Totally-enclosed half-tank type broadband short-baseline water pipe inclinometer

Abstract

The invention provides a totally-enclosed half-tank broadband short-baseline water pipe inclinometer which comprises two tanks, the lower parts of the two tanks are communicated through a water pipe,floating bodies floating on liquid are arranged in the tanks, each tank is of a totally-enclosed structure, the length of the water pipe is 2-3m, and the liquid level of the liquid in each tank is located at the center line of the water pipe; connecting rods are arranged at the tops of the floating bodies and are limited in the horizontal direction through guide mechanisms arranged in the tanks; the water pipe inclinometer is fully sealed and is filled with inert gas, so that the problem that distilled water is easy to evaporate and deteriorate and needs to be supplemented and replaced is solved, and the permanent non-replacement and non-supplementation of a liquid medium can be realized; the length of a base line (water pipe) is shortened, so that the installation cost is greatly reduced,the inherent period of the instrument is shortened, the observation frequency band of the instrument is expanded, the key characteristic parameters of the instrument are improved, and short-period abnormal information is obtained while the instrument clearly records earth tide information.

Description

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AI Technical Summary

Benefits of technology

This patented technical solution described in this patents allows full closed semi-torped tubular narrow Baselines Water Pipe Incline Meter(WIDI). Unlike previous designs where all liquids were poured into one tank, these new instruments have only two connections instead of three or four. They also use an insulating material called Silicon Oil to fill them up beforehand, reducing costs compared to existing methods like immersion lamps. Additionally, they allow for longer periods of operation due to shorter pipes used during exploration rather than requiring frequent replacements. Overall, their design ensures stable data acquisition even at extreme temperatures and atmospheric pressures.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving an accurate measurable device called a gravity sensor (GUS) with improved reliance on electronic components like transistors or other electrical devices due to its ability to accurately detect small movements caused by soil movement during seismological exploration activities. Additionally, current methods involving manual labor may result in unstable readouts when there are variations in atmospheric conditions.

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