We present the DressGripper, a collaborative gripper designed for safe interactions in wearing operations. The DressGripper accounts for the two main goals that have to be achieved by a robotic system designed for helping people to get dressed: i) to be intrinsically safe and ii) to keep firmly the cloth during the dressing operations. The DressGripper addresses these issues by combining a compliant and safe structure with an additional magnetic actuation at the fingertips. This solution allows a soft interaction with the robot and guarantees the grasping tightness. Preliminary experiments show the DressGripper suitability in robotic dressing assistance scenarios
The aim of this letter is to introduce the concept of bilateral haptic cooperation as a novel paradi...
The paper (a first version of this work was presented in Aug. 2014 at ASME-DETC in Buffalo, NY) desc...
The development of grasping mechanisms for various grasping applications have enabled robots to perf...
This letter introduces a collaborative gripper designed for safe interactions during wearing operati...
This paper reports ongoing work on the design of a new gripper for garments handling. The developmen...
Most of the work on collaborative robots (cobots) and more in general on physical human robot intera...
In this paper, we present a recent survey on robotic grippers. In many cases, modern grippers outper...
In this work we briefly present Mag-Gripper, a novel robotic gripper specifically designed for auton...
The paper investigates the prospects of extending flexible automation and intelligent manufacturing ...
This paper proposes the use of soft materials for building robotic grippers for delicate and safe in...
In this paper, we propose a strategy for robot-assisted dressing with multi-component garments, such...
Soft wearable robots promise to be the new frontier for assistance and augmentation of human motor a...
The aim of this letter is to introduce the concept of bilateral haptic cooperation as a novel paradi...
The paper (a first version of this work was presented in Aug. 2014 at ASME-DETC in Buffalo, NY) desc...
The development of grasping mechanisms for various grasping applications have enabled robots to perf...
This letter introduces a collaborative gripper designed for safe interactions during wearing operati...
This paper reports ongoing work on the design of a new gripper for garments handling. The developmen...
Most of the work on collaborative robots (cobots) and more in general on physical human robot intera...
In this paper, we present a recent survey on robotic grippers. In many cases, modern grippers outper...
In this work we briefly present Mag-Gripper, a novel robotic gripper specifically designed for auton...
The paper investigates the prospects of extending flexible automation and intelligent manufacturing ...
This paper proposes the use of soft materials for building robotic grippers for delicate and safe in...
In this paper, we propose a strategy for robot-assisted dressing with multi-component garments, such...
Soft wearable robots promise to be the new frontier for assistance and augmentation of human motor a...
The aim of this letter is to introduce the concept of bilateral haptic cooperation as a novel paradi...
The paper (a first version of this work was presented in Aug. 2014 at ASME-DETC in Buffalo, NY) desc...
The development of grasping mechanisms for various grasping applications have enabled robots to perf...