This paper describes an experimental procedure consisting of impact tests that simulate a collision of a human head with an industrial robot with the aim to validate a safety index named as New Index for Robots (NIR) and its outputs. The experiments in this paper are based on lab tests. It is an attempt to characterize the NIR index underlying the main parameters that are involved in crash interaction and to highlight limitations and weakness of suggested impact tests
Finland is ranked rather high in international robot density statistics. In Finland, robots are typi...
To prepare new generations of robot systems for direct human-robot-cooperation new design criteria h...
After giving a rich data basis of our impact tests with standardized crash-test dummies in Part I of...
This paper describes an experimental procedure consisting of impact tests that simulate a collision ...
Due to the introduction of assistant robot systems, the complete separation of the human from the ro...
New technologies and processes enhance the need for direct human robot interaction, to fully exploit...
Within this thesis a generic systematic approach for the crashworthiness analysis of robots is prese...
Abstract — The light-weight robots developed at the German Aerospace Center (DLR) are characterized ...
Abstract — The light-weight robots developed at the German Aerospace Center (DLR) are characterized ...
Summary. Physical human-robot interaction and cooperation has become a topic of increasing importanc...
An increasing demand for new solutions in robot safety is driven by rapid developments in the area o...
Abstract — Currently, large efforts are unertaken to bring robotic applications to domestic environm...
Abstract — After giving a rich data basis of our impact tests with standardized crash-test dummies i...
Making robots able to safetly interact with human is one of the most important goals in robotics res...
Human-robot collaboration can include physical contact between the human and the moving robot. Thus,...
Finland is ranked rather high in international robot density statistics. In Finland, robots are typi...
To prepare new generations of robot systems for direct human-robot-cooperation new design criteria h...
After giving a rich data basis of our impact tests with standardized crash-test dummies in Part I of...
This paper describes an experimental procedure consisting of impact tests that simulate a collision ...
Due to the introduction of assistant robot systems, the complete separation of the human from the ro...
New technologies and processes enhance the need for direct human robot interaction, to fully exploit...
Within this thesis a generic systematic approach for the crashworthiness analysis of robots is prese...
Abstract — The light-weight robots developed at the German Aerospace Center (DLR) are characterized ...
Abstract — The light-weight robots developed at the German Aerospace Center (DLR) are characterized ...
Summary. Physical human-robot interaction and cooperation has become a topic of increasing importanc...
An increasing demand for new solutions in robot safety is driven by rapid developments in the area o...
Abstract — Currently, large efforts are unertaken to bring robotic applications to domestic environm...
Abstract — After giving a rich data basis of our impact tests with standardized crash-test dummies i...
Making robots able to safetly interact with human is one of the most important goals in robotics res...
Human-robot collaboration can include physical contact between the human and the moving robot. Thus,...
Finland is ranked rather high in international robot density statistics. In Finland, robots are typi...
To prepare new generations of robot systems for direct human-robot-cooperation new design criteria h...
After giving a rich data basis of our impact tests with standardized crash-test dummies in Part I of...