Category: Activities of Daily Living and Sports

Published Date: 28/12/2016
Posted in "Bionic" prostheses Activities of Daily Living and Sports Algorithm regarding best choice of prosthetic arm Bimanual task benchmark Brands EC microworks Extreme Cyborging Grip testing Hosmer Hosmer Dorrance Prosthetic hook Prosthetics Specifications and comparisons Touch Bionics Touch Bionics iLimb Trautman hook TRS TRS prehensor Workshop / Repairs / Tools

Towards Extreme Cyborging (EC) microworks: very small things [grip mechanics theory, parametrization and then testing side by side – Trautman hook, Hosmer Mod 5 hook, TRS Prehensor, Touch Bionics iLimb revolution]

Published Date: 02/12/2016
Posted in Activities of Daily Living and Sports ANPPN Activites of No Particular Prosthetic Need EC microworks Extreme Cyborging Photography

Fixing infinity on Russian Wide Lens Industar 69 M39 [EC microworks]

Published Date: 29/11/2016
Posted in 3D Printing Activities of Daily Living and Sports Artwork and Do It yourself Corner Design principles Means of orthopedic/technical support other than prosth Mechanical works Prosthetics Table manners

Freebasing 3D shapes: wine glass holder [way to go]

Published Date: 28/11/2016
Posted in Activities of Daily Living and Sports Means of orthopedic/technical support other than prosth

Bag or backpack design and convenience for right below elbow amputee [convenience demonstration]

Published Date: 25/11/2016
Posted in 3D Printing Activities of Daily Living and Sports Bimanual task benchmark EC microworks Extreme Cyborging Hosmer Dorrance Prosthetic hook

3D printing requires a prosthetic hook [easing into tech]

Published Date: 25/11/2016
Posted in Abilympics AUA vs WIFUCD Bimanual task benchmark Extreme Cyborging Support

Extreme Cyborging (prosthetic arms) [new brand name / new concept]

Published Date: 24/11/2016
Posted in Activities of Daily Living and Sports Brands EC microworks Extreme Cyborging Hosmer Hosmer Dorrance Prosthetic hook Prosthetics Workshop / Repairs / Tools Wrist watch

Casio wrist watch wrist band swap [technical, EC microworks]

Published Date: 17/10/2016
Posted in "Bionic" prostheses Academic research with relevant results Activities of Daily Living and Sports Bimanual task benchmark Brands Disability and the public Grip testing Prosthetic hook Prosthetics Specifications and comparisons Touch Bionics Touch Bionics iLimb TRS TRS prehensor

Grip planning and carrying out [TRS Prehensor vs. iLimb Ultra Revolution – theory and practice]

Published Date: 16/10/2016
Posted in Activities of Daily Living and Sports Artwork and Do It yourself Corner Bimanual task benchmark Brands Design principles Grip testing Mechanical works Prosthetic hook Prosthetics TRS TRS prehensor

TRS Prehensor [grip surface tweaking]

Published Date: 11/10/2016
Posted in "Bionic" prostheses Academic Project Article in German - Artikel auf Deutsch Bad Hand Day BeBionic (RSL Steeper) Bimanual task benchmark Brands Cybathlon 2016 Disability and the public Grip testing Media Myoelectric prostheses Otto Bock Otto Bock Michelangelo hand Prosthetic hand Prosthetic hook Prosthetics RSL Steeper Specifications and comparisons Touch Bionics Touch Bionics iLimb Trash Culture TRS TRS prehensor

Der Cybathlon 2016 wurde bei den Armprothesen von einem Mann mit “Hook” gewonnen [#research #surprise #bodypowered]

Published Date: 11/10/2016
Posted in Activities of Daily Living and Sports Bimanual task benchmark Grip mechanics Grip testing Theory, studies

Prosthetic hand and gripper options: grip analysis, grip construction [summary/post list]

Published Date: 09/10/2016
Posted in Activities of Daily Living and Sports Asymmetry Bimanual task benchmark Brands Cable control Daily training Grip testing Health Overuse Reduction Prosthetic hook Prosthetics TRS TRS prehensor

ADL learning and body powered prosthesis control [paper review]

Published Date: 07/10/2016
Posted in Activities of Daily Living and Sports ANPPN Activites of No Particular Prosthetic Need Disability and the public Health How to communicate the right way

Is it wise to widen the clientele for prosthetic arms, and is it wise to get more crappy “bionic” arms publicly funded?