Self-response detection parameter optimization method and system for implantable electrical stimulation device
A technology for detecting parameters and optimizing methods, applied in the fields of electrotherapy, application, diagnostic recording/measurement, etc., can solve problems such as inability to predict symptoms and intervene in advance, and achieve the effect of reducing the false detection rate, increasing the risk of side effects, and preventing epilepsy
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Embodiment 1
[0026] refer to figure 1 As shown, a self-response detection parameter optimization method for implantable electrical stimulation devices provided by the embodiment of this specification is applicable to implantable electrical stimulation systems in clinical medicine, and can perform real-time detection on epilepsy and other patients. And in the process of treatment, the occurrence of epilepsy and other events is accurately detected, so that early intervention and treatment can be performed to avoid the occurrence of epilepsy and other events. The self-response detection parameter optimization method for the implantable electrical stimulation device continuously obtains the optimal detection parameters during the real-time detection process, so that more accurate sampling signals can be collected based on the optimal detection parameters. The self-response detection parameter optimization method for the implantable electrical stimulation device provided in the embodiment of th...
Embodiment 2
[0077] refer to Figure 8 As shown, it is an implantable electrical stimulation device 1 provided by the embodiment of this specification. The implantable electrical stimulation device is suitable for implantable electrical stimulation systems in clinical medicine, and can perform real-time detection on patients with epilepsy, and in Accurate detection of epilepsy and other events during the treatment process, so that early intervention and treatment can be performed to avoid the occurrence of epilepsy and other events. The implantable electrical stimulation device continuously obtains optimal detection parameters during the real-time detection process, so that more accurate sampling signals can be collected based on the optimal detection parameters. The implantable electrical stimulation device includes:
[0078] Acquisition module 10, collects sampling signals based on current detection parameters;
[0079] The first thing an implantable electrical stimulation device needs t...
Embodiment 3
[0124] An implantable electrical stimulation system provided in the embodiment of this specification includes external equipment and such as Figure 8-Figure 9 In the implanted electrical stimulation device shown, the external device is communicatively connected with the implanted electrical stimulation device. The implantable electrical stimulation device is suitable for implantable electrical stimulation systems in clinical medicine. It can detect epilepsy and other patients in real time, and accurately predict the occurrence of epilepsy and other events during the treatment process, so that early intervention and treatment can be avoided. events such as epilepsy. The implantable electrical stimulation device continuously obtains optimal detection parameters during the real-time detection process, so that more accurate sampling signals can be collected based on the optimal detection parameters. The implantable electrical stimulation device includes:
[0125] Acquisition mo...
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