Chip removal system of five-axis hole making machine tool

Abstract

The invention provides a chip removal system of a five-axis perforating machine. The chip removal system comprises a plurality of chip removal passages, a total collection passage and a controller; each chip removal passage comprises an inner cavity operating head mounted next to one corresponding cutting head of the five-axis perforating machine, a vacuum cleaning head mounted in the front end of the inner cavity operating head, a flexible vacuum tube of which one end is connected with the tail end of the inner cavity operating head, a turbo air booster cascaded with the inner cavity operating head and connected to the flexible vacuum tube, and a filter screen arranged between the turbo air booster and the flexible vacuum tube. The total collection passage comprises a hard vacuum tube connected to the other end of the flexible vacuum tube of each chip removal passage, a vacuum unit located downstream of the hard vacuum tube and connected to the hard vacuum tube, a filter arranged downstream of the vacuum unit, an industrial dust collector located downstream of the filter and connected to the filter, and a chip collection box located downstream of the industrial dust collector and connected to the industrial dust collector. The controller is in communication connection with all the chip removal passages and the total collection passage.

Description

Technical field [0001] The invention relates to the field of machining, in particular to a chip removal system of a five-axis hole making machine tool. Background technique [0002] In the field of aerospace manufacturing, it often involves the processing of workpieces with a laminated structure, and the workpieces with a laminated structure often use mixed materials such as metals and composite materials. The chips of metal materials are strip-shaped, while the chips of non-metal materials are powdered or Granular and toxic, conventional chip removal methods are no longer suitable for chip removal of such workpieces. However, the vacuum suction method has problems such as insufficient suction power and poor waste collection effect due to the distance between the cutting operation section and the vacuum device. Summary of the invention [0003] In view of the problems in the background art, the purpose of the present invention is to provide a chip removal system for a five-axis h...

AI Technical Summary

Problems solved by technology

[0002] In the field of aviation manufacturing, the processing of workpieces with laminated structures is often involved, and the workpieces with laminated structures are often made of mixed materials such as metals and composite materials. The chips of metal materials are in the form of strips, while the chips of non-metal materials are in the form of powder or Granular and toxic, conventional chip removal methods are no longer suitable for chip removal of such workpieces

However, the method of vacuum suction has problems such as insufficient suction and poor waste collection effect because the cutting operation section is far away from the vacuum device.

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