National Repository of Grey Literature 6 records found  Search took 0.00 seconds. 
Reversing cross for flexo printing machine
Falta, Jan ; Mazal, Pavel (referee) ; Brandejs, Jan (advisor)
The aim of this work is to develop a new concept of the reversing cross for flexo printing machine SomaFlex Optima. Work includes a description of the machine, the basic description of the principle of flexography. There is explained the principle of turning the material, the current method of supplying air to the air cushion and the difference between the blower and compressor as an air source for the air cushion. Conceptual solution includes two variants, namely vertical and horizontal position of turning bars. For each alternative are described its advantages and disadvantages.
Design of hovercraft.
Ohlídalová, Michaela ; Chorý, Tomáš (referee) ; Křenek, Ladislav (advisor)
Diploma thesis deals with the developement of hovercraft prototype. Hovercraft is generally included into the category of light appliances. It is considered as a appliance for vacation or experimental utilisation. Interior is customised for 5 member crew or else up to 600 kg of loading. Diploma thesis is focused on the exterior of the hovercraf, hence there are mentioned solutions of selected node points in interior with a view to the ergonomic features. There is an outcome of original design combined with modern technological solutions and materials in this diploma thesis project.
Design of hovercraft
Lhotský, Marek ; Lehocký, Peter (referee) ; Zvonek, Miroslav (advisor)
The Diploma thesis is dedicated to design of a hovercraft. The concept of design is a small hovercraft for personal use. The hovercraft is styled into a sports category. The interior is designed for 4 persons and personal luggage. Main part of the work is the exterior of the hovercraft. But it contains also a basic vision of interior solution with basic dimensions according to antropometric measures and other ergonomical criteria. So the result is original hovercraft, which is solved in area of design with regards for ergonomics and technological limitations, which hovercraft brings.
Design of hovercraft
Lhotský, Marek ; Lehocký, Peter (referee) ; Zvonek, Miroslav (advisor)
The Diploma thesis is dedicated to design of a hovercraft. The concept of design is a small hovercraft for personal use. The hovercraft is styled into a sports category. The interior is designed for 4 persons and personal luggage. Main part of the work is the exterior of the hovercraft. But it contains also a basic vision of interior solution with basic dimensions according to antropometric measures and other ergonomical criteria. So the result is original hovercraft, which is solved in area of design with regards for ergonomics and technological limitations, which hovercraft brings.
Design of hovercraft.
Ohlídalová, Michaela ; Chorý, Tomáš (referee) ; Křenek, Ladislav (advisor)
Diploma thesis deals with the developement of hovercraft prototype. Hovercraft is generally included into the category of light appliances. It is considered as a appliance for vacation or experimental utilisation. Interior is customised for 5 member crew or else up to 600 kg of loading. Diploma thesis is focused on the exterior of the hovercraf, hence there are mentioned solutions of selected node points in interior with a view to the ergonomic features. There is an outcome of original design combined with modern technological solutions and materials in this diploma thesis project.
Reversing cross for flexo printing machine
Falta, Jan ; Mazal, Pavel (referee) ; Brandejs, Jan (advisor)
The aim of this work is to develop a new concept of the reversing cross for flexo printing machine SomaFlex Optima. Work includes a description of the machine, the basic description of the principle of flexography. There is explained the principle of turning the material, the current method of supplying air to the air cushion and the difference between the blower and compressor as an air source for the air cushion. Conceptual solution includes two variants, namely vertical and horizontal position of turning bars. For each alternative are described its advantages and disadvantages.

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