Ironclad riveting machine

Abstract

The invention discloses an ironclad riveting machine used for machining an upper shell, a lower shell and spacers into an ironclad. A method includes the following steps that the upper shell, the lower shell and the spacers are put in a placement device; a mechanical hand clamps the lower shell into a positioning mechanism from the placement device; the mechanical hand returns and sequentially clamps the three spacers into a spacer straightening mechanism, and the spacers are straightened; the mechanical hand simultaneously clamps the three straightened spacers to the positioning mechanism and assemblies the spacers in the lower shell; the mechanical hand clamps the upper shell to the position of the positioning mechanism from the position of the placement position and arranges the upper shell on the lower shell, and the ironclad is formed; and the mechanical hand clamps the assembled ironclad for riveting. According to the ironclad riveting machine, through the placement device, a CCD detection device, an assembling device, a riveting device and the mechanical hand which are arranged in a protection frame, upgrading from manual production to automatic production of ironclad machining is achieved.

Description

Technical field [0001] The invention relates to the technical field of automated production equipment, in particular to a method for riveting iron shells. Background technique [0002] With the continuous development of electronic technology, the connector, as a signal transmission medium product, has a wider range of applications. Among them, the switch is an indispensable device in network transmission, and its demand is increasing, and the demand for the production of its parts is also increasing. [0003] At present, the riveting technology of connectors in industrial production requires manual or semi-automatic production technology to first bend the connector parts, and then accurately locate the riveting holes, and then riveting by manual operation. This mode of operation has a variety of processes, low production efficiency, high labor costs, poor product consistency, and cannot be put into mass production well, and quality cannot be guaranteed. [0004] Therefore, it is ne...

AI Technical Summary

Problems solved by technology

[0003] At present, the riveting technology of connectors in industrial production requires the use of manual or semi-automatic production technology to bend the parts of the connector first, then accurately locate the riveting holes, and then perform riveting by manual operation. , this mode of operation has many processes, low production efficiency, high labor costs, and poor product consistency. It cannot be put into mass production well, and the quality cannot be guaranteed.

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