Automatic throw system of thermohaline deep profile probe and throw method of thermohaline deep profile probe

Abstract

The invention provides an automatic throw system of a thermohaline deep profile probe and a throw method of the thermohaline deep profile probe. The throw system comprises a self-test module, a driving device module, a measurement data acquisition and processing module, a data interface module, a system control management module, a programmable logic controller, a remote control terminal and a power supply module. The throw method comprises the step that the self-test module, the driving device module, the measurement data acquisition and processing module, the data interface module, the system control management module, the programmable logic controller and the remote control terminal are used for realizing the automatic throwing of the detection probe. According to the automatic throw system of the thermohaline deep profile probe and the throw method of the thermohaline deep profile probe, the use of a manual throw device which is prone to being affected by bad sea conditions and human factors is avoided, and the throwing of the probe and obtaining of measurement data with high quality can be efficiently completed; and the self-test module is used for performing self-test beforeeach detection probe is thrown, the reliability of data of each probe measurement is ensured, so that the thermohaline depth profile data is obtained in high quality.

Description

technical field [0001] The invention relates to an automatic probe insertion system and an insertion method thereof, in particular to a temperature-salt deep profile probe automatic insertion system and an insertion method thereof. Background technique [0002] At present, most XCTD probes are released by hand-held single-dispensing devices (ie, firing guns), and at least two professionals are required to use manual hand-held single-dispensing devices to place probes. Among them, one person is responsible for installing and launching the probe, and the other is responsible for operating the remote computer, collecting and processing the profile data measured by the probe. Therefore, the manual hand-held delivery device has the disadvantages of complex delivery process, long delivery time, inability to launch multiple probes at the same time, high delivery cost, and low delivery efficiency; in addition, the manual delivery device is easily affected by harsh sea conditions and...

AI Technical Summary

Problems solved by technology

Therefore, the manual hand-held delivery device has the disadvantages of complex delivery process, long delivery time, inability to launch multiple probes at the same time, high delivery cost, and low delivery efficiency; in addition, the manual delivery device is easily affected by harsh sea conditions and human factors, resulting in measurement results poor or even failed

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