3+4+Supplementum/2012 - Společnost pro pojivové tkáně

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simulation will be performed on the model of grippe infection (event. a other infect illness). The discrete simulation will be shown on hospital beds exploitation. The combined simulation will be performed on the model of spine bending under orthesis. The simulation is mainly recognition method. The parameters for algorithms presented above can be determined just roughly. If the simulation program is completed then the real experiments are modeled on computer and the computer and real signal course are compared. The parameters and eventual model structure are changed to be mutually in concordance (model verification). The known parameters value can be used at next science research. The check model can be used for prognosis of the other experiment course. We compare at first simple simulation model. If the comparison the model with reality shows that the more detail model is necessary must be the other influences respected. For example by grippe infection model can be respected incubation period, illness period, community structure (city or country community, age structure, degree of mutual people contact etc.). The spine bending model can respected free beds for acute cases, aspect of chose a patient from queue according to illness parameters etc. The spine bending model can be respected soft tissue influence, rib influences, complex spine model, non lineal elasticity model, orthesis deformation etc. Address: Prof. eng. Jan čulík, drSc. Volutova 2522/16 158 00 Praha 5, Czech Republic E-mail: culik.j@upcmail.cz aBSTRakT 330 14 th Prague-Sydney-Lublin „nORdiC walkinG – BenefiCial influenCe fOR MOVeMenT aPPaRaTuS. Own OBSeRVaTiOnS” Tomasz Karski, Jacek Karski, Janusz Lubaś, Urszula Lubaś introduction Tissot in France and Dega in Poland many years ago has told – „the exercises” can substituted every drug / medicament, but medicament can not substituted exercises. Permanent “movement as exercise” is beneficial not only for locomotor system but particularly proper for cardiovascular system. History of “nordic walking” This kind of sport or kind of recreation was developed in Finland and especially in „Olympic Sport Centre” in Vierumäki in 1995 by Markko Kantaneva. He described the rules of this sport / of recreation and presented in „Olympic Sport Centre”. Vierumäki is situated between Lahti and Heinola, north from Helsinki. How to makes ”walking with sticks” It is important proper “keeping of sticks”, next proper loading of legs. During “Nordic walking” is present the phenomenon of dismissal / release for hips, lumbar spine, knees and feet. For upper part of trunk and for upper extremities “Nordic walking” gives good training for muscles.
Practical information for ”nordic walking” Every of age of patients are proper for “Nordic walking”. The same - every time is proper for walking. The distance for walking is 3 to 5 km per day. Sometimes can be even 5–8 km. During walking it is necessary to make the rest. During brakes – it is advised to make gymnastic with sticks. It is advised to look the pulses and care before pain of heart. Beneficial influences during and after “nordic walking” It is beneficial for heart, for lungs, for blood circulation and for movement apparatus. Also is beneficial for immunology and biochemical processes in the organisms. ”Nordic walking is ”especially beneficial on the beach of the see” and particularly on the coast of Baltic. literature 1. Burger Doris “Nordic walking” – sposób na zdrowie I kondycję” / In orginal “Power – Nordic – Walking” / Druk / Print / Typos, tiskarske zavody s.r.o. Podnikatelska 1160/14, Cz. 320 56 Plzen, stron / 110pages 2. Mittermaier Rosi, Neureuther Christina “Nordic walking” – całoroczny trening. Title of the original German edition “Nordic Walking” / Wydawnictwo RM, 03-808 Warszawa, ul. Mińska 25, stron / 143 pages 3. Chylková J. Mořnosti využití Nordic walking v léčbě a rehabilitaci pacientů s vadami pohybového ústrojí. Pohybové ústrojí 16, 2009, č. 1-2 Suppl., s. 127. aBSTRakT ambul_centrum@volny.cz BiOMeCHaniCal analYSiS Of SeleCTed TYPeS Of dYnaMiC Head lOad Jiří Straus, Police Academy in Prague, Czech Republic E-mail: straus@email.cz abstract The article refers to experimentally gathered values which are necessary for computation of human body tolerance level for external load. Content of this article is submitted as an original research. The article presents resultant values of acceleration, impact duration and forces acting during a blow to the head of a dummy. Computation of human body tolerance level is dependent on the overall acceleration of head after the impact, applied force and stress. We obtained correlation between impact velocity of the impactor and duration of this impact. Further we elicited relation of the resultant head injury to the neck stiffness and also restraining factors (i.e. gloves and caps). Last but not least we aimed at the correlation between HIC 15 and injury severity for described sorts of blows. Both bibliography reviews and experiments show significant factors for computations of the tolerance level resulting from external forces. As the most important factors are counted not only head acceleration within a loading phase both also detecting magnitude of applied force and stress per unit area. Course of the head acceleration and applied force are two most significant factors for prediction of the extreme dynamic loading of a human body. keywords: Biomechanics, injury, acceleration 331
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Pokroky ve výzkumu, diagnostice a
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POHYBOVÉ ÚSTROJÍ ročník 19, 20
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Devatenáctý ročník časopisu Po
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ScHindlerová n., Foltýnová B., H
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SlOVO čTenářůM � a wORd TO Re
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OBRázek na TiTulnÍ STRaně čaSOP
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RTG snímky z archivu Ambulantního
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SOuBORnÉ RefeRáTY � ReViewS nOS
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Nosologie by měla být užitečná
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Skupina 30 (Syndromy nadměrného v
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přiřazeny mezi jiné. Probíhají
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group/Name of Disorder Inheritance
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SOuBORnÉ RefeRáTY � ReViewS POH
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např. k metabolickému syndromu a
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ku. Ten se během školního roku v
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s použitím zvýšené PA, monitor
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měřená kaliperem) ukázalo od š
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cal fitness and body composition, A
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PůVOdnÍ PRáCe � ORiGinal PaPeR
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ty čtyři druhy materiálů s růz
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Deformace [mm] 8 7 6 5 4 3 2 1 0 0
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9. OLFAT, M. et al. Effect of Terra
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change their states and structure i
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Each patient has the record: name n
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lock1 patient arrival to hospital b
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PůVOdnÍ PRáCe � ORiGinal PaPeR
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Obr. 1. Zařízení pro měření d
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Obr. 2. Četnosti hodnot BMI u 33 p
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cí se podobným problémem, nebylo
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kazuiSTikY � CaSe RePORTS OllieRO
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ging of enchondromas, localized and
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Obr. 1C. RTG snímek ukazuje dvouú
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Obr. 1f. rigidní equinovarosní ko
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Obr. 1CH. RTG snímek P femuru v bo
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Obr. 2B. RTG dobrá osifikace kostn
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Obr. 2f. Resekce diafýzy v distál
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Obr. 2i. Po rekonstrukčním etapov
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ho obratu i kostní denzity. Cílen
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THe TeaM Of THe ORTHOPaediC dePaRTM
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fig. 3a, 3b, 3c Wiktor Dega (3a) He
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fig. 7 Building of Paediatric Hospi
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9c 9a 9b fig. 9a, 9b, 9c Guests in
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surgery - the release of ITB in 199
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fig. 14 Orthopaedics / Team & Frien
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fig. 16 Guests in Lublin / Lublin o
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19a 19b 19c fig. 19 Professors from
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1925 - dead 1997), Prof. T. Karski
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fig. 25 Guests in Lublin / Lublin o
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Fig. 28 Guests in Lublin / Lublin o
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3+4+Supplementum/2012 - Společnost pro pojivové tkáně

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