An independent light emitter displays app event colors without activating the main display, saving energy while maintaining visual feedback.
Replacing complex button presses with automatic ear detection, this system resolves the trade-off between versatile function control and ease of operation.
On-chip memory stores measurement routines that let a dedicated engine manage periodic heating and resistance detection, bypassing CPU multitasking limits.
A phone body integrates sensors to measure vital signs and converts measurements into voice-frequency band signals for transmission.
Mobile terminal grip sensor detects user input to display menu icons at specific points, resolving multitasking configuration complexity.
Proximity sensor detects headset position relative to detachable wearing device, enabling power management and audio adjustments without additional sensors.
A display backlight control method uses device orientation angle alongside infrared intensity to manage screen state.
A single magnetic sensor detects mobile device physical state and holster presence, eliminating separate sensors to reduce cost and size.
Segmenting the packaging film and using a nested redundant layer prevents water vapor ingress through installation holes while maintaining OLED reliability.
A connected flight mode automatically manages wireless connections by disabling cellular networks while maintaining Wi-Fi and Bluetooth links.
A mobile device classifies motion states using a Hidden Markov Model and accelerometer data to determine if the user is traveling in a vehicle.