Wheel speed change detection stops excess ABS decompression at the right moment, improving brake feel and pressure stability on varying roads.
A single solenoid moves one piston to close the bypass and vent brake fluid into an expansion chamber, cutting bicycle ABS weight and power use.
Brake pressure and wheel-speed switching keep bicycle ABS speed estimates accurate when locked or slipping wheels distort sensor data.
A conductive plate spring grounds the brake control board without precision through holes, cutting machining cost while maintaining connection under vibration.
Front-first, rear-following brake control balances wheel braking force to suppress nosedive and keep a motorcycle stable before corner entry.
A spring-preloaded compensation piston helps hydraulic e-bike brakes maintain ABS pressure control, base-brake compatibility, and lower energy use.
Adaptive cruise braking starts at the front wheel, then shifts rearward by rider posture to reduce tilt and front brake overload.
Front-first brake bias in motorcycle adaptive cruise control improves braking efficiency, then shifts rearward to stabilize posture and rider comfort.
A spring-loaded compensation volume and 2/2-way valve stabilize hydraulic brake pressure, cut power demand, and prevent air intake during faults.
Front-first brake distribution in motorcycle adaptive cruise control improves posture stability and comfort while preserving braking efficiency.
A floating sealing ring replaces multi-part valve hardware to simplify bicycle brake ABS pressure control while maintaining reliable modulation.
Wheel speed change is used to stop extra decompression at the right moment, improving ABS braking feel and vehicle stability during slip.
A shared vent duct lets both pressure and reservoir chambers bleed through one opening, removing air bubbles without repositioning the master cylinder.
A barrel nut and spindle adjust bicycle brake lever reach ergonomically while keeping brake kinematics stable and shielding the mechanism from dirt.
A hub-axle caliper adaptor simplifies frame coupling, lowers rotational force, and preserves strong, flexible brake mounting.
Inclination-based brake control stops an e-bike from rolling backward when push walk assistance is accidentally released on uphill slopes.
Automatic braking engages after push-walking input ends on an upslope, quickly stopping unintended bicycle rollback.
An integrated closing element seals a pre-filled hydraulic brake coupling during transport, then opens on line insertion for clean, fast assembly.
A two-orientation mounting adapter lets one bicycle frame accept different brake caliper adapters without complex equipment.