Deduster equipment

Abstract

The invention discloses a dust remover equipment, which includes a power transmission frame and a power lead. The groove and the second meshing groove are oppositely arranged, and the left ends of the first toothing groove and the second toothing groove are in communication with the plug-in groove, the second toothing groove is in communication with the sliding groove, and the A first power transmission hole is set in the right end of the plug-in slot, a second power transmission hole is set in the left end of the lower part of the chute, and a wheel hole is connected in the center of the first meshing groove and the second toothing groove. The toothed wheel is rotatably arranged in the wheel hole through the rotating rod. The invention has reasonable design, simple structure, stable power supply, reduces the occurrence of electric shock accidents in existing life, and effectively guarantees people's life safety. The mating connection of the first power transmission hole and the energization connection of the first power transmission hole occur at the same time, which reduces the production cost. The locking and unlocking of the plug-in connector is automatically realized through the control of the driving machine, the operation is simple and convenient, and it is suitable for popularization and use.

Description

technical field [0001] The invention relates to the field of dust collectors, in particular to dust collector equipment. Background technique [0002] At present, the plug-in and power-on of the dust collector is through directly passing the plug-in arm connected to it into the first power-transmitting hole. In the future, the plug arm can still be pulled out. When the kick accidentally hits the wire connected between the plug arm and the dust collector, the plug arm will be separated from the first power transmission hole, resulting in a sudden power failure of the dust collector. Therefore, the existing plug-in method has the risk of unstable power supply connection. In addition, when the dust collector is not in use, the plug arm is often pulled out from the first power transmission hole, and the first power transmission hole is always in a power-on state. This will result in the exposure of the first power transmission hole, therefore, there is a relatively large potent...

AI Technical Summary

Problems solved by technology

[0002] At present, the plug-in and power-on of the dust collector is through directly passing the plug-in arm connected to it into the first power-transmitting hole. In the future, the plug arm can still be pulled out. When the kick accidentally hits the wire connected between the plug arm and the dust collector, the plug arm will be separated from the first power transmission hole, resulting in a sudden power failure of the dust collector. Therefore, the existing plug-in method has the risk of unstable power supply connection. In addition, when the dust collector is not in use, the plug arm is often pulled out from the first power transmission hole, and the first power transmission hole is always in a power-on state. This will cause the exposure of the first power transmission hole, therefore, there is a greater potential safety hazard

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