emitted by devices used more and more in recent years as radio and television data stations, monitors with light-emitting diodes and computers, cellular telephone base stations, cellular telephones and household appliances, with the exception of manufactured products, have an adverse effect on human health.

There are two known effects of electromagnetic waves on living organisms - thermal and non-heat. The first is defined as the absorption of electromagnetic energy from the human body and the subsequent increase in body temperature due to the conversion of this energy into heat. This effect is balanced by blood circulation.

It is also known that among the adverse effects caused by the non-thermal effect of electromagnetic waves are attention disorders, malaise and headache.

Absorption of electromagnetic waves by humans causes even more adverse effects on the eyes, the reproductive organs, the nervous system and the bloodstream (metabolism).

Efforts to reduce and eliminate the adverse effects of electromagnetic waves on human health have focused on protective aids. used to isolate the human body from electromagnetic fields.

One third of human life is known to go to sleep. Eliminating the effect of the electromagnetic fields we are exposed to during sleep causes a reduction in their harmful effects on human health.

A mattress is known from KR 20040083016 publication. This mattress contains circles of silver and gold, embedded inside the mattress, which provide anti-infrared agents present in the electromagnetic wave spectrum. These parts, which are located in the center of the mattress, make small protrusions on the surface of the mattress, which causes discomfort for the user.

The difficulty in making and securing the metal parts in the mattress are among the disadvantages of this bed. In addition, metal parts have no application for household products such as pillows and comforters. Obviously, this solution cannot provide reliable protection against infrared rays.

There is a known solution according to patent EP 1166686, which relates to reducing the effect of the electromagnetic field and preventing the accumulation of static electricity in household products through the materials of the mattress, mattress surface, cover and sleeping blanket.

For this purpose, they comprise a wire consisting of a non-conductive central part and a conductive part wound thereon.

The wires used in the patent are solid and rigid and are used to provide material to reduce the effect of the electromagnetic field. However, it is not possible to achieve a closed and isolated area against the electromagnetic field by the known solution. Moreover, the gels that are the subject of this invention can cause side effects such as itching and allergy when in contact with the skin. The possibility of breaking the wires when cleaning the mattress is high, and thus the degree of influence on the electromagnetic field decreases. With the breaking of the wires over time, these protection qualities may even disappear completely.

The use of conductive metal filaments is known in the art.

1492 Ultras in the mattresses. But none of these applications provide protection against electromagnetic fields.

A mattress solution of the utility model TR 200705139 is known. This mattress is covered with a fabric fabric formed from a base layer woven / woven with carbon fibers, which makes it conductive.

The carbon fibers used in this known solution do not provide protection against electromagnetic fields. This solution only reduces the effect of the electromagnetic field and the static energy accumulated for various reasons in the human body.

The purpose of this utility model is to create a household textile product with electromagnetic wave protection for a mattress, comfort or pillow that provides reliable prevention against electromagnetic waves by eliminating or reducing the adverse effects of electromagnetic fields on human health.

The technical nature of the utility model

The utility model refers to a household textile product with electromagnetic wave protection for a mattress, comfort or pillow, the outer surface of which is covered by the protective fabric of the product. Includes a basic layer of conductive filaments. According to the utility model, the base layer has a cover layer made of textile fibers, the conductive fibers of the base layer having a high conductivity and being metallic or silver, copper, steel or carbon coated or metal alloy threads . Below the base layer is a filler layer. These layers are linked in a single tissue structure.

The application of the household textile product has reduced the effect of the electromagnetic field emitted by commonly used devices such as cellular phones, computers, radios, TVs. The protective fabric of the product is soft enough to be used as a mattress cover and does not cause allergic or similar side effects on skin contact.

The metal filaments from which the base layer is woven / woven have the ability to attenuate electromagnetic waves at a frequency of 0-300 GHz. By using the conductive structure obtained by interlacing or weaving high-conductivity fibers into a fabric that reflects and absorbs electromagnetic waves in the production of mattresses, pillows and comforters, the human body is protected from the electromagnetic field.

