Chip collecting device of chip discharging machine

Abstract

The invention discloses a chip collecting device of a chip discharging machine. The chip collecting device of the chip discharging machine comprises a chip collecting box, a material pressing mechanism and a material pouring mechanism. The material pouring mechanism comprises an inner chip collection box body and telescopic shafts, wherein the inner chip collection box is embedded into a cavity ofthe chip collection box through sliding grooves on the two sides, and the other face of the inner chip collection box body is connected into the chip collection box through the telescopic shafts. Thechip collection box body is fixedly welded to the base. The upper end face of the base is provided with a material pressing mechanism. The material pressing mechanism comprises a material pressing cover plate, lifting air cylinders, air cylinder push rods and a material pressing lead block. The material pressing cover plate is driven by the lifting air cylinders and move up and down along the aircylinder push rods. According to the chip collecting device of the chip discharging machine, the material pressing mechanism is arranged, after compression is conducted through the material pressinglead block, mechanical waste is pressed together, so that the space utilization rate in the inner chip collection box body is greatly improved, the waste collection time of the machine is g prolonged,and the chip discharging efficiency of the machine is improved; in addition, the material pouring mechanism is arranged, so that materials in the inner chip collection box body can be pulled out andoverturned and poured out by the telescopic shafts, in the whole process, time and effort are saved, and operation is easy and convenient.

Description

technical field [0001] The invention relates to the technical field of chip removal equipment, in particular to a chip collection device of the chip removal machine. Background technique [0002] Machining and manufacturing companies usually produce a large amount of metal swarf when processing parts through metal cutting. At present, traditional mechanical processing and manufacturing enterprises, especially those that use a large number of metal cutting machine tools, usually do not adopt effective containers to collect, store, and transfer metal chips. [0003] Traditional mechanical processing and manufacturing companies usually adopt two methods for metal chips: one is to directly pile up metal chips near the metal chip machine tool, and after a certain period of time, the manufacturer responsible for recycling metal chips will send a car to collect and transport them. Go, under such circumstances, metal chips often occupy a large amount of work space, and there are no...

AI Technical Summary

Problems solved by technology

[0003] Traditional mechanical processing and manufacturing companies usually adopt two methods for metal chips: one is to directly pile up metal chips near the metal chip machine tool, and after a certain period of time, the manufacturer responsible for recycling metal chips will send a car to collect and transport them. Go, under such circumstances, metal chips often occupy a large amount of work space, and there are not small safety hazards, and metal chips with cooling lubricants will also pollute the surrounding environment

The other is to use the chip conveyor to discharge metal and other waste chips mechanically, and place the corresponding collection box at the discharge port of the chip conveyor to collect and process the waste chips, which greatly slows down the machining process. The labor workload of the factory's traditional waste disposal, but

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