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Innovation of chip conveyor for cutting machine
Kočica, Martin ; Kubík, Michal (referee) ; Brandejs, Jan (advisor)
The aim of this project is the design modification of existing outdated chip conveyor for the lathe SPT 32 NC, owned by Slovácké strojírny OJSC factory 1 Strojírny Uherský Brod. The work is divided into acquaintance with the problem of chip conveyor and the requirements that are placed on the conveyor. The thesis summarizes possible design solutions, of which is chosen the best design solution. Followed by calculations dimensions, choice of materials and semifinished products for creating drawings. The primary input for the work is existing conveyor frame. All dimensions and functional members were chosen with regard to the parameters of the conveyor frame, which will be modified at least. The output is a complete drawing documentation and accompanying report.
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Chip conveyor
Horák, Miroslav ; Jonák, Martin (referee) ; Malášek, Jiří (advisor)
This bachelor thesis deals with the construction design of the conveyor selected on the basis of the research. The bachelor thesis describes the purpose of the chip conveyor and how it works. It is described here by which parameters the conveyor is selected, what are the types of these conveyors and the list of companies that specialize in their production. The next section describes the design of the conveyor for maximum versatility and a description of its design elements. Further, the strength calculation of the shaft and basic calculations of the other elements are made. The work is displayed in 3D visualization and is also accompanied by drawings of important detailed drawings.
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Metal chip management of production machine
Bílek, Vít ; Zbožínek, Adam (referee) ; Holub, Michal (advisor)
This thesis is concerned with cutting farm machine and it consists of three parts. Theoretical part describes mechanism of chip formation, shape of the chips, temperature of the chips, technological variables describing chips, chip conveyor, chip crusher, briquetting press and coolant filter. In the next part there is proposal of design of cutting farm machine for production cell consists of six machining center. At last part there is design proposal and calculation of chip conveyor.
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Chip conveyor
Horák, Miroslav ; Jonák, Martin (referee) ; Malášek, Jiří (advisor)
This bachelor thesis deals with the construction design of the conveyor selected on the basis of the research. The bachelor thesis describes the purpose of the chip conveyor and how it works. It is described here by which parameters the conveyor is selected, what are the types of these conveyors and the list of companies that specialize in their production. The next section describes the design of the conveyor for maximum versatility and a description of its design elements. Further, the strength calculation of the shaft and basic calculations of the other elements are made. The work is displayed in 3D visualization and is also accompanied by drawings of important detailed drawings.
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Metal chip management of production machine
Bílek, Vít ; Zbožínek, Adam (referee) ; Holub, Michal (advisor)
This thesis is concerned with cutting farm machine and it consists of three parts. Theoretical part describes mechanism of chip formation, shape of the chips, temperature of the chips, technological variables describing chips, chip conveyor, chip crusher, briquetting press and coolant filter. In the next part there is proposal of design of cutting farm machine for production cell consists of six machining center. At last part there is design proposal and calculation of chip conveyor.
|
|
|
Innovation of chip conveyor for cutting machine
Kočica, Martin ; Kubík, Michal (referee) ; Brandejs, Jan (advisor)
The aim of this project is the design modification of existing outdated chip conveyor for the lathe SPT 32 NC, owned by Slovácké strojírny OJSC factory 1 Strojírny Uherský Brod. The work is divided into acquaintance with the problem of chip conveyor and the requirements that are placed on the conveyor. The thesis summarizes possible design solutions, of which is chosen the best design solution. Followed by calculations dimensions, choice of materials and semifinished products for creating drawings. The primary input for the work is existing conveyor frame. All dimensions and functional members were chosen with regard to the parameters of the conveyor frame, which will be modified at least. The output is a complete drawing documentation and accompanying report.
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