A device capable of realizing data communication with a seabed heat flow measurement unit and a communication method

Abstract

A device capable of realizing data communication with a seafloor heat flow measurement unit comprises a placement support, and a portable signal transmission device; the placement support comprises a supporting unit (1) and a placement unit; the placement unit comprises at least one set of measurement unit sockets, each set of measurement unit sockets comprising a pair of parallel long strip-shaped electrode holders (2), one electrode holder (2) being provided with at least two positive terminals (21), and the other electrode holder (2) being provided with negative terminals (22) in one-to-one correspondence with the number and the positions of the positive terminals (21); and the portable signal transmission device is used for carrying out parameter setting before operation and data reading and storage after operation on the seafloor heat flow measurement unit, and two lines led out from the portable signal transmission device are connected to two electrodes of the measurement unit sockets according to a conventional method. Also provided is a communication method for the seafloor heat flow measurement unit based on the device. Compared with the original method, a large amount of time is saved, and the whole detection experiment efficiency is remarkably increased.

Description

technical field [0001] The invention relates to the technical field of marine exploration, in particular to a device capable of realizing data communication with a seabed heat flow measurement unit and a communication method for the seabed heat flow measurement unit. Background technique [0002] At present, in the field of marine detection technology, the parameter setting and data reading of many detection equipment are directly dependent on desktop computers or laptop computers. Many marine exploration equipment need to set parameters and read data in the laboratory of the scientific research ship before and after operation, or read the data of the seabed heat flow measurement unit through a long (such as tens of meters to hundreds of meters) cable , which greatly reduces the flexibility of operation, especially when the long cable passes through the laboratory and is placed on the operation deck, it is often kicked by the operator, which will easily cause the cable to be...

AI Technical Summary

Problems solved by technology

Many marine exploration equipment need to set parameters and read data in the laboratory of the scientific research ship before and after operation, or read the data of the seabed heat flow measurement unit through a long (such as tens of meters to hundreds of meters) cable , which greatly reduces the flexibility of operation, especially when the long cable passes through the laboratory and is placed on the operation deck, it is often kicked by the operator, which will easily cause the cable to be damaged so that parameter setting and data reading cannot be performed, and even more The most serious is that it may lead to safety accidents such as wrestling of operators, which brings a lot of inconvenience to offshore field operations

[0003] Moreover, the current method of reading measurement unit data in actual detection is cumbersome and slow, resulting in too long time for reading data, and it is difficult to ensure the efficiency of the entire detection experiment

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