annual report - Nemzeti Kutatási, Fejlesztési és Innovációs Hivatal

Transcription

MECHATRONIC AND LOGISTIC SYSTEMS
REGIONAL UNIVERSITY KNOWLEDGE
CENTRE
ANNUAL REPORT
2005
MLR-RET
Regional University Knowledge Centre
of Mechatronic and Logistic Systems
2005
Mission
MISSION STATEMENT
The mission of MLR-RET is to perform excellent research and development, innovation, academic and
training activities through the management of knowledge in the fields of mechatronic and logistic
systems. Through cooperation with the economic sphere, these activities promote the technological,
economic and social development in the region of Northern Hungary, thus improving the
competitiveness of the region and the country.
Founding members
1
Overall Obje
OVERALL OBJECTIVES
Development of innovative products, processes and systems;
Creating and managing a network of knowledge;
Knowledge and technology transfer to the participants of the economy;
Strengthening scientific activity in the region;
Improving the standard of academic activity.
Other partners
2
Contents
CONTENTS
Executive summary
Organisational structure and management
Partners
Research
The world of products
Materials and technologies
Integrated systems
Academic and training program
Technology transfer, utilisation of the research results
Cooperation with the industrial partners
Academic and research staff, administration
Publications
Presence in the media, external and internal communications
Performance indicators
Financing, aggregate financial indicators
Abbreviations
3
5
6
9
11
17
23
30
32
34
36
37
46
47
49
51
4
EXECUTIVE SUMMARY
Strategic objectives
The most important objective of the Regional University Knowledge Centre of Mechatronic and Logistic Systems is to contribute to the development of new products
and new technologies and thus to the economic revival of the region in the fields of mechatronics and logistics relying on and improving the knowledge basis existing at
the University of Miskolc, at other institutions and research centres in the region, and in cooperation with the major companies of the region. The Regional University
Knowledge Centre wishes to achieve this objective first of all by performing applied research and development activities of international standard, by integrating and
improving the existing professional expertise, by concentrating the research and development infrastructure and by promoting the involvement of enterprises. Its
activities contribute to improving the standard of teaching and training in the higher education institutions of the region, and by involving young undergraduates and
doctoral students in the research work, it will promote the scientific training of the new generation. It will make a contribution to the innovation and business approach
gaining more ground in higher education and to the strengthening of the practice-oriented nature of both research and training. It will perform the above processes in
close cooperation with the companies of the region and make efforts for creating new jobs via the expansion and establishment of companies utilising the research
results.
The structure of the program
The research programs have been established to meet the demand of the reviving and newly established companies in the region. The research and development
work takes place in three major fields. The research programs related to the world of products will produce results in the development of intelligent components and
products, in the construction of structures and in increasing the life of products. The research related to materials and technologies is involved in material combinations
and their production as well as various mechatronic technologies. In the program of intelligent systems research is done in the fields of industrial automation, intelligent
drives and logistic systems with remarkable results. It is a welcome development that young academic staff, PhD students and undergraduates have become involved
in the research and development activities.
Industrial cooperation
The consortium establishing the Regional Knowledge Centre has been joined by the major companies involved in mechatronics and logistics in the region, and they
have developed a close cooperation in its framework with the research centres of the University of Miskolc and the institutions in the surrounding area. It is a pleasure
for us to be cooperating with such leading companies involved in mechatronics as the Bosch companies or the Electrolux Lehel Kft.. In the fields of materials and
technologies we have found such leading partners to cooperate with as PREC-CAST Öntödei Kft. and Tiszai Vegyi Kombinát Rt. In logistics the experience and
collaboration of the experts of Borsod Volán Személyszállítási Rt. provide assistance in the research and development work.
It is again a welcome development that we have been able to establish active and fruitful cooperation with the small and medium-sized enterprises of the region,
through which the Regional Knowledge Centre can contribute to improving the innovation activities of the small and medium-sized enterprises. There is an efficient and
stable cooperation with the Employment and Economic Association of Northern Hungary (Észak-magyarországi Munkaadói és Gazdasági Közösség) and with the
Foundation of Enterprise Development in the Zemplén Region (Zempléni Regionális Vállalkozásfejlesztési Alapítvány).
Utilisation of research results
The research and development work done in the framework of the Regional Knowledge Centre are definitely application-oriented, however, the program makes it also
possible to perform basic research that provides the theoretical foundations for application-oriented research linked to the products, technologies and systems. Since
the research and development work is done in close cooperation with companies, its utilisation will directly appear in production via the development of new products
and the elaboration and introduction of techniques and processes. It is a pleasure to see how fast the research close to life is incorporated in the new products through
the good cooperation established with the companies. In addition, it is only natural that, as expected, the researchers working at the university and in other research
centres have published their major research results in research reports and scientific papers and have presented them at conferences so as to enhance the scientific
and technical achievements of their fields, thus contributing to the development of industrial culture.
