In the field of measurement and instrument technology, our department focuses on metrology and on the construction of measuring instruments. Based on our tradition, we deal with the measurement of geometric quantities of mechanical engineering and with the statistical analysis and data acquisition of the measured values. Our activity also involves the electronic measurement of typical time-dependent non-electric quantities of mechanical engineering and of mechatronics. Developing measurement methods and the structure of special measurement chains, non-conventional sensors and transducers are the most important fields of our industrial research projects. Besides these also the systematization of errors, according to their origin, character and form and the environmental conditions of measurement belong to the field of our interest. Precision engineering deals with the research and engineering of mechanical constructions which provide mainly the transfer of information instead of transfer of power and energy and contain structural units that are 2-3 times smaller in order of magnitude than typical in classical mechanical engineering. Precision engineering is the most traditional field of specialty of our department. While during the last decades the traditional solutions of precision engineering had been pushed into the background the development did not stop. The precision engineering is - in a new form - remarkably present in the research profile of our department since the complex mechatronical structures contain precision elements in the form of actuators and sensors. The mechanical structure of optical instruments especially the operating and fixation elements usually contains special solutions belonging to the precision engineering. Measuring instruments, transducers and sensors are unthinkable without using this special science. A further specialty of our group is the research and application of high elasticity materials - like silicone rubber - in flexible transducers, actuators and in special devices of the medical engineering. Micromechanics is a new direction of progress in precision engineering and the simulation of microsystems also belongs to the competencies of our department in traditional cooperation with partners from abroad. A further specialty of our group is the research and application of high elasticity materials - like silicone rubber - in flexible transducers, actuators and in special devices of the medical engineering. Micromechanics is a new direction of progress in precision engineering and the simulation of microsystems also belongs to the competencies of our department in traditional cooperation with partners from abroad. A further specialty of our group is the research and application of high elasticity materials - like silicone rubber - in flexible transducers, actuators and in special devices of the medical engineering. Micromechanics is a new direction of progress in precision engineering and the simulation of microsystems also belongs to the competencies of our department in traditional cooperation with partners from abroad.
Precision Mechanics and Instruments Research Group
Horizon Europe keywords:
· Health technologies, new tools and solutions
· Manufacturing technologies
Faculty of Mechanical Engineering Department of Mechatronics, Optics and Mechanical Engineering Informatics
Introduction of the Research Group
In the field of measurement and instrument technology, our department focuses on metrology and on the construction of measuring instruments. Based on our tradition, we deal with the measurement of geometric quantities of mechanical engineering and with the statistical analysis and data acquisition of the measured values. Our activity also involves the electronic measurement of typical time-dependent non-electric quantities of mechanical engineering and of mechatronics. Developing measurement methods and the structure of special measurement chains, non-conventional sensors and transducers are the most important fields of our industrial research projects. Besides these also the systematization of errors, according to their origin, character and form and the environmental conditions of measurement belong to the field of our interest. Precision engineering deals with the research and engineering of mechanical constructions which provide mainly the transfer of information instead of transfer of power and energy and contain structural units that are 2-3 times smaller in order of magnitude than typical in classical mechanical engineering. Precision engineering is the most traditional field of specialty of our department. While during the last decades the traditional solutions of precision engineering had been pushed into the background the development did not stop. The precision engineering is - in a new form - remarkably present in the research profile of our department since the complex mechatronical structures contain precision elements in the form of actuators and sensors. The mechanical structure of optical instruments especially the operating and fixation elements usually contains special solutions belonging to the precision engineering. Measuring instruments, transducers and sensors are unthinkable without using this special science. A further specialty of our group is the research and application of high elasticity materials - like silicone rubber - in flexible transducers, actuators and in special devices of the medical engineering. Micromechanics is a new direction of progress in precision engineering and the simulation of microsystems also belongs to the competencies of our department in traditional cooperation with partners from abroad. A further specialty of our group is the research and application of high elasticity materials - like silicone rubber - in flexible transducers, actuators and in special devices of the medical engineering. Micromechanics is a new direction of progress in precision engineering and the simulation of microsystems also belongs to the competencies of our department in traditional cooperation with partners from abroad. A further specialty of our group is the research and application of high elasticity materials - like silicone rubber - in flexible transducers, actuators and in special devices of the medical engineering. Micromechanics is a new direction of progress in precision engineering and the simulation of microsystems also belongs to the competencies of our department in traditional cooperation with partners from abroad.
Achievements
- Precision measurements of length measurement technology
- Instrument R&D
- Spectral optical measurement technology
- Instrumentation laboratory
Publications
Gárdonyi, Gábor ; Samu, KrisztiánHybrid spectral speed determination method for rotary machines JOURNAL OF VIBROENGINEERING 21 : 3 pp. 538-555. , 18 p. (2019)
Masoner, Hannah ; Dawn, Alen ; Clark, Joseph D ; Dowell, Catherine ; Surber, Tyler ; Funkhouser, Ashley ; Doyon, Jonathan ; Legradi, Gabor ; Samu, Krisztian ; Wagman, Jeffrey B
Complexity of postural sway affects affordance perception of reachability in virtual reality QUARTERLY JOURNAL OF EXPERIMENTAL PSYCHOLOGY 73 : 12 pp. 2362-2375. , 12 p. (2020)
Zseller, Viktor ; Dr. Samu, Krisztian
Closed Loop Control Systems for Supplementary Lighting in Smart Greenhouses In: Proceedings of 2018 LED Professional Symposium (LpS 2018)
(2018) pp. 1-6. , 6 p.m.
Samu, Krisztián ; Thamó, Bálint
Internet based light quality measurement
RECENT INNOVATIONS IN MECHATRONICS 4 : 1 Paper: 4 , 4 p. (2017)
Sipos, László ; Gere, Attila ; Kókai, Zoltán ; Niitrai, Ákos ; Kovács, Sándor ✉ ; Urbin, Agnes ; Samu, Krisztián ; Wenzel, Klára
Eye-Tracker Analysis of the Contrast Sensitivity of Anomalous and Normal Trichromats: A Loglinear Examination with Landolt-C Figures
APPLIED SCIENCES-BASEL 11 : 7 Paper: 3200 , 18 p. (2021)
Journals
MEASUREMENT SCIENCE REVIEW, CIE, SPIE, OGET conferenceInfrastructure
- precision measurements of length measurement technology - instrument R&D - spectral optical measurement technology - instrumentation laboratoryProjects
- ELI - instrumentation, 1 year
- Szeged University - precision mechatronics R&D, 2 years
- Paks Nuclear Power Plant - instrumentation, 15 years
- Samsung - optical measurement system, 3 years