Multi-mode real-time data transmission module and method for offshore mobile platform

Abstract

The invention relates to the technical field of marine science and communication information, in particular to a multi-modal real-time data transmission module and method for an offshore mobile platform, and the multi-modal real-time data transmission module for the offshore mobile platform is composed of a multi-modal real-time data transmission module, a power supply part and an extension module. According to the invention, the multi-modal real-time data transmission module can be used in both offshore and open sea, two scenes are considered, data transmission is mainly realized through iridium in the open sea and data transmission is mainly realized through an external communication module connected with an expansion interface in the offshore, and the multi-modal real-time data transmission module is wide in network signal coverage and good in accessibility; the multi-mode real-time data transmission module has specific expansion functions such as positioning, an electronic compass and an external expansion interface, belongs to lightweight data transmission, is complete in function, simple in design and low in module power consumption, can realize standby control, can be compatible with solar clean energy, and reserves a solar panel to continuously supply power to the core module.

Description

technical field [0001] The invention relates to the fields of marine science and communication information technology, in particular to a multi-modal real-time data transmission module and method for a maritime mobile platform. Background technique [0002] The data transmission modules currently used in the market are mainly based on wireless, GPS, 3G, 4G or traditional USB, RS232, RJ45 network ports and other physical interfaces to realize data transmission. Human ships, unmanned boats, wave gliders, underwater robots, offshore floating platforms, offshore monitoring devices, offshore oil well platforms and other devices are in the far sea. This type of data transmission module, there are traditional data transmission modules that move at sea When the platform is applied, the network coverage area is small and the accessibility is poor. The traditional data transmission module is ineffective in the application of the marine mobile platform. Most of them focus on the data t...

AI Technical Summary

Problems solved by technology

[0002] The data transmission modules currently used in the market are mainly based on wireless, GPS, 3G, 4G or traditional USB, RS232, RJ45 network ports and other physical interfaces to achieve data transmission. In the case of manned ships, offshore unmanned boats, wave gliders, underwater robots, offshore floating platforms, offshore monitoring devices, offshore oil well platforms and other devices in the open sea, this type of data transmission module has traditional data transmission modules that move at sea When the platform is applied, the network coverage area is small and the accessibility is poor. The traditional data transmission module is not effective when applied to the offshore mobile platform. Industrial-grade devices, which are less tested in complex offshore environments, are not suitable for specific application scenarios of offshore mobile platforms, and need to be improved

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