Multi-axis and multi-station independent automatic screw locking machine

Abstract

The invention relates to a multi-axis and multi-station independent automatic screw locking machine which comprises a worktable, an assembling line arranged at the front end of the top of the worktable, first machining mechanisms arranged behind the assembling line, and second machining mechanisms arranged on the left sides of the first machining mechanisms. A first guide mechanism is arranged on the part, at the front end of each first machining mechanism, of the assembling line, a first positioning mechanism is arranged on the left side of each first guide mechanism, the number of the positioning mechanisms is three or more, and a limiting mechanism is arranged between every two first positioning mechanisms. According to the multi-axis and multi-station independent automatic screw locking machine, three-dimensional spatial machining of four or more faces at any angle can be carried out on multiple workpieces by each machining device, products produced on each assembling line working for eight hours each day can reach 3200 or more, and four or more workers can be saved for each assembling line; flexibly design is also adopted for the multi-axis and multi-station independent automatic screw locking machine which is suitable for carrying out automatic screw tapping on multiple varieties, the debugging time for changing varieties is equal to or shorter than one minute, and the demand for industrial automation development can be met.

Description

technical field [0001] The invention relates to a multi-axis multi-station independent automatic screw locking machine. Background technique [0002] The traditional processing line processes workpieces separately through mechanical equipment with different functions, and a workpiece usually needs to be processed in multiple orientations with different orientations and angles, so it is necessary to set up multiple different functions on the assembly line. Equipment to complete the processing of the workpiece. And because the linearity must be processed sequentially, the processing time is long and the production cost is high, which is not conducive to the needs of industrialization development; especially for workpieces that need to be processed with high precision on multiple different surfaces and angles, it requires manual flipping of the workpiece , Manual operation is inefficient, poor in effect and high in labor costs. Therefore, in view of the shortcomings of the ab...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is to provide a kind of processing station that can realize independent processing, and each processing device can realize three-dimensional space processing of more than four surfaces and any angle on multiple workpieces, so that each assembly line can work in one day The products produced in eight hours can reach more than 3,200, and each assembly line can save more than four workers, which greatly improves the production capacity and reduces the labor intensity of the workers; it adopts a flexible design and is suitable for many different varieties and different The machined workpieces of different types are automatically screwed, and the debugging

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