Personnel background
We have succeeded in inviting representatives of the profession with national and international reputation
working in the region to direct the research activities and they are efficiently organising the research and
development work.
The regular weekly sessions of the smaller body responsible for managing the research - the
Operative Board - have provided efficient contributions to solving the basic problems that have
arisen. We are proud of the fact that the results achieved so far have attracted international interest
from the profession and following the recommendations by Professor Dr.-Ing.habil dr.h.c.
Manfred Hiller and Professor Dr.-Ing. Dieter Schramm, we are working on the establishment of
a joint German-Hungarian basis in mechatronics in cooperation with the University of
Duisburg-Essen. After several rounds of talks in Miskolc and Duisburg, advanced
negotiations were held with senior representatives of the Federal Ministry of Education
and Research in Bonn on 25-26 August 2005. We hope that through the good offices of
the two German professors, our traditionally good cooperation with German partners
can be further expanded.
Prof. Dr. Gyula Patkó
Project leader
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ORGANISATIONAL STRUCTURE AND MANAGEMENT
Dr. Gyula Patkó
chairman
Dr. Tibor Csáki
director
Dr. Tamás Bányai
deputy director
Dr. Angéla Váradi Szarka
research organiser
Dr. József Cselényi
consultant
Dr. Éva Lehoczky Nagy
manager
6
MLR-RET, which has been joined by the companies interested by means of a consortium contract, operates at the University of Miskolc as a separate economic
unit. The leading institution of the consortium is the University of Miskolc. It performs its research and development and innovation activities in the separate
buildings and laboratories of the University of Miskolc established for this purpose.
Board of Directors
Director
Chairman
Supervisory Board
Deputy Director
Operative Council
Research Programs
Scientific Council
Academic Council
World of Products
Constructing Intelligent Components,
Products and Structures
Administration
Lifetime Management
Research Organisation
Materials and Technologies
Consultancy
Material Combinations and Their Production
PR
Mechatronic Technologies
Finance
Integrated system
Secretariat
Indrustrial Automation
Intelligent Measurement and Control Systems
Logistic Systems
Board of Directors: has the responsibility for the strategic management of the Knowledge Centre. Within this work it works out the strategic plan, including the
research and development, academic and financial plans. It makes decisions on the Regulations for Organisational Structure and Operation, on the principles of
using the available assets, and on establishing relations with new economic partners.
Supervisory Board: has the responsibility for general supervision. Within the framework of general supervision, it supervises the operation both in professional
and in financial respects.
Director: the director has the responsibility for the operative management of the Knowledge Centre. For the purpose of operative management, the director
develops and breaks down the strategic plan of RET in cooperation with the various organisational units. The director directs and supervises the operation of the
professional and administration units.
Chairman: the chairman has the responsibility for directing the professional activities in accordance with the strategic plan adopted by the Board of Directors.
NAME
Dr. Gyula Patkó
Dr. Tibor Csáki
Dr. Tamás Bányai
Dr. József Cselényi
Dr. Angéla Váradi Szarka
Dr. Éva Lehoczky Nagy
Dr. László Kamondi
Dr. János Lukács
Dr. Pál Bárczy
Dr. Miklós Tisza
Dr. Ernő Kovács
Dr. Béla Illés
PLACE OF WORK
University of Miskolc
TIME SPENT IN %
20
100
70
35
70
100
40
32
45
32
35
43
7
POSITION IN THE KNOWLEDGE CENTRE
chairman
director
deputy director
consultant
research organiser, project leader
manager
project leader
project leader
project leader
project leader
project leader
project leader
The members of the Board of Directors consist of the representatives of companies that are members of the consortium, KPI, the research sub-programs,
the management, the chambers and the development agencies.
Chairman:
Dr. Gyula Patkó, vice-rector for general affairs, University of Miskolc
Representatives of companies as members of the consortium:
István Tujner, head of department, Robert Bosch Elektronika Gyártó Kft.
Endre Tamás, technical director, Bosch Rexroth Pneumatika Gyártó és Kereskedelmi Kft.
Attila Vass, company director (Porszívógyár), Electrolux Lehel Kft.
János Farkas, technical and production director, PREC-CAST Öntödei Kft.
Gábor Pálffy, communications director, Tiszai Vegyi Kombinát Rt.
