System and method for dispensing a warning device from an autonomous vehicle

1. A vehicle fault processing method, comprising:

obtaining operating index data of a target vehicle and driving environment information of the target vehicle, wherein the operating index data comprises an operating condition of the target vehicle;

determining whether a fault occurs in the target vehicle based on the operating index data;

determining a fault type of the target vehicle based on fault information of the target vehicle; and

when the fault occurs in the target vehicle and the fault type supports the target vehicle in continuing to move, controlling the target vehicle to place a warning sign at a preset placement position based on the driving environment information;

obtaining a minimum braking distance of an evasive vehicle behind the target vehicle, an emergency response distance of a driver of the evasive vehicle, and a line-of-sight range of the driver of the evasive vehicle;

determining a preset parking distance based on the minimum braking distance, the emergency response distance and the line-of-sight range; and

controlling the target vehicle to continue to move the preset parking distance before the target vehicle stops, wherein a starting point of the preset parking distance is configured as the preset placement position of the warning sign, and each of the minimum braking distance, the emergency response distance and the line-of-sight range has different weights for different weather conditions.

2. The method of claim 1 , wherein controlling the target vehicle to place the warning sign at the preset placement position based on the driving environment information comprises:

determining a type of road on which the target vehicle is driving based on the driving environment information; and

controlling, based on the type of road, the target vehicle to place the warning sign at the preset placement position corresponding to the type of road.

3. The method of claim 1 , wherein controlling the target vehicle to place the warning sign at the preset placement position based on the driving environment information comprises:

determining, based on a vehicle position in the driving environment information, whether a curve entrance exists on a vehicle driving path on which the target vehicle drives a first preset distance based on the vehicle position; and

when the curve entrance exists, controlling the target vehicle to place the warning sign at a position having a second preset distance from the curve entrance before the target vehicle enters the curve entrance.

4. The method of claim 3 , wherein controlling the target vehicle to place the warning sign at the position having the second preset distance from the curve entrance comprises:

obtaining a position of the curve entrance from a navigation map;

calculating a distance between a line defined by a tail of the target vehicle and the position of the curve entrance in real time during driving of the target vehicle, wherein the line is perpendicular to a driving direction of the target vehicle; and

when the distance calculated in real time reaches the second preset distance, controlling the target vehicle to place the warning sign on the based on a current position of the target vehicle.

5. The method of claim 1 , wherein controlling the target vehicle to place the warning sign at the preset placement position based on the driving environment information comprises:

when it is determined that an obstacle exists on a road on which the target vehicle is driving based on the driving environment information, determining the preset placement position to place the warning sign based on a distribution of the obstacle and a simulation analysis result of a blind zone of an evasive vehicle behind the target vehicle; and

controlling the target vehicle to place the warning sign at the preset placement position, so that the warning sign is located outside a boundary of the blind zone of the evasive vehicle.

6. The method of claim 5 , wherein determining the preset placement position to place the warning sign based on the distribution of the obstacle and the simulation analysis result of the blind zone of the evasive vehicle behind the target vehicle comprises:

adjusting a lateral position and/or a longitudinal position of the warning sign based on the distribution of the obstacle and the simulation analysis result of the blind zone of the evasive vehicle behind the target vehicle to determine the preset placement position to place the warning sign.

7. The method of claim 1 , wherein controlling the target vehicle to place the warning sign at the preset placement position based on the driving environment information comprises:

when it is determined that an obstacle exists on a road on which the target vehicle is driving based on the driving environment information, controlling, based on a distribution of the obstacle, the target vehicle to place the warning sign at the preset placement position corresponding to the distribution of the obstacle;

wherein the preset placement position corresponding to the distribution of the obstacle is a safe position to place the warning sign determined in advance by performing road simulation on the distribution of the obstacle.

8. The method of claim 1 , wherein when the fault type supports the target vehicle in continuing to move, controlling the target vehicle to continue to move the preset parking distance before the target vehicle stops comprises:

when the fault type supports the target vehicle supports in continuing to move, switching the target vehicle from a normal driving mode to an abnormal state processing mode; and

controlling the target vehicle to continue to move the preset parking distance based on a planned path in the abnormal state processing mode before the target vehicle stops.

9. The method of claim 1 , further comprising:

when the fault type does not support the target vehicle in continuing to move, sending a vehicle emergency signal while the target vehicle places the warning sign, so as to obtain rescue.

