Multistage tunnel type strong-magnetism gradient gap separating oxygen enrichment system

An oxygen-enriched system, tunnel-type technology, applied in the field of multi-stage tunnel-type strong magnetic gradient gap separation oxygen-enriched system, can solve the problems of no industrialization or industrialization, small increase in oxygen content, no practical value, etc., and achieve improvement Efficiency, low operating costs, reducing the effect of controlling electrical appliances

Inactive Publication Date: 2010-09-01
魏伯卿
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Problems solved by technology

Human beings understand and study the paramagnetism of oxygen and the diamagnetism of nitrogen and the difference of 251 times in volume magnetic susceptibility. They have designed and manufactured a variety of devices and applied for a number of related patents, but all of them are separated by paramagnetism. The increase in oxygen content is not large, it has no practical value and has not been able to be industrialized or industrialized so far

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  • Multistage tunnel type strong-magnetism gradient gap separating oxygen enrichment system
  • Multistage tunnel type strong-magnetism gradient gap separating oxygen enrichment system
  • Multistage tunnel type strong-magnetism gradient gap separating oxygen enrichment system

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Embodiment Construction

[0029] The present invention will be further described below in conjunction with the accompanying drawings.

[0030] Such as figure 1 , figure 2 Shown, the present invention comprises that a plurality of cross-sections are triangular or trapezoidal (or one side is big and one side is small and has similar trapezoidal magnetic field distribution) the elongated high-strength permanent magnet layered stacking composition, and by long hexagonal supporting frame 32 The support is fixed; the two sides of the strip magnet are N pole and S pole respectively, and the size of the triangle or trapezoid strip magnet is different. The different poles of the long base 4 gaps of the magnet 2 are relatively arranged in a straight line (or a broken line), and the width of the gap 30 at its sharp corners is regulated by a gap regulator 33, adjusting the gap width can change the enriched oxygen concentration for separation and enrichment and oxygen enrichment; the second largest group of tria...

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Abstract

The invention relates to a multistage tunnel type strong-magnetism gradient gap separating oxygen enrichment system comprising a plurality of strip-shaped permanent magnet layering and grading stacks, a multistage triangular tunnel set A with more stages and a multi-stage triangular tunnel set B, wherein the sections of the strip-shaped permanent magnet layering and grading stacks are triangular or trapezoidal (or are large in one face and are small in one face and are distributed similar to a trapezoidal magnetic field) and the strip-shaped permanent magnet layering and grading stacks are supported and fixed by a support frame; the multistage triangular tunnel set A is assembled as required; and the multistage triangular tunnel set with the same arrangement and quantity is assembled as same as the multistage triangular tunnel set A, and the two same multistage triangular tunnel sets A and B are opposite by triangular closed angles or trapezoidal short sides and are symmetrically placed to form crocodile mouth-shaped symmetrical multistage tunnel type paramagnetic oxygen enrichment devices. The invention has the advantages of simple structure, convenient use, variable oxygen yield and oxygen concentration, lower cost and lower running cost.

Description

technical field [0001] The invention relates to a multi-stage tunnel type strong magnetic gradient gap separation oxygen enrichment system, which belongs to the technical field of gas separation. Background technique [0002] The oxygen content in the air is 20.93%. When the oxygen content in the air exceeds 21%, it is called oxygen-enriched air; with the development of science and technology and social progress, the application of oxygen-enriched air is becoming more and more extensive, including: oxygen-enriched combustion Energy conservation and environmental protection, medical care and sanitation, chemical and chemical reactions, and agricultural aquaculture, etc., especially the environmental pollution and energy shortage faced by human beings, make it necessary to improve the oxygen content of the family environment to resist atmospheric pollution and apply oxygen-enriched combustion to support energy conservation and environmental protection. It must be done; however...

Claims

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Application Information

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IPC IPC(8): B01D53/00C01B13/02
Inventor 魏伯卿
Owner 魏伯卿
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