György Sárközi, general director, BORSOD VOLÁN Személyszállítási Rt.
Dr. István Barkóczi, chairman, Észak-magyarországi Munkaadói és Gazdasági Közösség
István Juhász, managing director, Zempléni Regionális Vállalkozásfejlesztési Alapítvány
Representative of the Office of Research and Development Projects and Research Utilisation (Kutatás-fejlesztési Pályázati és
Kutatáshasznosítási Iroda):
Róbert Domonics, project manager, Kutatás-fejlesztési Pályázati és Kutatáshasznosítási Iroda
Representatives of the research subprograms:
Dr. László Kamondi, associate professor, University of Miskolc
Dr. János Lukács, university professor, University of Miskolc
Dr. Pál Bárczy, university professor, University of Miskolc
Dr. Miklós Tisza, university professor, University of Miskolc
Dr. Ernő Kovács, associate professor, University of Miskolc
Dr. Ádám Döbröczöni, university professor, dean, University of Miskolc
Dr. Béla Illés, associate professor, University of Miskolc
Management of the Knowledge Centre:
Dr. Tibor Csáki, director, University of Miskolc MLR-RET
Dr. Tamás Bányai, assistant director, University of Miskolc MLR-RET
Dr. József Cselényi, consultant, University of Miskolc MLR-RET
Dr. Angéla Váradi Szarka, research organiser, University of Miskolc MLR-RET
Member delegated by the Rector of the University of Miskolc:
Dr. Mihály Dobróka, vice-rector for scientific affairs, University of Miskolc
Representatives of Chambers of Trade and Industry:
Tamás Bihall, chairman, Borsod-Abaúj-Zemplén Megyei Kereskedelmi és Iparkamara
Péter Tordai, chairman, Nógrád Megyei Kereskedelmi és Iparkamara
Gábor Fülöp, secretary, Heves Megyei Kereskedelmi és Iparkamara
Representatives of Development Agencies:
László Francsics, managing director, Észak-Magyarországi Regionális Fejlesztési Ügynökség
Dr. Attila Nyíri, managing director, Regionális Fejlesztési Ügynökség
Invited members:
Dr. Attila Lengyel, director, Mechatronikai és Anyagtudományi Kooperációs Kutató Központ
Gábor Széll, director of finance, University of Miskolc
Representatives of subcontractors:
Dr. Sándor Gergely, director, Károly Róbert Főiskola, Kutató, Fejlesztő Iroda
Dr. Miklós Gubán, associate professor, Budapesti Gazdasági Főiskola Pénzügyi és Számviteli Főiskolai Kar, Salgótarjáni Intézete
Gábor Csollák, managing director, INNOCENTER Innovációs Központ Kht.
Dr. László Tóth, director, Bay Zoltán Alkalmazott Kutatási Alapítvány, Logisztikai és Gyártástechnikai Intézet
8
PARTNERS
Partners as consortium members:
1. Robert Bosch Elektronika Gyártó Kft., Hatvan
-electronic assemblies,
-vehicular electronics,
-mounted circuits.
2. Bosch Rexroth Pneumatika Gyártó és Kereskedelmi Kft., Eger
-working and block cylinders,
-manually, mechanically or pneumatically activated routers, magnetic valves,
-pressure control, throttle and closing valves,
-air preparation units, control systems
-customised and automation products.
3. Electrolux LEHEL Kft., Jászberény
-household appliances,
-vacuum cleaners,
-refrigerators,
-freezers.
4. Prec-Cast Öntödei Kft., Sátoraljaújhely
-cast components,
-precision casting.
5. Tiszai Vegyi Kombinát Rt., Tiszaújváros
-polyethylene production,
-polypropylene production.
6. Borsod Volán Személyszállítási Rt., Miskolc
-public transport,
-long-distance coach service.
7. Észak-magyarországi Munkaadói és Gazdasági Közösség, Miskolc
-coordinating SMEs.
8. Zempléni Regionális Vállalkozásfejlesztési Alapítvány, Sátoraljaújhely
-industrial parks,
-supplier clusters,
-logistic centres.
9
PARTNERS
External partners:
1.MOL Földgázszállító Rt.
-petroleum industry,
-natural gas industry.
2. AES - Tisza Erőmű Kft., Tiszaújváros
power station.
3. DHL Logisztika Kft.
-express services,
-logistics
-transportation.
4. National Instruments Europe Kft.
-computer-aided measurement technology.
5. Robert Bosch Power Tool Elektromos Szerszámgyártó Kft.
-hand tools.
6. ÉMÁSZ Rt.
-electrical energy supply.
7. Sátoraljaújhelyi Ipari Park
-industrial park, logistic centre.
