An intelligent container image risk control system

Abstract

Provided is an intelligent container image wind-control system. The system comprises a cabinet body, intelligent scales, multiple cameras, a central processing module, a data storage module and a server; the cabinet body is provided with a cabinet door, the cabinet door is provided with a signal transmitter, and the signal transmitter is in communication connection with the central processing module; a plurality of placing plates are vertically arranged in the cabinet body from top to bottom; a space is reserved between the two ends of each placing plate and the corresponding inner wall of thecabinet body; the intelligent scales are placed on the placing plates and are in communication connection with the central processing module; the cameras are all in communication connection with thecentral processing module and are arranged in the cabinet body; the data storage module is in data transmission connection with the central processing module; the server is in communication connectionwith the central processing module. The system does not increase the additional fixed cost, the wind control timeliness of the system is high, and generated risks can be controlled more timely and effectively.

Description

technical field [0001] The invention relates to the field of intelligent container image risk control systems, in particular to an intelligent container image risk control system. Background technique [0002] Existing smart containers usually use surveillance cameras and manual review for terminal risk control. The device stores the surveillance video on the local disk through the wired network or (manually retrieved). [0003] After a risk accident occurs to the equipment, the operator looks back at the surveillance video and manually analyzes the cause of the risk. The system has high requirements on hardware equipment, and needs to add surveillance cameras, network cables, or large-capacity hard disks; the timeliness of risk control in the system is low, and it takes hours or even days for manual analysis from risk occurrence to video transmission, which is a passive risk. It is impossible to take the initiative to receive risk control notifications. Usually, it is onl...

AI Technical Summary

Problems solved by technology

The system has high requirements on hardware equipment, and needs to add surveillance cameras, network cables, or large-capacity hard disks; the timeliness of risk control in the system is low, and it takes hours or even days for manual analysis from risk occurrence to video transmission, which is a passive risk. Control, unable to actively receive risk control notifications, usually only after risky behaviors occur and cause adverse consequences, will they obtain videos and analyze the situation at that time

[0004] Therefore, there are great disadvantages and potential safety hazards in existing smart containers

Images