Seismometer constant temperature and low humidity monitor and monitoring method

Abstract

The invention relates to the field of seismic monitoring auxiliary devices, and in particular relates to a seismometer constant temperature and low humidity monitor and a monitoring method. The provided seismometer constant temperature and low humidity monitor comprises a constant temperature and low humidity protection box and an acquisition monitoring device. A seismic measuring device is arranged in the constant temperature and low humidity protection box. A sealed space is formed in the constant temperature and low humidity protection box. A heating unit, a moisture absorption unit and a detection unit are arranged in the constant temperature and low humidity protection box. The heating unit and the detection unit are connected with the acquisition monitoring device. The invention further provides the monitoring method of the constant temperature and low humidity monitor. The method comprises the steps that setting is initialized; a central processor receives real-time temperatureand real-time humidity; the real-time temperature is compared with set temperature to determine whether the heating unit is activated; the real-time humidity is compared with the set humidity to determine whether the moisture absorption unit is replaced; and the real-time temperature and the real-time humidity are transmitted to a terminal device and a database. The invention provides the seismometer constant temperature and low humidity monitor which has the advantages of constant temperature, low humidity and intelligent regulation and the monitoring method.

Description

technical field [0001] The invention relates to the field of earthquake monitoring auxiliary equipment, in particular to a seismometer constant temperature and low humidity monitoring instrument and a monitoring method. Background technique [0002] In earthquake observation, the existing seismic instruments are composed of data acquisition devices, seismometers, etc. The seismometer part (sensor) of the seismic instruments is placed in a room with sedimentary rock or granite. Including inside houses on the surface, in basements, and in caves; such as Figure 1-3 As shown in , they are schematic diagrams of seismic instruments installed on the surface of houses, caves, and basements, respectively. [0003] Specifically, such as figure 1 As shown, the seismic instrument installed in the surface pendulum room is divided into the surface pendulum room 5 and the observation room 8, the surface pendulum room 5 and the observation room 8 are set as the connected structure of the...

AI Technical Summary

Problems solved by technology

[0007] Secondly, in summer, the indoor humidity of the swing room is close to 100%. Since the seismic measuring device is a highly sensitive instrument, people cannot often enter the swing room to check the humidity changes, resulting in the inability to replace calcium chloride for dehumidification in time, so that the indoor humidity of the swing room often exceeds 90 %, and the cave room is close to 100% all the year round

Moreover, there is also the problem that the internal electronic components of the seismic measurement device are damp, moldy and damaged due to excessive environmental humidity and cannot work normally.

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