Intelligent driving feeding and discharging system for thin film industry

Abstract

The invention provides an intelligent driving feeding and discharging system for the thin film industry. The intelligent driving feeding and discharging system comprises a film discharging trolley, amechanical arm and a film storage rack, wherein the film discharging trolley is used for automatic discharging of film rolls at a winding station of a thin film production line and automatic feeding of hollow steel cores; the mechanical arm is arranged on a driving trolley and used for grabbing the film rolls; and the film storage rack is used for placing the film rolls. Through mutual cooperationof the film discharging trolley, the grabbing mechanical arm, the film storage rack, a rotating platform, a splitting machine unwinding device and a control center, the control center transmits an instruction back to the film discharging trolley and the grabbing mechanical arm after data analysis and processing. The film discharging trolley executes the operation of grabbing full-film rolls and replacing the hollow steel cores, and the operation process of discharging the full-film rolls and replacing the hollow steel cores can be achieved at a time. The grabbing mechanical arm grabs the full-film coils or the hollow steel cores corresponding to all the stations and conveys the full-film coils or the hollow steel cores to designated positions. The rotating platform rotates by 180 degreesto reverse the film rolls. The slitting machine unwinding device is used for receiving the film rolls grabbed by the mechanical arm and releasing the hollow steel cores to be grabbed by the mechanicalarm.

Description

technical field [0001] The invention relates to the technical field of film coils, in particular to an intelligent driving loading and unloading system used in the film industry. Background technique [0002] In the film industry, after the main stretching production line is rewound, slings are manually installed on both ends of the steel core, and the conventional driving is used to lift and send it to the film storage frame. After reversing, it is hoisted by the reversing rotary platform to the unwinding station of the slitter. After the placement is completed, the first empty steel core is hoisted to the film storage stand station. This kind of large film roll and empty steel core adopts manual control of conventional driving and loading and unloading operations, which leads to a serious reduction in the efficiency of main line stretching and slitting production. Need 2-3 people, input labor is also very huge, production cost is also higher, and operation risk is also bi...

AI Technical Summary

Problems solved by technology

This kind of large film roll and empty steel core adopts manual control of conventional driving and loading and unloading operations, which leads to a serious reduction in the efficiency of main line stretching and slitting production. 2-3 people are needed, the labor input is huge, the production cost is high, and the operation risk is also high

Images