Axially Engaging Brakes TRIZ Cases

A railway braking system immobilizes the service brake piston using a dedicated parking brake locking device.

A brake corner monitoring system fuses temperature, pressure, and torque data to detect drag and pulsation.

A displacement sensor coupled to a brake assembly moveable member drives an external visual indicator for direct wear inspection.

Segmenting the caliper into a fixed support area and a removable cover resolves strength and sealing problems while simplifying assembly.

Integrating pad clips with return springs simplifies assembly operations while asymmetric force distribution minimizes rotor friction.

A brake system clutch moves the nut axially with the piston during hydraulic operation.

Segmenting the caliper into a cast head and steel hollow profile frame reduces weight and deformation compared to monolithic cast designs.

A dedicated air duct guides ambient air onto the rear brake caliper, ensuring consistent cooling despite rapid speed changes or high windshield performance.

Distributing brake clamps on and outside wheels reduces bogie height, improving accessibility for passengers with reduced mobility.

Friction stir welding finish positions offset from communication passages prevent brake fluid flow blockages in disk brake calipers.

Curved eyelet contact portions guide pin movement along a specific radius, eliminating sudden impacts that cause brake squeal noise.

A torsion spring in an electric brake gear train detects relative rotation between gears for precise torque control.

Segmenting the caliper into a cast frame and deep-drawn cover lowers production complexity while maintaining structural integrity.

Compares estimated release travel against a minimum threshold derived from an additional switch-off criterion to prevent residual drag torque.

Angled restoring spring limbs adjust deformation angles to compensate for brake lining wear, preventing residual sliding moments.

An electromechanical clutch isolates adjustment mechanisms from mechanical vibrations, ensuring precise clearance control and reduced energy consumption.

An electromechanical drive source generates torque while a braking device counteracts it to control forming tool movement.

Segmenting the sensor from the measurement object reduces installation complexity while maintaining precision across varying tolerances.

A brake assembly with a displacement unit adjusts clearance between the control member and intermediate part, compensating for wear-induced gaps.

Relocating the synchronization gear axially onto the traverse frees radial space, allowing larger brake pads that increase rigidity and simplify assembly.

A friction shoe integrates a pneumatic conduit to capture brake pad particles at the source.

A bicycle brake caliper uses a cable-driven linkage mechanism to apply equal torque to axially-movable mechanisms, resolving inconsistent disc clamping forces.

A drum brake linkage positioner uses a ball ramp clutch to compensate for brake lining wear.

Segmented brake pads with separate wear-resistant ramp inserts prevent corrosion and extend service life.

Guide plate diverts circumferential forces from sliding calipers to the axle-mounted carrier, reducing wear on adjustment devices.

Porous ceramic inserts anchor to aluminum matrices via infiltration, eliminating brittle bonding zones in brake calipers.

A disc brake motion conversion cartridge uses longitudinal ribs and grooves to block rotation while enabling translational movement.

Electric caliper brakes replace mechanical clutches in a four-speed transaxle, eliminating heat generation and traction drops during speed transitions.

A brake booster housing uses mounting pins and centering openings to align components during assembly.

Varying cross sections and projections in the coupling channel increase fluid velocity to resolve hot spot formation from inadequate heat transfer.

Injection molding anchors the bellows to the closure plate, resolving manufacturing complexity and sealing reliability issues in commercial vehicle brakes.

Integrated attachment portion merges spring and mounting features to reduce assembly complexity while preventing friction pad dragging.

A utility vehicle disk brake adjusting spindle uses a form-fitting locking ring to prevent reverse rotation.

A brake shield integrates radially extending projections and a scraping surface to protect caliper assemblies from mud accumulation.

Merged stop elements inhibit aligned tilting movements in brake levers, reducing maintenance complexity while preserving braking stability.

Integrated disc brake adjustment device reduces component count and weight, resolving sealing issues caused by multiple assembly openings.

Shipping bolts maintain alignment of stationary and rotatable discs in a compact brake housing, preventing disassembly during mounting.

An integrated electric brake caliper uses a ball-in-ramp mechanism to convert motor rotation into linear piston force.

Segmented bridge element holds threaded seats independently, allowing simple maintenance without replacing damaged half-calipers.

A brake disk cover uses a non-symmetrical contour to dampen vibration.

An integrated disc brake caliper merges the rotary lever into one housing, reducing sealing surfaces and weight while improving stability.

A brake housing and torque tube assembly uses a composite insulator ring paired with a metallic spacer to provide thermal protection.

Laser welding joins cut sheet metal plates and frames, eliminating expensive casting molds and machining steps while maintaining structural strength.

Integrating a friction brake into the brake member reduces axial size and prevents foreign substance accumulation between components.

A braking device uses a deformable elastic element that rotates with the motor to adjust preload force based on centrifugal speed.

Segmented secondary load paths transfer lateral forces away from bearing races, preventing Brinell damage without increasing component weight.

Disk brake pucks contact pressure plates at radii exceeding the arithmetic average of inner and outer boundaries to expand friction area.

Segmented caliper grooves allow rapid brake pad replacement while vibration-damping features minimize pad rotation and stress on caliper components.

A pre-assembled electromagnetic brake uses a guide part to space the friction disk from the coil core for modular assembly.

RF-based magnetic sensor detects piston position via embedded magnet, eliminating wear from physical contact in aircraft braking systems.