Intelligent container system and control method

Abstract

The invention discloses an intelligent container system and a control method. The system comprises a control center arranged at the far end, a communication module for sending far-end instructions and receiving information, and a plurality of intelligent containers which are respectively connected with the control center, wherein each intelligent container is respectively in two-way communication with the control center to execute feed and pick-up operations and sends operation results to the control center, and each intelligent container comprises at least one shelf, an intelligent car, a console, an electronic cabinet and a material platform; a plurality of cargo grids are distributed on the shelf from top to bottom in a line-by-line way, and a cargo box is arranged in each cargo grid; the intelligent car is parallel to the shelf and is used for making three-dimensional direction movement, and the console is used for generating control instructions according to the far-end instructions and/or local instructions; the electronic cabinet supplies a driving power supply to the intelligent car, and the material platform is used for picking up or feeding the cargo; and the console at least comprises an input device for inputting the local instructions, a wireless communication module connected with the control center, and a processor connected with the input device and the wireless communication module.

Description

technical field [0001] The invention relates to a device for storing and withdrawing goods in the field of logistics processing equipment, in particular to an intelligent container system and a control method that can move in three directions and carry out goods depositing and withdrawing. Background technique [0002] Logistics trolleys are often used in existing logistics processing equipment, especially in the delivery of cargo boxes between the entrance and exit of the container and between each cargo grid. It can quickly transport and store the goods. It greatly simplifies the access process of goods and improves the transportation efficiency. However, most of the existing trolleys can only move in two directions, such as vertical movement and horizontal movement. Due to the movement mode of the trolley, the number of compartments in the container is restricted, and the space utilization rate of the container is reduced. The loss of storage and transportation is increa...

AI Technical Summary

Problems solved by technology

However, most of the existing trolleys can only move in two directions, such as vertical movement and horizontal movement. Due to the movement mode of the trolley, the number of compartments in the container is restricted, and the space utilization rate of the container is reduced. Improve storage and transportation loss and reduce transmission efficiency

Moreover, the transmission mechanism of the existing smart car generally adopts a chain and sprocket transmission mechanism. This kind of transmission mechanism will shake during the process of transporting goods, resulting in excessive vibration of the smart car, resulting in potential safety hazards; at the same time, when the chain is loaded, it will It is elongated and deformed, and the degree of deformation varies with the load of the transported goods, so it has a great impact on the precise positioning of the smart car

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