Monitoring systems protect grain elevators against uncontrolled blasts and explosions. Many people die in fatal dust explosions every year. They cause material and building losses. In the paper I present the resultants of our experiment with monitoring system: temperature, humidity and other parameters. These systems are working with elastic temperature cables. Many parts of systems designees in intrinsic safety technique. The procedure of designing monitoring system has also been given.

Implementation of mapping refered to “localized” quantities from Remote Sensing (i.e.) is based on known information processing, on a set of bi-dimensional Space coinciding normally with the same mapping. An usual representation of interested objects is “ contouring”, that allows to illustrate the curve, place of points that have the same value. This representation is obtained by using known value interpolation of quantities of interest. The widespread approaches to generate interpolating surfaces, using personal computer, through Intrinsic Random Function in Remote Sensing are considered in this work.

Engineering for disassembly of waste products is becoming increasingly complex. Furthermore, customer expectations are growing, competition is becoming harder, legal requirements are stricter and the quality of technical products is continuously improving. FMEA is a formalised, analytical method for the systematic, consistent collation and prevention of potential sources of errors and their results, not only in Design, but also in Planning and Production and in the future especially for Disassembly in the field of Recycling. The aim of the method is timely recognition and information on sources of error, and the evaluation and reduction of their risks to a manageable level. This means that all possible faults are considered, discussed and documented. The actions require finding corrective measures and, more important, their implementation. The used Planning Software at the Institute allows a (semi-) automatic selection of disassembly cell components by manual selection of possible disassembly operations. The proposed paper outlines the main idea of this system and gives a detailed description of how to use the Disassembly FMEA with this planning system or without, when planning a robotized disassembly system.

In the contribution are stated new tendencies used at quality control branch today. These tendencies support production effectiveness in most general form. Upon correct and consequential application they may also help to find out critical places of the processes. Nowadays quality can not be understood just like specialisation, respectively like added value, but must be embraced like indivisible part of all processes.
In contribution is deeply described problems of management of quality cycles, PDCA cycles and shortly is shown principle of Quality Journal methodology. Mentioned tendencies are suitable for application at company management on all management levels – it means from Top management even to production process itself. Their significance grows up with more dynamic trend of quality assurance and closely contextual producer’s responsibility for product.

Measurement is a key decision tool for a sustainable growth. In order to cope with this goal, total quality of measurement should be pursued at all operative levels, ranging from company or laboratory, through the national and macro-regional levels, up to the international dimension. In the paper, a framework for achieving required measurement quality is proposed and discussed. For each operation level, involved subjects are identified, concerned actions are considered and integration and harmonisation is addressed.