Inverse tyre model adaptation based on tyre thread deflection sensor output data
AssigneeVolvo Truck Corporation
InventorsMats RYDSTRÖM, Leo LAINE, Leon HENDERSON
Life of this patent
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AssigneeVolvo Truck Corporation
InventorsMats RYDSTRÖM, Leo LAINE, Leon HENDERSON
Estimating the term…
A control unit for controlling a heavy-duty vehicle is arranged to obtain an initial inverse tire model configured to represent a preliminary relationship between wheel slip and generated longitudinal wheel force for at least one wheel of the heavy-duty vehicle. The control unit obtains data from a tire thread deflection sensor configured to measure an amount of tire thread deflection associated with the at least one wheel, and an amount of wheel slip of the at least one wheel corresponding to the amount of tire thread deflection. The control unit updates the obtained initial inverse tire model based on the amount of tire thread deflection and on the corresponding amount of wheel slip. The control unit controls the heavy-duty vehicle by configuring a target wheel speed or a target wheel slip of the at least one wheel based on the updated inverse tire model to generate a target longitudinal wheel force.
A control unit for controlling a heavy-duty vehicle, wherein the control unit is arranged to obtain an initial inverse tire model configured to represent a preliminary relationship between wheel slip and generated longitudinal wheel force for at least one wheel of the heavy-duty vehicle,
A method performed in a control unit for controlling a heavy-duty vehicle, the method comprising:
A control unit for determining an inverse tire model configured to represent a current relationship between wheel slip and generated longitudinal wheel force for a wheel on a heavy-duty vehicle
Dependencies are inferred from the claim text.