SU1105473A1 - Device for magnetic treatment of liquid - Google Patents

Abstract

A DEVICE FOR MAGNETIC TREATMENT OF A LIQUID, comprising a housing and a lid of ferromagnetic material, a magnet and a diamagnetic pipeline with inlet and outlet nozzles, which are designed so that, in order to increase the efficiency of magnetic processing and simplify the design, the diamagnetic pipeline radially wound on the magnet made a disk magnetic washer located between the bottom of the housing and the cap at a distance from them equal to the external diameter of the diamagnetic pipeline. (L s. I I GuChllUUCH u I /. //). TV Фuz.i

Description

The invention relates to devices for the magnetic treatment of liquids and can be used to intensify various technological processes in the industrial and agricultural sectors. . .

A device for magnetic treatment of a liquid is known, which includes an electromagnet, a tubular coil, and a regulating device for changing the position of coil turns t

A disadvantage of this device is. low efficiency due to the absence of polarity alternation when the magnetic fluid is crossed by the liquid to be treated.

It is also known a device for magnetizing liquid treatment, containing magnets enclosed in a ferromagnetic case and mounted on a common core with star-shaped poles, between which is placed a spiral coil of diamagnetic material for passing the treated liquid 2.

However, such a device is characterized by insufficient efficiency of the magnetic o6pa6oTKHj since the number of poles in the device is limited, the design complexity and significant

weight.

The aim of the invention is to increase the efficiency of magnetic treatment and simplify the design;

The goal is achieved by the fact that in a device comprising a housing and a lid of a ferromagnetic MaTepHajia magnet and a diamagnetic pipeline with an inlet, rf outlet pipes, a diamagnetic pipeline is radially wound on a magnet, embodied in the form of a disk magnetic plate located at the front of the housing and the lid on the paccto from them, equal to the outer diameter of the diamagnetic coarse

FIG. 1 shows a device, a vertical section, in FIG. 2 - section A-A ya of FIG. one.

A device for magnetic treatment of a liquid consists of a body 1 with a cover 2, made of a ferromagnetic material. Between the bottom of the housing 1 and the chuck 2 at a distance and 6 are mounted on a disk magnetic disk 3, on which the diamagnetic conduit A with the inlet 5 and the outlet is radially wound. 6 branch pipes. Where, P is the distance from the cover to the magnet j

P is the distance from the bottom of the housing to the magneti.

(J is the diameter of the diagonal coarse.

The magnetic flux created by the disk magnetic washer is directed along the axis perpendicular to its ends and passes through the gaps between the ends of the washers, the housing and the lid, in which are located the turns of the diamagnetic pipe; Wiring (in Fig. 1 is shown by arrows).

The device works in the following way. ..

The processable seat flows into the device through the inlet 5 and through the diamagnetic pipe 4 moves to the outlet nozzle b, crossing in one or the other direction the magnetic flux created by the magnetic disk washer 3. Changing the direction of the fluid flow to the opposite direction with a constant magnetic field is equivalent polarity change. Thus, the number of turns of the diamagnetic pipeline on the disk magnetic washer, multiplied by two, is equivalent to the number

pole pairs of multi-pole magnetic processing device.

The device allows to increase the efficiency of magnetic processing by repeated alternation of polarity and significantly simplify the design, since the device lacks parts and pole pieces, which allows reducing its weight.

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Claims (1)

DEVICE FOR MAGNETIC TREATMENT OF LIQUID, comprising a housing and a cover made of ferromagnetic material, a magnet and a diamagnetic pipe with inlet and outlet pipes, which means that, in order to increase the efficiency of magnetic processing and simplify the design, the diamagnetic pipe is radially wound onto a magnet made in the form of a disk magnetic washer located between the bottom of the housing and the cover at a distance from them, equal to the external diameter of the diamagnetic pipeline. SU „„ 1105473 1 1105473. 2