Form 0920-20PR Actual Experiment 1 – Mobile Robot

Improving Safety of Human-Robot Interaction

Attachment I - Instrument F - Experiment 1 and 2 Tasks

Actual Experiment 1 – Mobile Robot

OMB: 0920-1342

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Form Approved OMB No. 0920-XXXX

Exp. Date xx/xx/20xx

Instrument F


Experiment 1 and 2 Data Collection

  1. Experiment 1 – Mobile Robot



Variable

Conditions

Robot Size

  • Mobile base only (500 mm

  • Mobile base and 1-level cart (1000 mm)

  • Mobile base and 2-level cart (1500 mm)

Robot Speed

  • 1.0 m/s

  • 1.5 m/s

  • 2.0 m/s

Robot Movement

  • Straight lines (90 degree turns)

  • Curved lines



Description: Start at the starting point, walk to the load point among the racks, pick a box from the rack, place it on the empty mobile robot, and then return to the starting point. Figure 1A and 1B show a top view of the test configurations. They will complete 1 loading task and will encounter robots with the selected height, moving speed, and movement path type while moving to the loading sections. One movement path condition will be tested for each configuration. Figure 1A will be used for the straight movement path condition and Figure 1B will be used for the curved movement path condition.


  1. Experiment 2 – Collaborative Robot

Variable

Conditions

Robot Size

  • UR3 (arm reach 500 mm)

  • UR5 (arm reach 850 mm)

  • UR10 (arm reach 1300 mm)

Robot Speed

  • 60 deg/s

  • 120 deg/s

  • 180 deg/s

Robot Movement

  • 5 (base, shoulder, elbow, and 2 wrists)

  • 6 (base, shoulder, elbow, and 3 wrists)

  • 7 axes (base, shoulder, elbow, and 4 wrists).



Description: A participant and a collaborative robot with different size, moving speed, and number of axes will be in opposite sides of a working station. There will be a total of 10 objects in two different shapes (square or round, five each) on the table, and a participant and robot will pick up the target objects and place on a tray in front of them. Objects will be dispersed at pre-selected locations within the working area to make arms of a participant and the virtual robot cross paths. The schematic in Figure 2 shows a top view of the virtual reality simulator layout.

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File Typeapplication/vnd.openxmlformats-officedocument.wordprocessingml.document
File TitlePilot Study of Truck Driver Anthropometry in the U
AuthorGuan, Jinhua
File Modified0000-00-00
File Created2021-02-04

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