One side single open type automatic chip removal guide rail for machine tool

Abstract

The invention relates to an automatic single-sided and single-opened chip removal guide rail for a machine tool. The automatic single-sided and single-opened chip removal guide rail for the machine tool comprises a base; a discharge driving mechanism is arranged at the back end of the base; gradient baseline correction devices are symmetrically arranged on the left and right side of the base; combined gradient base rails evenly arranged along the width direction of the base are disposed above the base; the combined gradient base rails are sequentially bonded to form a guide rail for the machine tool; the left and right end of the combined gradient base slidably matches with the gradient baseline correction devices. The automatic single-sided and single-opened chip removal guide rail for the machine tool has the advantages of being reasonable in structural design, high in degree of automation, easy to operate and the like. Furthermore, the automatic single-sided and single-opened chip removal guide rail is capable of realizing automatic chip removal of guide rails, greatly removing chip removal efficiency, completing correction of self-positioning baseline at the time of chip removal, ensuring accuracy of mechanical processing size, effectively avoiding movement interference among the combined gradient base rails with the gradient structural design, and realizing relatively independent movement of the combined gradient base rails.

Description

technical field [0001] The invention relates to the field of machine tool equipment, in particular to a single-side single-open type automatic chip removal guide rail for machine tools. Background technique [0002] The processing of many product parts is inseparable from the machine tool. For the machine tool, the guide rail is one of the important components. When the existing machine tool is performing mechanical processing, the parts to be processed are first installed and positioned on the guide rail of the machine tool through the fixture, and then the machine tool is started, and the machining is completed by using the corresponding tool, and the chips generated during the processing fall on the guide rail of the machine tool , especially for large parts or when the size to be processed is large, more chips will be generated and accumulated on the guide rail, which not only brings trouble to the installation and positioning of parts, but also troublesome cleaning of c...

AI Technical Summary

Problems solved by technology

When the existing machine tool is performing mechanical processing, the parts to be processed are first installed and positioned on the guide rail of the machine tool through the fixture, and then the machine tool is started, and the machining is completed by using the corresponding tool, and the chips generated during the processing fall on the guide rail of the machine tool , especially for large parts or when the size to be processed is large, more chips will be generated and accumulated on the guide rail, which not only brings trouble to the installation and positioning of parts, but also troubles the cleaning of chips. Existing manufacturers are all using Manual cleaning, high-temperature chips are easy to burn or scratch the hands of the staff, the efficiency of chip removal is extremely low, and it also affects the processing of subsequent parts, prolonging the overall processing time and affecting the production efficiency of the factory

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