Tyre Measurements TRIZ Cases

A tire pressure deviation determination system calculates current and target pressures using wheel load and dynamic radius measurements.

A vehicle system adjusts tire pressure using magneto-rheological materials to optimize fuel efficiency and traction stability.

Housing connects to elastomer inflation valve via rigid tubular core and connecting means that prevent module pivoting during tire mounting.

Dynamic sampling intervals reduce pressurized gas waste by adapting checks to ambient and wheel temperatures.

Groove-shaped recess in seal receptacle creates a deceleration channel that prevents fluid radiation damage to the pressure sensor.

A universal tire pressure monitoring sensor uses a runtime interpreter to execute platform-independent intermediate language code.

A digital instrument cluster provides dynamic graphical representations of lift axle and tire status data.

A valve stem inner section features a flat clamping surface on its sidewall to enable secure mounting using standard tools.

Peristaltic pumping maintains preset pressure automatically, eliminating driver intervention and improving fuel efficiency.

Threaded boss engagement on the sensor housing secures the valve stem while a rubber bump snap-fits into a housing recess to prevent loosening under vibration.

An acceleration sensor embedded in the tire inner liner measures radial tread deformation to estimate wear levels.

Temperature-compensated pressure values distinguish thermal fluctuations from leaks, preventing false deactivation of tire pressure warnings.

A rotatable shaft features a single bore housing two axial fluid chambers for independent tyre inflation and deflation.

Tire pressure monitoring sensor adapts transmission parameters using historical data to conserve battery energy while maintaining measurement precision.

Electronic casing transmits identification signals at offset angular positions to reduce energy consumption while maintaining multi-protocol compatibility.

Receiver assigns unique identifiers to tire pressure transmitters, eliminating complex manufacturing pairing processes.

Segmented passages and fastener tubes inhibit gas leakage into spindle holes while maintaining inflation efficiency.

A tire pressure monitoring system locates wheels by estimating time intervals between received signal packets to compensate for clock imprecision.

Sensors detect under-inflation and trigger venting to lower the axle, preventing rim damage.

A tire pressure estimation system fuses ambient, brake, and rolling distance data to determine inflation needs.

A burning device converts tire pressure sensors to a common identification code mode for simultaneous protocol transmission.

A neural network decision module processes wheel speed data to estimate tire under-inflation states with high confidence.

A tire pressure control module adjusts inflation based on expected vehicle load and remaining travel time to a destination.

Radial sipes of varying depths form visible Arabic numerals on the tread, resolving poor visibility and narrow block constraints.