938404PK2/2-0322
7
4
Function
The knee is a uniaxial design comprising a knee pivot connecting a chassis to a carrier. A weight
activated stabilising knee mechanism is housed within the chassis. The stabilising mechanism
has a resilient action which provides limited stance flexion under load to absorb shock loads at
heel strike.
A knee control cylinder sits within this frame assembly, fitted between the chassis posterior pivot
and the carrier distal pivot.
The PSPC cylinder has manually adjustable valves which give independent control of flexion and
extension resistance during swing phase.
The SmartIP control cylinder uses sensors inside the cylinder to monitor walking speed and
automatically adjusts flexion resistance accordingly. Extension control is via fixed adjustment of a
terminal impact damper.
5
Maintenance
Visually check the device regularly.
Report any changes in performance of this device to the practitioner/service provider e.g.
unusual noises, increased stiffness or restricted/excessive rotation, significant wear or excessive
discoloration from long term exposure to UV.
Inform the practitioner/service provider of any changes in body weight and/or activity level.
Cleaning
Use a damp cloth and mild soap to clean the outside surfaces. DO NOT use aggressive cleansers.
The remaining instructions in this section are for practitioner use only.
This maintenance must be carried out only by competent personnel (practitioner or suitable
trained technician).
To maintain optimum performance, a periodic inspection for unacceptable noise, play and
stability is recommended. The period between inspections is determined by factors such as the
activity of the user, frequency of usage and the stability setting of the knee.
As a guide, if the setting is 6 clicks or above and the user averages 600,000 steps per annum, an
annual inspection is recommended.
If the stability setting is less than 6 clicks and/or the user averages fewer than the average
number of steps, the period in between inspections may be longer.
The use of a Limb Activity Monitor is recommended to determine step count.
We recommend adjusting the knee to the individuals’ stability requirements to ensure optimal
stability and durability. See adjustment guide/flow diagram.
At these inspections ;
• Check for visual defects that may affect proper function.
• Check front stop and replace if necessary.
• Check shin stops and replace if necessary.
• Dis-assemble, clean and reassemble.
Summary of Contents for ESK+ 4-Bolt
Page 37: ...938404PK2 2 0322 37 1 ESK 4 PSPC SmartIP 4 30 PSPC SmartIP 140...
Page 38: ...938404PK2 2 0322 38 2 3 4 1 1 2 3 4 SmartIP...
Page 39: ...938404PK2 2 0322 39 2...
Page 40: ...938404PK2 2 0322 40 3 PSPC SmartIP PSPC SmartIP 5 10 Nm...
Page 41: ...938404PK2 2 0322 41 4 PSPC SmartIP 5 6 600 000 6...
Page 42: ...938404PK2 2 0322 42 6 15 C 50 C 15 C 50 C...
Page 43: ...938404PK2 2 0322 43 7...
Page 44: ...938404PK2 2 0322 44 2 8 100...
Page 45: ...2 3 4 938404PK2 2 0322 45 9 PSPC Loctite 243 6 A F PSPC SmartIP 1 M L LOCTITE 222 1...
Page 46: ...938404PK2 2 0322 46 9 1...
Page 47: ...1 2 1 2 938404PK2 2 0322 47 1 10 10 1 10 2 1 1 Loctite 424 424...
Page 48: ...7 1 3 4 5 6 938404PK2 2 0322 48 2 10 3 ESK 8 8 RH LH...
Page 49: ...7 5 6 938404PK2 2 0322 49 4 3 2 1 10 4 ESK RH LH RH LH...
Page 106: ...938404PK2 2 0322 106 2 3 4 M szaki adatok 1 1 2 3 4 SmartIP...
Page 107: ...938404PK2 2 0322 107 2...
Page 108: ...938404PK2 2 0322 108 3 PSPC SmartIP PSPC SmartIP 5 10 Nm...
Page 109: ...938404PK2 2 0322 109 4 PSPC SmartIP 5 6 600 000 6...
Page 110: ...938404PK2 2 0322 110 6 15 C 50 C 15 C 50 C 5 F 122 F...
Page 111: ...938404PK2 2 0322 111 7...
Page 112: ...938404PK2 2 0322 112 2 8 100...
Page 113: ...2 3 4 938404PK2 2 0322 113 9 PSPC Loctite 243 6 A F PSPC SmartIP 1 LOCTITE 222 1...
Page 114: ...938404PK2 2 0322 114 9 1...
Page 115: ...1 2 1 2 938404PK2 2 0322 115 1 10 10 1 10 2 1 1 Loctite 424 424...
Page 116: ...7 1 3 4 5 6 938404PK2 2 0322 116 2 10 3 ESK 8 8 RH LH...
Page 117: ...7 5 6 938404PK2 2 0322 117 4 3 2 1 10 4 ESK RH LH RH LH...