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Vocurek A.-M.,National Institute of Research and Development for Mecatronics and Measurement Technique
Romanian Review Precision Mechanics, Optics and Mechatronics | Year: 2010

The control systems are an integral part of industrial production processes. These control systems are included in the production and is a link of specific production technology, regardless of different fields: mechanical, chemical, pharmaceutical, electrical, electronics, food, clothing, footwear, etc. These systems are complexed and realize the appearance, dimensional, shape and position control, status of areas, the assembly and other conditions as well as certain ancillary operations related to storage, handling, transportation, processing fixing devices, having supervised the entire process technology. In Europe and the worldwide, the intelligent measurement develops apace, because it needs the involvement and the integration in integrative processes of measurement, testing and quality control of industrial production. The current trends in the field of industrial control process are heading to computerized devices (sensors, transducers, contact probes, actuators) etc. and are determined by the specific dynamics of mechatronics. The development directions in the field of mechatronic control means and methods are: - mechatronic equipments and intelligent measurement devices integrated into industrial processes (incorporating sensors and transducers); - mechatronic equipments for testing and investigation; - intelligent measurement devices for: dimensional inspection, pressures, temperatures, levels, flow, mass, forces and orologie industries; - intelligent mechatronic equipments for environmental investigation laboratories: robotic systems; geophysical research equipment; seismology control and environmental monitoring; - innovative mechatronic technologies for new materials, micro and mocro-nano processing, unconventional processing technologies and mechatronic non contact control technologies. Source


Cherciu M.,National Institute of Research and Development for Mecatronics and Measurement Technique | Spirescu M.,National Institute of Research and Development for Mecatronics and Measurement Technique
Romanian Review Precision Mechanics, Optics and Mechatronics | Year: 2012

The paper presents some constructive-functional aspects of the development of a grip device, which can be designed for a wide range of the clamping forces, depending on the application and which allows programming of the clamping force depending on the load to be manipulated, while ensuring high operational safety. The grip device can be used for manipulators and robots with industrial, laboratory, or other special applications allowing adaptation the constructive solution according to the shape, size and weight of objects to be manipulated. Source


Bajenaru V.D.,National Institute of Research and Development for Mecatronics and Measurement Technique | Iordache C.A.,National Institute of Research and Development for Mecatronics and Measurement Technique | Constantinescu A.,National Institute of Research and Development for Mecatronics and Measurement Technique
Romanian Review Precision Mechanics, Optics and Mechatronics | Year: 2012

This paper presents a study to determine the linear displacement of the elastic element type spring gauge, by replacing classical transmission subassembly and pressure pointing using an electrical signal by use of high precision strain gauges sensor. The results are compared directly with the experimental data. Source

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