PHILIP LONG

PhD, ROBOTICIST

The project FAST is a IRT project in partnership with Renault and Europe Technologies. I was responsable for the human/robot coexistence work package (18 months). The objective was to allow the installation of robotic systems without fences or physical security devices. In order to do this, we designed a series of security modes or states for the robot. Due to the success of this work package, I was asked to participate in the industrialisation of the system (6 months).



Marketing video produced by IRT Jules Verne (French) with testimonials from industrial partners.


The final industrial evaluation of the project is shown, with industrial style scenarios.


In this video, obstacle avoidance is demonstrated using Moveit! and a Kinect camera.


In this video, a high speed displacement is shown, an infra-red sensor is used to trigger the passive behaviour. Photoelectric sensors are used to trigger the robot's reduced mode.


In this video, an example operation using a universal robot is shown. Three sick laser scanner sensors are used to create dynamic security zones in the robot's workspace. One laser scanner is fixed at the base of the robot while two are attached to the first link in the kinematic chain. The two moving sensors create an envelope around the robot which can be used to alter the robot's behavior if an external object is detected. The system can filter a predefined environment and also filter the robot itself (prevent self-detections). The system is constructed using industrial grade sensors and is reactive in real time.


In this video, an example pick and place operation using a universal robot and a versaball (http://empirerobotics.com/) is shown. Passive behavior is triggered by an ultrasound sensor. Photoelectric sensors are used to trigger the robot's reduced mode.

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