A spherical monitoring device with an encapsulated sensor unit rolls inside pneumatic tires to detect ambient conditions.
A gas detection module uses a seal lip to enclose the detection section on a discrete component surface.
A tire pressure regulation system uses a ground-striking pump to maintain optimal inflation automatically.
Electronic control unit stores tire pressure sensor configuration data to eliminate communication delays during periodic wake cycles.
A flange passage routes pressurized gas through an axle flange, reducing leak risks while maintaining efficient tire inflation.
Field strength measurement determines wheel installation positions when angle comparison fails due to desynchronization.
A precipitation detection device and additional sensors measure water thrown up by tyres to determine wear state.
Threaded joint holes in the bottom bracket secure a compressed air bottle, eliminating bulky inflators and preventing loss during rides.
Activator triggers tire sensors to generate and transmit condition data, reducing acquisition errors in vehicle monitoring systems.
A tire leak detection system predicts failure time using multiple models.
A tire tread wear estimation system calculates wear percentage using wheel revolution counts and inflation pressure data.