Mobile auxiliary bracket for machining tool and auxiliary machining method

Abstract

The invention relates to a mobile auxiliary bracket for a machining tool. Sucking discs are arranged at the bottom of a chassis of the mobile auxiliary bracket for the machining tool; guide rods are arranged on one end of the chassis while worms for Z-axis movement are arranged on the other end of the chassis; a worm gear for Z-axis movement is arranged in a side end of one end, where the worms for Z-axis movement pass through, of an upper bracket; bended ends of the worms for Z-axis movement are connected by a connecting rod; an X-direction mobile slide block of the machining tool is arranged in the upper bracket; an X-axis rocker passes through the X-direction mobile slide block of the machining tool and two side edges of the upper bracket; gears of the X-axis rocker are in corresponding transverse strip-like slots; the front side of a Y-direction mobile slide block of the machining tool is connected to the machining tool; a limiting block is arranged below the Y-direction mobile slide block of the machining tool; a pin roll is arranged in the Y-direction mobile slide block of the machining tool; and a worm gear for Y-direction movement is arranged at the lower end of the pin roll, and the worm part of a Y-axis rocker passes through the Y-direction mobile slide block of the machining tool. According to the invention, the mobile auxiliary bracket is used for replacing a conventional worktable for machining, and the mobile auxiliary bracket can be fixed on a workpiece for secondary machining, so that the machining flexibility and the application range of the corresponding machine tool are improved.

Description

technical field [0001] The invention relates to the field of machine tool auxiliary equipment, in particular to a mobile auxiliary support for processing machine tools and an auxiliary processing method. Background technique [0002] The traditional processing machine tool is to clamp the workpiece through the fixture, then put it into the machine tool, and then process it according to the installation of the corresponding tool. This processing method has higher requirements on the machine tool, and a large workpiece must be made into a machine tool with a large workbench. Otherwise, large workpieces cannot be processed, and the processing process is not flexible enough. For this reason, with the continuous maturity of 3D printing technology, some people think of using 3D printing technology to replace traditional machine tools. Although 3D printing is extremely flexible, it is limited by materials and costs. The limitations are often very high and cannot completely replac...

AI Technical Summary

Problems solved by technology

[0002] The traditional processing machine tool is to clamp the workpiece through the fixture, then put it into the machine tool, and then process it according to the installation of the corresponding tool. This processing method has higher requirements on the machine tool, and a large workpiece must be made into a machine tool with a large workbench. Otherwise, large workpieces cannot be processed, and the processing process is not flexible enough. For this reason, with the continuous maturity of 3D printing technology, some people think of using 3D printing technology to replace traditional machine tools. Although 3D printing is extremely flexible, it is limited by materials and costs. The limitations are often very high and cannot completely replace the traditional machine tool processing. In order to improve the processing flexibility, this invention proposes a new idea, abandoning the working platform and designing a special mobile bracket. The corresponding machine tool is fixed on the bracket. Fix it, and then perform secondary processing on the workpiece to be processed according to the needs to solve the above problems

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