Energy-saving built-in active electronic device and system and wireless communication method

Abstract

The invention discloses an energy-saving built-in active electronic device. The energy-saving built-in active electronic device comprises a microprocessor module, a treatment output module and a first wireless communication module, wherein the treatment output module and the first wireless communication module are connected with the microprocessor module, and the interrupt triggering pins of the microprocessor module are connected with a switch module for converting the microprocessor module and the first wireless communication module from a power saving mode to a working mode. The invention also discloses a built-in medical system comprising the energy-saving built-in active electronic device and a wireless communication method of the built-in medical system. Compared with the prior art, the switch module of the energy-saving built-in active electronic device is in an open state most of the time and further the microprocessor module and the first wireless communication module can be in the power saving module, so that power consumption when wireless program control of an external control device is not required at ordinary times can be greatly reduced, the service life of the built-in active electronic device can be prolonged, relatively great economic and usage values can be obtained and the real-time responsiveness of the built-in active electronic device can be guaranteed.

Description

technical field [0001] The invention relates to an active electronic device and an implanted medical system, in particular to an energy-saving implanted active electronic device with a wireless communication function, an implanted medical system and a wireless communication method thereof. Background technique [0002] In the prior art, implantable active electronic devices are implanted into the human body as a means of treating or preventing diseases, and have been widely used. Active electronic devices can be implanted electrical stimulation systems that can generate stimulation. Pulse generators, implantable sensors, or implantable actuators. [0003] Implantable medical systems usually include implantable electrical nerve stimulation systems (including deep brain electrical stimulation DBS, implantable cerebral cortex stimulation CNS, implantable spinal cord electrical stimulation SCS, implantable sacral nerve electrical stimulation SNS, implantable Vagus nerve stimula...

AI Technical Summary

Problems solved by technology

[0009] However, since the energy of the battery in the implantable active electronic device of the implantable medical system is limited, if the wireless communication module of the implantable active electronic device is always in a high-power working state, the energy consumption will be greatly reduced The service life of implanted active electronic devices not only bears the high cost of replacing implanted active electronic devices for patients, but also bears the pain of surgery

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