This Masters Thesis deals with the concept of lean manufacturing and its implementing specifications in Czech companies. The theoretical part describes the concept of lean in detail, its history, principles and other characteristics. Furthermore this part presents the analysis related to the implementation of lean principles in small and medium sized companies in the Czech Republic. Based on this analysis, the hypothesis about the success or failure of implementation is formulated. The practical part describes the implementation of the chosen lean tool in the international operating company. On the basis of this project, the hypothesis is affirmed or denied.

This thesis consists of an analysis of intra-group relations that can occur during the transformation of companies and when the financial statements are consolidated. It also mentions the reasons why it is necessary to eliminate them. It shows the current view of International Financial Accounting Standards on this subject and its historical development. It takes into account the Czech business legislation, especially the accounting legislation in order to underline the importance of the elimination method over the duplicate items in their correct accounting value. The thesis goes through every individual variant with the aim to evaluate which would best fit the generally accepted principles of accounting and would show a fair view of intra-group transactions. It considers also the tax impact of assorted variants of elimination of intra-group relations.

The main goal of this thesis is to point out grave risks during the preparation phase of an investment plan from the investor's point of view. The preparation of construction investment plans will be introduced using the construction preparation models of the state-owned Česká pošta, a traditionally very experienced enterprise when it comes to capital construction projects. In the theoretical section the complete preparation of capital construction projects will be discussed. In the practical section I will present particular projects that weren't void of problems, and the causes will be determined. We will find out that these causes are not random, and present a permanent risk. In the closing section the measures for elimination of these risks will be presented.

This master’s thesis deals with information system Nika Pharmacies. Based on the theoretical background and good familiarity with the running of the company, will analyze the current state of information system. The main part is practical, based on the analytical part. The aim of this thesis is to improve or change information system, which lead to improvement of the current situation and risk elimination.

This work deals with image enhacements technology for 2D faces.. Describes methods of image processing, which are used in the proposed methods. These methods eliminate inhomogeneous lighting and shadows in the face. It also suggests the detector face, which is used as input for the method to eliminate shadows.

The Diploma thesis deals with the analysis of the risks that may arise in international trading. The aim of this work is on the basic of the identified analyses to design appropriate measures to eliminace the risk. In the theoretical part are described theoretical insights on international trading and concepts from the field of risk management. In the practical part comes to the performance of the enterprise and business areas. Furthermore, here we find assessment of the current situation of the company, containing an analysis of the external and internal enviroment. The results will be drawn up a risk analysis method RIPRANTN. The last part of the diploma thesis is a proposal for measures to eliminace risk.

This dissertation thesis is pointed to production of lightweight table and bed legs. The subject of the work is to design a lightweight table legs, which is suitable for small businesses with basic machinery. The proposal was drawn up on the basis of information obtained from research developed on furniture market. The base condition of the proposal is the use of laminated chipboard with resolving sharp edges when combined joint of miter. Specifically, the foot was designed for manufacturing companies DSP furniture. Thanks to the cooperation with the company were made 3 kinds of feet with different types of connections and two dining tables. In the proposed and designed foot strength of construction was tested. At the tables were tested durability and stiffness of the construction with different options for the connection to table rib and legs. All tests were organized in an accredited furniture laboratory of Mendel University in Brno. The dissertation thesis is divided into two parts. The first part deals with the theory related to the issue of lightweight table legs. The second part is practical, focusing on the production and testing of quality of designed legs. The knowledge and outputs are summarized in the conclusion, part of the dissertation thesis attached drawings documentation.

of doctoral thesis Study of Arithmetical Structures and Theories with Regard to Representative and Descriptive Analysis Petr Glivický We are motivated by a problem of understanding relations between local and global properties of an operation o in a structure of the form B, o , with regard to an application for the study of models B, · of Peano arithmetic, where B is a model of Presburger arithmetic. We are particularly interested in a dependency problem, which we formulate as the problem of describing the dependency closure iclO (E) = {d ∈ Bn ; (∀o, o ∈ O)(o E = o E ⇒ o(d) = o (d))}, where B is a structure, O a set of n-ary operations on B, and E ⊆ Bn. We show, that this problem can be reduced to a definability question in certain expansion of B. In particular, if B is a saturated model of Presburger arithmetic, and O is the set of all (saturated) Peano products on B, we prove that, for a ∈ B, iclO ({a}×B) is the smallest possible, i.e. it contains just those pairs (d0, d1) ∈ B2 for which at least one of di equals p(a), for some polynomial p ∈ Q[x]. We show that the presented problematics is closely connected to the descriptive analysis of linear theories. That are theories, models of which are - up to a change of the language - certain discretely ordered modules over specific discretely ordered...

This master thesis deals with safety at work issues and job-related injuries concerning MHL (manual handling of loads). Job-related injury is caused by a set of several interoperating factors. These factors are considered to be a main cause of job-related injuries. Work safety conditions refer to a hundreds of legal regulations (laws, decrees, orders of government, EU regulations). The most important factor in safety at work conditions is prevention. The obligation to asses risks is one of the base principals of preventive policy which is applied in all EU countries. The aim of this thesis is to determine the rules and recommendations for agricultural companies. These rules are based on analysis of factors which leads to causes of job-related injuries. The recommendations and rules this thesis imply can be used as guidelines for prevention of job-related injuries.

Acrylamide is an undesirable carcinogenic component of thermally processed foods being formed from reducing saccharides and asparagine. In this work, the effect of ammonium and sodium raising agents themselves or in their combination with L-asparaginase enzyme catalyzing the conversion of asparagine into aspartic acid resulting in the reduction of acrylamide in gingerbreads was studied. Also, the influence of selected inorganic salts on the content of acrylamide in a model matrix simulating a composition of cereal products was observed. Simultaneously, the impact of these salts on activity of L-asparaginase was examined to find optimal conditions for its application in cereal technology. Based on experiments it was found, that addition of L-asparaginase reduces acrylamide content by 40 % while inorganic salts addition decreases acrylamide content in the range of 30 - 99 % when the most effective compounds were NH4Cl and CaCl2.