Axially Engaging Brakes TRIZ Cases

A pivoting latch and guided tool simplify rail brake lining replacement, keep the pad locked in place, and prevent accidental release.

Split disc segments and frame-mounted calipers add primary and secondary elevator braking without rope wear, machine lifting, or replacement.

A deformable half cap wear clip yields above a load threshold to redistribute brake torque, avoid brittle clip failure, and protect torque bars.

Compressed air routed through the caliper contains brake dust and actively cools the disc and pads in commercial vehicle brakes.

A solenoid and magnet create brake, drag, and release states in an aircraft cargo PDU, allowing safe manual movement during power loss.

A radial clamping member secures a replaceable brake pad wear indicator while damping vibration and compensating for mounting tolerances.

Folded interlock pieces engage caliper grooves to secure the brake cover, preventing detachment while simplifying assembly.

An elastic boot protrusion on the guide rod creates roll-back force to prevent brake drag without a separate retraction spring.

Integrated oil lines and a side exhaust port improve brake caliper heat dissipation, stability, and bleeding efficiency without caliper tilting.

A reoriented lever axis and bridge member cut brake installation space and reduce taper wear by improving clamping force distribution.

A transverse caliper-locking actuator maintains brake pad clearance, suppresses vibration, and prevents unintended rotor contact under wear.

Automated masking and de-masking for brake caliper powder coating cuts interface burrs, contamination risk, and manual rework.

A glass-fiber reinforced cap with snap teeth and an O-ring keeps floating brake caliper guides sealed against impact, heat, and accidental removal.

Angled biasing arms and backplate tips distribute retraction force evenly to keep brake pads parallel and avoid wear and rotor contact.

An interposed spreader with ball joints and guide lugs lets one piston balance pad thrust across zones, cutting brake size and mass.

A tubular elastic element replaces machined pin abutments to seal the caliper housing, fix axial position, and simplify pad pin manufacturing.

A concave side bridge with paired beam portions raises caliper rigidity under braking loads while limiting weight increase.

A reduced-thickness back plate in the pressure region evens brake pressure, cuts squeal noise, and improves friction material wear.

A tapered pin wedges into an elastic element to raise extraction resistance, preventing brake pad pin disengagement and noise under extreme conditions.

A one-piece sheet-steel bow spring clamps brake pad backplates to cut fixings, simplify assembly, and reduce brake noise.

A nested footing extension and O-ring seal prevent rotation and leakage while reducing brake fluid volume for faster brake response.

Visual markings guide spring support insertion depth in air brake calipers, avoiding correction steps and misalignment during assembly.

Offsetting the pressure plate and adding an exit-side pad bevel reduces oblique wear in utility vehicle disc brakes without extra space.

An air chamber between the caliper lever and rotation pin cuts sliding resistance and wear while preserving stable rotational support.

A brake device and coil spring balance friction, torsion, and fabric weight so a cordless roller blind stays put without chains or clutch damage.

A front-edge collection groove and vacuum path capture brake dust before escape, reducing emissions without harming braking or cooling.

A multilayer composite caliper body uses short- and long-fiber polymer sections to cut weight while resisting pressure and deformation.

A securing element locks the disc brake roller to the bridge, preventing axial shift and rotation while simplifying assembly and reducing machining cost.

A boron-glass and silicon-glass coating protects carbon-carbon composites from oxidation while reducing boron oxide water solubility.

Two motors driving sun and ring gears let an electric brake modulate piston force quickly without reversing motor direction.

A tool-accessible caliper wear adjuster sets brake pad running clearance directly through the piston, cutting shaft complexity, weight, and sealing burden.

A segmented caliper body with symmetric housings and central bridges cuts weight and radial thickness while preserving braking rigidity.

An elastic pad clip spring retracts the brake pad after release, reducing residual drag, noise, vibration, and bracket contact despite pad wear.

A speed-differential stop module links two gear stages at travel limits to stop quickly, avoid jamming, and allow reverse reset.

Grooved clutch and guide tube contact surfaces discharge lubricant residue to preserve frictional force and stabilize braking.

An angled caliper spring keeps brake pads separated across wear, reducing residual braking torque and improving wear uniformity.

A spring-like axle and tension straps vary roller braking with cargo mass, preventing skidding and flat spots across load ranges.

Wear debris is routed through torque plate splines to CMC stator surfaces, lowering cold-braking wear, friction variation, and vibration.

Graphite rods or carbon pitch plugs raise brake disk wear resistance without slow, hazardous ceramic vapor deposition.

A leg-and-foot bracket enables dual-piston rear brake conversion on ATVs, improving stopping power and reducing brake fade.

A composite friction device in a bi-directional no-back brake cuts wear, resists high heat, and suppresses chatter in flight control actuation.

Interlocking male-female mounts hold a brake dust filter in radial and circumferential position, cutting wear and easing assembly.

A damping element between the projection and receptacle suppresses parking brake gear rattle while preserving secure relative rotation.

Insertion markings on the spring support or caliper guide correct depth in one step, preventing misassembly and extra brake assembly work.

Molded silicone caliper covers give base brake systems a premium fixed-caliper look while enabling tool-free installation and removal.

Overlapping sheet layers shrink disc brake pad return spring volume while preserving load, reducing residual torque, noise, and wear.