8. Károly Róbert Főiskola, Gyöngyös
-education, research.
9. Budapesti Gazdasági Főiskola Pénzügyi és Számviteli Főiskolai Kar, Salgótarjáni Intézete, Salgótarján
-education, research.
10. INNOCENTER Innovációs Központ Kht.
-innovation.
11.Bay Zoltán Alkalmazott Kutatási Alapítvány, Logisztikai és Gyártástechnikai Intézet, Miskolc
-research.
10
World
Program 1
World of Products
The objective of the program is to research and develop intelligent
components and products as well as to manage their lifetime.
11
WORLD OF PRODUCTS 1.1
PROJECT 1.1
CONSTRUCTING INTELLIGENT COMPONENTS, PRODUCTS, AND STRUCTURES
Staff members
Dr. László Kamondi, project leader, ME
Dr. Ádám Döbröczöni, ME
István Juhász, ZRVA
Zoltán Koncz, Electrolux
József Nagy, Electrolux
Overview
Products in the most general sense of the word - a machine, a toy, a household utensil, a medical instrument, software, patent, material - carry a direct market profit
that can be sold and is to be continuously improved for the sake of marketing. These products can live their own lives or can be parts of other products. Products
have a tendency to be able to communicate with their environment beyond their mere materials and mechanical properties, and 'respond' to the impacts received
due either to their material, or construction, or the hardware or software built into them. The objective of the project is to perform research supporting the analysis of
intelligent engineering products, the exploration of their properties and the elaboration of their structural construction concept.
Key activities
Research into the selection methods of communal waste, its processing and possibilities for transforming it into finished products.
Research into the sources of noise of products close to man and into the nature of the noise generated, with special respect to the
examination of the possibilities to diminish the noise of household vacuum cleaners.
Developing a special-purpose machine for winding the evaporation pipe of freezers.
Major achievements
Examination of the selection possibilities of communal waste.
Examining the conditions for transforming communal waste into products.
Preliminary examination of the behaviour of a specimen made of communal waste.
Determining the possibilities for influencing the noise arising in the operation of household appliances, exploration and computer
modelling of the modification possibilities of functional elements.
Investigation of the surface-following winding profile of the evaporation pipe of freezers.
Elaboration of the development concept of a machine winding an evaporation pipe.
Further steps
Determining the development principles of mobile waste selection equipment.
Research into the possibilities of product application, determining the parameters of some products.
Further exploration of the possibilities for diminishing noise.
Computer simulation of flow along various structural changes.
Development of the operation elements of evaporation pipe winder, optimisation of the bending process.
Synchronisation analysis of the motion of operation units.
12
13
PROJECT 1.2
LIFETIME MANAGEMENT
Staff members
Dr. János Lukács, project leader, ME
Ferenc Kerekes, Elastico
Dr. Gyula Nagy, ME
Zoltán Szabó, MOL
Dr. Imre Török, ME
Overview
Statistics of various cases of damage prove clearly that the lives of structures and structural elements in operation share certain common features. Recognising
these and the generalisation of the experience - that is the knowledge gained - make it possible to lengthen the life of a given structure, and also provides a
philosophy that can be adapted to the operation of other structures. The strategic objective of the project is to manage the life of various products, structures and
systems. This objective is in close connection with extending the life of the materials used, and with the requirement of the general application of the knowledge
gained. The objective is to be achieved while the load on and damage to the environment and the threats to human values are diminished at the same time.
Key activities
Exploring and analysing the dimensions of lifetime management.
Lifetime management of pipelines.
Analysing the integrity of circular welds.
Examining the root defect in circular welds by the linearly flexible fracture mechanics method.
Developing hybrid methods and technologies for the production of pipes.
Examining the sinking of pipelines.
Analysing the lifetime of pipelines crossing engineering structures.
Major achievements
Exploring the dimensions of lifetime management, creating elements of knowledge suitable for generalisation.
Elaborating the contents of a control system for pipeline integrity.
Elaborating an assessment system for faults in the welded joints of pipelines in operation.
Assessment of the integrity of root defects in the circular weld of pipelines.
Comparative analysis of hybrid methods and technologies for pipe production, exploring the application possibilities.
Elaborating strength computations for assessing the sinking of pipelines.
Analysis of the lifetime of pipelines crossing engineering structures on the basis of open-ditch geodetic control measurements and
calculations based on various models.
Further steps
Further analysis of the dimensions of lifetime management, elaborating the generalisation possibilities.
Analysing the extension of the life of materials used.
Developing a technological sample system for extending the life of materials.
Constructing a technological sample system for extending the life of materials.
