1. Introduction, requirements, tools for drawing. Technical standardization and documentation. 2. Basic imaging methods - overview, rectangular and axonometric projection. 3. Technical drawings - lines, drawing formats, folding of drawings, scales, description field, technical font. 4. Basic rules of displaying machine parts - views, sections, cross-sections. 5. Basic rules of displaying machine parts - displaying basic geometric elements of components. 6. Dimensioning - rules, execution, dimension systems, dimensioning of geometric and structural elements. 7. Tolerance and accuracy of dimensions - possibility of writing tolerances, intolerable dimensions, fitting system, bearing, prescription. 8. Geometric accuracy - bases, types of geometric tolerances, meaning. 9. Surface roughness - importance, current state of prescription, location of marks. 10. Imaging and dimensioning of machine parts and components - threads, bolts and screw connections, springs, gears and gears, grooving, bearings, sealing rings, centering pits, recesses, glued and soldered joints, welds and weldments, castings and forgings, thermal treatment. 11. Assembly Drawings - General Principles, Positions, Item Lists, Semi-Finished Parts, and their Labeling.
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Aims: The course is an introduction to the creation and reading of technical documentation, which is the main basis for the implementation of products. Students develop spatial imagination and acquire skills in manual drawing and dimensioning of basic geometric shapes and components and assemblies. The aim is to prepare students for the following courses of structural and technological character.
Students will learn the rules of 3D objects displaying in 2D plane by means of orthogonal projection, rules of technical drawing of machine parts and mechanisms, they will learn about the rules of dimensioning. The student is familiar with specifying the necessary accuracy, tolerances, and surface roughness requirements on part drawings. The student is able to independently process the technical documentation of a given (proposed) part or assembly.
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Juříček, L., Fořt, P. Technické kreslení, 1. vyd. Brno, 2005, CP Books.
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Kletečka, J., Fořt, P. Technické kreslení. 1. vyd. Brno : CP Books, 2005. 252 s. ISBN 80-251-0498-2..
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Leinveber J., Švercl J. Technické kreslení a základy deskriptivní geometrie, Scietia, Praha 2000. Praha, 2000.
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Leinveber, J., Vávra, P. Strojnické tabulky. Albra, Praha, 2006.
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Svoboda, M. Základy konstruování. Technické kreslení, UJEP Ústí n. L., 2013.
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