Axially Engaging Brakes TRIZ Cases

A motorbike sensor support structure integrates a reinforcing plate and divergent ribs to secure the phonic wheel speed sensor.

Cone brake no-back assembly prevents unwanted shaft rotation using frictional disc interaction to counteract load torque during actuator failure.

Segmented radial springs with elastic hinges ensure uniform sliding in yoke housings, improving brake response time.

Rotating plug opens fluid passage in bicycle brake caliper to bleed fluid through hose adapter without leakage.

A hydraulic operating device positions hose attachment holes near the pivot axis to minimize protrusion and optimize space utilization.

A polymer material section on the contact surface of an electromagnetic brake unit reduces wear and maintains smooth operation.

A fixing device with brake discs and units provides holding torque for a construction machine superstructure.

Extracting a radial projection from the metal bracket to a resin cover reduces weight while preventing dirt accumulation in the caliper.

Segmented brake case with detachable adapter enables independent removal of braking unit while maintaining motor cooling via lubricant oil circulation.

An insulating spacer block provides mid-span support to reduce vibration-induced deflections in wheel brake assemblies, enabling lighter torque bar designs.

Segmented torque plate geometry reduces weight and eliminates post-weld processing, enabling efficient operation with smaller brake rotors.

A caliper brake piston employs a ball and cage assembly to convert sliding friction into rolling motion, extending component lifetime.

Replacing flexible harnesses with rigid metallic bus bars prevents gear contact damage and improves connection reliability in disk brakes.

Segmented brake discs with flexible joints absorb thermal expansion, reducing stress on wind turbine generators.

A rotatable brake lever redirects actuator force to the caliper via a pivot bearing.

Offset signal cable guide axis from attachment point to increase clearance space and avoid collisions with moving parts.

Segmented carbon composite wear liners with radial bonding portions prevent delamination from high shear stress, extending stator core lifespan.

Tension spring element presses articulated brake shoes against rails, resolving space and maintenance constraints in rail-guided carriage systems.

A disc brake mounting arm integrates a mechanical warning sound generator triggered by sliding pin displacement during pad wear.

A torque-dependent coupling integrates a ball ramp mechanism to enable precise wear adjustment in pneumatic disc brake systems.

Merging the torsion tube with the crown eliminates internal bolts, maximizing disc height while simplifying component placement.

Segmented pressure plates with central pin mounting reduce assembly effort for heavy-duty vehicle wear parts.

A cable holder forms a closed cross-section with a retaining bracket to secure signal cables within the brake assembly.

An electrically-operated shaft brake integrates a manual positive lock with an automatic reset mechanism to prevent machine damage during power loss.