A remote alarm device and method for electric leakage detection
A leakage detection and remote alarm technology, applied in the field of the Internet of Things, can solve the problems of high false alarm rate of abnormal current detection, inability to accurately judge the leakage point, loss, etc., and achieve real-time and accurate leakage detection, low power consumption, and reduced power consumption Effect
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Embodiment 1
[0028] combined with figure 1 As shown, a leakage detection remote alarm device includes a power module, a power monitoring module connected to the power module, a wake-up circuit, a leakage detection module and an NB-IoT module, and the NB-IoT module is connected to a cloud service platform in communication , the wake-up circuit is connected to the data analysis MCU module, the data analysis MCU module is respectively connected to the NB-IoT module and the leakage detection module, and the leakage detection module is connected to a leakage detection probe head for detecting voltage, when the When the leakage detection probe detects a voltage, it transmits a signal to the leakage detection module. The leakage detection module actively wakes up the data analysis MCU module through the wake-up circuit. After the data analysis MCU module is woken up, it actively collects the leakage data of the leakage detection module and performs sampling analysis. If the reporting standard is ...
Embodiment 2
[0032] A remote alarm method for leakage detection, comprising:
[0033] Step S100: when the leakage voltage is detected by the leakage detection probe, it is transmitted to the leakage detection module, and the leakage detection module wakes up the data analysis MCU module through the wake-up circuit;
[0034] Step S200: Data analysis The MCU module collects the leakage data in the leakage detection module, and after performing multiple sampling and analysis, compares it with the reference value. If it does not exceed the reference value, the report is discarded; otherwise, the NB-IoT module is woken up. The NB-IoT module transmits data to the cloud service platform;
[0035] Step S300: The cloud service platform determines whether to issue an alarm after analyzing the data.
Embodiment 3
[0037] combined with figure 2 As shown, a leakage detection remote alarm device is powered by a built-in battery and adopts a dual-antenna design. One electrode is in good contact with the object to be detected, and the other end is connected to the leakage probe interface of the device. If an external antenna is required, directly connect the matching external antenna, and then turn on the power of the device to complete the installation.
[0038] combined with image 3 As shown, the leakage detection probe detects the leakage state through three electrodes, and sends the signal to the AC optocoupler chip to form circuit isolation. After the AC optocoupler chip is isolated and converted, it is divided into two paths, and one path is used to wake up the data analysis MCU in a dormant state through the wake-up circuit. The module works, and all the way is sent to the MCU through the A / D conversion circuit for sampling and analysis.
[0039] combined with Figure 4 As shown,...
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