Novel ocean iridium-satellite GPS beacon

Abstract

The invention discloses a novel ocean iridium-satellite GPS beacon. A power control layer comprises a battery charging and discharging protective circuit, a 5V power voltage stabilizing circuit and a 3.3V power voltage stabilizing circuit; a circuit mainboard layer comprises an MCU circuit, a reset circuit, a high-speed crystal oscillator, a low-speed crystal oscillator, a JTAG debugging interface circuit, an iridium satellite module circuit, a Zigbee module circuit, an analog switch circuit, an AD voltage collection circuit and a water level monitoring circuit; a switch control layer comprises a solar charging and discharging controller, an LED control circuit and a water density knob switch; an antenna positioning layer comprises a power switch, an iridium satellite antenna, a Zigbee antenna, a GPS module, a water outlet detection switch, a charging port and a reset button; and a solar cell panel and LED layer comprises a solar cell panel and LED lamps. Functions including satellite positioning, wireless positioning, LED warning, real-time water outlet monitoring, charging of the solar cell panel and real-time electric quantity display are integrated in the novel ocean iridium-satellite GPS beacon.

Description

technical field [0001] The invention relates to a beacon machine, more specifically, relates to a novel ocean iridium GPS beacon machine. Background technique [0002] In the field of marine environmental monitoring, buoys, submersible buoys, wave energy glider, underwater glider, etc. are the most common platforms for obtaining fixed-point marine environmental monitoring data. As a continuous, long-term, unattended observation system, these marine environment monitoring devices have always been favored by marine researchers and marine engineering personnel. Marine environmental monitoring systems such as buoys, submersible buoys, wave energy gliders, and underwater gliders are often deployed on the vast sea surface or underwater at a certain depth. The system integrates many expensive measurement and detection instruments and equipment. During the measurement process, the equipment It also stores a large amount of valuable data. If the equipment or data is lost during the ...

AI Technical Summary

Problems solved by technology

The disadvantages are also obvious. It is not easy to find when using it during the day, and this type of equipment has a shorter use distance and is more affected by the weather.

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