Real time monitoring system for static detection

Abstract

This invention discloses a static test real-time monitor system including a server, a static check device, multiple computers of user ends and personal identification cards providing personal information data, in which, said static test device includes a single-chip processor and a network communication controller to compile programs to the single-chip processor by a programmable controller to carry out self-check, earth line test and data collection to the measurement results, and the processor controls the communication controller to communicate, said server is connected with the static test device via network to exchange data and includes a data query platform divided into two parts of prompt monitor and query of historic information, users can log-on the data query platform via network to inquire related prompt information and historic information.

Description

technical field [0001] The invention relates to a monitoring system, especially a system capable of measuring static electricity and realizing real-time monitoring of static electricity protection Background technique [0002] In the current electrostatic protection, the main method is to regularly measure the static electricity of the device that needs electrostatic protection. In the actual process, to measure the anti-static ability of the electrostatic ring, we will first insert the electrostatic ring into a special electrostatic test instrument, and there are three indicator lights on the special electrostatic test instrument, which respectively pass the Three LEDs to indicate static measurement results such as low, good and high. The measurement personnel judge the electrostatic ring by observing the change of the indicator light on the special electrostatic testing instrument. In this way, although static electricity can be measured, it is a measuring instrument its...

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Problems solved by technology

In this way, although the static electricity can be measured, it is a measuring instrument itself. Once an error occurs in the instrument itself, it will affect the accuracy of its detection.

And if the electrostatic test instrument is calibrated regularly, the cost is relatively large

[0003] In the actual application process, because the electrostatic ring is not checked frequently, it may have failed without inspection, and it is impossible to protect against static electricity, and it is impossible to monitor the measurement of static electricity in real time

In addition, relevant personnel cannot control the electrostatic ring, so they cannot track the electrostatic protection

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