FR2839460A1 - Magnetization chamber for ionizing liquids or gases comprises housing shaped to allow two inner magnets of same polarity to be brought together - Google Patents

Abstract

A magnetization chamber has its internal shape made so that two powerful magnets of the same polarity can be brought together and put into direct contact with a fluid under pressure to ionize it or change its polarity. The housing can be made in two strictly identical and movable halves, produced by machining or molding and having inlet and outlet channels for the fluid to be ionized. Its inside is shaped to allow the magnets to be brought sufficiently closely together to ensure maximum efficiency and a perfect seal.

Description

planned inside the volume (10).

  - - The present invention relates to a device or housing for putting face to face two magnets er / or multiple of two of the same polarity having a significant ionization power O because placed as close as possible to each other O S The housing consists of two strictly identical parts,

  applying to each other without any leakage.

  None of the parts of the case is made up of a half solid tube to which we have left; a whole solid cylindrical end with a thickness of 30mm. at the base up to 15mm. at its top (sketch n 1) To make this case the cylinder is cut in two in. J, - nartiq t; gua d-as le.s, ensde lal, opgeuret leaving at each end the cylindrical part above described In each half cylinder thus obtained it will be practical one or more niches which will be intended to receive the magnets of any suitable geometrical form. It will also be practical a cylindrical outlet of a diameter adapted to the requirements of use and flow. Starting from a rectanu section, its shape is adapted so as not to generate or slow down the fluid and / or gaseous flux which will pass through it. The rectangular section and

  ant represented by the passage ent, re the magnets.

  The case will be obtained by joining the two half cylinders by presenting them "head-to-mouth". They will have to join fagonppar

, _... _

  made. Previously the niches will be lined with magnets placed in opposition. they will be kept in their niches by the strength of their opposition. This process allows the magnets to be brought together so that they are in direct contact with the liquid (P & .-- and then to evolve the -polarity;.

their conditi ons.

  Tightness is ensured: 1 by a thoracic joint, 2 by a college jO using a strong glue. 3 by a series of 5 bouions on each side of the cylinder and 7 screws placed around each end piece, 4 ['all will be glued in a strictly joined metal case which will ensure a solidity intended to receive liquids under pressure;

Claims (4)

  1 The claim relates to the bolt maker, its form (attached drawings) and its function. Wile is characterized by the interior shape of the bottler which allows two powerful magnets of identical polarity to be brought together and brought into direct contact with a pressurized liquid in order to ionize it to vary its polarity.   2 The shape of the bolt bolster thus obtained makes it possible to bring together two rigorously identical half bolt bolts which can be obtained by machining or after having carried out the necessary niches therein.   res and the flows of arrival and exit of the fluid.   3 The boltier is characterized by its interior shape which allows two magnets to be brought close enough to give them maximum   efficiency and ensure a perfect seal.   4 The characteristic of the boltier also resides in assured security   ree when working with pressurized fluids.   The tightness of the case will be ensured by a thoric joint, a bonding, a screwing and a bolting as well as by a sheathing in metallic matter.   - The work of ionization of the magnets will be facilitated by their close approximation allowing - to calculate very exactly the distance to be respected to have a perfect ionization, directly in   contact with the liquid or gas to be treated.