2D maps of template residual limb (or prosthetic socket). Maps are labelled with anatomical quadrants (anterior, posterior, medial, lateral), and anatomical compartments. QTSS pressure sensor strips designed for the SocketSense system are overlaid on the 2D maps to encompass the residual limb to achieve a global pressure distribution map of the residual limb-socket interface. A single QTSS shear sensor is also included on the map. Separate maps are provided for left and right side amputation, and for different residual limb circumference sizes and lengths
This paper presents an automatic simulation procedure to study the stump-socket interaction that has...
A key determinant of prosthesis use is the quality of fit of the prosthetic socket. The socket surro...
The irregular pressure exerted by a prosthetic socket over the residual limb is one of the major fac...
The development of artificial prosthetic lower limbs aims to improve patient's mobility while a...
Background: In the UK 55,000 people live with a major limb amputation. The prosthetic socket is prob...
It is estimated that there are at least three million amputees in the world. Amputation can be cause...
Abstract PURPOSE The socket is the main component of a prosthesis which surrounds the residual lim...
This paper presents a methodology and tools to improve the design of lower limb prosthesis through t...
This paper presents a methodology and tools to improve the design of lower limb prosthesis through t...
Sensor systems to measure pressure at the stump–socket interface of transfemoral amputees are receiv...
This is the summary of SocketSense's open access data. SocketSense (https://www.socketsense.eu/) ...
One of the most important factors in successful upper limb prostheses is the socket design. Sockets ...
AbstractThe paper deals with the problem of a biomechanical solution for human locomotion after ampu...
Background: Providing secure fastening requires fundamental design and construction features for so...
Obtaining a good socket fit is an iterative process dependent on the skill and experience of the pro...
This paper presents an automatic simulation procedure to study the stump-socket interaction that has...
A key determinant of prosthesis use is the quality of fit of the prosthetic socket. The socket surro...
The irregular pressure exerted by a prosthetic socket over the residual limb is one of the major fac...
The development of artificial prosthetic lower limbs aims to improve patient's mobility while a...
Background: In the UK 55,000 people live with a major limb amputation. The prosthetic socket is prob...
It is estimated that there are at least three million amputees in the world. Amputation can be cause...
Abstract PURPOSE The socket is the main component of a prosthesis which surrounds the residual lim...
This paper presents a methodology and tools to improve the design of lower limb prosthesis through t...
This paper presents a methodology and tools to improve the design of lower limb prosthesis through t...
Sensor systems to measure pressure at the stump–socket interface of transfemoral amputees are receiv...
This is the summary of SocketSense's open access data. SocketSense (https://www.socketsense.eu/) ...
One of the most important factors in successful upper limb prostheses is the socket design. Sockets ...
AbstractThe paper deals with the problem of a biomechanical solution for human locomotion after ampu...
Background: Providing secure fastening requires fundamental design and construction features for so...
Obtaining a good socket fit is an iterative process dependent on the skill and experience of the pro...
This paper presents an automatic simulation procedure to study the stump-socket interaction that has...
A key determinant of prosthesis use is the quality of fit of the prosthetic socket. The socket surro...
The irregular pressure exerted by a prosthetic socket over the residual limb is one of the major fac...