Hand Actuated Initiations TRIZ Cases

A detented brake lever and rotating brake pad lock adjacent rollers securely, preventing slope movement and vibration-induced brake release.

A movable pivot changes brake lever force-arm ratio, letting one master cylinder match different grip strengths and braking feel.

A steering-wheel hand control drives a servomotor to apply the brake pedal proportionally, adding tactile feedback and retrofit access for disabled drivers.

A cam follower and biasing element offset tow bar weight to cut operator force near vertical while self-securing brake engagement.

A single brake pump links both wheel brakes to cut space and cost while delivering simultaneous motorbike braking without dual circuits.

Dual analog sticks with calibration maps improve handheld vehicle steering and speed control on sloped roads and in narrow spaces.

Smaller segmented sealing rings in a nested dual-core brake pump cut friction, wear, and oil leakage while preserving braking feel.

A sensor terminal and casing create an ESD discharge path to the base body, protecting the control board without enlarging the brake unit.

A dashboard-mounted dual-shaft lever improves reach and fine brake or drive control without blocking side walk-through.

Motor voltage and current estimates are corrected with hydraulic pressure to prevent brake overload, save energy, and maintain running clearance.

An interior-panel stopper limits brake lever motion at the cancel position to suppress off-road vibration and improve cabin comfort.

A single control cable and support-shaft linkage balances left and right tractor parking brakes while reducing cable adjustment work.

A variable-diameter boot nests during actuation to shorten effective boot length, reduce actuator size, and keep the push-rod shielded from dust.

A compliant spring interface modulates force to the master cylinder, giving steer-brake vehicles more natural steering feel.

Pre-touch and post-touch sensing around a hologram brake button enables earlier braking force generation and faster emergency response.

A single elastic member links two brake levers to cut handlebar space, reduce parts, and lower wheel skidding risk.

A recessed low-mount handbrake in an offset end or side sill enables ground-level operation while preserving tank car structural integrity.

A pressure-sensing steering wheel paddle lets drivers command immediate deceleration, cutting ACC-related reaction delay in sudden events.

A bail compensating joint uses a threaded push rod and ratchet to transmit braking force while accommodating angular misalignment.

A sensor device detects the position of a parking brake locking body to generate electrical signals.

A brake pressure generator uses pressurized gas to maintain precise hydraulic pressure, resolving inconsistent driver input during drag racing staging.

Inclined reservoir axis overlaps hydraulic cylinder to remove trapped gas during upright riding.

Integrating the tank stopper with mounting brackets eliminates separate fasteners, reducing leakage risk and assembly costs.

Segmented lever assembly with interlocking gears reduces parking brake operation stroke while maintaining shoe displacement distance.

An adjustable hydraulic fluid reservoir maintains a level orientation relative to the ground while the brake handle rotates with the motorcycle handlebars.

Rotating a single steering lever about its vertical axis engages brakes on both drive wheels, eliminating separate levers and simplifying operation.

Dynamic disengagement of self-locking threaded spindle drive enables manual parking brake actuation without power supply, reducing structural complexity.

A control switch uses a sliding rod to actuate microswitches via an inclined plane.

Auxiliary actuation element measures piston movement to resolve late signaling from short empty strokes.

A hydraulic brake control apparatus houses a pressure cylinder within a handlebar opening to protect components from environmental damage.

A brake fluid pressure control device adjusts front wheel braking force based on vehicle acceleration data.

Segmented adapter bracket reduces manufacturing complexity while enabling universal vehicle compatibility.

A double hinge parking brake unit uses interlocking gears to transmit force directly from the lever.

Cam ramps axially disengage the one-way clutch to prevent tooth wear during manual adjustment.

An electromagnetic linear actuator releases a ratchet mechanism via transducer signals.

An elastic locking bushing eliminates guide structures to shorten actuation length while optimizing contact pressure.

A telescopic unlocking device with a lateral hook extends through a door threshold to actuate a rail vehicle parking brake lever from inside the cabin.

A parking brake lever incorporates a rest position between braking and release states to simplify operator interaction.

An over-center pivot member actuates the park brake via a steering arm bracket on zero-turn mowers.

An integrated angle sensor detects vehicle handlebar lever rotation using a unified housing and rotational shaft assembly.

A park release apparatus shifts a vehicle transmission from park to neutral via a manual handle and cable assembly.

A protective casing assembly uses a fixing base attached directly to the control lever for secure mounting.

A mechanical brake linkage assembly amplifies angular input from a steering lever to activate drive wheel brakes.

A brake operating apparatus integrates an electric actuator and electronic controller to drive a bicycle brake system via a support structure.

A handbrake operating linkage transmits tension from a ground-level handwheel to railroad tank car trucks via a rod and chain system.

Lateral pivot axis positions the operating member closer to the handlebar, resolving operability constraints while maintaining efficient force transmission.

Segmenting the actuating lever and button resolves the trade-off between functional versatility and operational ease in electronic parking brake systems.

Routing brake pipes through the head pipe interior reduces bending loads from front fork movement, improving running stability.