Full-automatic assembling equipment

Abstract

The invention provides full-automatic assembling equipment which comprises an installing base, a working table, machining equipment, a first robot and a second robot. The working table, the machining equipment, the first robot and the second robot are installed on the installing base. The working table comprises a rotary disc and a drive device. Three machining tools fitted with the machining equipment are installed on the rotary disc uniformly. A machining position, an operation position of the first robot and an operation position of the second robot are sequentially distributed in the rotating direction of the rotary disc. The first robot is used for taking out finished products on the machining tool located at the operation position of the first robot and placing parts on the machining tool. The second robot is used for placing the parts on the machining tool at the operation position of the second robot. The machining equipment is used for machining the parts in the machining tool at the machining position into the finished products. The full-automatic assembling equipment can automatically machine workpieces needing to be machined, so that production efficiency is improved.

Description

technical field [0001] The invention relates to the field of mechanical equipment, in particular to a fully automatic assembly equipment. Background technique [0002] With the development of mechanical automation, more and more automation equipment can meet people's production needs, but the general production of automation equipment is aimed at the production and processing of some relatively common standard workpieces, and it is difficult to pass simple Resetting or refitting to meet the processing needs of new workpieces. For example, in production practice, a workpiece needs to be assembled and processed. This workpiece is assembled from three parts. It is not a universal workpiece, so there is no ready-made equipment to realize its automatic processing. It can only be processed manually, which is inefficient . For example, in the patent application "Automatic Processing Equipment for Copper Pipe Connectors" with publication number CN105058147A, this equipment can onl...

AI Technical Summary

Problems solved by technology

[0002] With the development of mechanical automation, more and more automation equipment can meet people's production needs, but the general production of automation equipment is aimed at the production and processing of some relatively common standard workpieces, and it is difficult to pass simple Resetting or modification to meet the processing needs of new workpieces

For example, in production practice, a workpiece needs to be assembled and processed. This workpiece is assembled from three parts. It is not a universal workpiece, so there is no ready-made equipment to realize its automatic processing. It can only be processed manually, which is inefficient

For example, in the patent application "Automatic Processing Equipment for Copper Pipe Connectors" with publication number CN105058147A, this equipment can only realize specific processing operations for copper pipe connectors, and cannot meet the needs of special workpieces to be processed.

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