A raw material transportation system for smart factories based on 5G network

Abstract

The invention relates to a 5G network-based raw material transportation system for smart factories, including a base, a transportation device and four mobile devices. The transportation device includes a bottom plate, a support mechanism, several transportation mechanisms and two booms. The transportation mechanism includes An object table, a fixed frame, a movable frame and two movable components. There are two connecting components between two adjacent stages. The connecting component includes a rotating unit and two connecting units. The supporting mechanism includes a notch, a driving component, Slide rails and two support components, this 5G network-based raw material transportation system for smart factories facilitates layered placement of raw materials through the transportation mechanism. After the equipment moves to the production link, the height of the transportation mechanism can be adjusted through the support mechanism as needed position, and use the connecting components to control the movement of the upper stage. The mechanical device at the production link obtains the raw materials in the transportation mechanism, realizes the transportation function of different raw materials, speeds up production efficiency, and improves the practicability of the equipment.

Description

Technical field[0001]The present invention relates to the field of 5G communication equipment, in particular to a 5G network-based raw material transportation system for smart factories.Background technique[0002]In the field of industrial Internet, 5G independent network slicing supports enterprises to achieve multi-user and multi-service isolation and protection. The characteristics of large connections meet the needs of information collection in the factory and large-scale communication between machines. 5G communication outside the factory can realize remote problem location and Remote control and equipment maintenance across factories and regions. In the intelligent manufacturing process, high-frequency and multi-antenna technologies support precise positioning and high-bandwidth communications in the factory. Millisecond-level low-latency technology will achieve unprecedented interaction and coordination between industrial robots and industrial robots and machinery and equipmen...

AI Technical Summary

Problems solved by technology

[0003] In a smart factory, various types of handling devices are usually required to transport each production material to each production link in the workshop. The current material transportation device has a fixed structure and a single function, and cannot transport multiple production materials at the same time during use. Relying on different transportation devices reduces the production efficiency of the factory. Not only that, in the smart factory, the production devices of each production link and process have different working ranges and heights, and it is difficult for the raw material transportation device to adjust the height of the raw material according to these production devices, resulting in Its usefulness is reduced

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