RU1562U1 - BIO-RADIATION PROTECTION SCREEN - Google Patents

Abstract

SCREEN FOR PROTECTION AGAINST BIO-RADIATION, consisting of a grid conducting biosignals, characterized in that it is made in the form of two trihedral pyramids without a bottom, inserted one into another with a gap between the vertex and the sides, in which the sensor of the object signal of bio-pulses is placed between the vertices.

Description

The climber model relates to the technique of object acquisition from non-activity: radiation, in particular bio-emissions, and can be used to protect rooms, devices from unwanted informational influences introducing GC interference into work processes.

There are various types of protective shields that suppress the effect on objects of thermal, electromagnetic, radio and other radiations (see, for example, Posh Technical Dictionary IJ., Soviet Encyclopedia 1989, p. 609). However, they are all powerless against the penetration of the signal (beam) of the biofield.

The closest in technical essence is the screen for protection against electromagnetic radiation, made in a metal or metallized grid with high electrical and magnetic conductivity (see also de). However, TaicoE screen is able to protect the object from bio-emitted 1-1.

The purpose of the utility model is to create a screen that suppresses unwanted penetration of bio-radiation into the acquisition, a simple reliable and not expensive design.

The goal is achieved in that the shield for bio-radiation protection from the grid (grating) conducting the biosignals is made in the form of three-sided pyramids without a bottom inserted one into the other with a gap between the top and the side1li, in which an enhanced biosignal sensor is placed between the vertices, moreover, a pier. Shch. Two.

With the help of grids that make up the sides of the cabinet. Zsch, the radiation of the biosignal sensor is converted into a plane-directed directional flow, which prevents the signal from the outside.

- d-l

representing a three-sided feast; set1Sh 2, iiaTHi-iyTOii on three sides, and the grid (lattice) is made of threads, conductive biofield, nalshler, nylon 1pc, copper wire and Toi; iy like; the volumetric bio-chased 3, which are pressed into the gap between the two-pyrahl-shat-sh, are inserted one into the other. In FIG. Figure 2 shows the scheme of absorption in the absorption of two screens, ensuring its full coverage from non-occupational exposure to damaged bio-radiation. In FIG. 3 represents the young skeleton of the grid (lattice) stretched over the frame. The grid (sieve) is made of tightly laid parallel threads connected by 1}} poison itself transversely with a certain step. Each grid cell obrogiruet circuit, according to KOTOpoi gr Gg / functions reHepiipyei.iiii biodatshpsom signal. l, atschS of the comprehensive sbGna bioshesh pulses represents codoi 1: thread splint, the beginning and end of which is zsh / zhuty. In the process of camcorder 1: the jab from the hand of a person is biologically charged and the jug along the thread of the jut is distributed spherically into space. onergia in the zamsh1uto1.1 volume of the tangle the long time is remaining 1.1.

The device operates as follows .-. A screen of three-sided shgosh / zsh inserted one into another is installed in one corner of the room, the second screen, identical to the first: ,, is installed in the diagonal angle of absorption. An alternative signal that is installed in the gap on the top of each screen generates a biofield that extends to the PIRS.WDS grids and is held in them without passing the signal into space. The signals from the biosensor are spread out in the wrong direction by the planes (in the gap) in three directions and propagate through the duo otenahl and potoshu. Signals from the opposite screen sensors are distributed respectively on the double-sided wall and floor. When meeting, the signals of two biosignal sensors neutralize each other and cover the space. The bowl in a way everything is better protected from extraneous effects of bio-radiation, which is damped by the widespread biofield. in all

 .

.yy

STI SH10SKOSTYA1L premises.

Claims (1)

SCREEN FOR PROTECTION AGAINST BIO-RADIATION, consisting of a grid conducting biosignals, characterized in that it is made in the form of two trihedral pyramids without a bottom, inserted one into another with a gap between the vertex and the sides, in which the sensor of the object signal of bio-pulses is placed between the vertices.