Developing integrity control system(s) for a structure and/or structural element.
Integrity analysis of structures and structural elements.
Extending the life of products based on theoretical and experimental results.
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15
11
The objective of the program is to select materials and material
combinations possessing properties best ensuring the applicability of
products, to research the methods producing them with an
environmentally conscious technology or to modify the existing
technologies, and to develop methods suitable for measuring the
property parameters.
16
Mater
Program 2
Materials and
Technologies
17
MATERIAL COMBINATIONS AND THEIR PRODUCTION 2.1
PROJECT 2.1
MATERIAL COMBINATIONS AND THEIR PRODUCTION
Staff members
Dr. Pál Bárczy, project leader, ME
Ferenc Kerekes, Elastico
Mariann Kollár, ME
Dr. Kálmán Marossy, ME
Dr. Gábor Nagy, TVK
Overview
Applying up-to-date equipment and methods, the manufacture of mechatronic products and devices cannot do without the materials most suitable for the
purpose. The objective of the project is to perform the applied research tasks and experimental development that represent the selection of materials and material
combinations possessing properties best ensuring the applicability of the product, the methods producing them with an environmentally conscious technology or
the modification of existing technologies, and the possible development of methods suitable for measuring the property parameters.
Key activities
Examination of the thermooxidative degradation of PP induced by organic peroxides.
Development of gas sampling methods during processing.
The relation between the material structure and mechanical properties in welding pipes PE 80 (TIPELIN 380-30/302) and PE100 (TIPELIN
7700M Black).
Examining the mechanical properties of TIPELIN 7700M Black PE100 black HDPE pipe material.
Examining the production of polyurethane elastomers.
Examining the basic materials of polyurethane elastomers.
Major achievements
Technical solution of gas sampling during polymer processing.
Elaborating a gas sampling method suitable for material procession with extruder.
Preparing an odour qualifying system.
Examining the mechanical properties of stock for pipes.
Determining the molecule orientation of butt-welded pipe welds.
Determining the main structural parameters of bimodal copolymers.
Introduction of a new type of antioxidant for improving the quality of pipe stock.
Analysing the relations between slow fracture propagation, life and degradation of pipe stock.
Determining the polyols and finished elastomers by infrared spectroscopy of the basic materials of polyurethanes.
Determining the optimum basic material of polyurethane elastomers.
Further steps
Identifying short-chain hydrocarbons arising in thermo-oxidative degradation using GC-MS measurement.
Elaborating an odour qualification process for injection-moulding technology.
Producing polyurethane elastomers.
18
19
14
PROJECT 2.2
MECHATRONIC TECHNOLOGIES
Staff members
Dr. Miklós Tisza, project leader, ME
András Szabó, Bosch Elektronika
László Tersztyánszky, Bosch Elektronika
Dr. Tamás Török, ME
István Tujner, Bosch Elektronika
Overview
The directions of research are determined by a survey of the enterprises operating mechatronic-mechanical technology equipment in the region and of their
product groups. Enterprises operating high energy-density cutting and welding equipment, enterprises using finishing machining, and laser sheet-working
equipment as well as enterprises using ion-nitridising equipment all display a serious interest in the development of technological and tool design systems used for
the technological process design of welding, heat treatment and plastic sheet-working methods included in mechatronic-mechanical technologies and in the
computer-aided design of dies.
Key activities
Developing the processes of various precision-mechanic technologies as well as those of welding, heat treatment and plastic deformation that apply
knowledge-intensive mechatronic elements and methods. In the reporting period a central research topic was represented by electronic production
engineering, which included the research and development of up-to-date electronic production engineering processes playing a major role in the
production of electronic products (e.g. implantation techniques).
Weldability investigation of electronic components, development of investigation methodology. Exploring the factors influencing the state of surface
parts connected by tin/lead-based solder materials of surface-mounted electronic components and printed wired cards, with special respect to reflow
soldering.
Major achievements
Determination and test measurement of specialist large-instrument investigations suitable for efficiently exploring the places of welding defects in
panels proven to be defectively welded.
A proposal has been made for the examination methodology into the causes of expected welding defects, specifying the scope of data to be collected
for the evaluation, the examinations to be performed and the evaluation method.
Elaboration of a computer-aided design method for the technological design of joining technologies.
Further steps
Improving the weldability tests in order to increase the efficiency of troubleshooting.
The effect of miniature dimensions on the mechanism of deformation, and on the friction and lubrication conditions.
20
21
The objective of the program is to increase the competitiveness
of network-type mechatronic production systems, and to
increase the value of the products by developing automation,
testing and logistic systems and methods.
