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Robot-inflicted injuries studied

BBC Published May 7, 2010 Reviewed Jul 2, 2026 ✓ Reviewed by citations.press editors
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A robot arm weighing 14kg with a 1.1m reach was used in experiments involving bladed tools.
14 kg · robot arm1.1 m · robot arm reach
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Injury tests were conducted on three types of test substances: a silicone lump, a leg from a dead pig, and the arm of a human volunteer.
3 · test substances
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Striking, stabbing, and puncturing tests with the safety system turned off were performed on two of the three test substances (silicone and pig leg).
2 · test substances tested with safety system off
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A prototype collision detection system using torque sensors was developed by three researchers to limit robot-caused injury.
3 · developers of prototype collision detection system
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The study was presented at the 2010 IEEE International Conference on Robotics and Automation, held in Alaska in early May.
2010 · conference year5 · conference month
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The study was conducted by researchers from the Institute of Robotics and Mechatronics at the German aerospace agency (DLR).
3 · researchers
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A future in which robots help around the home could prove harmful to humans, suggests a study.

German researchers studied what happens in accidents involving robots using sharp tools alongside humans.

They used a robot arm holding a variety of bladed tools programmed to strike test substances that mimic soft tissue.

In some cases, the researchers found, the robots managed to accidentally inflict wounds that would prove "lethal".

The tests were conducted to see if a prototype safety system could limit the damage done.

The tests involved a robot arm weighing 14kg and a 1.1m reach that was equipped with a variety of bladed household tools including a steak knife, kitchen knife, scissors and screwdriver.

The robot arm was programmed to use the bladed tools to stab and cut a silicone lump, a leg from a dead pig and the arm of a human volunteer.

Striking, stabbing and puncturing tests with the safety system turned off were performed on the silicone and pig leg. Deep cuts resulted in most cases that, the researchers said, could prove to be "lethal" if inflicted on a living subject.

Three researchers from the Institute of Robotics and Mechatronics at the German aerospace agency wanted to carry out the tests because they envisage a future in which robots will start to become domestic helpers.

Injuries were significantly reduced when the prototype collision detection system developed by the trio was switched on. This system uses torque sensors to spot when it has hit a different substance and halts movement. It was used to limit damage when human subjects were tested.

Previous studies have looked at what would happen when large heavy robots bump into people. However, the German study is thought to be the first to look at the slashing injuries robots could cause.

The results of the study were presented at the 2010 IEEE International Conference on Robotics and Automation, held in Alaska in early May.

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