An energy-saving miniature surface drifting tracker

Abstract

The present invention discloses an energy saving micro water surface buoyant tracker which comprises a sealing container. The sealing container can be detached into two parts referred to as a first sealing cabin and a second sealing cabin. The first sealing cabin is provided with a missing system controller, a water environment parameter sensor, a wireless data communication module and a GPS positioning module. The missing system controller is provided with a data storing device and a data controller. The water environment parameter sensor, the wireless data communication module and the GPS positioning module are communicated with the missing system controller respectively and are all powered by the missing system controller. The second sealing cabin is provided with a battery group and a counterweight. The battery group is connected with the missing system controller. Simple in structure and convenient to operate, the energy saving micro water surface buoyant tracker of the invention is also energy saving and environmentally friendly. While achieving accurate data with fewer investments, it can be used for multi-times.

Description

Technical field [0001] The invention relates to a monitoring device in rivers, lakes and seas, in particular to an energy-saving miniature water surface drifting tracer. Background technique [0002] Drifting buoys are widely used in marine monitoring, and the applicable areas can be divided into far-sea drifting buoys and nearshore drifting buoys. [0003] The height and diameter of far-sea drifting buoys are often about 1m or more, and the weight is often tens of kilograms to several tons. The ARGOS satellite system is used for positioning and data transmission. Depending on the location of the buoy and the weather conditions, it can receive 6 to 14 per day. Positioning or data information, but this form of buoy is mainly used in the open sea or ocean to analyze the surface ocean current changes in the observation sea area. This type of buoy is characterized by multiple functions and can carry multiple or large-scale monitoring instruments, communication antennas and The power s...

AI Technical Summary

Problems solved by technology

[0003] The height and diameter of open-sea drifting buoys are often about 1m or more, and the weight is often tens of kilograms to several tons. Using the ARGOS satellite system for positioning and data transmission, according to the position of the buoy and the weather conditions, it can receive 6-14 buoys per day. Positioning or data information, but this type of buoy is mainly used in the open sea or ocean to analyze and observe the surface current changes in the sea area. This type of buoy is characterized by multiple functions, and can carry multiple or large monitoring instruments, communication antennas and The power supply system can run long-distance, long-term, and unattended, but its disadvantages are that large-scale buoys are heavy and inconvenient for drifting operations, and are not suitable for drifting monitoring in shallow waters (such as small rivers and lakes, etc.); On the other hand, the investment is large and the operating cost is high, so it is not suitable for popularization.

However, due to the blind area of ​​the mobile communication network in the nearshore area, data loss is caused. Because of its small size and light load, it is difficult to carry the weight of the relevant monitoring equipment and the power supply required for instrument operation and data communication, and cannot be used for a long time. work at sea

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