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Design of Portable Air Purifier
Žerávková, Iveta ; Buganská, Tamara (referee) ; Sovják, Richard (advisor)
The topic of my Bachelor's project is focused on the design of a air purifier. Specifically product with a content of up to 500 m3 / h and a power consumption of 65 W. I must use materials from the FSI Science fund 2016. The aim of the design is to design a functional model with respect to technical, graphic, ergonomic and especially material requirements.
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Design of Recharging and Access Point for Social and Extraordinary Events
Lob, Dominik ; Sládek, Josef (referee) ; Sovják, Richard (advisor)
The bachelor thesis is focused on the design of recharging and access point for social and extraordinary events. In the first part, the market is analysed from the view of design and technical solution, the second part deals with the particular design concerning its aesthetics, shape, construction and ergonomics. The aim of the thesis is to introduce the new product to the market, which would comply with requirements of social and extraordinary events.
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Design of Pump-Inverter
Ferda, Tomáš ; Sládek, Josef (referee) ; Sovják, Richard (advisor)
Subject of this Bachelor’s Thesis is futuristic wall variable-frequency drive design, intended for pumps of up to 3kW power. The thesis deals with current products’ imperfections like plain shapes and/or insufficient display and controls ergonomy. Furthermore, the resulting design is enhanced with SD card data recording functionality and fulfils functional and engineering requirements, as well.
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Design of Cross Line Laser
Šoltysová, Michaela ; Haltof, Vladimír (referee) ; Sovják, Richard (advisor)
The topic of my bachelor´s thesis is the design of the cross line laser. The goal is to improve its technical, technological and ergonomic properties. A multifunctional device is achieved by adding the control of flatness, making the device unique. Design meets the requirements of the modern construction and makes the work of builders more efficient.
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Design of Outdoor Wireless Speaker
Kráčmarová, Gabriela ; Haltof, Vladimír (referee) ; Sovják, Richard (advisor)
Thebachelor thesis dealswiththe design ofanoutdoorwirelessspeaker. Theaimwas to design a functionalfriendly design thatwillwithstandadverseeffects in nature. Theproductisdesignedwithergonomics, weight (up to 750 g), additionalfeatures (lighting and FM) and technology in mind. Emphasiswasplaced on comfortabletransmission, innovativeappearance, pleasant and easyhandling, enriched by additionallightingfunctions (decorative, warning, stroboscopic, replacingthe lamp and lantern), Power Bank and listening to radiostationsthanks to FM. It is a speakerwithadaptedpartsfor a suitablegrip (handles), abounding in surroundsound and with a fullyroundedcover made ofdurablematerial. Theenduranceisprotected by a li-pol 8,000 mAhbatterywithrechargingfrom USB C. The design istargetedattheactive part ofthepopulation, whichcan use it in thefield (IP67 protection).
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Design of Military Multiband Handheld Transceiver
Truhlář, Jonáš ; Sládek, Josef (referee) ; Sovják, Richard (advisor)
This Bachelor's thesis deals with construction and design concept of a tactical handheld multiband radio which is a part of military production. There is an effort to spread this device to another extreme professions, where it could find its utilization. The design priorities are the construction and ergonomic improvements with an aesthetic balance between the military and civilian usage. The thesis provides the preview to specific military technique and its innovation.
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Design of Portable 3D Scanner
Štigler, Jaroslav ; Rubínová, Dana (referee) ; Sovják, Richard (advisor)
The topic of this bachelor‘s thesis is design of handheld 3D scanner. This scanner belongs in the higher price category. This thesis deals with problems like long working time, watching monitor during scanning, versatility and safety measures from mechanical damage. Ergonomic solution is also very important. This design is based on a simple and functional shaping. Shaping and color solution corresponds with its use in industry. This scanner also can be used in other fields (for example: medical sector, design, archeology, etc.).
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Design and ergonomics of hand tools
Sovják, Richard ; Prokeš, Tomáš (referee) ; Mouralová, Kateřina (advisor)
The diploma thesis is focused on the analysis of the power tools ergonomics and also on the economic impact on a sick employee in the Czech Republic. It presents the results of the characteristics of hand tools in terms of their design, usage positions and handling. It introduces current legislation and ergonomic methods, including the newly designed visual tool AAL. The tool enables ergonomic analysis of positional rotation of the limbs, torso and neck, including the input of strength and muscle parameters. AAL is integrated into Excel software with the possibility of integrating data from Rhinoceros software and the Grasshopper module, which automatically generates data. The analysis is based on 3D scans of 144 power tools that are divided into 11 groups. It analyzes 13 typical diseases and their economic impacts. From an economic point of view, the costs per sick employee are almost 57% higher compared to a healthy employee. The author's design of the ergonomic part of the tool is also part of the thesis.
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Design of Foldable Bicycle Helmet
Hrubý, Václav ; Řezníček, Svatopluk (referee) ; Sovják, Richard (advisor)
The bachelor thesis deals with creation of a folding helmet. More specifically, its construction, shape, colors and an analysis of the current market situation. The main focus of the thesis is on the folding mechanism, which aims to be simple and allows folding of the helmet into a small size. Trendy design, various color and logo variants were also important features to include in the creation of the helmet. Due to its specific features, the helmet is suitable for city cycling.
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Design of Pendant Lamp
Špačková, Eliška ; Tauber, Jiří (referee) ; Sovják, Richard (advisor)
This bachelor thesis deals with the design of a suspended light and its assessment using the LCA method to minimize the environmental impact, while maintaining the aesthetic qualities and meeting secondary goals. A taxonomy and a design and technical analysis were introduced to organize the findings, using them as a base for the development of a new design solution. All alternative concepts were assessed using the LCA method and one of them was selected based on the critical evaluation. This concept was subsequently optimized, and its material versions were again assessed by LCA method. The final design combines technical and aesthetic characteristics of suspended lighting with sustainable design, a significant trend of the present and the future.
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