The electronic blowback sack cleaner of a kind of machinery rotation
Technical field
The present invention relates to the technical field of deduster, especially refer to the electronic blowback sack cleaner of a kind of machinery rotation.
Background technology
Sack cleaner is a kind of dry type dust filtration device.It is applicable to and captures tiny, dry, non-fiber dust.In commercial production with can produce amounts of dust distribute atmosphere in, cause environmental pollution, harm health of human body.When dust laden air drying or dust concentration are too high, also can increase the danger of blast, direct threats the safety of the person and equipment.Mostly the most frequently used homemade deduster is the pulsed sack cleaner; Brought into play important function aborning; But also exist many problems, poor like the little explosion-proof humidity resistance of accommodation to dust concentration, need supporting air compression station to supply with the printing air; Ash bucket dust knot arch causes defectives such as deduster obstruction, causes adverse factors to production.
Summary of the invention
The electronic blowback sack cleaner of a kind of machinery rotation of the utility model adopts the ventilation exhaust dust device with bag, and the dust-laden body is collected and purified, and is furnished with the inverse blowing device cleaning and stops up, and realizes the purpose of safe dedusting.
To achieve these goals, technical solution of the present invention is: the electronic blowback sack cleaner of a kind of machinery rotation comprise by motor, blowback wind slew gear, blowback wind blast tube, net air escape pipe, dirt pocket, filtration cloth bag, dust-laden air inlet pipe, revolution scrape apparatus for ash, unload grey dead lock, high pressure back blowing machine, high pressure discharge pipe, dust hopper, backwind tube, body form; Motor is set on body top and backwind tube is set for blowback wind slew gear, a side and high pressure discharge pipe, opposite side are provided with the net air escape pipe and grey dead lock is unloaded in dust-laden air inlet pipe, bottom setting; Body internal upper part dirt pocket is provided with blowback wind blast tube and is connected with the high pressure discharge pipe, and the corresponding bottom of blowback wind blast tube is provided with a plurality of filtration cloth bags by circular arrangement, revolution is set in the dust hopper of bottom scrapes apparatus for ash.
The utility model beneficial effect is: adopt the mechanical chipping dust, avoided the loaded down with trivial details of artificial deashing, realize not shutdown operation; Can reduce the generation probability of dust explosion, reducing the power that causes because of compressed air consumption increases, and has the automaticity height; Ash-removal effect is good; The filtration windage is little, and is safe and reliable to operation, and high efficiency and the big advantage of processing air quantity.
Description of drawings
Below in conjunction with the accompanying drawing and the specific embodiment utility model is further described.
Accompanying drawing is the electronic blowback sack cleaner of an a kind of machinery rotation sketch map.
Among the figure: 1, motor, 2, blowback wind slew gear, 3, blowback wind blast tube, 4, the net air escape pipe; 5, dirt pocket, 6, filter cloth bag, 7, the dust-laden air inlet pipe, 8, revolution scrapes apparatus for ash; 9, unload grey dead lock, 10, the high pressure back blowing machine, 11, the high pressure discharge pipe; 12, dust hopper, 13, backwind tube, 14, body.
The specific embodiment
Shown in accompanying drawing, the electronic blowback sack cleaner of a kind of machinery rotation comprises by motor 1, blowback wind slew gear 2, blowback wind blast tube 3, net air escape pipe 4, dirt pocket 5, filter that cloth bag 6, dust-laden air inlet pipe 7, revolution are scraped apparatus for ash 8, unloaded grey dead lock 9, high pressure back blowing machine 10, high pressure discharge pipe 11, dust hopper 12, backwind tube 13, body 14 are formed; Motor 1 is set on body 14 tops and backwind tube 13 is set for blowback wind slew gear 2, a side and high pressure discharge pipe 11, opposite side are provided with net air escape pipe 4 and grey dead lock 9 is unloaded in dust-laden air inlet pipe 7, bottom setting; Body 14 internal upper part dirt pockets 5 are provided with blowback wind blast tube 3 and are connected with high pressure discharge pipe 11, and blowback wind blast tube 3 corresponding bottoms are provided with a plurality of filtration cloth bags 6 by circular arrangement, revolution is set in the bottom dust hopper 12 scrapes apparatus for ash 8.
During operation, dust-contained airflow gets into dirt pocket 5 from dust-laden air inlet pipe 7, and under gravity and the effect of tearing by dissension and discording, the dust that a part is more big and heavy and the dust granules of coalescence fall into dust hopper 12 bottoms of bottom along the barrel of dirt pocket 5; When the tiny dust of a part arrives filter cloth bag 6 with the air-flow drift, be equipped with capture filter.The air of cleaning passes and filters cloth bag 6 by 4 discharges of net air escape pipe.When filtration cloth bag 6 is stopped up by dust; Motor 1 drives blowback wind slew gear 2 and drives 3 rotations of blowback wind blast tube; The high-pressure blast of being produced by high pressure back blowing machine 10 is blown into from the blowback wind blast tube 3 of rotation through high pressure discharge pipe 11 and filters cloth bag 6 inwalls, the dust that stops up is washed out to fall in the dust hopper 12 by revolution scrape apparatus for ash 8 and to unload grey dead lock 9 control ejectors external.
The above; Embodiment only is that preferred implementation of the present invention is described; Be not that scope of the present invention is limited; Under the prerequisite of the spirit that does not break away from the present invention's technology, various distortion and improvement that this area engineers and technicians make technical scheme of the present invention all should fall in the definite protection domain of claims of the present invention.