Automobile plastic part production equipment with cutter cleaning and dust removing functions

Abstract

The invention discloses automobile plastic part production equipment with cutter cleaning and the dust removal functions. The equipment comprises a base, a setting box, a working box and a moving box;an air inlet mechanism is arranged in the setting box; a cutting head and two protecting mechanisms are arranged at the top of the working box, a first motor and a cleaning mechanism are arranged inthe movable box, and a dust removing mechanism is arranged in the base, wherein the cleaning mechanism comprises two connecting rods and two sweeping units; and the dust removing mechanism comprises an air extractor, a filter pipe, a collecting pipe, a collecting box, an exhaust pipe and an air exhauster; the automobile plastic part production equipment with the cutter cleaning and dust removing functions, through the cleaning mechanism, the plastic adhered to the cutter can be cleaned, so that the precision of parts needing to be cut in the follow-up process is not influenced; moreover, through the dust removal mechanism, the plastic chips generated in the production process can be removed by the equipment, so that gaps between the parts are prevented from being blocked by the plastic chips, and the normal operation of the existing equipment is maintained.

Description

technical field [0001] The invention relates to the field of production equipment for automobile plastic spare parts, in particular to a production equipment for automobile plastic spare parts with the functions of tool cleaning and dust removal. Background technique [0002] The production and processing of automotive plastic parts is a general term for various processes that convert synthetic resin or plastic into automotive plastic parts. It is a large production sector in the automotive industry. Automobile plastic production spare parts processing generally includes plastic batching, molding, machining, joining, modification and assembly. [0003] Plastics have poor thermal conductivity, low thermal expansion coefficient and elastic modulus, and are easy to melt when heated during cutting, and are easy to adhere to the tool. However, the existing production equipment for automotive plastic parts cannot clean the plastic adhered to the tool. It affects the accuracy of t...

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Problems solved by technology

[0003] Plastics have poor thermal conductivity, low thermal expansion coefficient and elastic modulus, and are easy to melt when heated during cutting, and are easy to adhere to the tool. However, the existing production equipment for automotive plastic parts cannot clean the plastic adhered to the tool. It affects the accuracy of the parts that will be cut later. Not only that, but the existing production equipment for automotive plastic parts cannot remove the plastic debris generated during the production process, and the plastic debris is easy to block the gaps between the parts and hinder the existing equipment. normal work

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