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기록

DYNAMIC DISPLAY BRIGHTNESS CONTROL USING FACIAL DETECTION VIA ALWAYS-ON CAMERA TO REDUCE SMARTPHONE POWER CONSUMPTION

발명심사 중
2조회수
22청구항 · 6 독립항
§ Ⅰ

개요

발명자

Vandit Chauhan; Sreeharipriya Garikipati; Pragya Pande; Rohit Singh; Ankit Kumar; Mrinal Gupta

IPC 분류

G9G 3/3208G6F 3/1

CPC 분류

G9G3/3208G6F3/11G9G5/10G9G2320/626G9G2330/22G9G2330/23G9G2360/141

Dynamically controlling the display brightness of a smartphone to reduce power consumption using facial detection via an always-on camera. The smartphone is equipped with a dedicated low-power always-on (AON) camera system that performs facial detection to determine whether the user is actively looking at the screen. When the user is not looking at the screen, the display brightness is automatically lowered to a preset level or by a percentage to reduce display power consumption. When the user's face is subsequently detected, the brightness is increased based on ambient light sensor readings. The AON camera system enables power optimization while also supporting instant face unlock, hands-free convenience features, and enhanced security. By dynamically adjusting the display brightness based on user engagement, battery life is significantly extended without compromising the user experience.

원문 (중국어)

Dynamically controlling the display brightness of a smartphone to reduce power consumption using facial detection via an always-on camera. The smartphone is equipped with a dedicated low-power always-on (AON) camera system that performs facial detection to determine whether the user is actively looking at the screen. When the user is not looking at the screen, the display brightness is automatically lowered to a preset level or by a percentage to reduce display power consumption. When the user's face is subsequently detected, the brightness is increased based on ambient light sensor readings. The AON camera system enables power optimization while also supporting instant face unlock, hands-free convenience features, and enhanced security. By dynamically adjusting the display brightness based on user engagement, battery life is significantly extended without compromising the user experience.