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Proposal for Monitoring Lifttrucks Refurbishment Process
Nitschneider, Richard ; Slimáček, Josef (referee) ; Videcká, Zdeňka (advisor)
The project elaborated proposal of comprehensive monitoring of the forklift reconditioning process at the regional refurbishment center for central and east Europe. The proposal aims to increase overall customer satisfaction. The choice of the specific form of monitoring was based on theoretical background and process analysis. Monitoring of process activities is carried out on the basis of barcodes and scanning devices, which are able to distinguish the date and specific time. The proposal results are an overall customer overview increase within process, customer satisfaction increase and support improvement of managing and decision making.
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Design of Forklift
Macháček, Jan ; Lehocký, Peter (referee) ; Zvonek, Miroslav (advisor)
Master thesis concerns with a design of forklift truck. The result proposed in the thesis uses existing technologies but combines them in new context to gain better qualities of a lift truck especially in relation to user-friendliness and ergonomics. Shaping works on functional demands which are understood as a basis for further developments towards the aesthetical outcome.
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Complex solution of the technological surface treatment process of a forklift truck
Nitschneider, Richard ; Kubíček, Jaroslav (referee) ; Císařová, Michaela (advisor)
The project elaborated proposal of the technology for efficient surface treatments of a forklift truck. Pursuant to literary studies and trials of each technology for surface treatments show that the most productive option is blasting technology. Bigger components and forklift model WH are determined for injector blasting. Smaller components will be machined in self-acting room. Application of blasting technology increases the life of coat. Proposed solution decreased the laboriousness of surface treatments, what raised overall productivity. Project also includes design solution of blasting machines.
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The concept of handling steel sheet plates
Šidák, Jan ; Frühbauer, Jiří (referee) ; Baláž, Adam (advisor)
This bachelor thesis deals with the conceptual design of steel sheet handling. The theoretical part describes the basic possible ways of steel sheet handling and their parameters. The following section contains time calculations of the handling process, specifically the design of the handling process using the triangular method with a focus on the shortest transport time. Subsequently, there is a description of a simple handling device for this process in Vanad's hall according to the requirements of this company, where the main proposed component is a bracket to which the handling device is attached. The thesis includes a strength analysis of this component.
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Proposal for Monitoring Lifttrucks Refurbishment Process
Nitschneider, Richard ; Slimáček, Josef (referee) ; Videcká, Zdeňka (advisor)
The project elaborated proposal of comprehensive monitoring of the forklift reconditioning process at the regional refurbishment center for central and east Europe. The proposal aims to increase overall customer satisfaction. The choice of the specific form of monitoring was based on theoretical background and process analysis. Monitoring of process activities is carried out on the basis of barcodes and scanning devices, which are able to distinguish the date and specific time. The proposal results are an overall customer overview increase within process, customer satisfaction increase and support improvement of managing and decision making.
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Complex solution of the technological surface treatment process of a forklift truck
Nitschneider, Richard ; Kubíček, Jaroslav (referee) ; Císařová, Michaela (advisor)
The project elaborated proposal of the technology for efficient surface treatments of a forklift truck. Pursuant to literary studies and trials of each technology for surface treatments show that the most productive option is blasting technology. Bigger components and forklift model WH are determined for injector blasting. Smaller components will be machined in self-acting room. Application of blasting technology increases the life of coat. Proposed solution decreased the laboriousness of surface treatments, what raised overall productivity. Project also includes design solution of blasting machines.
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|
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Design of Forklift
Macháček, Jan ; Lehocký, Peter (referee) ; Zvonek, Miroslav (advisor)
Master thesis concerns with a design of forklift truck. The result proposed in the thesis uses existing technologies but combines them in new context to gain better qualities of a lift truck especially in relation to user-friendliness and ergonomics. Shaping works on functional demands which are understood as a basis for further developments towards the aesthetical outcome.
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