A cushion made with a conductive protective textile product reduces the effect of the electromagnetic field. The conductive metal filaments in the base layer form a web and the soft contact is provided by the fabric.

A comforter made with protective conductive fabric reduces the effect of the electromagnetic field. A necessary condition is that the conductivity of the protective tissue is constant. Due to the properties of the protective fabric that forms the outer surface of the comfort, a healthy and comfortable household product is obtained.

By using a household textile product for mattress, pillow and comfort, the latter have the ability to reflect and absorb the electromagnetic waves that are present in the environment.

The combined use of the pillow, mattress and comfort, in which the protective fabric of the product provides the aforementioned properties, achieves an electromagnetic environment isolated from the electromagnetic field.

Explanation of the annexed figures

The present utility model is shown in the accompanying drawings, in which Figure 1 shows a view of a mattress, comfort and pillow made with protective conductive fabric of a household product;

Figure 2 shows a view of a cushion made with conductive tissue;

Figure 3 shows a view of a comforter whose outer surface is made of a protective conductive fabric of the product;

Figure 3a shows a cross-section of a comfort fabric made with conductive fabric;

Figure 4 shows a view of a mattress whose outer surface is made of protective conductive fabric;

Figure 4a shows a cross-section of a mattress whose outer surface is made of protective conductive fabric.

1492 Ul

Sample application and use of utility model

The cushion 4 is made of an outer surface of a protective conductive woven fabric 1 of a household textile product that reduces the effect of an electromagnetic field. It is made by means of a weaving technique in which conductive metal filaments form a web and soft contact is ensured by means of the fabric which is the subject of the patent of TR 200800212.

By applying a conductive structure 2 obtained by weaving or weaving high conductive metal fibers and a fabric that reflects and absorbs electromagnetic waves in the production of mattresses 3, pillows 4 and comfort 5, the human body is protected from electromagnetic field, as shown in FIG. . 1.

Comforter 5 made of protective conductive woven fabric is shown in FIG. 3. In order for the entire area covered by comfort 5 to be isolated from electromagnetic fields, it is important that the structure 2 of the tissue 1 is conductive and the conductivity constant.

In the cross-section of comfort 5 shown in FIG. For, the outer surface is the protective fabric 1, the intermediate layer is the lining material 9 or any material that provides the desired comfort property 5, and the lower layer represents the filling 7. To give the comfort 5 property for thermal balancing, a very durable or similar filling material may be placed in the second layer.

It is possible to give the mattress 3 additional properties such as comfort 5. For example. in the cross section of the mattress 3 in FIG. 4a, custom fillers 7 such as springs, felt, fiber, lining material or porous material may be introduced into the second layer, third layer or other layers to give the mattress the desired properties.

The combined use of cushion 4, comfort 5 and mattress 3 creates an electromagnetically isolated environment.

The woven fabric 1 of the household textile product having the effect of reducing the effect of the electromagnetic field and described in TR 200800212 is soft and has a high protective ability. In this way, a healthy and comfortable sleeping set is obtained, reducing the effect of the electromagnetic field to which a person is subjected during a dream in which one-third of human life passes.

Due to the high conductivity of the protective fabric of the household textile product, which is the subject of the utility model, the antistatic property of products known in the art is also provided.

Through this solution, an environment is provided in the bed tissues, which provides protection against the effects of the electromagnetic field, and thus provides a healthy and comfortable sleep. Due to additional properties such as delayed flammability, heat balance, softness and orthopedics of the mattress 3, comfort 5 and pillow 4 made with protective conductive fabric 1, all the properties expected from the household product are presented together.

Claims (1)

Claims A household textile product with electromagnetic wave protection for a mattress, comfort or pillow comprising a base layer made of conductive filaments, characterized in that there is a cover layer woven / woven of textile fibers on the base layer, such as conductive filaments. the base layer is of high conductivity and consists of metal or metal alloy threads or silver, copper, steel, carbon coated fibers, wherein a filler layer is disposed below the base layer, said layers being connected in one and the same structure. Attachment: 4 figures