Intelligent conveying device of containers in warehouse

Abstract

The invention provides an intelligent conveying device of containers in a warehouse. The intelligent conveying device comprises a car body chassis device, a driving power system, a length adjusting mechanism, a clamping mechanism, a hydraulic jacking mechanism, a hydraulic control system and an electrical control system. Compared with traditional universal container conveying technologies and devices, the intelligent conveying device has the advantages of being small in structure and capable of flexibly conveying the containers in the limited space of the warehouse with the space fully utilized through cooperation among a driving wheel set, a front universal set and a rear orientation set; through automatic control, the manual work is reduced to the maximum degree, and the conveying operation does not depend on the professional levels of professional drivers; the containers of different specifications can be conveyed through the length adjusting mechanism; the safety and the reliability are higher through the clamping mechanism composed of fixed clamping jaws, stretchable clamping jaws and a driving control unit; and the efficiency and the safety of conveying the containers are greatly improved, the utilization rate of the storage space is increased to the maximum degree, the manual work is reduced, the conveying period is shortened, and the conveying cost is greatly lowered.

Description

technical field [0001] The invention relates to the technical field of handling equipment, in particular to a device for handling containers in a warehouse. Background technique [0002] Traditional container handling devices include forklifts, cranes and other lifting devices. During the handling of containers, they have large structures, heavy weights, large footprints, low automation and integration, manual assisted lifting, high fuel costs, and exhaust emissions. , Defects such as relatively high requirements for driving skills and qualifications of drivers. Especially in container storage places, in the limited space in the warehouse, it is required to realize the most efficient handling of containers in and out of the warehouse and stacking work in the warehouse. The existing traditional handling devices such as forklifts and cranes are difficult to meet the requirements of modern storage. The required efficiency, process and quick response requirements. Contents of...

AI Technical Summary

Problems solved by technology

[0002] Traditional container handling devices include forklifts, cranes and other lifting devices. During the handling of containers, they have large structures, heavy weights, large footprints, low automation and integration, manual assisted lifting, high fuel costs, and exhaust emissions. , Defects such as relatively high requirements for driving skills and qualifications of drivers

Especially in container storage places, in the limited space in the warehouse, it is required to realize the most efficient handling of containers in and out of the warehouse and stacking work in the warehouse. The existing traditional handling devices such as forklifts and cranes are difficult to meet the requirements of modern storage. Efficient, streamlined and fast response requirements required

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