Technologies For Your Smile Advanced 6-Bar Mechanism Stance-Flexion, Adjustable Geometrical Lock System p- MRS system Manual Lock CONFIDENTIAL NK6 + L+

Slides:



Advertisements
Similar presentations
Knee-Ankle-Foot Orthoses (KAFOs)
Advertisements

Prosthetic Gait Deviations
Bryan Humble CPO/LPO Precision Prosthetics
The most sophisticated sports knee ever!
Hydraulic Power Assist
Pathomechanics of Knee Joint (part 1) practical section
VARIABLE CADENCE KNEES Overview and Brainstorm of Training Strategies Tony Fitzsimons Peter Spooner-Hart Dr Ian Jennsen.
ASSESSMENT CHAPTER 6. Physical assessment PHYSIOTHERAPY ASSESSMENT session CHAPTER 6 PART
Andreas Kannenberg, MD PhD, Director Medical Affairs
Ambulation and Ambulation Aids
Stair Gait Lecture Notes.
Kinesiology Laboratory 8
Gait Deviations and Prosthetic Knee and Feet Systems
Gait.
This is a sequence shot of a home run by Albert Pujols off Roy Oswalt of Houston in the 2005 NLCS, both side and front views. You can start it by pressing.
Normal human gait: Ankle motion: Ankle is? Talus is the last bone of the vertical weight bearing system, weight is then transferred forwards and backwards.
Biomechanics- Gait.
Biology 323 Human Anatomy for Biology Majors Lecture 9 Dr. Stuart S. Sumida Pelvis and Perineum Human Walking.
Analysis of a continuous skill – walking and running (gait)
Wel Handy Mini For horizontal and vertical (down) fillet welding operations.
3 rd Lecture Biome II Dr. Manal Radwan Salim Lecturer of Physical Therapy Saturday for the two groups.
Determinants of Gait Determinants of Gait.
Amir H. Bakhtiary PhD, PT Associate Professor Physiotherapy Department Rehabilitation faculty Semnan University of Medical Sciences Hip Joint Kinesiology.
Deltoid. This muscle has a triangular shape like the Greek letter delta Superficial and easy to palpate and found at the anterior, lateral, and posterior.
KNEE BIOMECHANICS Andrew Crosby. Introduction What kind of joint is it? Limits of motion Normal kinenatics of a step Plateau & condyles Patello Femoral.
OTTO BOCK 3R80 Hydraulic Knee
1 Gait Analysis – Objectives To learn and understand: –The general descriptive and temporal elements of the normal walking movement –The important features.
Gait Analysis – Objectives
Lecture 10 Dimitar Stefanov. LOWER-EXTREMITY PROSTHESES socket residual limb (soft tissue and bones) (individually fitted component) Example.
Gait analysis.
Pathomechanics of Knee Joint
ANNUAL MEETING RERC on Technologies for Children with Orthopedic Disabilities NIDRR H133E Program Director: Gerald F. Harris, Ph.D., P.E. Program.
Gait development in children. The prerequisite for Gait development Adequate motor control. C.N.S. maturation. Adequate R.O.M. Muscle strength. Appropriate.
By Chun-Lung Lim Jay Hatcher Clay Harris. Humanoid Robotic Hardware Biped Humanoid Robot Group - Kato/Takanishi Laboratory & Waseda University WABIAN-2.
MARS 2 Design Review-Optomechanical Review 07 Nov 2002 GLW1 MARS 2 Mechanical Design Review.
Anatomical/ Directional Terms
Test station for ALICE pixel chip Confidential Information COMMENT by Y. Kwon Strategy : make sure commitment can be achieved before main commitment to.
Courcey Rovers FUNdamental Movement Skills U6 – U12.
Mechanical principals of equipment in the gymnasium.
The Gait Cycle:.
Gait Activities RHS 323 lecture 8 Prepared by Mrs. Muneera Al-Murdi.
Discus Technique for Beginners to Advanced HS Throwers
The MIT Leg Lab: From Robots to Rehab.
Sophisticated Design Automatic Tailgate Final Presentation December 5, 2001 Ted Akiskalos June Doan Tarek Elshazly Maggie Kim David Nimitz Sharon Ramey.
 Support Events  Foot (Heel) Strike  Foot Flat  Midstance  Heel Off  Foot (Toe) Off  Swing Events  Pre swing  Midswing  Terminal swing.
Fluid Power Control.
Biology 323 Human Anatomy for Biology Majors Lecture 9 Dr. Stuart S. Sumida Pelvis and Perineum Human Walking.
1 Rotational Dynamics The Action of Forces and Torques on Rigid Objects Chapter 9 Lesson 2 (a) Translation (b) Combined translation and rotation.
Figure Figure Figure Figure
Stamina 1205 Precision Rower Review Follow Us! Made by-
Upon completion of this lecture student will be able to:  Identify different parts of transfemoral prosthesis.  Differentiate between Quadrilateral.
Reach SL(Super Light) Owner manual
Running Gait.
Locking mechanics.
Pelvis and Perineum Human Walking Biology 223
Key Concepts: Starts and Maximum Velocity Running.
Multi-Policy Control of Biped Walking
Prosthetic limbs.
Date of download: 10/23/2017 Copyright © ASME. All rights reserved.
Date of download: 10/29/2017 Copyright © ASME. All rights reserved.
IC = Initial Contact LR = Loading Response MSt = Mid Stance
Human Gait.
Medial Closing-Wedge Distal Femoral Osteotomy with Medial Patellofemoral Ligament Imbrication for Genu Valgum with Lateral Patellar Instability  Orlando.
Keith E. Gordon, PhD, Daniel P. Ferris, PhD, Arthur D. Kuo, PhD 
The Knee Joint.
Biomechanics Lesson 1.
ALLPPT.com _ Free PowerPoint Templates, Diagrams and Charts
Presentation transcript:

