Cleaning and dust removing device for sinter plate

Abstract

The invention discloses a cleaning and dust removing device for a sinter plate. The cleaning and dust removing device comprises a self-adaptive lifting type dust removing mechanism, a dust removing valve self-adaptive opening and closing mechanism, an opening and closing type air inlet mechanism and an induction type filtering mechanism. The invention belongs to the technical field of filtering device cleaning, and particularly relates to a sinter plate cleaning and dust removing device. On the basis of the self-service principle, the multipurpose principle and the inertia principle, the self-adaptive lifting type dust removal mechanism and the dust removal valve self-adaptive opening and closing mechanism are creatively provided, the non-fixing nut and the center transmission main shaft rotate relatively through low friction and inertia, and then the dust removal valve is opened and closed while the rotating driving motor is started. The air flow can be generated, the filter element can be oscillated, the dust removal valve can be controlled to be opened, three purposes are achieved through the ingenious mechanical structure, the equipment is greatly simplified, and the popularization value is improved.

Description

technical field [0001] The invention belongs to the technical field of filter device cleaning, and specifically refers to a cleaning and dust removal device for plastic-fired boards. Background technique [0002] The plastic-sintered plate filter element has a rigid wave-like porous structure. It is cast and sintered after a variety of polymer compound powders and special binders are strictly proportioned to form a wave-like porous matrix sintered plate filter element. The plastic-fired plate filter element itself The service life of the filter is very long, generally up to ten years, but as the use time becomes longer, the surface will accumulate and absorb a layer of dust, resulting in poor air flow and affecting the filtering effect. [0003] The general way to clean the filter element is to remove the filter element, then knock it against the wall a few times to shake off the dust accumulated on the filter element, and then put it back and continue to use it. Although th...

AI Technical Summary

Problems solved by technology

[0002]The plastic-fired plate filter element has a rigid wave-like porous structure, which is formed by casting and sintering after strict proportioning of various polymer compound powders and special binders. A wave-type porous matrix sintered plate filter element, the plastic sintered plate filter element itself has a long service life, generally up to ten years, but as the use time becomes longer, its surface will accumulate and absorb a layer of dust, resulting in air flow Unsmooth, affecting the filtering effect

[0003]The general way to clean the filter element is to remove the filter element, then knock it against the wall a few times to shake off the dust accumulated on the filter element, then put it back and continue to use it. Although the process is not complicated, the filter element installed inside the equipment is not easy to disassemble, and the accumulation of dust inside the filter element cannot be known through observation, but the amount of dust accumulation, the use time, the amount of passing gas, and the amount of dust in the gas The dust content of the dust, the flow rate of the gas, etc. are all related, and it is difficult to determine the best cleaning cycle

Images