Automobile baggage holder and antenna base mixed sorting and automatic butt joint online and offline system

Abstract

The invention provides an automobile baggage holder and antenna base mixed sorting and automatic butt joint online and offline system which comprises a plurality of mixed sorting packaging boxes, a first lifting device, a material transfer trolley, a line edge butt joint storage device, a second lifting device, a transition material taking and recycling device and a control system, and the first lifting device is arranged in a sorting area; the material transfer trolley is used for transferring the mixed sorting packaging boxes from the sorting area to the material taking area; the line edge butt joint material storage device, the second lifting device and the transition material taking and recycling device are sequentially arranged in the material taking area in a butt joint mode. The transition material taking and recycling device is arranged at a material taking point, the second lifting device is arranged between the line edge butt joint material storage device and the transition material taking and recycling device, and the mixed sorting packaging boxes can be switched between the line edge butt joint material storage device and the transition material taking and recycling device along with ascending and descending of the second lifting device. All the devices in the sorting area and the material taking area can be automatically connected in a butt joint mode, the automation degree is high, and the distribution efficiency is high.

Description

technical field [0001] The invention relates to the technical field of logistics distribution and pick-up of auto parts, in particular to a system for mixing and sorting auto luggage racks and antenna bases and automatically connecting them on and off the assembly line. Background technique [0002] Car luggage rack parts are very long and heavy, with many derivatives, and the size difference between different models is large. In addition, the luggage rack and antenna base are installed on the top of the car body, and the working platform is high. Therefore, how to achieve high efficiency, high quality, Portability and space minimization, convenient sorting, transshipment, docking, convenient access and timely supply of materials are a difficult problem in the logistics field of automobile assembly workshops, so most of the luggage racks and antenna bases of OEMs use high-frequency Secondary sorting, high-frequency material switching, and high platform for assembly operation...

AI Technical Summary

Problems solved by technology

The device realizes the single-point pick-up of the luggage rack, which improves the work efficiency, but the luggage rack turnover car can only carry out the turnover of the luggage rack, and the capacity is low. The upper layer stores materials, and the lower layer is the empty return layer, which has not been announced. Whether the return is completed automatically or manually, and the transfer efficiency still needs to be improved

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