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Документ взят из кэша поисковой машины. Адрес
оригинального документа
: http://www.energia.ru/en/conversion/prosthetic/pnk/pnk-01.html
Дата изменения: Unknown Дата индексирования: Sun Apr 10 06:30:03 2016 Кодировка: Windows-1251 Поисковые слова: apod |
It is designed for children weighing up to 45 kg.
It is used for sockets of shank or hip prostheses.
It has a plane flange with four threaded bushings to provide connection to A&CM or knee modules.
The socket adapter height is 60 mm.
Material: adapter body: aluminum alloy, threaded bushings: steel.
It is completed with technological cap 12А 013D.
| Designation | Outside upper diameter, mm | Mass, g |
|---|---|---|
2A005D | 70 | 75 |
2A005D-01 | 80 | 80 |
| 2A005D-02 | 90 | 85 |
They are designed for children weighing up to 45 kg.
They are used in long-stump shank prostheses for attachment of sockets made of polymeric and composite materials to a foot module. A rotating ring makes it possible to perform angular adjustment in horizontal plane.
The petal-type connector is fabricated by casting.
The distance between the ends of petals is 78 mm.
The spherical bottom radius is 35 mm.
The connector material is steel.
The material of the screws is steel.
| Designation | Ring material | Mass,g |
|---|---|---|
4А 010-04D | titanium alloy | 150 |
4А 010-05D | aluminum alloy | 130 |
It is designed for children weighing up to 45kg.
It is used for connection of the child's weight-bearing module with adult's foot modules.
The sleeve includes 5 screws (4 adjusting screws and 1 coupling screw).
| Material | The internal fit diameter of the sleeve, mm | Mass, g |
|---|---|---|
sleeve - titanium alloy; | 22 | 70 |
It is designed for children weighing up to 45kg.
It is used for a socket of shank prostheses for long stumps for connection to 9А 011D or 9А 012D foot module.
Material: aluminum alloy.
Total height: 100 mm.
Inside diameter of the upper end: 60 mm.
Outside diameter of the tube: 22mm.
Mass: 100 g.
It is designed for children weighing up to 45 kg.
It is used for a socket of shank or hip prostheses for short and medium stumps.
It has a flat flange with four threaded bushings for connection to A&CM and knee modules with the flange tip.
Material: base - high-quality wood; flange - high-strength plastic; threaded bushings - steel.
It is completed with technological cap 12A 013D.
Diameter 95 mm.
Mass 180 g.
It is designed for children weighting up to 24kg with medium activity.
It is used in prostheses after the hip exarticulation.
It improves a gait pattern at the expence of the coxofemoral joint angular mobility and use of a spring mechanism.
It is made of aluminum and titanium alloys.
Bending angle 90 degrees.
Mass 390 g.
It is designed for children weighing up to 45kg with medium activity.
It is used in prostheses after the hip exarticulation.
In the module structure there is a locking mechanism which fixes the
module in fully unbent position.
It is made of aluminum and titanium alloys.
Bending angle 90 degrees.
Mass 615 g.
It is designed for children weighing up to 24kg.
It is used in shank and hip prostheses.
A&CM includes 4 adjusting screws.
This module is completed with 4 screws for its attachment to the socket connector.
Material: flange - aluminum alloy; screws - steel.
Mass 55 g.
It is designed for children weighing up to 45 kg.
It is used in shank and hip prostheses.
This module includes 4 adjusting screws.
The module is completed with 4 screws for its attachment to the socket connector.
Material: body - titanium alloy; screws - steel.
Mass 70 g.
It is designed for children weighing up to 24 kg.
It is used in shank and hip prostheses.
This module is completed with 4 screws for its attachment to the socket connector.
Material: flange - aluminum alloy; pyramid - titanium alloy; screws - steel.
Mass 50 g.
It is designed for children weighing up to 45kg.
It is used in shank and hip prostheses.
This module is completed with 4 screws for its attachment to the socket connector.
Material: body - titanium alloy; screws - steel.
Mass 85 g.
It is designed for amputees weighing up to 45kg.
It is used for connection of a weight-bearing module with A&CM of the 4A086D, 4A088D type.
The sleeve includes a coupling screw.
Material: sleeve - aluminum alloy; pyramid - titanium alloy; screw - steel.
The internal fit diameter of the sleeve 22 mm.
Mass 50 g.
It is designed for children weighing up to 45kg.
It is used for attachment of a weight-bearing module to the socket, foot module and knee module in child's shank and hip prostheses.
The sleeve includes 5 screws (4 adjusting screws and 1 coupling screw).
Material: sleeve - aluminum alloy; screws - steel.
