A missile storage and transportation box monitoring system

Abstract

The invention discloses a missile storage and transportation box monitoring system, which includes an electronic sensor, a communication gateway and a back-end server; the electronic sensor is arranged on the box body, including a sensor component, a microprocessor and a wireless communication module; the sensor component is used for Detect the environmental data inside the box; the microprocessor packs the environmental data and the corresponding box number and sends the generated data packet to the communication gateway through the wireless communication module; the back-end server receives the data packet sent by the communication gateway and The environmental data in it is analyzed, and when the environmental data exceeds the set threshold, the faulty box is located according to the corresponding box number; the present invention can realize real-time monitoring of all box states and quickly locate the faulty box through the background server , realize the automatic and real-time monitoring of the environmental indicators of the storage and transportation boxes and the entire warehouse, realize the lighting-free and unmanned management of the missile warehouse, facilitate large-scale automatic monitoring, and effectively improve the efficiency of missile troubleshooting.

Description

technical field [0001] The invention belongs to the technical field of electronic communication, and more specifically relates to an intelligent maintenance monitoring system for missile storage and transportation boxes. Background technique [0002] Missiles are long-term storage and one-time-use combat weapons. During the whole life cycle from factory delivery to use or decommissioning, most of the time is spent in storage. Therefore, its storage reliability is an important tactical technical indicator. , used to ensure that the missile equipment can maintain the specified functions within the specified storage period. The research data of the US military shows that the damage caused by the environment to weapons and equipment accounts for more than 50% of the damage during the entire use process, exceeding the combat damage. During the inventory period, the proportion of environmental damage accounts for 60% of the total damage. Therefore, the level of missile storage re...

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Problems solved by technology

[0004] Aiming at at least one defect or improvement requirement of the prior art, the present invention provides a missile storage and transportation box monitoring system, which can monitor key index parameters such as temperature, humidity, pressure, and gas concentration inside and outside the missile box in real time. Network communication technology realizes data uploading and realizes light-free and unmanned management of missile warehouses. Its purpose is to solve the problem that the existing missile monitoring methods rely heavily on manual work, resulting in high probability of missed inspections, untimely troubleshooting, and heavy monitoring workload. High cost, not conducive to prolonging the storage life of missiles

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