A ship engine monitoring system

Abstract

A ship engine monitoring system is provided. The invention relates to the ship engine monitoring system. Two-way signal transmission is achieved between a DSP, and a reserved functional module, a signal processing module, an Lora communication module I, a control input module and a control output module; a signal is transmitted wirelessly between the Lora communication module I and an Lora communication module II; after the Lora communication module II receives the signal, the signal is transmitted to a Raspberry Pi 3-generation B type processor; the Raspberry Pi 3-generation B type processor also transmits the signal to the Lora communication module II; the Raspberry Pi 3-generation B type processor further receives a signal of a video processing module; and two-way signal transmission is achieved between the Raspberry Pi 3-generation B type processor, and a 4G wireless communication module and the reserved functional module. The ship engine monitoring system achieves automatic control and parameter monitoring on ship engines.

Description

Technical field: [0001] The invention relates to a ship engine monitoring system. Background technique: [0002] In ship transportation, the safety of the engine is an important issue that needs to be paid attention to. The safety status of the engine will affect other equipment on board and pose a threat to the personal safety of the crew. Therefore, it is very meaningful to construct a system that can automatically control and monitor the state of the engine. [0003] With the development of Internet of Things technology and cloud technology, how to upgrade the ship industry to increase the safety of ship operation is a technical problem that needs to be solved. [0004] Although the technical level of the automatic control system applied to the ship engine has been continuously improved in recent years, it is not convenient for the ground control center to monitor the state of the ship engine and the route of the ship, and some remote video monitoring devices used cannot...

AI Technical Summary

Problems solved by technology

[0004] Although the technical level of the automatic control system applied to the ship engine has been continuously improved in recent years, it is not convenient for the ground control center to monitor the state of the ship engine and the route of the ship, and some remote video monitoring devices used cannot complete the observation of the engine. item data, various monitoring systems have different levels, and there is a situation of focusing on one thing and losing another

[0005] Some control systems with relatively complete functions have the disadvantage of poor scalability. The terminal nodes cannot expand the access system and need to be redesigned. The amount of development is large, there are many changes on the server side, and the development cycle is long.

Images