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Design of the container manipulator laboratory model
Sekava, Jan ; Kašpárek, Jaroslav (referee) ; Pokorný, Prokop (advisor)
The aim of the Bachelor thesis is to design a laboratory model of the container manipulator. The work is divided into a theoretical and practical part. In the theoretical part is a search of industrial solutions. The practical part deals with design of the container manipulator. The proposal is accompanied by an economic analysis and a selected drawing documentation. The result is a functional model of laboratory container manipulator.
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Design of the container manipulator laboratory model
Kolacia, Kryštof ; Malášek, Jiří (referee) ; Pokorný, Prokop (advisor)
This thesis deals with the design of a container manipulator laboratory model for a 1:20 scale transport unit and a carrying capacity of 60 kg. The thesis is divided into theoretical and computational part. Firstly, the design solutions are examined in practice. Subsequently, control calculations of important parts of the proposed structure as well as of the twist locks are made. An economic analysis is then elaborated. In conclusion, the drawing documentation of the spreader design and selected components is attached.
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Design of the container manipulator laboratory model
Sekava, Jan ; Kašpárek, Jaroslav (referee) ; Pokorný, Prokop (advisor)
The aim of the Bachelor thesis is to design a laboratory model of the container manipulator. The work is divided into a theoretical and practical part. In the theoretical part is a search of industrial solutions. The practical part deals with design of the container manipulator. The proposal is accompanied by an economic analysis and a selected drawing documentation. The result is a functional model of laboratory container manipulator.
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Design of the container manipulator laboratory model
Kolacia, Kryštof ; Malášek, Jiří (referee) ; Pokorný, Prokop (advisor)
This thesis deals with the design of a container manipulator laboratory model for a 1:20 scale transport unit and a carrying capacity of 60 kg. The thesis is divided into theoretical and computational part. Firstly, the design solutions are examined in practice. Subsequently, control calculations of important parts of the proposed structure as well as of the twist locks are made. An economic analysis is then elaborated. In conclusion, the drawing documentation of the spreader design and selected components is attached.
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