A remote monitoring method and remote monitoring system for a high temperature and high pressure rheometer

Abstract

The invention simultaneously provides a remote monitoring method of a high-temperature and high-pressure rheometer. The remote monitoring method comprises a field data collection process, a monitoring data handling process, a monitoring data transmission process and a remote control process. The invention simultaneously provides a system based on the remote monitoring method. The system comprises the high-temperature and high-pressure rheometer; wherein the high-temperature and high-pressure rheometer is connected with a field data collection end; the field data collection end is connected with a camera, an acceleration sensor, a wireless auxiliary monitoring end and a remote monitoring end; the remote monitoring end is connected with the field data collection end; the wireless auxiliary monitoring end is in wireless connection with a mobile phone terminal; the remote monitoring end comprises a LabVIEW remote monitoring platform, a display device, a database server, an alarm device and a remote control switch which is used for controlling all sub systems in the high-temperature and high-pressure rheometer. The remote monitoring method and the remote monitoring system, provided by the invention, have the advantages that the operation is convenient, and the running is reliable; the defect that the labor intensity is high as the working time of the high-temperature and high-pressure rheometer is long and an experimenter needs to monitor the high-temperature and high-pressure rheometer on site for a long time can be effectively remedied.

Description

technical field [0001] The invention relates to a remote monitoring method and a remote monitoring system of a high-temperature and high-pressure rheometer, belonging to the field of remote monitoring of a high-temperature and high-pressure rheometer. Background technique [0002] The high-temperature and high-pressure rheometer is an important instrument for studying the rheological properties of deep rocks in the earth's crust and mantle. It can simulate the mantle environment at a depth of 150 km underground, and is of great significance for the study of the rheological properties of deep rocks in the earth. However, a single experiment using this instrument often lasts for more than ten or even dozens of hours, and it is almost unattended during most of the time of heat preservation and pressure holding, so remote monitoring of the instrument is required, and there is no such thing on the market at present. A remote monitoring system for rheometers. Contents of the inv...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the deficiencies of the prior art, the present invention provides a remote monitoring method and remote monitoring system for a high-temperature and high-pressure rheometer, which overcomes the long single experiment time of the current high-temperature and high-pressure rheometer, the high work intensity of the experimenters, and certain risks in the experiment Sexual shortcomings

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