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Lifting roller table
Korytář, Jan ; Malášek, Jiří (referee) ; Kašpárek, Jaroslav (advisor)
This thesis deals with the current lifting devices and conceptual design of the lifting roller table, which serves as a knot on the transport line. The table is used to transport 1000 kg EUR pallets, with a 200 mm height change required. The thesis contains a brief analysis of the lifting structures, the design of the roller track, the design and strength calculations of the scissor mechanism. It also includes assembly drawings, frame subassemblies, and workshop drawings.
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Scissor Lift Table Mechanism
Grygařík, Václav ; Pokorný, Přemysl (referee) ; Kašpárek, Jaroslav (advisor)
This thesis is focused on functional and strength calculation of the scissor mechanism of lift table with dimensions of working cage 1 600 x 750 mm, capacity 250 kg and with required lift height 6 m. The aim of this work is development of drawings of the overall assembly, drawings of the subassemblies and development of the manufacturing drawings.
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Suggestion of a car workshop lift
Rec, Matouš ; Jonák, Martin (referee) ; Hloušek, David (advisor)
The theme of this bachelor thesis concerns vehicle lifting equipment. The opening section presents a comprehensive categorization of commonly supplied equipment according to its design. The main section deals with a design proposal for the author’s equipment. This includes functional and strength calculations, material choice and dimensions of the individual elements. The final section of the paper contains a composite drawing and a technical documentation of the selected components.
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Loading device for multi-storey bakery oven
Novotný, Jan ; Zborník, Radek (referee) ; Škopán, Miroslav (advisor)
This thesis is aimed at the design of a loading device for a multi-storey bakery oven, which is going to be located in a bread production line. The introduction describes a principle of operation of the bread line and defines the parameters of the device. Furthermore, the hygienic, design and material requirements for the machines which are used in a food industry are briefly stated. Next part summarizes the possibilities of design solutions and the chosen concept. The construction part is aimed at the design of the conveyor and the scissor mechanism. In the calculation part, a static calculation of the lifting mechanism and a strength check of its arms and pins is performed. This thesis also includes the design of a hydraulic circuit for a stroke drive. Finally, the method of a control of the stacker and its safety elements are discussed.
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Material Handling Platform
Bábek, Tomáš ; Malášek, Jiří (referee) ; Škopán, Miroslav (advisor)
This bachelor thesis is focused on constructional design of workshop handling platform which is driven by linear hydraulic motor. First the types of gripping of linear hydraulic motor are described. Next part contains drafted solutions of handling platform construction. Important part of thesis is composed of statistical computing of machinery parts and their strenght computations within the frame of designed proportions. Afterwards the bearings are chosen according to thickness of shaft and the hydraulic motor and the diagram of hydraulic circuit are designed. At last controlling computations are done and assembly and weldment drawings are created.
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Material Handling Platform
Bíza, Pavel ; Kašpárek, Jaroslav (referee) ; Škopán, Miroslav (advisor)
The main subject of this thesis is the construction design of material handling platform with hydraulic drive with a loading capacity of 2 500 kg and lifting capacity of 1 800 mm. First of all, the thesis contains the selection of a suitable variant of lifting mechanism, static analysis and determination of the maximum load of the mechanism. The next section includes strength calculations of particular elements of the mechanism with regard to selected dimensions and loading. In the end, the calculation of the hydraulic drive and design of a hydraulic circuit for this drive are presented. The final output of the thesis is a drawing of the assembly of the platform.
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Design of production line handling equipment
Macháček, Jakub ; Malach, František (referee) ; Malášek, Jiří (advisor)
This master's thesis is focused on the design of handling and lifting equipment of production line. This thesis deals with the design of the frame for transverse feed of 100 mm and longitudinal feed of 1500 mm. The thesis deals with the design of several lifting equipment for load capacity 1450 kg and stroke 120 mm. The main part of this thesis is focused on appropriate calculations for selected variants of lifting equipment. The conclusion contains comparison lifting constructions and description equipment in the production line. The thesis contains assembly drawings of several lifting equipment variants and assembly drawings of equipment.
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Positioning board for a pallet
Zábojník, Petr ; Malášek, Jiří (referee) ; Kašpárek, Jaroslav (advisor)
This bachelor's thesis deals with the design of static placement table for lifting loaded EUR palettes. Load capacity of the manipulator should be at least 1500 kg and lift height from the zero position at least 700 mm. Furthermore it should be possible to switch between electrical and hydraulic drive. This thesis consists of two parts, technical report and drawing documentation.
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Material Handling Platform
Šrajer, Jan ; Řezníček, Milan (referee) ; Pokorný, Přemysl (advisor)
The thesis is focused on functional design workshop handling platform, which has a capacity of 2500 kg, dimensions platform 1200 x 1600 mm, stroke of 1 m and is made by linear hydraulic motor. The goal is to select a suitable variant of the platform and perform static and strength calculations of the individual components, to design the linear hydraulic motor and hydraulic circuit design diagram.
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Lift positional table
Solovský, Jakub ; Kašpárek, Jaroslav (referee) ; Pokorný, Přemysl (advisor)
This bachelor thesis is focused on functional strength calculation of scissor lift mechanism, which serves for transporting loads of a weight 500 kg situated on a pallet. Required lift height is from the first position 0,75 m to the second 2,5 m above the ground. There are mentioned engineering design, calculation of roller conveyor drive, dimension of lifting mechanism and concept of linear hydraulic motor in particular parts of the thesis. Other part of this thesis is drawing documentation.
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