The internal fit diameter of the sleeve 22 mm.
Mass 50 g.
It is designed for children weighting up to 45kg.
It is used for connection of a weight-bearing module with knee modules, connectors and foot modules ending with a pyramid.
The sleeve includes 5 screws (4 adjusting screws and 1 coupling screw) and also 2 non-axial bushings allowing to change the weight-bearing module tube inclination to the sleeve longitudinal axis up to +7њ.
Material: body - aluminum alloy; screws - steel.
The internal fit diameter of the sleeve 22 mm.
Mass 100 g.
It is designed for children weighing up to 45 kg.
It is used during the manufacture of the hip prostheses and installed as an intermediate link between the knee module (5A 037D, 5A 037D-01, 5A 037D-02, 5A 038D) and weight-bearing module for the angular adjustment during the prosthesis assembly; in this case non-axial bushings in the knee modules are removed.
Material: cylinder - aluminum alloy; pyramid - titanium alloy.
Outside mounting surface diameter 30 mm.
Cylinder length 53 mm.
Mass 50 g.
It is designed for children weighing up to 24kg.
It is used in shank and hip prostheses for any length of stumps. It serves to unload the rotation moments affecting a stump when walking. The rotation moment is adjusted.
On one side this rotator has a tube of the outer diameter of 22 mm and on the other side it has a flange with sphere and prism.
Material of the rotator body is aluminum alloy.
Rotation angle 15+2 degrees.
Adjustment range of rotation moment 0-5.5 N·m.
Mass 350 g.
It is designed for children weighing up to 24 kg.
It is used in shank and hip prostheses for any length of stumps.
It serves to unload rotation moments affecting a stump when walking.
The rotation moment is adjusted.
It includes the weight-bearing module tube of the external diameter of 22 mm.
It is made using aluminum alloy.
Rotation angle 15+2 degrees.
Adjustment range of rotation moment 0-5.5 N·m.
Mass 340 g.
It is designed for children weighing up to 45kg.
It is used as a part of a child's weight-bearing module.
The outer diameter is 22 mm with the wall thickness of 2 mm.
Material is aluminum alloy.
Length 300 mm.
Mass 100 g.
They are designed for children weighing up to 45kg.
They are used in shank and hip prostheses.
The module length is adjusted up to 30mm.
The module includes the tube and device to change the module length.
The tube outer diameter is 22 mm.
Material: tube - aluminum alloy; device to change the module length - steel, aluminum alloy.
| Designation | Length, mm | Mass, g |
|---|---|---|
8А 011D | 276 | 170 |
8А 011D-01 | 476 | 240 |
It is designed for children weighing up to 45kg.
It is used in shank and hip prostheses.
The module includes sleeve 7A010D and tube 8A003D.
Length 313 mm.
Mass 150 g.
It is designed for children weighing up to 24kg.
It is used in shank and hip prostheses.
The module length is adjusted up to 30mm.
The module includes the tube and device to change the module length.
The tube outer diameter is 22mm.
Material: tube - aluminum alloy; device to change the module length - steel, aluminum alloy.
Length 319 mm.
Mass 190 g.
It is designed for children weighting up to 45 kg.
It is used in shank and hip prostheses for any length of stumps.
It serves for unloading of rotation moments affecting a stump when walking.
The rotation moment is adjusted.
It is made using aluminum and titanium alloys.
Rotation angle 15+2 degrees.
Adjustment range of rotation moment 0-6.5 N·m.
External diameter of tube 22 mm.
Mass 270 g.
The invention used in the rotator structure was awarded a bronze medal in the 45th World Salon of Inventions, Scientific Research and Industrial Innovations Brussels-Eureka-96.
They are designed for children weighing up to 16kg with medium activity.
Module 5A 028D is designed for hip prostheses after amputation in the knee region, module 5A 028D-01 is designed for hip prostheses with amputation above the knee.
These modules differ from each other by the availability of a three-petal flange (5A 028D) with the spherical bottom radius of 30 mm or bushing ending with a pyramid (5A028D-01).
The module kinematics allows to achieve the prosthesis functional shortening in the leg-swing phase.
The main parts are made of high-strength aluminum alloy.
Maximum bending angle130 degrees.
| Designation | Mass, g |
|---|---|
5A 028D | 200 |
5A 028D-01 | 237 |
It is designed for children weighing up to 45 kg with medium activity.
It is used in prostheses for a long stump and a stump after amputation in the knee region.
The module kinematics allows to achieve the prosthesis functional shortening in the leg-swing phase.
It has a petal flange with the spherical bottom radius of 30 mm.
The main parts are made of high-strength aluminum alloy.