22
Integr
Program 3
Integrated Systems
23
INTEGRATED SYSTEMS 3.1
PROJECT 3.1
INDUSTRIAL AUTOMATION
Staff members
Dr. Ernő Kovács, project leader, ME
Dr. István Ajtonyi, ME
Sándor Barta, Bosch Rexroth
Dr. Tibor Csáki, ME
András Mosoni, Bosch Elektronika
László Palicska, DHL
Dr. Ildikó Szabó Makó, ME
Ákos Szepessy, DHL
Dr. György Takács, ME
Endre Tamás, Bosch Rexroth
Dr. Angéla Váradi Szarka, ME
Overview
Recently the region of Northern Hungary has attracted considerable electronic and mechatronic manufacturing industry, whose development, job-retaining
capacity and ability to increase added value greatly depend on the level of automation also determining productivity. The objective of the four topics of the project
is to provide a conceptual solution for the individual tasks requiring considerable intellectual and research capacity by using the know-how of the University. The
projects cover the fields of increasing productivity on a given production line, the optimisation of assembly processes, a 3D laser measuring system for the
automated quality control of production, and the reliability analysis of industrial process control systems. The projects cover the complete area of the region.
Key activities
In 5 projects the research team was involved in the development of industrial production processes, manufacturing informatics and automation in several fields of
the industry.
Analysis of increasing the productivity of boring machining centres, including the investigation of the product structure, the complete
manufacturing process, fixtures and clamping solutions of the consortium partner.
The objective of developing software and software components supporting business administration was to develop software and software
components that are suitable for supporting business administration and to provide specialist services not supported by commercially
available software.
The comprehensive investigation of the assembly activities of pneumatic valves covered the families of throttle, throttle-check and router
valves, and the consideration of the possibilities of flexible readjustment.
The research into the testing of instrument panels in vehicles analysed the possible methodology for the continuous and automatic
contact-free measurement of reading-height difference due to the assembly of flat instrument panels.
The development of a power plant process control system included the inspection of the alarm management of the DCS system as well as
the identification examination of the fresh steam temperature and the drum water level control loop of the power plant.
Major achievements
A tender administration software operating on a local network has been developed. The database module ACCESS supporting the
preparation of daily customs reports has been elaborated.
Alternative proposals have been elaborated for the fixtures of typical products, for the design of specific fixture systems, and CAD files
have been elaborated for solving future fixture design tasks.
The implementation concept of measuring equipment for the in-production testing of the instrument panels of vehicles has been
completed, which covers laser-based measuring systems, their automation and error analysis. The theoretical results are supported by
control measurements.
The alarm priority and ergonomic aspects of the power plant control system have been elaborated, as well as the design aspects of an
efficient alarm system and the appropriate methods for structuring the alarms.
Further steps
Research into the examination methods of the reliability of distributed intelligence control systems.
Research into the application of artificial intelligence methods in discrete industrial technology systems.
Based on the conceptual design prepared, designing and building experimental testing equipment for testing the pressing processes of
the indicators in the instrument panels of vehicles.
Research into 3D camera testing methods for checking implantation processes.
Research into automated measurement systems for examining the re-usability of automotive electronic systems.
Improvement of the fixtures of boring machining centres based on the recommendations and designs prepared.
24
25
PROJECT 3.2
INTELLIGENT MEASUREMENT AND CONTROL SYSTEMS
Staff members
Dr. Angéla Váradi Szarka, project leader, ME
Dr. István Ajtonyi, ME
Dr. László Ábrahám, NI
István Bartos, Bosch PT
Tibor Csehi, Prec-Cast
Richárd Szabó, Prec-Cast
Dr. Tivadar Szarka, ME
Dr. Gusztáv Szecső, ME
László Ujfalusi, ÉMÁSZ
Overview
The objective of the program is to elaborate testing methods for the manufacturing and development processes of mechatronic products. According to the
industrial partners' requirements, the research concerns the development of computer-based high-resolution and high-fidelity measurement and testing devices,
processes and methods suitable for sensing electrical and non-electrical quantities. Our objective is to provide research and development support to the SMEs of
the region so that they can meet the quality requirements for suppliers by re-structuring, automating, developing, and systemising the existing testing systems; by
introducing new manufacturing technologies (e.g. environment-friendly welding technologies) and measuring technology (testing and diagnostics) systems.
Key activities
In the course of elaborating the development concept of the micro-camera system for monitoring critical electronic manufacturing processes, a
comprehensive analysis was prepared about the technical specifications of various micro-cameras, the adjustment options of the focal distance and
the iris, a technical analysis was made of the adjustment of exposition, relative opening and colour, as well as the clamping of the cameras, examining
the use of vacuum, magnetic and individual moving mechanisms.
