Simulation system implementing real-time machine data

Abstract

A simulation and control system for a machine is disclosed. The simulation and control system may have a user interface configured to display a simulated environment. The machine simulation and control system may also have a controller in communication with the user interface and a remotely located machine. The controller may be configured to receive from the machine real-time information related to operation of the machine at a worksite. The controller may also be configured to simulate the worksite, operation of the machine, and movement of a machine tool based on the received information. The controller may further be configured to provide to the user interface the simulated worksite, operation, and movement in the simulated environment.

Description

TECHNICAL FIELD[0001]This disclosure relates generally to a simulation system and, more particularly, to a system that uses real-time performance data to remotely simulate operation of a machine at a worksite.BACKGROUND[0002]Machines such as, for example, excavators, loaders, dozers, motor graders, haul trucks, and other types of heavy equipment are used to perform a variety of tasks. During the performance of these tasks, the machines may operate in situations that are hazardous to an operator, under extreme environmental conditions uncomfortable for the operator, or at work locations remote from civilization. Because of these factors, the completion of some tasks by an onboard operator can be dangerous, expensive, labor intensive, time consuming, and inefficient.[0003]One solution to this problem may include remotely controlling the machines. Specifically, an offboard operator located remotely from the machine, if provided with a visual representation of the machine and the work e...

AI Technical Summary

Problems solved by technology

During the performance of these tasks, the machines may operate in situations that are hazardous to an operator, under extreme environmental conditions uncomfortable for the operator, or at work locations remote from civilization.

Because of these factors, the completion of some tasks by an onboard operator can be dangerous, expensive, labor intensive, time consuming, and inefficient.

Although this strategy of remotely controlling the machines may have been successful in some situations, its use was limited and costly.

Specifically, the visual representation of the machine and environment was typically limited to the number of cameras mounted to the machine and the view angles provided by those cameras.

Because the number of cameras on the machine relates directly to cost and, because the harsh environment of the worksite reduced the component life of the cameras, the initial and operating costs of the system were significant.

In addition, wireless video feed in real-time requires large bandwidth, thereby further increasing the operating cost of the system.

Although the system of the '078 patent may provide a lower cost, more robust way to remotely view and control motions of construction equipment, its use may still be limited.

In particular, because the system of the '078 patent provides a visual representation of only the boom, stick, and bucket, the operator may be unable to properly control engagement of the backhoe with its surrounding environment.

In particular, without a representation of the worksite or an excavation surface at the work site, it may be very difficult, if not impossible, to adequately engage the bucket with the excavation surface.

In addition, with the minimal visual representation described above, the operator may be unable to remotely move or orient the backhoe itself, or perform other necessary machine tasks.

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