Maximum bending angle 130 degrees.
Mass 365 g.
They are designed for children weighing up to 45kg with medium and high activity.
Module 5A 037D is used in hip prostheses with amputation in the knee region, modules 5A 037D-01, 5A 037D-02 are used with amputation above the knee.
The rocker mechanism allows to achieve the prosthesis functional shortening in the leg-swing phase.
The angular adjustment with a weight-bearing module is possible up to +7њ through the rotation of non-axial bushings located in the lower part of the body.
Module 5A 037D-01 is completed with a flat flange with 4 screws for
its attachment to the socket connector.
Module 5A 037D-02 has a flange as a sphere with a prism.
The main parts material is aluminum alloy.
Maximum bending angle 130 degrees.
| Designation | Mass, g |
|---|---|
5А 037D | 430 |
5А 037D-01 | 420 |
| 5А 037D-02 | 420 |
It is designed for children weighing up to 45 kg with low activity.
It is used in hip prostheses for short and medium stumps.
It has an adjustable shank-collapsible appliance and a lock mechanism.
It allows the angular adjustment of the connecting flange with a socket within +15њ.
The module is completed with 4 screws for its attachment to the socket connector.
The main parts are made of titanium and aluminum alloys.
Maximum bending angle 135 degrees.
Mass 430 g.
It is designed for children weighing up to 24kg with medium activity.
It is used in hip prostheses for short and medium stumps and also after the hip exarticulation.
It has a an adjustable shank-collapsible appliance.
The main parts are made of high-strength aluminum alloy.
Maximum bending angle 130 degrees.
Mass 160 g.
It is designed for children weighing up to 45kg with medium activity.
It is used in hip prostheses with amputation above the knee.
The rocker mechanism allows to achieve the prosthesis functional
shortening in the leg-swing phase.
The main parts are made of aluminum and titanium alloys.
Maximum bending angle, 130 degrees.
Mass 335 g.
It is designed for children weighing up to 45 kg with medium activity.
It is used in hip prostheses with amputation above the knee and also after the hip exarticulation.
The module kinematics allows to achieve the prosthesis functional shortening in the leg-swing phase.
The angular adjustment with a weight-bearing module is possible within +7њ in frontal and sagittal planes at the expense of non-axial bushings.
The main parts are made of high-strength aluminum alloy.
Maximum bending angle 130 degrees.
Mass 420 g.
It is designed for children weighing up to 24 kg with low and medium activity.
The module includes a support insert increasing the foot elasticity and durability.
The insert material is the cast thermoplastic.
| Size, cm | Heel height, mm | Module mass, g |
|---|---|---|
| 16 | 5 | 215 |
| 18 | 5 | 250 |
It is designed for children weighing up to 24 kg with low and medium activity.
This module is similar to module 9A020D in structure and materials.
| Size, cm | Heel height, mm | Module mass, g |
|---|---|---|
| 14 | 5 | 190 |
It is designed for children weighing up to 45 kg with medium and high activity.
This module is similar to foot module 9A 003 in structural diagram and materials used, but has a less stiff support insert.
| Size, cm | Heel height, mm | Module mass, g |
|---|---|---|
| 22 | 16 | 440 |
| 23 | 16 | 460 |
| 24 | 16 | 520 |
It is designed for children weighing up to 45kg with medium activity.
It is used in shank prostheses for a long stump.
The module contains a support insert increasing the foot elasticity and durability and a coupling-type adapter attached to the support insert.
Non-axial bushings of the adapter allow to change the inclination of the prosthesis unit located above up to +7њ relative to the longitudinal axis.
Material: adapter body - aluminum alloy; insert - laminated plastic.
| Size, cm | Heel height, mm | Module mass, g |
|---|---|---|
| 20 | 5 | 400 |
| 21 | 5 | 425 |
It is designed for children weighing up to 45kg with medium activity.
It contains a support insert increasing the foot elasticity and durability and an adapter with the central spherical and peripheral bumpers. The bumpers provide the stiffness adjustment in the sagittal plane and in the pronation-supination direction.
Non-axial bushings of the adapter allow to change the inclination of the weight-bearing module tube up to +7њ relative to the longitudinal axis.
The central bumper body and adapter are made of aluminum alloy, the spherical head is made of titanium alloy.
The insert material is laminated plastic.
| Size, cm | Heel height, mm | Module mass, g |
|---|---|---|
| 20 | 5 | 475 |
| 21 | 5 | 500 |
The inventions used in the module structure were awarded a bronze medal in the 45th World Salon of Inventions, Scientific Research and Industrial Innovations Brussels-Eureka-96.
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