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Production of adjustable in-line skates
Sulovský, Marek ; Kandus, Bohumil (referee) ; Žák, Ladislav (advisor)
The thesis is focused on design of adjustable in-line skates. Using this design, users can set its length to their shoes. Adjustable length can cover up to three shoe length sizes. Traditional wood and steel designs are now almost fully replaced by plastic. Plastics are modern materials that have a lot of useful features. They have lower density than steel, while maintaining acceptable stiffness. Major part of the design can be manufactured using plastic injection molding and wheels are made by casting technology. Remaining parts include standardized stainless steel bolts with threaded inserts and aluminum rivets. Major features, setting this design apart include stable 3-wheel platform, fast Velcro fixing and built-in hex driver.
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Production of adjustable in-line skates
Sulovský, Marek ; Kandus, Bohumil (referee) ; Žák, Ladislav (advisor)
The thesis is focused on design of adjustable in-line skates. Using this design, users can set its length to their shoes. Adjustable length can cover up to three shoe length sizes. Traditional wood and steel designs are now almost fully replaced by plastic. Plastics are modern materials that have a lot of useful features. They have lower density than steel, while maintaining acceptable stiffness. Major part of the design can be manufactured using plastic injection molding and wheels are made by casting technology. Remaining parts include standardized stainless steel bolts with threaded inserts and aluminum rivets. Major features, setting this design apart include stable 3-wheel platform, fast Velcro fixing and built-in hex driver.
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