The research into the development of the production supervision and diagnostic system of high-pressure casting machinery looked into the structure,
installation and testing of the foundry monitoring and quality control server, into connecting the measurement supervision systems of three foundry
halls to the database of the server, as well as designing the diagnostic system of the foundy equipment.
Virtual testing methods were developed for testing electronic circuits and connections, and troubleshooting research was done to determine the
operation parameters of the virtual tester, as well as to explore the application possibilities of the corporate Ethernet networks for measurement
technological purposes.
In the framework of the development of measurement equipment for the long-term testing of the downtime of electric hand tools, the research team
investigated the construction of the sensor system of the testing facility, the determination of the parameters of the testing process and
development of the software controlling the automatic testing process.
Research was done to examine the disturbances caused by high-performance industrial electronic equipment and the network
repercussions endangering operational safety, to analyse the disturbances arising in specific nodes of the network (consumer areas), to find the faulty
or malfunctioning electronic equipment (industrial production facilities) causing the harmful disturbances.
Major achievements
A study was written on the technical requirements of visual signal and data transmission and processing (transmission speed, band width, amount of
data), on the applicability of industrial visual image transmission systems for specific tasks, and the application possibilities of wired (industrial
Ethernet, PROFIBUS/ASI) and wireless (Bluetooth, WIFI) industrial communications systems.
The research team designed, built and tested the new type of foundry diagnostic system based on force and moment measurement.
The measurement methods for the virtual testing of electronic circuits were developed and documented in book form, the operational parameters of
the virtual testing facility were determined and two testing systems operating on an Ethernet network were developed.
The measuring equipment for investigating the downtime of hedge trimmers and chain saws was constructed and is ready for laboratory testing.
Under actual industrial conditions electric network measurements were made, the faults were registered and evaluated. The network disturbance
effects of the large industrial consumers operating in the region of Northern Hungary were identified, together with the probable causes of voltage
distortion, fluctuation and vibration.
Further steps
The development of methods for testing non-electrical quantities under industrial conditions will be continued in accordance with industrial demand.
Based on the development experience, the process control of the equipment for measuring downtime is recommended to be developed further.
Both the energy supplier and the industry using the energy show increasing interest in the investigation and research into the disturbances of electrical
networks, therefore we wish to develop further our testing methods and the hardware and software surfaces of the devices used for the research.
26
27
PROJECT 3.3
LOGISTIC SYSTEMS
Staff members
Dr. József Cselényi, project leader, ME
Dr. Béla Illés, project leader, ME
Dr. Tamás Bányai, ME
István Juhász, ZRVA
József Kármán, Electrolux
Dr. László Kovács, ME
Zoltán Ogár, SIP
Gyula Szalai, Borsod Volán
Endre Tamás, Bosch Rexroth
Péter Telek, ME
Volker Buschka, Bosch PT
Overview
One of the decisive features of integrated systems with up-to-date products and technologies is the logistic system implementing an optimum networking
operation. The development of logistic systems covers the optimum development of the both the external and the internal logistic systems. The demand for
developing methods supporting the intensification of the logistic systems of production and service companies is continuously increasing, therefore the objective
is to elaborate and employ methods increasing the efficiency of processes and systems. The efficiency of the networking cooperation between purchasing and
distribution logistic systems and the external logistic systems has been affected by the optimum development of logistic systems. The establishment of logistic
clusters and virtual logistic companies is essential for SMEs in the region for becoming suppliers, which requires the logistic service centres to be connected into a
virtual network, as well as the integrated management of industrial parks and logistic centres.
Key activities
Examination of the optimum workstation stock level, storage and loading technique of assembly workstation.
Intensification of the logistic system between manufacturing and assembly lines as well as between workstations.
Examination of the conditions for the introduction of an intelligent ticket and pass system for the purpose of increasing the logistic efficiency.
Developing the logistic structure and operation stategy of the Kárpátok Beszállítói Klaszter (Carpathian Supplier Cluster).
Investigation of the construction of a multi-modal logistic service centre integrated into an industrial park.
Optimisation of component inventory and purchase strategies.
Major achievements
Elaborating the component supply strategy of assembly workstations.
Development of general simulation testing methods and models as well as software for the comprehensive examination of workstations and their
environment.
Exploring the intensification potentials of manufacturing and assembly lines.
Elaborating a method for determining the optimum number of vehicles for passenger transport with consideration of outsourcing possibilities.
