Abstract: This paper presents the design of a new underactuated finger. The main characteristic of this two-degree-of-freedom / one-actuator finger is to be force-isotropic. This means that the intensity of the forces exerted at the center of each phalanx, on the grasped object, are identical. Until now, this characteristic was observed on some underactuated fingers for some very specific configurations only (mainly when the phalanxes were lined up). With the proposed finger, this characteristic remains true whatever the configuration of the phalanxes is
This paper presents an investigation on the influence of the design parameters in an underactuated m...
Underactuated robotic grippers have the advantage of lower cost, simpler control, and higher safety ...
Highly advanced robotic hand prostheses are praised for their impressive grasping and pinching capab...
This paper presents an innovative design concept for an underactuated robotic finger which can perfo...
This paper studies the grasp stability of two classes of three-phalanx underactuated fingers with tr...
In the paper a study on an underactuated finger for a robotic hand is presented. The mechanical hand...
This paper studies the force capability of a particular class of underactuated fingers. Force capabi...
International audienceThis paper presents a new pneumatically driven underactuated hand with two fin...
The paper presents a theoretical study about the dynamic behaviour of an underactuated finger. By mo...
This paper describes a mechanical underactuated hand, whose design is under patenting. The proposed ...
This paper describes a mechanical underactuated hand, whose design is under patenting. The proposed ...
Abstract—This paper presents a new pneumatically driven underactuated hand with two fingers and 3 ph...
mechanical underactuated hand is proposed. The hand can be used as robot grasping end-effector and, ...
This paper presents the optimal design of under-actuated fingers considering two issues: the force i...
This paper describes a novel underactuated robotic hand design. The hand is highly underactuated as ...
This paper presents an investigation on the influence of the design parameters in an underactuated m...
Underactuated robotic grippers have the advantage of lower cost, simpler control, and higher safety ...
Highly advanced robotic hand prostheses are praised for their impressive grasping and pinching capab...
This paper presents an innovative design concept for an underactuated robotic finger which can perfo...
This paper studies the grasp stability of two classes of three-phalanx underactuated fingers with tr...
In the paper a study on an underactuated finger for a robotic hand is presented. The mechanical hand...
This paper studies the force capability of a particular class of underactuated fingers. Force capabi...
International audienceThis paper presents a new pneumatically driven underactuated hand with two fin...
The paper presents a theoretical study about the dynamic behaviour of an underactuated finger. By mo...
This paper describes a mechanical underactuated hand, whose design is under patenting. The proposed ...
This paper describes a mechanical underactuated hand, whose design is under patenting. The proposed ...
Abstract—This paper presents a new pneumatically driven underactuated hand with two fingers and 3 ph...
mechanical underactuated hand is proposed. The hand can be used as robot grasping end-effector and, ...
This paper presents the optimal design of under-actuated fingers considering two issues: the force i...
This paper describes a novel underactuated robotic hand design. The hand is highly underactuated as ...
This paper presents an investigation on the influence of the design parameters in an underactuated m...
Underactuated robotic grippers have the advantage of lower cost, simpler control, and higher safety ...
Highly advanced robotic hand prostheses are praised for their impressive grasping and pinching capab...