Controlling Members TRIZ Cases

Segmenting the control interface into distinct modules allows precise spatial movement of medical imaging components without increasing device complexity.

A control apparatus adjusts accelerator reaction force using variable thresholds based on vehicle speed to manage driver feedback.

A vehicle assistance system executes emergency stops via automatic driver inactivity detection or manual parking brake triggering.

Segmented pedal portions with distinct uneven patterns resolve the trade-off between multi-directional operability and structural complexity.

A dual contact portion design distributes force across radial distances to reduce impact noise in accelerator devices.

Illuminated photoconductive paddle levers on steering wheels enable near-complete blind touch operation by reducing line of sight movement.

Dual spring mechanisms apply variable urging force to a pivotal body, resolving operational resistance variation across the trunnion shaft range.

A control panel receiving device with actuation cables and a locking system.

Segmented extensible member and stationary seal maintain stable waterproofing during push-button actuation.

A magnetic field sensor unit detects actuation element position and movement in multiple directions using intensity changes.

A vehicle pedal assembly uses an electrically controllable actuator to move an overlay element along a guide structure for ergonomic positioning.

Segmented locking pieces abut an annular groove to prevent slip-off, eliminating external clips and reducing component complexity.

Head-up display menu mapping to steering wheel switches resolves driver safety risks from diverting gaze away from the road.

Pressure sensors on a foot pedal with intersecting axes detect rotation to replace discrete switches, reducing hand instability during ophthalmic surgery.

A driver lever pivots a magnet through stationary fields to generate tactile feedback, resolving space constraints in vehicle control elements.

Concentric LED rings indicate jog wheel angular position, eliminating screen latency and visual distraction during DJ performances.

Asymmetric force transmission prevents accidental dual-axis activation while enabling intuitive haptic feedback for vehicle control systems.

Rotating gripping element mounted on vehicle glazing transmits positional signals via wireless link, eliminating visible wiring and reducing driver distraction.

A controller adjusts motor acceleration and deceleration phases to drive an operation unit with precise linear motion.

Controlled bushing gaps let the throttle lever flex under side load, preventing binding and ensuring Runaway Prevention Switch function.

Spring-biased indexing wheel rotates with main drive while allowing manual repositioning, eliminating tedious screw adjustments.

Rotating shift knob lower section selects internal switches activated by pulling a spring-loaded sliding component.

Adjustable user interface portions on rotatable operating members accommodate different hand sizes without increasing structural complexity.

A disengaging handle assembly pivots to disconnect from a bottom outlet valve stem, isolating the control mechanism.

Stationary holding ring compresses soft packing portion between bearing and presser surfaces, eliminating seal movement and foreign matter entry risks.

A foldable accelerator pedal retracts its pad into the housing via a linear motor and hysteresis module.

Concave rails and movable carriages in a curvilinear rudder bar reduce volume, mass, and cost by simplifying the mechanical architecture.

A lever-type switch device uses a guide pin and groove to constrain lateral movement, preventing erroneous lever pivoting when actuating push buttons.

A rotatably mounted control element combines a translucent polycarbonate core with an electroplatable polyamide jacket for selective backlighting.

Simultaneous biplane rotation adjusts offset recording areas to enlarge the z-direction field, reducing examination time and contrast agent strain.

A processor adjusts accelerator pedal effort by varying spring length through a motor-driven mechanism.

An overmolded plunger mechanism eliminates ball captivation and lubrication contamination while delivering consistent torque and tactility.

A four-bar mechanism links a steering wheel and brake pedal, maintaining consistent pedal feel while eliminating sliding complexity.

A variable neutral position mechanism in a bar-end gearshift actuator allows cyclists to optimize hand placement, reducing aerodynamic drag during shifting.

A vehicle brake pedal uses a fiber-reinforced plastic profile support with an injection-molded filler to join edges in a shear-resistant manner.

An electromechanical actuator mounted on a pedal lever generates haptic feedback through direct force application.

Segmented redundant controls on steering wheel spokes resolve driver confusion during rotation, ensuring intuitive left and right indicator selection.

A haptic operating device uses a magnetorheological medium to dynamically adjust rotational resistance for precise user interaction.

A stop element constrains the movement path of a tactile actuator to a precise gap dimension during assembly.

A combined operation switch device integrates a rotary encoder and slider to enable multi-directional input within a compact housing.

A plunger mechanism with dual springs creates mechanical resistance in vehicle accelerator pedals.

Segmented bearings and a collecting device maintain brake function when collision forces shear the primary bearing.

Segmenting wind control mechanisms into independent units removes common base structures, improving layout flexibility and lowering installation costs.

Serpentine cable routing and detachable grip allow lateral inversion of boat control levers without rewiring the tilt switch.

Replacing electro-mechanical switches with a force-sensitive resistor reduces hardware complexity while enabling intuitive programming of multiple settings.

Actuator controls adjust the armrest and control unit relative to the operator station, resolving fixed positioning discomfort in machine cabins.

A coupling system uses a rotatable locking plate to align square openings for tool-free shaft insertion.

A home appliance control panel uses a capacitive sensor layer to detect touch inputs through a cover plate.

A steering wheel cladding layer applies a hardness gradient to separate fingertip comfort from palm support, resolving pressure distribution trade-offs.