A complete six–degree-of-freedom (6-DOF) force / torque sensor has been designed and fabricated for wrist rehabilitation applications, with the focus laid on simple, straightforward manufacturing processes. This paper details the mechanical design, 3D-modeling, manufacture and characterisation of the sensor. Compared to previous work, this design has the advantage of simple, fully planar machining, and the load-sensing elements all lie on the same plane, making the device compatible with single-film deposition or a foil bonding process. The sensor was machined from steel, and the piezoresistive load-sensing bridges were deposited using thick-film technology. We used commercial thick-film materials in a first time. A new lead-free materials ...
In an attempt to improve the functionality of a prosthetic hand device, a new fingertip has been dev...
The majority of prosthetic hands lack an intelligent feedback control system requiring the user to r...
Accurate tracking of hand grip force is an important consideration needed for a robust understanding...
AbstractA complete six–degree-of-freedom (6-DOF) force / torque sensor has been designed and fabrica...
AbstractReadily-available and low-cost commercial polymer-based composite materials, such as standar...
This work presents calculations and measurements on a novel low-cost thick-film force sensor design ...
Readily-available and low-cost commercial polymer-based composite materials, such as standard epoxy-...
Two simple low-cost thick-film force sensor designs are optimised, characterised and tested in this ...
Abstract: Two simple low-cost thick-film force sensor designs are optimised, characterised and teste...
In this work, a low-firing thick-film materials system allowing fabrication of piezoresistive sensor...
This work describes the design, fabrication and laser trimming aspects of a low-cost compressive for...
The use of robots and manipulators in many kind of applications, such as scientific, medical or indu...
A prosthetic hand has been instrumented with a range of sensors to measure grip force with the prima...
This PhD work presents the design and realization of a 3D flexible force sensor that can be integrat...
Thick-film static and dynamic force sensors have been investigated for their suitability to measure ...
In an attempt to improve the functionality of a prosthetic hand device, a new fingertip has been dev...
The majority of prosthetic hands lack an intelligent feedback control system requiring the user to r...
Accurate tracking of hand grip force is an important consideration needed for a robust understanding...
AbstractA complete six–degree-of-freedom (6-DOF) force / torque sensor has been designed and fabrica...
AbstractReadily-available and low-cost commercial polymer-based composite materials, such as standar...
This work presents calculations and measurements on a novel low-cost thick-film force sensor design ...
Readily-available and low-cost commercial polymer-based composite materials, such as standard epoxy-...
Two simple low-cost thick-film force sensor designs are optimised, characterised and tested in this ...
Abstract: Two simple low-cost thick-film force sensor designs are optimised, characterised and teste...
In this work, a low-firing thick-film materials system allowing fabrication of piezoresistive sensor...
This work describes the design, fabrication and laser trimming aspects of a low-cost compressive for...
The use of robots and manipulators in many kind of applications, such as scientific, medical or indu...
A prosthetic hand has been instrumented with a range of sensors to measure grip force with the prima...
This PhD work presents the design and realization of a 3D flexible force sensor that can be integrat...
Thick-film static and dynamic force sensors have been investigated for their suitability to measure ...
In an attempt to improve the functionality of a prosthetic hand device, a new fingertip has been dev...
The majority of prosthetic hands lack an intelligent feedback control system requiring the user to r...
Accurate tracking of hand grip force is an important consideration needed for a robust understanding...