Blood leakage monitoring alarm and alarm system thereof
An alarm system and alarm technology, applied in alarms, flow monitors, control/regulation systems, etc., can solve problems such as inconvenient installation, false reporting and false alarms, inability to distinguish between conventional penetration and abnormal leakage, etc., to avoid sliding, Ensure safe use, stable and reliable installation
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Embodiment 1
[0042] Step 1: The power supply management module supplies power to the overall module, and the detection sensing module senses the blood leaked from the outside, completes the detection, records the amount of penetration, and generates feedback data A Q B T ;
[0043] Step 2: Compare the W inside the parameter module R The signal is determined, and the specific value of R is adjusted;
[0044] Step 3: The small processing module receives the feedback data A from the detection sensor module Q B T , and by comparing with the W set by the parameter block R Compare the data to generate the corresponding actual feedback S signal, ω is the electronic anti-interference parameter, ω is 1 for dry environment, and 0.9 for wet environment; S=W R +ω(B T -W R );
[0045] Step 4: The small processing module outputs the feedback S signal, which is greater than W R When the signal is connected to the display alarm module and the signal transmission module, the signal transmission mo...
Embodiment 2
[0047] Step 1: The power supply management module supplies power to the overall module, and the detection sensing module senses the blood leaked from the outside, completes the detection, records the amount of penetration, and generates feedback data A Q B T ;
[0048] Step 2: Compare the W inside the parameter module R The signal is determined, and the specific value of R is adjusted;
[0049] Step 3: The small processing module receives the feedback data A from the detection sensor module Q B T , and by comparing with the W set by the parameter block R Compare the data to generate the corresponding actual feedback S signal, ω is the electronic anti-interference parameter, ω is 1 for dry environment, and 0.9 for wet environment; S=W R +ω(B T -W R );
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