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{"references": ["L. Ocenasova. Pr\u251c\u00a1spevok k hodnoteniu odch\u251c\u00a2lky kruhovitosti pri meran\u251c\u00a1\nna s\u251c\u2551radnicovom meracom stroij (Contribution to valuation of deviation\nroundness at measuring on CMM): diserta\u2500\u00ecn\u251c\u00a1 pr\u251c\u00edca. \u017dilina: \u017dilinsk\u251c\u00ed\nuniverzita v \u017diline - Strojn\u251c\u00a1cka fakulta, 2008. 104 s.", "Norma STN ISO 6318 Meranie kruhovitosti. Term\u251c\u00a1ny, defin\u251c\u00a1cie\na parametre kruhovitosti (01 4410). Slovensk\u00db \u00fastav technickej\nnormaliz\u251c\u00edcie, 1995", "S. Adamczak. Mo\u017enosti v\u251c\u00a2voja relat\u251c\u00a1vnych met\u251c\u2502d merania odch\u251c\u00a2lok\nkruhovitosti; Doktorsk\u251c\u00ed dizerta\u2500\u00ecn\u251c\u00ed pr\u251c\u00edca; \u017dilina;1993", "S. Adamczak. Odniesieniowe metody pomiaru okr\u2500\u00e0g\u253c\u00e9o\u015bci cz\u2500\u00d6\u015bci maszyn.\nWydawnictwo Politechniki \u015awi\u2500\u00d6tokrzyskiej; Kielce, 1998, PL ISSN\n0239-4979", "E. Ratajczyk. Wsp\u251c\u2502\u253c\u00e9rzednosciowa technika pomiarowa, Warszawa,\nOficyna Wydawnicza Politechniki Warszawskiej, 2005.", "E. Kurekov\u251c\u00ed, P. Gabko, M. Halaj. Technick\u00e9 meranie - Zv\u251c\u00f1zok \u256c\u00d6\u256c\u00d6, Ing.\nPeter Juriga - Grafick\u00e9 \u253c\u00edt\u251c\u2551dio, Bratislava 1.vydanie, 2005, ISBN 80-\n89112-04-8, Modul M14 str.396-413", "Norma ISO 10360 - 1:2000, Geometrick\u00e9 \u253c\u00edpecifik\u251c\u00edcia v\u251c\u00a2robkov (GPS)\n- Akcepta\u2500\u00ecn\u00e9 a verifika\u2500\u00ecn\u00e9 sk\u251c\u2551\u253c\u00edky s\u251c\u2551radnicov\u251c\u00a2ch merac\u251c\u00a1ch strojov\n(CMM)", "J. Pernikar, M. Tykal, J. Vackar. Jakost a metrologie, \u2500\u00ee\u251c\u00edst metrologie.\nBrno: VUT v Brne, 2004. 151 s. ISBN 80-214-1997-0.", "L. Ocenasova, J. Valicek, M. Rucki, B. Gapinski,\nL. Gregov\u251c\u00ed, Linda. \"Hodnocen\u251c\u00a1 odchylky kruhovitosti na\nsou\u0159adnicov\u00e9m m\u2500\u00f8\u0159ic\u251c\u00a1m stroji.(The roundness of deviation evaluating\non CMM)\". In 3rd Year of International Conference for Young\nResearchers ad PhD. Students. 01. - 02. April 2009. Ostrava: V\u253c\u00e1B - TU\nOstrava, 2009, s. 91. ISBN 978-80-248-1982-2.\n[10] B. Gapinski, L. Ocenasova, M. Rucki. \"Strategy of roundness\nmeasurement with CMM\". In The 19th International DAAAM\nSymposium/2nd European DAAAM International Young Researchers\nand Scientists Conference. 22-25th October 2008. Ed. Branko Katalinic.\nTrnava: DAAAM International Vienna, 2008, p. 0527 - 0528. ISSN\n1726-9679.\n[11] B. Gapinski. The Roundness Deviation Measurement with CMM;\nCoordinate Measuring Technique. Problems and implementations.\nUniversity of Bielsko-Biala 2008; ISBN 78-83-60714-40-9; s. 279-288\n[12] J. Valicek, S. Hloch. M\u2500\u00f8\u0159en\u251c\u00a1 a \u0159\u251c\u00a1zen\u251c\u00a1 kvality povrch\u253c\u00bb vytvo\u0159en\u251c\u00a2ch\nhydroabrazivn\u251c\u00a1m d\u2500\u00f8len\u251c\u00a1m (Measurement and quality control of surfaces\ncreated by abrasive waterjet). 1. vyd. Ostrava: Tisk\u251c\u00edrna Tiskservis, Ji\u0159\u251c\u00a1\nPustina, 2008. 127 p. ISBN 978-80-254-3585-5."]}
Today technological process makes possible surface control of producing parts which is needful for product quality guarantee. Geometrical structure of part surface includes form, proportion, accuracy to shape, accuracy to size, alignment and surface topography (roughness, waviness, etc.). All these parameters are dependence at technology, production machine parameters, material properties, but also at human, etc. Every parameters approves at total part accuracy, it is means at accuracy to shape. One of the most important accuracy to shape element is roundness. This paper will be deals by comparison of roughness deviations at coordination measuring machines and at special single purpose machines. Will describing measuring by discreet method (discontinuous) and scanning method (continuous) at coordination measuring machines and confrontation with reference method using at single purpose machines.
Coordinating Measuring Machines (CMM), Measuring Strategy, Roughness Deviation, Accuracy., Coordinating Measuring Machines (CMM); Measuring Strategy; Roughness Deviation; Accuracy
Coordinating Measuring Machines (CMM), Measuring Strategy, Roughness Deviation, Accuracy., Coordinating Measuring Machines (CMM); Measuring Strategy; Roughness Deviation; Accuracy
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