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Handling truck for manipulation of cone with product, load capacity: 1500 kg
Gavenda, Jiří ; Nosterský, František (referee) ; Pokorný, Přemysl (advisor)
The thesis discusses a constructional project of a simple handling truck for an easy taking out of a cone with the product of load capacity of 1500 kg from the line winder and removing it from the line. The aim is to propose a simple construction of the truck including a suggestion of a possible solution of the lift. It deals with its design including processing of important strength construction calculations and lifting parts. There is also a significant part of the work which includes the drawing documentation.
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The manipulator for the bulk material
Kalina, Tomáš ; Malášek, Jiří (referee) ; Zeizinger, Lukáš (advisor)
The aim of this bachelor thesis is to design a hand guided manipulator for lifting and tilting boxes for the bulk material. Manipulator is design to transporting these boxes on a flat storage. The theoretical part of this bachelor thesis deals with similar trucks for handling with bulk material. The practical part of this bachelor thesis is focused on the conceptual design of the manipulator and strength calculations. The drawing documentation is part of bachelor thesis.
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Design of Tyre Production Line Manipulation Equipment
Solař, Adam ; Dundálek, Radim (referee) ; Ramík, Pavel (advisor)
The subject of this diploma thesis is to design a new construction of the machinery, which is used for manipulation with tire carts in rubber industry. The reason for the new design is to eliminate the main shortcomings of the existing provision. The aim of this project was to elaborate an overview of the current designs of the handling equipment in question and to subsequently construct a new suitable design solution. In addition, several conceptual calculations were needed to be used in the selection of the appropriate electric motor, transmission, pneumatic cylinders and wiring. The relevant parts were designed using structural FEM analyses. The several variants of the solutions were considered for a suitable construction design. Based on these FEM simulations, the relevant parts have been modified in terms of geometry so that the resulting manipulating machinery meets all the criteria, especially regarding safety.
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Handling truck
Houšť, Pavel ; Finstrle, Jiří (referee) ; Pokorný, Přemysl (advisor)
The thesis desribes handling specifications heavy with brake drums. Shows the improper movements of workers who manipulate the loads, which are frequent a source of accident. Shows the and describes possible ways of construction solutions handling truck. In conclusion the work is in progress one solution including drawings and check calculation.
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Design of a remote-controlled handling truck for transporting material in production
Hurtík, Daniel ; Pavlík, Jan (referee) ; Huzlík, Rostislav (advisor)
This diploma thesis deals with the design and construction of a remote-controlled handling cart for transporting material in production with a maximum total weight of 1,000 kg. The first area is devoted to the current state of knowledge and research in the field of handling carts used for material transport as well as for other applications. Furthermore, in the second part, a system analysis follows, where the important parameters that will have to be observed during the design are listed. In the third area, the proposed solution variants are specified in more detail and the winning variant for all important components and systems is specified according to the calculation procedures. The fourth part is devoted to the calculation and design of essential components, so that they are correctly selected or sized. The next part of the work focuses on the chosen electrical equipment and construction design. The sixth area of work is devoted to the economic evaluation of the developed model against the competitive solution and the last area of work deals with the final evaluation and use in practice.
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The manipulator for the bulk material
Kalina, Tomáš ; Malášek, Jiří (referee) ; Zeizinger, Lukáš (advisor)
The aim of this bachelor thesis is to design a hand guided manipulator for lifting and tilting boxes for the bulk material. Manipulator is design to transporting these boxes on a flat storage. The theoretical part of this bachelor thesis deals with similar trucks for handling with bulk material. The practical part of this bachelor thesis is focused on the conceptual design of the manipulator and strength calculations. The drawing documentation is part of bachelor thesis.
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Design of Tyre Production Line Manipulation Equipment
Solař, Adam ; Dundálek, Radim (referee) ; Ramík, Pavel (advisor)
The subject of this diploma thesis is to design a new construction of the machinery, which is used for manipulation with tire carts in rubber industry. The reason for the new design is to eliminate the main shortcomings of the existing provision. The aim of this project was to elaborate an overview of the current designs of the handling equipment in question and to subsequently construct a new suitable design solution. In addition, several conceptual calculations were needed to be used in the selection of the appropriate electric motor, transmission, pneumatic cylinders and wiring. The relevant parts were designed using structural FEM analyses. The several variants of the solutions were considered for a suitable construction design. Based on these FEM simulations, the relevant parts have been modified in terms of geometry so that the resulting manipulating machinery meets all the criteria, especially regarding safety.
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|
|
Handling truck
Houšť, Pavel ; Finstrle, Jiří (referee) ; Pokorný, Přemysl (advisor)
The thesis desribes handling specifications heavy with brake drums. Shows the improper movements of workers who manipulate the loads, which are frequent a source of accident. Shows the and describes possible ways of construction solutions handling truck. In conclusion the work is in progress one solution including drawings and check calculation.
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|
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Handling truck for manipulation of cone with product, load capacity: 1500 kg
Gavenda, Jiří ; Nosterský, František (referee) ; Pokorný, Přemysl (advisor)
The thesis discusses a constructional project of a simple handling truck for an easy taking out of a cone with the product of load capacity of 1500 kg from the line winder and removing it from the line. The aim is to propose a simple construction of the truck including a suggestion of a possible solution of the lift. It deals with its design including processing of important strength construction calculations and lifting parts. There is also a significant part of the work which includes the drawing documentation.
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