Transmission Systems TRIZ Cases

Simultaneous pump-controller pairing enables remote operation, while battery replacement preserves insulin on board and delivery continuity.

A touchscreen remote consolidates control, character, and handwriting input to save space, cut cost, and simplify image apparatus operation.

A touchscreen remote adapts its UI to control, character, and handwriting input, reducing separate hardware, space, cost, and user complexity.

Adaptive filtering on a capacitive touch surface distinguishes fine and gross adjustments while a light bar provides clear load feedback.

Repeated RFID tag reads are counted before output, blocking corrupted tag data that error correction alone may fail to detect.

Adaptive filtering on a capacitive touch surface separates fine tuning from gross adjustment, improving multi-load control and visual feedback.

Dynamic touch menus combine control, character, and handwriting input in one remote, reducing image-processing hardware space and cost.

Shield electrodes and guard sensing help aerosol devices detect touch input reliably while preventing liquid-induced false activation.

Adaptive filtering on a capacitive touch surface separates fine and gross gestures, enabling precise load control with light-bar feedback.

One RF sensing path separates feature and sense signals to measure breath, heartbeat, temperature, humidity, pressure, and chemistry with lower circuit complexity.

A neural model predicts CRC success, failure, or uncertainty from signal parameters to stop decoding iterations early and cut power and latency.

Encoded sensor data is sent to the data center for decoding and label updates, cutting bandwidth use while preserving learning data.

A switchable high- and low-impedance speaker path lets audio accessories work with legacy and newer radios without overloading older units.

Different filtering modes distinguish fine tuning from gross adjustment on a capacitive touch load control, with light-bar feedback for multi-load use.

By shifting the electric field and extending sensing beyond the PCB edge, this case enables touch detection across the full exterior panel.

Nonlinear filtering and baseline estimation help capacitive sensors distinguish body proximity from objects for accurate SAR-aware RF power control.

Adaptive filtering on a capacitive touch surface separates fine tuning from gross adjustment, improving load control and visual feedback.

One touchscreen remote switches between control, character, and handwriting menus to reduce input hardware, space use, and user complexity.

Ambient light triggers a photoreceiver and transistor to wake a sealed battery switch, then return it to power-free standby to preserve charge.

Error-rate feedback adjusts LDPC decoding parameters to reduce complexity while limiting error floor growth and preserving correction capacity.

Touch input replaces manual spray dials, letting a motorized diverter switch shower modes more easily for users with limited dexterity.

RF position sensing adjusts infrared remote output by distance and angle to cut battery drain while maintaining correct signal transmission.

An IoT wireless unit and MCU let optical modules receive commands and return feedback remotely without wired test connections.

A nonlinear capacitive filter suppresses noise while preserving small distance changes, improving body detection for SAR-compliant RF power control.

An IME in the remote terminal converts soft keyboard key symbols into correct text strings, preventing host-side input errors.

Nonlinear filtering and baseline estimation help capacitive proximity sensing distinguish body from object proximity for accurate SAR-aware RF power control.