10. An electronic device, comprising:

at least one processor; and

a memory communicably connected to the at least one processor; wherein,

the memory stores an instruction executable by the at least one processor, and when the instruction is executed by the at least one processor, the at least one processor is caused to execute a vehicle fault processing method, comprising:

obtaining operating index data of a target vehicle and driving environment information of the target vehicle, wherein the operating index data comprises an operating condition of the target vehicle;

determining whether a fault occurs in the target vehicle based on the operating index data;

determining a fault type of the target vehicle based on fault information of the target vehicle; and

when the fault occurs in the target vehicle and the fault type supports the target vehicle in continuing to move, controlling the target vehicle to place a warning sign at a preset placement position based on the driving environment information;

obtaining a minimum braking distance of an evasive vehicle behind the target vehicle, an emergency response distance of a driver of the evasive vehicle, and a line-of-sight range of the driver of the evasive vehicle:

determining a preset parking distance based on the minimum braking distance, the emergency response distance and the line-of-sight range; and

controlling the target vehicle to continue to move the preset parking distance before the target vehicle stops, wherein a starting point of the preset parking distance is configured as the preset placement position of the warning sign, and each of the minimum braking distance, the emergency response distance and the line-of-sight range has different weights for different weather conditions.

11. The electronic device of claim 10 , wherein controlling the target vehicle to place the warning sign at the preset placement position based on the driving environment information comprises:

determining a type of road on which the target vehicle is driving based on the driving environment information; and

controlling, based on the type of road, the target vehicle to place the warning sign at the preset placement position corresponding to the type of road.

12. The electronic device of claim 10 , wherein controlling the target vehicle to place the warning sign at the preset placement position based on the driving environment information comprises:

determining, based on a vehicle position in the driving environment information, whether a curve entrance exists on a vehicle driving path on which the target vehicle drives a first preset distance based on the vehicle position; and

when the curve entrance exists, controlling the target vehicle to place the warning sign at a position having a second preset distance from the curve entrance before the target vehicle enters the curve entrance.

13. The electronic device of claim 10 , wherein controlling the target vehicle to place the warning sign at the preset placement position based on the driving environment information comprises:

when it is determined that an obstacle exists on a road on which the target vehicle is driving based on the driving environment information, determining the preset placement position to place the warning sign based on a distribution of the obstacle and a simulation analysis result of a blind zone of an evasive vehicle behind the target vehicle; and

controlling the target vehicle to place the warning sign at the preset placement position, so that the warning sign is located outside a boundary of the blind zone of the evasive vehicle.

14. The electronic device of claim 10 , wherein controlling the target vehicle to place the warning sign at the preset placement position based on the driving environment information comprises:

when it is determined that an obstacle exists on a road on which the target vehicle is driving based on the driving environment information, controlling, based on a distribution of the obstacle, the target vehicle to place the warning sign at the preset placement position corresponding to the distribution of the obstacle;

wherein the preset placement position corresponding to the distribution of the obstacle is a safe position to place the warning sign determined in advance by performing road simulation on the distribution of the obstacle.

15. The electronic device of claim 10 , wherein when the fault type supports the target vehicle in continuing to move, controlling the target vehicle to continue to move the preset parking distance before the target vehicle stops comprises:

when the fault type supports the target vehicle supports in continuing to move, switching the target vehicle from a normal driving mode to an abnormal state processing mode; and

controlling the target vehicle to continue to move the preset parking distance based on a planned path in the abnormal state processing mode before the target vehicle stops.

16. A non-transitory computer-readable storage medium having a computer instruction stored thereon, wherein the computer instruction is configured to enable a computer to execute a vehicle fault processing method, comprising:

obtaining operating index data of a target vehicle and driving environment information of the target vehicle, wherein the operating index data comprises an operating condition of the target vehicle;

determining whether a fault occurs in the target vehicle based on the operating index data; determining a fault type of the target vehicle based on fault information of the target vehicle; and

when the fault occurs in the target vehicle and the fault type supports the target vehicle in continuing to move, controlling the target vehicle to place a warning sign at a preset placement position based on the driving environment information;

obtaining a minimum braking distance of an evasive vehicle behind the target vehicle, an emergency response distance of a driver of the evasive vehicle, and a line-of-sight range of the driver of the evasive vehicle;

determining a preset parking distance based on the minimum braking distance, the emergency response distance and the line-of-sight range; and

controlling the target vehicle to continue to move the preset parking distance before the target vehicle stops, wherein a starting point of the preset parking distance is configured as the preset placement position of the warning sign, and each of the minimum braking distance, the emergency response distance and the line-of-sight range has different weights for different weather conditions.