Wearable digital electroencephalogram monitoring helmet
A wearable, EEG technology, used in telemetry patient monitoring, diagnostic recording/measurement, medical science, etc., can solve the problems of no patient epileptiform discharge monitoring and alarm, low positive rate, etc., to achieve early warning of epileptic seizures and seizure alarms , improve the positive rate, and ensure the effect of their own safety
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Embodiment 1
[0022] Such as figure 1 with figure 2 As shown, a wearable digital EEG monitoring helmet includes a collection electrode 1, which collects the user's EEG signal; a transmission system 2, which transmits the user's EEG signal; a helmet identification and alarm system 3, which analyzes the user's EEG signal. The user's EEG signal, identify suspicious signals and alarm; helmet shell 4, the inside of the helmet shell 4 is fixedly connected to the acquisition electrode 1, both sides of the helmet shell 4 are fixedly connected to the emission system 2, and the inside of the helmet shell 4 is fixedly connected to the identification and alarm system 3 of the helmet The monitoring terminal system receives the user's EEG signal and sends it to the terminal through wired or wireless, and displays the EEG signal in real time; the remote advanced EEG epileptiform discharge automatic analysis and identification and early warning system conducts quantitative analysis on the EEG signal And ...
Embodiment 2
[0025] Such as figure 2 with Figure 5 As shown, on the basis of Embodiment 1, the transmission system 2 includes an EEG amplification module, an analog / digital conversion module and a wireless transceiver module, and the EEG amplification filter module is connected to the analog / digital conversion module and the wireless transceiver module in turn, The analog / digital conversion module adopts the analog / digital converter ADS1298; the EEG amplification module amplifies the EEG signal collected by the acquisition electrode 1 to the A / D input voltage range, and the A / D conversion module converts the amplified EEG signal into digital Signal, the wireless transceiver module sends the digital signal to the monitoring terminal. The patient's EEG signal collected by the wearable EEG monitoring helmet is amplified to about 200-400mV through the preamplifier circuit, and then switched and strobed by the multi-way switch (switching frequency is 125Hz×20=2.5KHz). After the amplificatio...
Embodiment 3
[0029] On the basis of embodiment 2, the monitoring terminal system includes the patient's mobile phone APP monitoring terminal, the remote mobile phone APP EEG monitoring terminal and the remote EEG monitoring center computer terminal, and the wireless transceiver module sends digital signals to the patient's mobile phone APP monitoring terminal, The patient's mobile phone APP monitoring terminal sends the received digital signals to the remote mobile phone APP EEG monitoring terminal and the computer terminal of the remote EEG monitoring center; Raw EEG is analyzed, noise-reduced, suppressed, and an artificial neural network is used to analyze the peak distribution curve of the network output cross-identification. The patient's mobile phone APP monitoring terminal receives EEG signals based on the Bluetooth wireless transceiver module. After receiving the EEG signals, it sends them to the patient's family members and related medical staff's mobile phone APP terminals and the ...
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