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Design of personal breathalyzer
Ianishevskaia, Darina ; Rubínová, Dana (referee) ; Ondra, Martin (advisor)
Bachelor thesis resolve a design of personal alcohol breath tester. The goal is to design a product that solves ergonomic imperfections of currently existing products. The solution was in unconventional design of hygienic cover and unusual shaping overall. The final product solution meets the technical and ergonomic requirements and keeps the originally appearance.
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Design of delivery van.
Kubík, Petr ; Paliatka, Peter (referee) ; Rubínová, Dana (advisor)
The diploma work is aimed at a complex design of a delivery van of the near future. The need for a delivery van to be used as a working tool is constantly evolving. This is namely caused by the expansion of on-line shops & the need to save on running cost of a business. The delivery van is especially designed for use in city traffic. The innovation reveals a single person cabin with panoramatic view, ecological propulsion of the vehicle and the technical solution to the suspension of wheels which allow the turning of all 4 wheels to an angle ranging from -55° to +90°. As a result the vehicle has the ability to perpendicularly drive up to a pavement, fitting in a very narrow space. In addition, it can freely drive forward or backward in a sideway direction. The loading space of the delivery van and its floor is modified as such to allow for one man manipulation, making loading & unloading of goods a simpler task.
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Design of Set of Protective Eyewear and Earmuffs
Binka, Matej ; Řezníček, Svatopluk (referee) ; Rubínová, Dana (advisor)
The topic of my bachelor thesis is the design of set of protective eyewear and earmuffs. The goal is to solve technical, ergonomic imperfections of existing products. Solving the problem of eyewear and earmuff connection provides full function for both parts of the set. Therefore, the set is unique on the market. The design respects today‘s labour market requirements and helps workers to work effectively.
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Design of Electric Handbike
Korejz, Jiří ; Tvarůžek, Martin (referee) ; Rubínová, Dana (advisor)
This master thesis deals with the design of a handbike with electric propulsion. The final design is created in regard to knowledge from design and technical analysis and also to desficiencies of contemporary products. The purpose of this work is to create design of electrohandbike which will respect user and his needs from ergonomical and esthetic point of view.
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Design of Bread Cutting Machine
Zbořil, Jan ; Rajlich, Jan (referee) ; Rubínová, Dana (advisor)
The topic of my bachelor thesis is designing a self-service bread cutting machine. The project is focused on improving the esthetical side of the machine, but also comes with inventional ergonomic and technological solutions concerning the operation of the machine and its cutting system.
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Design of Electric Platform Truck
Skotnica, Vojtěch ; Karásek, David (referee) ; Rubínová, Dana (advisor)
This diploma thesis describes design of Electrical railway station cart. This thesis contains research part, which focuses on historical background, contemporary products, trends, technical specications and possibilities of progressive technology applications. Based on this research, nal design was created and is described in the second part from the view of shape, technology, construction and ergonomics. Thesis ends with summarization of designs benets and with evaluation of fullling thesis goals.
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Design of Parking Meter
Csadiová, Dominika ; Sládek, Josef (referee) ; Rubínová, Dana (advisor)
The bachelor thesis is focused on the design of a parking meter. The work contains an analysis of current products and the design of a new product based on the information obtained. The design meets the ČSN EN 12414 standard. The parking meter emphasizes ergonomics, integrates lighting and new solar panel technologies.
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Design of Autonomous System of Mobile Robots for Storage
Vančíková, Kristína ; Paliatka, Peter (referee) ; Rubínová, Dana (advisor)
The content of the master thesis is the design of an unattended robotic warehouse system consisting of a pair of cooperating devices. The aim of the work is to design a solution that allows the handling of cargo in the form of a package and its processing from finding the package on the shelf, through its sale between devices to handing over to the operator for further processing. The work is focused on the design and function of both devices in order to achieve overall aesthetic and functional compliance.
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