Travel parameter allocation method and device
OwnerMingming ZHANG, Lang HE +2inventors
InventorsMingming ZHANG, Lang HE, Yongyou ZHOU, Donghao LIU
Life of this patent
Estimating the term…
Abstract
Example travel parameter allocation methods and devices are disclosed. One example allocation method includes obtaining a travel parameter and determining a current driving scenario. The travel parameter is sent to a motor or a vehicle control apparatus based on the current driving scenario. The current driving scenario includes an intelligent driving scenario, an intelligent driving low-speed scenario, an intelligent driving non-low-speed scenario, a manual driving normal scenario, or a manual driving fault scenario.
Claims20
A method, wherein the method comprises:
- obtaining a travel parameter;
- determining a current driving scenario, wherein the current driving scenario comprises an intelligent driving scenario, an intelligent driving low-speed scenario, an intelligent driving non-low-speed scenario, a manual driving normal scenario, or a manual driving fault scenario;
- and
- sending the travel parameter to a motor or a vehicle control apparatus based on the current driving scenario;
- wherein sending the travel parameter to the motor or the vehicle control apparatus based on the current driving scenario comprises:
- in response to the current driving scenario comprising the intelligent driving scenario, the intelligent driving low-speed scenario, or the manual driving fault scenario, sending the travel parameter to the motor;
- or
- in response to the current driving scenario comprising the intelligent driving non-low-speed scenario or the manual driving normal scenario, sending the travel parameter to the vehicle control apparatus.
A vehicle-mounted device, comprising at least one processor, wherein the at least one processor is coupled to at least one memory storing programming instructions for execution by the at least one processor to perform operations comprising:
- obtaining a travel parameter;
- determining a current driving scenario, wherein the current driving scenario comprises an intelligent driving scenario, an intelligent driving low-speed scenario, an intelligent driving non-low-speed scenario, a manual driving normal scenario, or a manual driving fault scenario;
- and
- sending the travel parameter to a motor or a vehicle control apparatus based on the current driving scenario;
- wherein sending the travel parameter to the motor or the vehicle control apparatus based on the current driving scenario comprises:
- in response to the current driving scenario comprising the intelligent driving scenario, the intelligent driving low-speed scenario, or the manual driving fault scenario, sending the travel parameter to the motor;
- or
- in response to the current driving scenario comprising the intelligent driving non-low-speed scenario or the manual driving normal scenario, sending the travel parameter to the vehicle control apparatus.
An intelligent driving vehicle, comprising a vehicle-mounted device, wherein the vehicle-mounted device comprises at least one processor, and wherein the at least one processor is coupled to at least one memory storing programming instructions for execution by the at least one processor to perform operations comprising:
- determining a current driving scenario, wherein the current driving scenario comprises an intelligent driving scenario, an intelligent driving low-speed scenario, an intelligent driving non-low-speed scenario, a manual driving normal scenario, or a manual driving fault scenario;
- and
- sending the travel parameter to a motor or a vehicle control apparatus based on the current driving scenario;
- wherein sending the travel parameter to the motor or the vehicle control apparatus based on the current driving scenario comprises:
- in response to the current driving scenario comprising the intelligent driving scenario, the intelligent driving low-speed scenario, or the manual driving fault scenario, sending the travel parameter to the motor;
- or
- in response to the current driving scenario comprising the intelligent driving non-low-speed scenario or the manual driving normal scenario, sending the travel parameter to the vehicle control apparatus.
Dependencies are inferred from the claim text.