Dynamic Display Luminance Control for Image Forming Apparatus

The patent applies local quality by implementing different luminance levels for different display scenarios. The display unit operates in a first on state with lower luminance when only presence is detected, and switches to a second on state with higher luminance when operation is detected. This localized adjustment of display brightness resolves the contradiction by providing sufficient visibility for users while minimizing disturbance to passersby and reducing power consumption during idle periods.

The patent implements dynamics by making the display luminance adjustable and switchable between multiple states. The light controlling unit dynamically adjusts the display luminance based on the operational state of the image forming apparatus, transitioning from a lower luminance first on state to a higher luminance second on state when needed. This dynamic adaptation allows the system to respond appropriately to different usage scenarios, resolving the contradiction between user recognition and minimizing unnecessary activation.

The patent applies local quality by implementing different luminance levels for different display scenarios. The display unit operates in a first on state with lower luminance when only presence is detected, providing minimal visual output to indicate activation while consuming less power compared to full brightness. This localized adjustment resolves the contradiction by providing just enough visibility for user recognition without the full power consumption of a traditionally always-on display.

The patent implements dynamics by making the display luminance adjustable and switchable between multiple states. The system dynamically transitions from an off state to a first on state with lower luminance when presence is detected, and can further transition to a second on state with higher luminance when operation is detected. This dynamic luminance adjustment allows the display to provide necessary information to users while significantly reducing power consumption during idle and low-activity periods.

The patent applies local quality by implementing different luminance levels for different operational states. Instead of using high luminance for all display scenarios, the system uses a lower luminance first on state for basic activation indication and reserves higher luminance for the second on state when actual operation is detected. This localized luminance adjustment resolves the contradiction by providing sufficient user recognition at lower power consumption levels during idle periods.

The patent implements dynamics by making the display luminance adjustable and switchable between multiple states based on operational conditions. The system dynamically transitions from a first on state with lower luminance to a second on state with higher luminance when operation is detected, and can transition back to the first on state or off state when operation ceases. This dynamic luminance control allows the display to provide necessary visibility only when needed, significantly reducing overall power consumption while maintaining effective user recognition during active use.