Friction electric-heating electric self-driven dust collection detection equipment and dust collection detection method of friction electric-heating electric self-driven dust collection detection equipment

Abstract

The invention discloses friction electric-heating electric self-driven dust collection detection equipment and a dust collection detection method of the friction electric-heating electric self-drivendust collection detection equipment. The equipment comprises dust collection equipment and a thermoelectric transformer; the dust collection equipment comprises a dust collection chamber body in whichmedium particles are stored; the two opposite ends of the dust collection chamber body are each provided with an air charging pipeline and an exhausting pipeline, wherein each air charging pipeline is used for introducing intake air flow containing waste particles into the dust collection chamber body; each exhausting pipeline is used for exhausting the exhaust air flow from the dust collection chamber body; the two ends of the dust collection chamber body are correspondingly provided with an intake air detector and an exhaust air detector which are correspondingly used for detecting intake air flow and exhaust air flow component parameters; an electromagnetic coil is arranged at the outer surface of the dust collection chamber body in a surrounding manner; the dust collection chamber body is also internally provided with a cylindrical electrode which is used for adsorbing ionized and deflected waste particles; the thermoelectric transformer is arranged at the outer surface of the dust collection chamber body in a surrounding manner; the thermoelectric transformer comprises an annular heat radiator and a thermoelectric element, wherein the thermoelectric element is positioned between the dust collection chamber body and the annular heat radiator and is used for transforming temperature difference of the dust collection chamber and the annular heat radiator into electric energyand providing power for the electromagnetic coil, the intake air detector and the exhaust air detector.

Description

technical field [0001] The invention relates to the field of thermoelectric devices and dust removal, more specifically, to a triboelectric thermoelectric self-driven dust removal detection device, and the invention also relates to a triboelectric thermoelectric self-driven dust removal detection method. Background technique [0002] The direct discharge of waste gas, waste liquid and waste residue from the industrial catering industry not only wastes heat energy, but also increases the concentration of micro-nano particles in the environment, and diffuses over the urban heat island with the air flow, which brings harm to human health and industrial and commercial development. Serious impact. At present, certain results have been achieved through the use of electrostatic dust removal, particle bed filter dust removal, spray dust removal, supplemented by testing equipment to achieve standard discharge. [0003] However, the above-mentioned dust removal and detection equipmen...

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Problems solved by technology

[0003] However, the above-mentioned dust removal and detection equipment has some problems such as poor dust removal effect, separation of dust removal and detection, etc.

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