The material for the electrically insulating layer and therapeutic blankets

D04H1/46 - by needling or like operations to cause entanglement of fibres ( D04H0001450000 takes precedence;needling machines D04H0018000000)

A61N1/16 - Screening or neutralising undesirable influences from atmospheric or terrestrial radiation or fields

(57) Abstract:

The material for the electrically insulating layer and therapeutic blankets includes cotton fabric, duplicated by hypoproteinemia with a fibrous layer of a mixture of polyester and linen fibres. The technical result is an increase in wear resistance electrically insulating layer and comfort blankets. 1 Il.

The technical field to which the invention relates

The invention relates to textile materials used for the manufacture of therapeutic blankets intended for non-drug treatment of various diseases, including electrically insulating and shielding layers.

Art

Known material for the manufacture of therapeutic blankets, as described in the application France 2506611 on CL IPC And 61 N 39/00 // 47 G 9/00, publ. 03.12.82.

This material includes superimposed on each shielding and electrically insulating layers. The shielding layer is made in the form of sheets of laminated metals, and electrically insulating layer in the form of cotton or other organic material.

The disadvantage of this material is insufficient wear resistance electrically insulating layer.

This problem is solved due to the fact that the material for the electrically insulating layer and therapeutic blankets, including cotton fabric weighing 130-150 g/m², duplicated by hypoproteinemia with a fibrous layer containing 60-90 wt. % of polyester staple fibres mixed with flax fibers, while the surface density of the fibrous layer is 170-220 g/m².

The invention is illustrated by figure drawing and the following description.

The figure schematically presents a cross-section of the material according to the invention.

Information confirming the possibility of carrying out the invention

As shown in the drawing, the material for the electrically insulating layer therapeutic blankets contains cotton fabric 1, which is duplicated with a fibrous layer 2 from a mixture of polyester and linen fibres through bond beams 3 fibers formed when hypoproteinemia.

For the manufacture of the material used cotton fabric surface plotnose with flax, significantly increases the wear resistance of the material while maintaining its high hygienic properties, provide cotton cloth and linen fibers. As cotton is used, for example, the inner side surface density of 130 g/m². The fibrous layer has a surface density of 170-220 g/m².

The wear resistance of the material according to the invention is more than 5000 cycles of abrasion.

This material can be used, for example, as an electrically insulating layer therapeutic blankets, which contains at least three layers, at least two of which form the electrically insulating layers, between which is a shielding layer of flexible strips of non-ferrous metal or synthetic films plated.

The material for the electrically insulating layer and therapeutic blankets, including cotton fabric weighing 130-150 g/m², duplicated by hypoproteinemia with a fibrous layer containing 60-90 wt. % of polyester staple fibres mixed with flax fibers, while the surface density of the fibrous layer is 170-220 g/m².

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SUBSTANCE: the device has two skeleton regular pyramids of metal located symmetrically relative to each other and oriented in space according to the parts of the world, horizontal antenna positioned in parallel with the bases of the pyramids, the antenna is provided with receivers at the ends oriented to the opposite sides, and a radiator. Each of the pyramids is made tetrahedral with a truncated vertex by 1/3 of the height, and the radiator is made in the form of a hollow ball and positioned between the pyramids for connection with them. A grid of two groups of vertically installed plates made for connection perpendicularly to each other is positioned inside the radiator. The pyramids with the radiator are positioned inside the cube, whose each face is made with a central hole, the base of the upper pyramid is connected to the upper face of the cube, and the base of the lower pyramid - to the lower face of the cube, the horizontal antenna passes through the holes in the side faces of the cube and is rigidly connected to the grid, the antenna receivers are made in the form of hollow metal balls, a cone truncated by 1/3 of the height with the base diameter equal to the cube side is located on the upper face of the cube coaxially with the pyramids, a hemisphere with additional antennas is installed on top the cone, the cube, radiator and grid are made of metal. The inner surface of the radiator, truncated cone and antenna receivers may be coated with a layer of a mixture of fine-disperse ceramic, organic and metal powders connected by a binding mass.

EFFECT: enhanced efficiency of neutralization of harmful effects of geopathogenic and electromagnetic rays.

3 cl, 5 dwg