Applied Mechanics and Materials Vol. 613

Abstract: The current situation in the field of automation requires increasingly sophisticated flexible and adaptive solutions. Construction of modular machinery appears to be an effective tool to meet these requirements. Solution of design layout module with rotary motion linkage is designed for machines with unlimited rotary motion, based primarily on a modular concept. The main advantage of the proposed system is the possibility to compile from one module type the machines with different movement possibilities and degrees of freedom of movement for unrestricted use of the possibility of rotation of two adjacent modules, each associated rotary motion linkage.

Abstract: Promotion of an integrated approach for industrial policy at European and national levels is crucial to ensuring the future competitiveness of the European Union and to raise growth potential. Essential for economic success and economic recovery of the European Union is an integrated single market, which creates an attractive environment for business, production of goods and services. Industrial modernization, investing in innovation, new technology, production inputs and skills, increased productivity, efficient use of resources and goods and services with high value added are prerequisites for achieving Europe's comparative advantage in the global economy. The main source of industrial future and competitiveness of the European Union are becoming investments in innovation and key technologies that redefine global value chains, make more efficient use of resources and redesign the international division of labor.

Abstract: From the perspective of practice, maintenance is carried out to ensure the desired reliability of production systems so that the total cost of the operation of such systems are the lowest. The article describes the need for integration of complex system maintenance and its benefits. The first section describes the approaches, starting points and methods of integration. Further, the article discusses integration techniques. Finally, there are described the economic aspects and the evaluation of the integrated system maintenance.

Abstract: High efficiency detection of two-dimensional objects is achieved by an appropriate choice of object invariants. The aim is to show an example of the construction of an algorithm for rapid identification also for highly complex objects. The program structure works in a similar way as animal systems in nature. Differentiating runs from whole to details. They are used to shape invariants. The program algorithm is specifically used a surfaces invariant, which represents a whole. Then was used a boundary length invariant around the object. Finally, the chord distribution code was used, which represent a detail of object recognition. The actual computational algorithms are not software-intensive and easy to debug. System uses the redundancy of uncertain information about the shape. In principle, chosen a certain balance between the confidence level of recognition and repetition of shape recognition by various methods.