Exhibit microenvironment monitoring system

Abstract

The present invention discloses an exhibit microenvironment monitoring system. The system comprises a frequency collection circuit, a separation calibration circuit and a frequency selection output circuit. The frequency collection circuit is configured to collect simulation signals of an input end of a signal transmission channel in a control terminal of the exhibit microenvironment monitoring system, the separation calibration circuit utilizes a variable resistor RW1, a variable resistor RW2, a capacitor C3 and a capacitor C4 to divide the output signals of the frequency collection circuit into two paths of signals, the frequency selection output circuit utilizes resistors R19-R21 and capacitors C13-C15 to form a frequency selection circuit to screen out signals with a single frequency for output so as to achieve real-time detection of the signal condition of the signal transmission channel in the control terminal in the exhibit microenvironment monitoring system and convert the signal frequencies to the compensation signals of the simulation signals of the input end of the signal transmission channel in the exhibit microenvironment monitoring system.

Description

technical field [0001] The invention relates to the technical field of circuits, in particular to an exhibit microenvironment monitoring system. Background technique [0002] The network video monitoring system is a system that integrates computer IP video technology, video and audio data compression and decompression processing technology, and Internet application technology. The remote video control system can release the monitoring information monitoring center and make it accessible through the computer network. On the desktop computer, it is integrated with the information management system and the office automation system to better serve the management and improve the management level and efficiency. Management level and efficiency, however, the micro-environment monitoring system of the exhibits sometimes fails, especially the frequency hopping and distortion of the signal, which leads to signal disorder and errors in the data signal of the micro-environment monitorin...

AI Technical Summary

Problems solved by technology

[0002] The network video monitoring system is a system that combines computer IP video technology, video and audio data compression and decompression processing technology, and Internet application technology. The remote video control system can release the monitoring information monitoring center and make it reachable through the computer network. Desktop computer, so as to integrate with information management system and office automation system to better serve management and improve management level and efficiency. Management level and efficiency. However, the exhibit micro-environment monitoring system itself sometimes has failures, especially signal frequency hopping and distortion, which lead to signal disorder and cause errors in the data signals of the exhibit micro-environment monitoring system.

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