Four-station industrial scene motion control application training practice platform

Abstract

The invention discloses a four-station industrial scene motion control application training practice platform which comprises a table body structure and four control tables formed by edges. A working table is arranged between the tops of the four control tables, and the scene simulation mechanism is arranged on the working table; the scene simulation mechanism comprises a middle turnover mechanism group and four side turnover mechanism groups; the four side face turnover mechanism sets are arranged in an annular array mode, and the middle turnover mechanism set and the four side face turnover mechanism sets each comprise a two-axis mechanical arm. The side turnover mechanism set is further provided with a rotary tray and a linear conveying belt which are fixed to the workbench. The middle turnover mechanism set comprises a closed-loop track, the track line of the closed-loop track is in a rounded rectangle shape, four sliding tables are movably assembled on the closed-loop track, and all the sliding tables are driven by a closed-loop type transmission belt. The four-plus-one mode is adopted, all stations are coordinated, turnover is efficient, and the automatic teaching aid is high in reasonability.

Description

technical field [0001] The invention relates to the field of intelligent vocational training equipment, in particular to a four-station industrial scene motion control application training practice platform. Background technique [0002] As the requirements for dataization in the development of intelligent manufacturing are getting higher and higher, there are more and more requirements for the collection, processing and analysis of complex data in automation equipment. Including complex motion path requirements, traditional motion control cannot fully meet such requirements. In this context, PC-based motion control uses high-level language (C++ / C#) as the software platform and motion control card as the controller. , a new generation of control systems with industrial computer as an integrated carrier is being used more and more, and this type of technical personnel is increasingly in short supply. However, this technology belongs to the interdisciplinary subject of the De...

AI Technical Summary

Problems solved by technology

Including complex motion path requirements, traditional motion control cannot fully meet such requirements. In this context, PC-based motion control uses high-level language (C++/C#) as the software platform and motion control card as the controller , the new generation of control systems with industrial computer as the integrated carrier is being used more and more, and this kind of technical personnel is becom

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