Devices With Sensor TRIZ Cases

Position sensors detect sliding housing movement to disable the touchscreen input, preventing accidental key presses and unintended function execution.

An environment monitoring system evaluates noise, light, and motion to adjust audio, visual, or tactile alert methods.

Remote server mediation processes complex user profiling algorithms, enabling accurate preference prediction without depleting local device resources.

Segmented context processing filters noise from multiple data sources, improving accuracy while maintaining dynamic response.

Inverting the power connection between sensors and a privacy indicator prevents malicious spoofing of sensor disablement status.

A protective cover features light-transmitting areas arranged in an array to project display images through the opaque structure.

Dynamic pushbutton functions and segmented screens streamline call management while reducing interface complexity on portable devices.

A terminal processor detects specific events during video calls to identify inappropriate content elements in real-time streams.

Orientation detection switches operation modes and reconfigures key arrangements, resolving menu complexity in integrated mobile terminals.

An electronic apparatus detects its use environment using a vibrator and accelerometer to optimize performance settings.

An observation engine monitors sensor data and location information to detect predefined user circumstances.

A shared infrared sensor structure combines proximity and temperature sensing capabilities using light sources emitting wavelengths longer than 3 microns.

A smartphone range finder calculates abdominal outlines to estimate visceral and subcutaneous fat areas.

A portable electronic device manages marked content for later presentation.

A mobile terminal light sensor uses parallel and perpendicular polarizing components to separate ambient light from display panel emission.

A hinge angle detection method selects algorithms based on motion status and relative position to calculate angles accurately.

Processor deactivates temperature sensors on non-contactable surfaces to resolve the contradiction between system performance and device safety.

A sensor detects component cover removal to trigger processor actions that pause applications and save critical data before power loss.

PMUT arrays measure ambient air temperature via ultrasonic phase differences, resolving space constraints and accuracy issues.

A mobile device system detects user grip patterns using integrated sensors to identify potential drop risks.

A portable near field communication wand exchanges data and transfers power between devices, resolving accessibility constraints in smart home setups.

Position sensor detects mobile device placement to switch speaker mode, eliminating manual button presses and menu navigation during calls.

Capacitive sensors detect user hand position to switch active antennas, mitigating signal attenuation from dielectric interference.

Mobile devices detect docking station tilt angles via accelerometers to configure charging profiles, eliminating dedicated identification pins.

Replacing bulky gyro-compasses with a 3D magnetometer and angular accelerometer reduces power consumption while maintaining accurate heading information.

A lattice filter stabilizes light quantity reaching the optical sensor, resolving inconsistent fingerprint detection sensitivity.

A hinge assembly uses a nested secondary member to reinforce the primary structure while maintaining a compact form factor.

Dynamic configuration of antenna and audio settings based on sensor-detected head-relative location resolves static orientation limitations.

A speaker enclosure houses environmental sensors protected by the diaphragm structure.

A mobile terminal controller dynamically repositions the user interface on a touchscreen display based on orientation and touch input.

A network system gathers accelerometer data to detect potentially damaging motion in portable devices.

Segmented adhesives couple a display sensor to a panel, resolving the trade-off between mechanical reliability and ultrasonic signal quality.

Orientation sensing elements detect accidental flips during live streaming, allowing the processor to block front camera mode and prevent privacy leaks.

A brightness adjustment mechanism synchronizes interface progress indicators with actual screen transitions.

Automated calibration using normalized sensor values resolves manual adjustment errors and ensures consistent visual output across varying display devices.

Dynamic feature arrays update existing classes in the state space, reducing power consumption while maintaining classification accuracy for individual users.