Grotto condensate environment monitor

Abstract

The invention relates to a grotto condensate environment monitor, comprising a monitor and a host computer system, wherein the monitor comprises a case box, a box cover, a hinge, a case lifting handle and a circuit, wherein a power supply, a temperature sensor, a humidity sensor, a weight sensor, a data sampler, a central processor, a clock, a liquid crystal display, a data memory, a user control interface and a data communication interface are integrated on one circuit board in the case box; a power supply interface, a power supply switch, a liquid crystal display, a secure digital (SD) card jack, a control press key, a sensor interface, a vacuum pump interface and a serial port are arranged on an operation panel of the case box, the sensor interface and the vacuum pump interface use aviation jacks; the host computer system is composed of a communication interface module and a computer, and the monitor is connected with the host computer by the serial port. The grotto condensate environment monitor can accurately measure the grotto condensate content and master the condense generation principle and formation conditions, so as to provide the reference for making relevant harnessing methods and measures to protect the grotto cultural relics and has important significance on the grotto cultural relics.

Description

technical field [0001] The invention relates to a grotto condensate environment monitoring instrument, in particular to a monitoring instrument for the environment of grotto cultural relics, especially for studying the formation of condensate water in grottoes and the interaction with parameters such as temperature, humidity and time. Relational Grotto Condensation Water Environmental Monitor. Background technique [0002] In recent years, according to the research of grotto cultural relics protection workers, condensation water is one of the important factors for the severe weathering of grotto cultural relics and statues. It is known that condensed water can not only form on the rock surface, but also water vapor can enter the rock to condense at a certain depth through the pore network connected to the outside world. It causes a large amount of condensed water; the former can cause weathering of the rock surface, while the latter causes a greater depth of weathering and ...

AI Technical Summary

Problems solved by technology

The main reason is that there is no advanced and suitable measuring device to accurately measure the amount of condensed water on the surface of grotto statues, and accurately grasp the law of condensed water in caves. Therefore, it has long been a major problem that the world's cultural relics community needs to solve but is unable to solve.

And so far, there is no instrument or equipment that can accurately measure the condensed water content of grottoes in the domestic and foreign markets.

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