Controlling Members TRIZ Cases

Floating index finger analog sticks and interchangeable grip modules accommodate different hand sizes, reducing repetitive strain injuries during extended use.

Distinct longitudinal leg zones accommodate driver posture changes, resolving stability loss during sharp turns.

Intersecting lock pin path with swing arm surface prevents dust adhesion and maintains smooth operation under vibration.

A load sensor case with converged mounting walls maintains surface contact with rest surfaces to detect operating forces accurately.

Rotating style ring with stud indentations secures gear shift knob, enabling gearbox access without full disassembly.

A simulation circuit adjusts accelerator pedal signal values using series resistors to replicate specific electrical characteristics.

Flexible retainer member prevents internal deformations in hollow profiles during complex stamping.

Controller adjusts left and right steering clutch engagement based on lever operation amounts to maintain vehicle turning stability.

A brake pedal uses a high elastic limit steel insert to maintain structural integrity during emergency braking events.

Integrating the light guide into the control button resolves mechanical incompatibility and simplifies assembly.

An adjustable brake pedal assembly employs a cam follower and spring simulator to maintain consistent pedal feel across varying positions.

Oppositely inclined grooves on synchronized sliding members guide a pressing member vertically downward, preventing inclination during off-center operation.

An offset shaft and transmission decouple the magnetorheological device from the pedal axis, reducing rotational space requirements.

A compact active accelerator pedal uses a free travel path and worm gear transmission to generate haptic counterforce.

A vehicle shift device uses a rotating member to actuate first and second restriction members for precise position control.

A pedal apparatus uses a reverse-swivel lever to decouple the arm from the bracket during impact.

A steering wheel tilt device uses a spring-loaded ball and tapered hole to secure the coupling between the steering wheel and steering boss.

A brake pedal uses two composite half-shells assembled into a hollow body covered by a thermoplastic coating.

A foldable pedal device rotates between hidden and exposed states to manage driver access.

Inclined pivot axes connect transmission shafts to a rocker, separating actuators from the stand to reduce volume while maintaining force return.

A spring-biased pivoting step-plate extension grants immediate rear brake access, resolving ankle motion constraints and reducing braking response time.

An integrated friction block and spring seat generate pedal hysteresis, eliminating complex hinged parts to reduce assembly time.

Segmented locking hooks with hollow interiors prevent mud obstruction between the spindle and body.

A modular steering wheel assembly uses independently exchangeable rim interface and insert components to create diverse designs from a single armature base.

A working vehicle damper arrangement uses a transmission case swelling part to shield components from mud exposure.

A coaxial pedal assembly consolidates brake and accelerator components around a shared axis to reduce vehicle volume.

Segmented adjustable adapter customizes gear shift tower position and grip orientation to eliminate repetitive strain injuries in truck drivers.

Toothed adjustment rings on the design cover allow tool-free rotation limitation and wallpaper compensation without compromising device compactness.

A single switch panel pivots to control multiple units, eliminating gaps between buttons for improved aesthetics and operational convenience.

Discontinuous protrusion structures on the roller element create multiple tactile feels, resolving complexity issues in conventional input devices.

Motor biasing a control stick lever via drive current adjustments reduces mechanical complexity while maintaining tactile feedback reliability.

A safety unit uses a mechanical linkage to adjust stiffness based on force magnitude.

A rotary control knob incorporates a mechanical ratcheting device to generate tactile resistance changes for intuitive speed adjustment.

A work vehicle control section adjusts auto-cruise speed using a gear shift pedal to modify target velocity.

Dual bearing support on a rotary shaft reduces wobbling and improves operation feel in acoustic devices.

Segmented eccentric bottom bracket adjusts chain tension by rotating crank bearings, preventing slippage and misalignment.

Segmenting the pedal arm into separate moulded parts joined by welding eliminates complex gas-assisted moulding while maintaining stiffness.

A lever-type operating apparatus integrates a magnetic detector and return spring on a rotational shaft to detect the lever angle for vehicle engine control.

A force generation device uses a kinematic converter to transform input rod movement into spring deformation for control pedals.

Dual support pins align force application points to prevent offset loads and uneven wear in pedal operation sensors.

A conductive locking pin joins adjacent brake pedals to form an electrical path for status detection.

A pedal assembly uses a clamp arm and biasing member to increase frictional engagement on a pivot shaft.

A magnetorheological fluid module adjusts haptic resistance via a rotary element and magnetic field unit.

An optical switch embedded in a rotatable ring detects rotational position to control a rectangular display, eliminating complex pushbutton arrays.

Segmenting directional and speed controls into independent toggle and rotary elements resolves operator fatigue during agricultural tool pickup.

A park brake pawl uses a pivot slot to translate between axes, adjusting its engagement angle relative to the sector.

An adjustable hinge repositions a deflectable arm to accommodate varying operator sizes, eliminating foot-operated hazards in mission consoles.

A rotary control knob uses an evaluation unit to detect movement patterns and generate code-dependent commands.

A dial gear transmission moves operating force through a main driving gear, freeing central space for additional components.