A control module identifies power supply type and switches charging modes to speed charging while limiting battery heat.
Defined EV, supply equipment, and grid messages enable discharge scheduling, billing, and user authorization for V2G energy transfer.
Using the earphone's own microphone, this case detects box entry from insertion sounds to avoid extra sensors, cost, and false judgments.
Integrated metering, relay control, and server authentication let outlets track charging power accurately for billing while blocking unauthorized use.
A wall-mounted contactless charger uses angled slots, locking, and monitoring to charge multiple inmate devices without cords or floor carts.
RF-powered boot charging uses ROM first, then shifts to RAM-based control so a fully depleted wireless charging battery can recover without interruption.
Resonant peak frequency and quality-factor feedback improve foreign object detection in wireless charging, reducing heating, power waste, and damage.
Conductive plate contacts replace cords and low-power induction, enabling automatic laptop charging, power control, and device tracking.
A separate chip or circuit board adds age verification to aerosol delivery devices by controlling power or charging without PCB redesign.
A dual-antenna charging bay powers medical device batteries through a sterile barrier, avoiding contact oxidation and charge loss.
A movable screening assembly sorts mismatched batteries in a charging case, reducing manual removal while preserving charging flow.
Built-in memory, GPS, and network communication let battery packs log performance, location, and handling data for easier tracking and maintenance.
Dynamic voltage-current negotiation cuts quick-charge power loss and stabilizes battery charging with standard travel adapters.
Protocol version detection lets a replacement battery identify the host system and load the right control application, even in low-power mode.
Capacitor-based insertion detection cuts radio power early, preventing intermodulation in earbud cases while managing DC bias levels.
Image recognition and position sensing let taxi charging pads admit authorized EVs, block unauthorized vehicles, and keep service available.