Wyniki wyszukiwania - BazTech

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Simulation in Active Dynamisation Systems Design

Kołodziej D., Jasińska-Choromańska D.

Machine Dynamics Problems

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2006

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Vol. 30, No. 3

155-162

EN

Human needs are forming in a most incredible ways. People expectation to keep ability of the active life manner are changing according to techniques development that caused increasing quality in the other domains of human life. Nowadays the situation are changing from day to day in and is especially hard for the engineers. Computers techniques gives lots of tools that have to help to fulfil various expectation of the society. It force the medical engineering to create new quality of the devices that have to be ahead the present days demands.

2

Zintegrowana diagnostyka procesów zrostu kostnego

Kołodziej D., Jasińska-Choromańska D.

Pomiary Automatyka Kontrola

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2005

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R. 51, nr 9 bis

348--350

PL

Niniejszy artykuł nawiązuje do spraw diagnostyki procesów zachodzących w szczelinie zrostu kostnego. Ściśle powiązanych z charakterem powstającego zrostu kostnego. Połączenie układów diagnostyki z elementami konstrukcji układów stabilizacji zewnętrznej umożliwia nam szybkie i bezinwazyjne otrzymanie parametrów mechanicznych tworzących przybliżenie opisu stanu zrostu kostnego.

EN

This paper presents abilities of the external osteosynthesis treatment system as a part of the diagnostic system. Dynastab Mechatronics 2000 as an example of the modern external fixators creates new possibilities in the monitoring and analyzing of the adhesion zone. Stabilization systems which are using active elements and the sensors have given better fit of fixation system work according to the demands of the broken biological system. Applying of the mechatronics systems have given ability to continuous diagnostic of the broken bone - fixator system and also gives possibility of influence at the adhesion process coming into being in the healing fracture.

3

Some Problems of XXI Century Biomechanics

Jasińska-Choromańska D.

Machine Dynamics Problems

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2005

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Vol. 29, No. 3

33--50

EN

XXI century will be period of the fast progress of biological and medical sciences. It is result of technical sciences evolution and evolution of biomechanics like a science combinated both areas. The period of the people's living will be longer and this is connected with new constructions for implantation and rehabilitation. The paper presents some problems and discution about new directions in biomechanics connected with external osteosynthesis and gait analysis with exoskeletons.

4

Technics and Technology in the Problem of External Osteosynthesis

Jasińska-Choromańska D., Kołodziej D., Sadzyński I.

Machine Dynamics Problems

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2004

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Vol. 28, No. 3

139-144

EN

External osteosynthesis is a simple, versatile and effective method in the treatment of bone healing process, which uses bone screws to join the bone to a rigid erternal frame, which is generally made of metal or plastic. Methods of fracture healing belong to the oldest group in the history of medicine. New generation of external fixator has been equipped with the measuring system of the bone healing process, based on the intelligent systems. The paper presents some of the technical and technological problems related to design and clinical verification in external osteosynthesis.

5

Micro drive in active aiding of external osteosynthesis healing process

Jasińska-Choromańska D., Kołodziej D.

Elektronika : konstrukcje, technologie, zastosowania

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2004

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Vol. 45, nr 8-9

138-140

EN

In order to increase the possibility of controlled medical interference in the broken bone healing process the scientist and the doctors are looking for solution of this problem. Application of micro drive is one of the proposal of the existing solutions of this problem. The application of the micro drives in the external osteosynthesis in the right treatment process hasn't been note until now.

PL

Naukowcy i lekarze szukają rozwiązania dogodnej oceny procesu regeneracji tkanki kostnej. Zastosowanie mikronapędu stanowi jedną z propozycji rozwiązania tego problemu. Mikronapędy nie znalazły w osteosyntezie zewnętrznej zastosowania do dnia dzisiejszego.