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As theme of this work was chosen project of the modular system designed for company of the Ing. Luděk Jekl. This work is focused primarily at the constructional solution. In work there are established theoretical way out creations of modular systems. With them are related research solutions of the current modular systems, which are established in next chapter. Next there are stated a possible used materials and total disposition working and functional zones of the modular system, which is necessarily for creating optimal conditions needed for work. Namely it is in terms of anthropometry and ergonomics. At next part of the work there are stated requests from submitter and custom constructional solution of the modular system. Part of the solution constructional drawing, bill of materials and visualization of the proposal. At last there is stated economic evaluation because the price is mostly a primary factor at the decision.

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No description available.

Dissertation deals with the problem of lying and resting furniture, in a partial way is also devoted to seating furniture. With relevance to the changes of population’s height and enlargement of body proportions according to the last measuring, it is necessary to revise the majority of dimensions of human – furniture and standards based on updated measuring. The aim is a statistical evaluation of data from the anthropometrical measuring, acquired within the NIS grant and creating optimal dimensions of lying and resting furniture so that they respond to the needs of current population. Graphical simulations created in ergonomic software Tecnomatix Jack are intended to illustrate the dimension requirements. The result are processed in a form of charts which are classified XS–XL. The outputs are compared to data in professional literature and standards. The optimal dimensions for lying and resting furniture were designed according to the results.

This thesis pursues the design of sales counter constructional solution. It follows the terms and conditions entered by the contracting party and meets the requirements of applicable standards including safety requirements. The theoretical part of the work deals with the constructed interiors and its environment problematics, anthropometry, ergonomics, equipments, range of products of the stores and materials. Furthermore, it processes current similar solutions by a search, including its evaluation according to given criteria. The design of the constructional solution itself is processed as production drawing documentation with bill of materials, visualizations including economic evaluation.

Title: The anthopometric relation to bench press performance and sticking region Objectives: The aim of the thesis is to determine the influence of anthropometric parameters on the performance in bench press and its critical phase of motion. Another objective of this work is to determine the differences of influence anthropometry between 1 RM, 4 RM, 8 RM and 12 RM as well as anthropometric impact on the area occurring before the critical phase of motion and on the area after the critical phase of motion. Methods: This is a quantitative research based on the comparison of measured anthropometric parameters with performance and kinematics by bench press analysis. For experimental methods it was used laboratory conditions and it was used methods of analysis to evaluate the acquired data. Results: The results of the work show that anthropometric parameters affect the performance especially at 1 RM and 12 RM. Overall, the forearm has the greatest impact, reaching a strong negative correlation r = -0.69. Lower arm abduction at 12 RM has a large correlation coefficient r = 0.68, and the chest ratio with upper limb length has a mean positive correlation r = 0.55 for 1 RM and 12 RM. The influence of anthropometry on the critical phase of motion has not been confirmed. Only the correlation between...

Dissertation deals with the problem of seating furniture and its evaluation in terms of typology, ergonomics, safety, quality of design, used materials, ecology and other properties important for its optimal use and function in the public interior. It defines methodology for its evaluation and appropriateness of use in the given interior and for a given purpose. Ageing population brings the need for adjustment of the interior; the work clarifies the requirements for creating of non-discriminatory environment from the point of view of people with limitations and seniors. Proposal to amend the regulations is based on the analysis of normalized values, the results of the current anthropometrical survey and addition of parameters that were processed by using ergonomic software.

Dissertation deals with the interrelationship between anthropometry (proportions of the human body) and dimensional standards of seating furniture. Dissertation maps history and presence of anthropometric measurement, it processes the results of anthropometric measurement of the adult population acquired within the grant FR-TI1/050 – NIS and compares these results with the dimensional standards and valid standards for seating furniture. Thanks to new anthropometric results, simulations of the current dimensional requirements for seating furniture were developed in software Tecnomatix Jack. The aim is to update the dimensional standards of seating furniture and to point out the outdatedness of current standards.