Cílem práce je zdokumentovat déle než rok trvající proces implementace elektronické podatelny v rámci Informačního systému pro vrchní a krajské soudy a vysvětlit vazby podatelny na ostatní části systému. V první části uvádím základní informaci o implementační platformě systému ? Lotus Notes, v následující kapitole práce se pak zaměřuji na nejdůležitější informace o systému IS VKS. Třetí, nejdůležitější část práce, se věnuje analýze procesů podatelny a jejich optimalizaci, návrhu nových vazeb podatelny s IS VKS a dále pak samotným technologickým zpracováním nového modulu. Závěrečné kapitoly práce pak hodnotí úspěšnost implementace z hlediska zlepšení efektivity práce na podatelnách a shrnují dosažené výsledky celé práce.

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Siauliai vocational training centre is an education institution, which prepares a student for vocational career, establishes effective and modern ways of teaching and learning. Siauliai vocational training centre portal is an excellent implement to accomplish these goals. Nowadays explore is of great importance to reach generally used data and documents at any time and place. In the research there were introduced concepts of a portal, analyzed portal’s methods of estimation, accordance with school and teaching portal were investigated. Moreover, there were analyzed the production of informational system with the means of Lotus Domino Designer R6 and their use in setting up an internet portal. It was described the motion of portal modeling too. Portal is made up for Lotus Notes clients and the users of internet by using Lotus Domino Designer elements ( framesets, outlines, pages, forms, subforms, views, agents, image resources, script libraries, combined with Lotus Script, Lotus formulae, JavaScript, HTML programming languages and Java applets). The portal system comprises database of teachers, students, estimation and announcements, and administrator’s module (database performing systemic function). Access to reading/editing documents is set according to the subordination of school commune hierarchy (administration, teachers, students) and roles in the portal system.

Submitted in partial compliance with the requirements of the Master’s Degree in Technology: Homoeopathy, Durban University of Technology, 2017. / M

The filament-winding process produces quality consistent composite parts for many industries. Filament winding allows for consistent quality parts by automating the winding process. A recent development of filament winding is the Lotus process. The Lotus process reverses conventional filament winding by leaving the mandrel stationary and winding composite fiber around the mandrel. The automated Lotus filament-winding machine is controlled by four-axis control manipulating the Lotus ring around a fixed mandrel. This allows Lotus filament winding to wind parts that do not have a linear axis. Lotus filament winding is in its early stages of development. As a second step in the development of Lotus filament winding a method of automatic part-to-machine manipulation has been developed. Parts wound on the new automatic-manipulated Lotus machine have comparable quality and appearance to those made by conventional winding.

The main purpose of this study was to assess the negative external impact of water pollution upon water resources and the users thereof within urban areas.

The main purpose of this study was to assess the negative external impact of water pollution upon water resources and the users thereof within urban areas.

Nous avons étudié la croissance, sur des tissus en polyester, de nano-colonnes de ZnO par méthode hydrothermale. Un prétraitement par plasma a permis de générer des groupements polaires à la surface des fibres. Ces groupements permettent d’accrocher des nano-germes de ZnO à partir desquels d’effectue la croissance des cristaux de ZnO. La nature de la composition chimique de surface à chaque étape du traitement a été suivie par XPS. La morphologie et la structure des cristaux formés a été caractérisée par MEB, XRD et MET. La quantité totale de ZnO déposée sur le tissu a été déterminée par spectroscopie d’absorption atomique. La croissance de ces nano-colonnes de ZnO sur les microfibres de PET génère une structure rugueuse hiérarchique. Les tissus obtenus sont superhydrophiles : le mouillage et la capillarité de l’eau deviennent très importants et augmentent avec la concentration en germes. Après hydrophobisation avec l’ octadecyltrimethoxysilane (ODS), le tissu fonctionnalisé présente un effet lotus autonettoyant avec des angles de contact et de glissement de l’eau caractéristiques. L’effet chimique autonettoyant a été aussi mis en évidence avec la décoloration de solutions et de taches sous rayonnement UV. La cinétique de ces 2 effets photocalytiques a été étudiée avec différents colorants. Ce tissu présente un caractére antibactérien, il est donc aussi autonettoyant vis-à-vis des espèces biologiques Escherichia coli, Pseudomonas aeruginosa et Staphyloccocus aureus. Cette étude met en évidence les relations entre les procédés de nanostructuration de la surface des fibres dans les tissus et leurs propriétés autonettoyantes selon les 3 mécanismes proposés. / ZnO nanorods were grown on polyester fabric by hydrothermal method. The plasma treatment was carried out to generate the polar groups. These groups attached the ZnO seeds which provided the site for the growth of nanorods. XPS analysis was carried out to study the chemical composition of surface at each stage of growth. The morphology and crystal structure was characterized by SEM, XRD and TEM. The atomic absorption spectroscopy was carried out to determine the amount of Zn present on fabric in the form of nanorods. The growth of nanorods on microfibers of PET generated hierarchical roughness structure. The functionalized fabric showed superhydrophilicity: very high wettability and capillarity which increased with the increase in seed concentration. On modification with hydrophobic chemical (octadecyltrimethoxysilane ODS), the functionalized fabric showed physical self-cleaning (lotus effect) which was characterized by measuring water contact angle and water roll off angle. The chemical self-cleaning was studied by solution discoloration and stain degradation under the effect of UV light. It was found that solution discoloration followed first order kinetics whereas; stains were degraded by second order kinetics. The biological self-cleaning (antibacterial activity) was also observed on Escherichia coli, Pseudomonas aeruginosa and Staphyloccocus aureus. This study highlights the relationship between nanostructuring process of the fibers and self-cleaning properties according to the three proposed mechanisms.