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Elevator cage
Vosika, Jan ; Jedelský, Petr (referee) ; Pokorný, Přemysl (advisor)
This thesis deals with the structural design of the rope traction elevator load 1600 kg. Calculation of anchor guides for the design and strength check. Frame analysis by finite element method. Frame design changes with regard to reliability design. The work also includes drawing the proposed changes. This thesis was carried out in cooperation with the firm Liftmont CZ s.r.o.
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Worm conveyor of fine aggregate
Vosika, Jan ; Malášek, Jiří (referee) ; Škopán, Miroslav (advisor)
The main aim of the thesis was to design a horizontal worm-conveyor for the transport of fine aggregate of maximum aggregate gradation of 45 mm, both in terms of construction and strength. The design section of the thesis deals with the problem of an appropriate conveyor driving gear and skidding clutch between the gear and the transport unit according to the amount of transported aggregate. In the computation section, strength check of the drive system is addressed, namely the shaft check, its coupling with the other parts, and the bearing housing. In the last section, the structural design is addressed with respect to safety of operation and ease of maintenance.
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Elevator cage
Vosika, Jan ; Jedelský, Petr (referee) ; Pokorný, Přemysl (advisor)
This thesis deals with the structural design of the rope traction elevator load 1600 kg. Calculation of anchor guides for the design and strength check. Frame analysis by finite element method. Frame design changes with regard to reliability design. The work also includes drawing the proposed changes. This thesis was carried out in cooperation with the firm Liftmont CZ s.r.o.
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|
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Worm conveyor of fine aggregate
Vosika, Jan ; Malášek, Jiří (referee) ; Škopán, Miroslav (advisor)
The main aim of the thesis was to design a horizontal worm-conveyor for the transport of fine aggregate of maximum aggregate gradation of 45 mm, both in terms of construction and strength. The design section of the thesis deals with the problem of an appropriate conveyor driving gear and skidding clutch between the gear and the transport unit according to the amount of transported aggregate. In the computation section, strength check of the drive system is addressed, namely the shaft check, its coupling with the other parts, and the bearing housing. In the last section, the structural design is addressed with respect to safety of operation and ease of maintenance.
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