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The picking unit of the Multi tower storage system.
Hertl, David ; Dlesk, Daniel (referee) ; Škopán, Miroslav (advisor)
This Diploma thesis deals with design of the drive and frame of the face and side picking unit of the Multitower storage system, and deals with their strength analysis. The first part of the thesis is the research part and deals with the picking unit´s conception, power options, drive solutions, carriage and safety elements. The thesis also deals with the solution of the wheel´s passive resistance, drive and brakes of both picking units. There are designed appropriate solutions on the basis of the results. The final part of the thesis contains the description of the picking unit structure and the strength analysis.
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Chain Conveyor
Štěpán, Marek ; Dlesk, Daniel (referee) ; Škopán, Miroslav (advisor)
The aim of this diploma thesis is to design the control picking unit for the storage system Multitower. This work deals with the storage of rods, safety requirements and design of structures. The design part solves the actuator design, choice of chain tensioning system and torque transmission. The strength analysis of important components is solved in last part.
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Design of automatic feeder of movable shelfs of storage system SSL LogiMat
Stoklásek, Tomáš ; Dlesk, Daniel (referee) ; Škopán, Miroslav (advisor)
The aim of this thesis is automatic movable shelves feeder design. the feeder is part of vertical lift storage system Logimat Total weight of movable shelf is 760 kg. The technical report contains feeder design calculation, feeder’s main parts strength calculation and the design of the way of picking the movable shelf from the storage lift. The report also contains feeder’s frame strength analysis using finite element method and sensor design for motion control.
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Design of automatic feeder of movable shelfs of storage system SSL LogiMat
Stoklásek, Tomáš ; Dlesk, Daniel (referee) ; Škopán, Miroslav (advisor)
The aim of this thesis is automatic movable shelves feeder design. the feeder is part of vertical lift storage system Logimat Total weight of movable shelf is 760 kg. The technical report contains feeder design calculation, feeder’s main parts strength calculation and the design of the way of picking the movable shelf from the storage lift. The report also contains feeder’s frame strength analysis using finite element method and sensor design for motion control.
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Chain Conveyor
Štěpán, Marek ; Dlesk, Daniel (referee) ; Škopán, Miroslav (advisor)
The aim of this diploma thesis is to design the control picking unit for the storage system Multitower. This work deals with the storage of rods, safety requirements and design of structures. The design part solves the actuator design, choice of chain tensioning system and torque transmission. The strength analysis of important components is solved in last part.
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|
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The picking unit of the Multi tower storage system.
Hertl, David ; Dlesk, Daniel (referee) ; Škopán, Miroslav (advisor)
This Diploma thesis deals with design of the drive and frame of the face and side picking unit of the Multitower storage system, and deals with their strength analysis. The first part of the thesis is the research part and deals with the picking unit´s conception, power options, drive solutions, carriage and safety elements. The thesis also deals with the solution of the wheel´s passive resistance, drive and brakes of both picking units. There are designed appropriate solutions on the basis of the results. The final part of the thesis contains the description of the picking unit structure and the strength analysis.
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