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Intera 3.2
Robot Positioning System
Robot Positioning System
Introduction
Collaborative robots are designed to work next to humans and to be deployed quickly from one
task or work cell to another. This design is a beneficial one but it also introduces a whole new set of
challenges for robotics. For example, moving robots from one work cell to another means the
locations of Pick, Place, and Hold actions for a task must be adjusted in the new work area.
And when human operators accidentally bump into tables, conveyors, or the robot itself, the loca-
tions where the robot expected to perform those actions get moved. That would make the robot fail
to perform the tasks.
For these reasons we have designed the Robot Positioning System feature. In a new workflow
using this feature, an operator can quickly reregister the robot to the workspace and continue work-
ing without having to retrain a task or spend time trying to fine-tune a previously trained task.
Please keep in mind that at present the Robot Positioning System only works while setting up the
task; it does not dynamically adjust as the robot performs the task. Also, the Robot Positioning Sys-
tem is not used to load tasks or make decisions on what action to perform.
Sample landmark