Technologies For Your Smile Advanced 6-Bar Mechanism Stance-Flexion, Adjustable Geometrical Lock System p- MRS system Manual Lock CONFIDENTIAL NK6 + L+ L+ L+ L 6-bar Hydraulic Knee

Technologies For Your Smile Concept Safety In Stance 4-Bar IP Dynamics In Swing Hybrid KneeSingleAxis IP NK-1 NK6

Technologies For Your Smile NK-6 Structure Manual Lock Switch (Option) Hydraulic Cylinder -Flexion Adj. -Extension Adj. Bouncing DumperExtension Assist Adjustment Dumper Stiffness Adjustment Screw CONFIDENTIAL

Technologies For Your Smile p-MRS System (Polycentric - Mechanism of Reaction-force Sensing) Bounce Mode Geometric Lock Swing Mode ICR CONFIDENTIAL

Technologies For Your Smile Stance Phase Control Lock + Bouncing Heel StrikeMid StanceToe Off (Swing) Unlocked For Swing ICR for Swing CONFIDENTIAL

Technologies For Your Smile Manual Lock (Optional) The user can manually lock the knee whenever the safety is needed, for example, in working on ladder, in walking on snowy road, gardening. Even when knee is locked, the bouncing feature is still available. UnlockedLocked CONFIDENTIAL

Technologies For Your Smile Swing Phase Control Hydraulic Cylinder Adjustable Flexion & Extension Resistance By the special design and the layout of the Hydraulic cylinder, the initial swing is very light and smooth Extension Assist Spring to provide more tension to keep full extension Adjustable CONFIDENTIAL

Technologies For Your Smile Swing Phase Control Hydraulic Cylinder Features (Flexion) CONFIDENTIAL Knee Angle Knee Torque in Flexion 40 deg 60deg NK-6 Conventional Hydraulic Swing 0 Initiating swing-phase is very smooth compared with conventional hydraulic knee. Very wide cadence response (70% of that the Intelligent Knee has)

Technologies For Your Smile Swing Phase Control Hydraulic Cylinder Features (Extension) CONFIDENTIAL Knee Angle Knee Torque in Extension 30 deg 60deg NK-6 Conventional Hydraulic Swing 0 Dual Hydraulic Circuit is introduced for the Extension. At the final 30 degree, a higher resistance, adjustable, will be activated for cushioning against the terminal-impact. This feature leads to very smooth swing back motion.

Technologies For Your Smile Specifications MODEL NK-6 NK-6+L Functions Multi axial Hydraulic Knee Unit (6-Bar system) Geometrical Safety Lock System Stance Flex, adjustable Stance Extension Dampening by a Hydraulic cylinder Titanium Heavy-Duty Frame Manual Lock System (NK-6+L) Weight Limit 100kg (220lb) Knee Body Weight : 850g Knee R.O.M.: 160 degrees CONFIDENTIAL 197mm 28mm Screw Head version available

Technologies For Your Smile Static Alignment Anterior-Posterior Plane Base point: Upper Frontal Pivot -5 ~ +5 mm from the center of Base point  Anterior side: Dynamic (less stable)  Posterior side: More Stable Medial-Lateral Plane Weight line should be passed through the center of the knee CONFIDENTIAL +5mm-5mm STABLEDynamic W.L.

Technologies For Your Smile Positioning NK-1H Single Axis Intelligent Knee 4-Bar Intelligent Knee Hybrid Knee Low Active Mid Active High Active NK-1Hs NK-6

Technologies For Your Smile Comparison Name3R60NK6Total Knee Number of Link5-Bar6-Bar7-Bar