A CNC milling machine for rubber joint ball pins using double platforms for flipping

Abstract

The invention discloses a numerical control milling machine for a ball joint for a rubber joint and capable of performing flipping by using double platforms, which comprises a numerical control spindle box, a numerical control milling machine main body, a moisture proof base, a safe protective door, a control panel, and an acousto-optical alarm device. A first processing table is combined with a second processing table so that after finishing processing the upper surface of a blank, the numerical control milling machine can directly flip the blank to the back side for further processing without waiting for manual clamping and flipping after the blank is cooled, thereby effectively improving the processing efficiency of the ball pin. At the same time, milling chips on the surface of the second processing table can be cleared during the flipping process, so that the blank is parallel to the processing table and perpendicular to a milling cutter, thereby effectively improving the flatnessand accuracy of blank processing by the milling machine and eventually improving processing quality.

Description

Technical field [0001] The invention relates to the field of milling machines, in particular to a numerical control milling machine for rubber joint ball pins that utilizes dual platforms to flip. Background technique [0002] Rubber joints are the best choice in industrial piping systems due to their small size, light weight, good elasticity, and can absorb the vibration of the pipeline water pump during operation, and reduce the working noise of the equipment. Therefore, the joints need to pass through the ball after installation. The pin is fixed, and the ball pin is generally processed by a CNC milling machine, but the current technical considerations are not perfect, and it has the following shortcomings: the traditional milling machine processing platform can only translate the workpiece back and forth according to the preset track, so after the upper surface of the ball pin is processed, When milling the back of the blank, it needs to be manually clamped and turned to the ...

AI Technical Summary

Problems solved by technology

[0002] Due to its small size, light weight, good elasticity, and the ability to absorb the vibration of the pipeline water pump during work and reduce the noise of the equipment during operation, the rubber joint has become the best choice in the industrial piping system. After the joint is installed, it needs to pass the ball The pin is fixed, and the ball pin is generally processed by a CNC milling machine, but the current technical considerations are not perfect, and it has the following disadvantages: the traditional milling machine processing platform can only translate the workpiece forward, backward, left, and right according to the preset track, so after the upper surface of the ball pin is processed, When milling the back of the blank, it needs to be manually clamped and turned to the reverse side. Since the surface temperature of the blank is high when the milling work is just finished, it needs to be cooled and then manually operated, and the processing efficiency is low; at the same time, when the operator After being turned over, impurities after milling remain on the processing platform, and the blank is directly pressed above the milling chips, resulting in the blank being not parallel to the processing table, resulting in uneven surface of the ball pin where the knife is connected, and reducing the processing quality

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