A smart phone wave buoy

Abstract

The invention discloses an intelligent mobile phone wave buoy. The buoy comprises a mobile phone, an external power supply and a waterproof shell, wherein the mobile phone and the external power supply are fixedly arranged in the waterproof shell; the mobile phone is connected with the external power supply through a data line; and a wave monitoring APP is installed on the mobile phone and comprises a data acquisition module for calling a timer, an acceleration sensor and a magnetic field sensor inside the mobile phone, a data processing storage module for performing wave parameter calculation, and a data transmission module for calling a mail module inside the mobile phone for mailing. According to the intelligent mobile phone wave buoy provided by the invention, the mobile phone is highly combined with the waterproof shell, so that the volume and weight of the buoy are reduced, and the production cost of the buoy is reduced on the premise of guaranteeing accurate measurement of wave parameters.

Description

technical field [0001] The invention relates to a wave monitoring device, in particular to a smart phone wave buoy. Background technique [0002] Marine science is a booming subject, and marine development is of strategic importance. With the development of marine technology and the continuous development of marine resources, it is very important to monitor the marine environment, especially the monitoring of wave parameters. [0003] At present, my country's marine technology and marine monitoring technology are relatively backward. On the one hand, the wave data of many ocean observatories still come from the visual observation of observers, and the observation effect is discounted; on the other hand, the monitoring of offshore waves mostly uses the wave buoy method. An unattended small-scale buoy measurement system for automatic fixed-point and timing telemetry of sea surface wave height, wave period, wave propagation direction and other elements. However, professional wa...

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Problems solved by technology

[0003] At present, my country's marine technology and marine monitoring technology are relatively backward. On the one hand, the wave data of many ocean observatories still come from the visual observation of observers, and the observation effect is discounted; on the other hand, the monitoring of offshore waves mostly uses the wave buoy method. An unattended small-scale buoy measurement system for automatic fixed-point timing and remote measurement of sea surface wave height, wave period, wave propagation direction and other elements, but professional wave buoys are expensive and difficult to deploy on a large scale

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