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Using Industry 4.0 principles for mobile warehouse design
Eisenwort, Lukáš ; Zimáková, Jana (referee) ; Binar, Tomáš (advisor)
The aim of this diploma thesis is to apply industry 4.0 principles for designing a mo-bile warehouse. The first section contains the literary research, which deals with industry 4.0 in logistics. Next part deals smart warehouses and military warehouses. Analysis of the current state of the warehouse follows, technologies and processes in the military warehouse to be exact. Afterwards, the automation design of this warehouse is addressed. Both the current and the automated states are compared using the Saaty method. Finally, the photovoltaic system is designed.
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The design of the automated truck AGV
Köhler, Tomáš ; Dostál, Petr (referee) ; Kašpárek, Jaroslav (advisor)
This master thesis deals with design of the automated guided vehicle (AGV) for securing of material flow in industry. Emphasis is placed especially on the locomotion system, which includes steering mechanism, traction propulsion with gearbox and traction batteries. This thesis also includes design of the vehicle’s frame and its strength check using finite element method. Part of this thesis is also production drawings of the selected parts and total drawing set of the AGV.
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Using Industry 4.0 principles for mobile warehouse design
Eisenwort, Lukáš ; Zimáková, Jana (referee) ; Binar, Tomáš (advisor)
The aim of this diploma thesis is to apply industry 4.0 principles for designing a mo-bile warehouse. The first section contains the literary research, which deals with industry 4.0 in logistics. Next part deals smart warehouses and military warehouses. Analysis of the current state of the warehouse follows, technologies and processes in the military warehouse to be exact. Afterwards, the automation design of this warehouse is addressed. Both the current and the automated states are compared using the Saaty method. Finally, the photovoltaic system is designed.
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|
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The design of the automated truck AGV
Köhler, Tomáš ; Dostál, Petr (referee) ; Kašpárek, Jaroslav (advisor)
This master thesis deals with design of the automated guided vehicle (AGV) for securing of material flow in industry. Emphasis is placed especially on the locomotion system, which includes steering mechanism, traction propulsion with gearbox and traction batteries. This thesis also includes design of the vehicle’s frame and its strength check using finite element method. Part of this thesis is also production drawings of the selected parts and total drawing set of the AGV.
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