Flexible multi-degree-of-freedom operating platform unit

Abstract

The invention discloses a flexible multi-degree-of-freedom operating platform unit which comprises an installation frame, a motor arranged on the installation frame, a gear rotating disc and an upper end tray, the motor drives the gear rotating disc to drive the upper end tray to rotate, two parallel sliding ways are installed on the upper end tray, and a front supporting wheel and a rear supporting wheel are installed on the sliding ways. An object to be operated and processed is placed on the front supporting wheel and the rear supporting wheel. The multi-hole fixable sliding ways are used, the positions of the front supporting wheel and the rear supporting wheel are determined more flexibly, and the adaptability and flexibility of the device are higher; and the motor is used for driving the tray to rotate, manual walking is reduced, the safety risk is reduced, the operating space is reduced, and the platform is more automatic and lean.

Description

technical field [0001] The invention belongs to the technical field of assembly and relates to a flexible multi-degree-of-freedom operating platform unit. Background technique [0002] As the manufacturing industry develops towards automation and intelligence, the assembly line is also iterating towards automation. Most of the operating platforms in the current assembly technology field are designed to be fixed. The traditional fixed rigid operation platform requires the operator to walk frequently during the assembly process, which leads to the failure of the operator to press the PLC control button in time when the production assembly failure occurs, which is very likely to cause serious safety accidents. In addition, the rigid operating platform is generally a customized platform, which can only perform assembly operations for a single-size product, and cannot meet the assembly requirements of different series of products at the same time, resulting in low manufacturing ...

AI Technical Summary

Problems solved by technology

The traditional fixed rigid operation platform requires the operator to walk around frequently during the assembly process, which leads to the failure of the operator to press the PLC control button in time when the production assembly failure occurs, which is very prone to serious safety accidents

In addition, the rigid operating platform is generally a customized platform, which can only perform assembly operations of a single-size product, and cannot meet the assembly requirements of different series of products at the same time, resulting in low manufacturing flexibility and adaptability

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