Pulse cleaner for integrated hoisting

Abstract

The invention discloses a pulse cleaner for integrated hoisting. The pulse cleaner comprises a flow-dividing device, a side part of the flow-dividing device is fixed on a bracket by bolts, and a circle of a guide ring is fixed obliquely downwards on an outer circumference of the bracket. An air inlet hole is vertically formed at a top center position of the flow-dividing device, a plurality of airoutlet holes are arranged at bottom edge positions of the flow-dividing device, and the air outlet holes are evenly distributed in a circle, and each air outlet hole communicates with the air inlet hole. The pulse cleaner of the invention divides a pulse air flow into multiple strands evenly without weakening the pulse air flow, and can effectively improve the pulse cleaning effect. When the pulse cleaner is applied to integrated hoisting, the pulse air flow can accurately enter the interior of a filter core to clean the filter core; the pulse cleaner overcomes loosening of a hanger rod caused by the pulse air flow; and the pulse cleaner eliminates a sealing-strip powder leakage phenomenon caused by filter core momentary drooping because of momentary entering of the pulse air flow into the filter core.

Description

technical field [0001] The invention relates to a pulse cleaner for integrated hoisting. Background technique [0002] The traditional hoisting and pulse cleaning work mode is as follows: figure 1 As shown in the separate design, the hoisting is fixed by a separate suspender fixed island, and the pulsed airflow must enter directly above the center of the filter element, so the pulsed airflow is easily broken up by the central suspendered fixed island, making the airflow entering the filter element extremely small and pulsating The effect is extremely poor, and the impact of the long-term pulse air flow on the boom will make the boom loose. In the case of looseness, the pulse air flow entering the filter element will cause the filter element to sag, and the sealing strip between the filter element and the filter element mounting plate is not sealed, resulting in powder Through the gap, powder leakage occurs, thereby polluting the workshop environment. Contents of the inven...

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Problems solved by technology

[0002] The traditional hoisting and pulse cleaning work mode is as follows: figure 1 As shown, it is designed separately, and the hoisting is fixed by a separate suspender fixed island. The pulsed air flow must enter directly above the center of the filter element, so the pulsed air flow is easily broken up by the central suspender fixed island, making the air flow entering the filter element extremely small and pulsed. The effect is extremely poor, and the impact of the long-term pulse air flow on the boom will make the boom loose. In the case of looseness, the pulse air flow entering the filter element will cause the filter element to sag, and the sealing strip between the filter element and the filter element mounting plate is not sealed, resulting in powder Through the gap, powder leakage occurs, thus polluting the workshop environment

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