20240012428. MINE VEHICLE AUTONOMOUS DRIVE CONTROL simplified abstract (SANDVIK MINING AND CONSTRUCTION OY)

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MINE VEHICLE AUTONOMOUS DRIVE CONTROL

Organization Name

SANDVIK MINING AND CONSTRUCTION OY

Inventor(s)

Antti Lehtinen of Tampere (FI)

Bjorn Ivarsson of Fagersta (SE)

Fredrik Schmidt of Nynashamn (SE)

MINE VEHICLE AUTONOMOUS DRIVE CONTROL - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240012428 titled 'MINE VEHICLE AUTONOMOUS DRIVE CONTROL

Simplified Explanation

The patent application describes a method for autonomously setting the speed scale for a vehicle operating at an underground worksite. The method involves detecting a trigger for speed scale setting, determining the speed scale based on the traffic flow of vehicles at the worksite, and transmitting a speed scale control message to the vehicle. If a trigger for speed scale cancellation is detected based on updated traffic flow information, a speed scale cancel control message is transmitted to the vehicle to indicate the cancellation of the speed scale.

  • The method detects a trigger for speed scale setting for a vehicle operating at an underground worksite.
  • The speed scale for the vehicle is determined based on the traffic flow of vehicles at the worksite.
  • A speed scale control message is transmitted to the vehicle during the execution of a drive order.
  • The speed scale control message includes a speed scale information element indicating the speed scale.
  • If a trigger for speed scale cancellation is detected based on updated traffic flow information, a speed scale cancel control message is transmitted to the vehicle executing the drive order.
  • The speed scale cancel control message indicates the cancellation of the speed scale.

Potential applications of this technology:

  • Autonomous vehicles operating at underground worksites.
  • Traffic management systems for underground worksites.

Problems solved by this technology:

  • Efficient and safe operation of vehicles at underground worksites.
  • Optimization of traffic flow and speed scales to avoid congestion and accidents.

Benefits of this technology:

  • Improved safety and efficiency in underground worksite operations.
  • Reduced risk of accidents and congestion.
  • Enhanced control and coordination of vehicles at the worksite.


Original Abstract Submitted

a method includes the steps of detecting a trigger for speed scale setting for a vehicle autonomously operating at an underground worksite and executing a drive order, defining a speed scale for the vehicle on the basis of traffic flow of vehicles at the work site, transmitting a speed scale control message to the vehicle during execution of the drive order, the speed scale control message comprising a speed scale information element indicative of the speed scale, and transmitting, in response to detecting trigger for speed scale cancellation on the basis of updated traffic flow information, a speed scale cancel control message to the vehicle executing the drive order, wherein the speed scale cancel control message indicates cancellation of the speed scale.