Developing efficiency indicators for measuring the transport logistic efficiency of vehicles, bus and coach stations, stops and a complete bus network
as well as target functions depending on natural and cost functions.
Developing a mathematical and data model describing the properies of certain elements of a supplier logistic cluster.
Developing a virtual logistic network required for controlling a logistic cluster together with the most typical control strategies.
Mathematical description of an intermodal logistic structure.
IT development of a multi-modal logistic centre integrated into an industrial park, examination of the intensification possibilities of the internal and
external logistic processes.
Developing the purchase strategy of small components used on the assembly lines of mechatronic product families.
Further steps
Developing a specialist factory simulation software for the examination of assembly systems.
Examination of the possibilities of additional automation of production and assembly lines.
Determining the hardware and software requirements of an intelligent ticket and pass system.
Developing the logistic structure and operation strategy of Kárpátok Beszállítói Klaszter.
Designing the information system of a multi-modal logistic service centre integrated into an industrial park.
Software development for the optimisation of inventory and purchase strategies of components.
28
29
ACADEMIC AND TRAINING PROGRAM
Research results as reflected in the curriculum
The academic staff members directly involved in the research have been continuously incorporating the topics of their research in the curriculum, depending on
progress of the research in time:
formulating the practical problems;
presenting models and methods;
presenting the results.
Completing the first stage of the research, its summing up and publication provide an opportunity for students not directly attached to a particular member of staff
to gain access to the knowledge involved in the research topics and for other academic members not involved in the research to develop their teaching materials.
Involving students in the research work
More than 40 undergraduates were involved in the elaboration of the various projects. The scope of their activities covered data collection in the companies,
computerised data processing, testing calculation models and the preparatory work of measurements.
Activities in the Students' Scientific Societies, complex design assignments, thesis work
4 students are writing a paper for the Students' Scientific Society, out of which the papers of two will be presented at the 2005 Conference of the
Students' Scientific Society of the University of Miskolc;
MLR-RET has founded a special prize for the best paper for Students' Scientific Society on mechatronics and logistics, respectively;
12 undergraduates are writing their complex design assignments in connection with the research topics, which will be developed into thesis work;
several students spent their summer industrial placements with the consortium partners, assisting in testing the research results, in making the
solution versions more accurate, and in preparing the company staff for the continuous utilisation of the research results.
It is anticipated that some undergraduates will find employment with the consortium partners, and 2-3 students wish to be involved in the research work
as Ph.D. students in the future.
Deepening the relations with the undergraduates may contribute to reducing the number of young graduates wishing to leave the region.
30
ACADEMIC AND TRAINING PROGRAM
Ph.D. students, post-doctoral staff
Name
Ferenc Mészáros
Mónika Nagy Gyüker
László Kota
György Hegedűs
Gábor Szabados
László Kuzsella
Róbert Tóth
Research topic
Electronic marketplace models integrated with logistics.
Optimising the supplier network of assembly systems with network-like operation
Optimising large logistic service networks
Increasing the accuracy of ball spindles
Optimum development and control of automated multi-storey car parks
Investigation of the wear properties of materials
Blending of high-speed gas jets
The Knowledge Centre has taken on a major role in supporting Ph.D. and postdoctoral students. This is particularly true regarding the employment of postdoctoral
students, for it provides students with an opportunity for continuing their research work while remaining within the institution. Their employment is also beneficial
for the Knowledge Centre in turn, since their experience gained in research contributes to raising the standards of the elaboration of the research topics.
In-company advanced training events
The research results achieved are presented in great detail to our industrial partners in courses of 4-8 hours. In this way the utilisation of the research results can
be significantly speeded up. Courses are being planned to be held after the utilisation of the results with the purpose of evaluating the results achieved, and of
discussing the potentials for their further development.
Long-term impact
The continuous integration of the research results in the curriculum and their utilisation in an ever increasing scope involves the following areas:
developing the curriculum of practice oriented-linear training;
increasing the range of optional courses;
introducing specialisations in response to demand;
involving practising professionals in education and training.
These processes are promoted by the following:
our annual scientific publication (under the title Innovation and Knowledge in 2005);
the Scientific Seminar held annually;
the research summaries published on our website
31
TECHNOLOGY TRANSFER, UTILISATION OF THE RESEARCH RESULTS
Technology transfer, utilisation of the research results
MLR-RET regards it as its priority task to propagate the knowledge, new experience and technologies accumulated in the course of its research and development
(R&D) activities (technology diffusion), to deliver them to the users (technology transfer) and to promote their application. In this activity MLR-RET relies on its
cooperation partner: the Innovation and Technology Transfer Centre of the University of Miskolc.
The achievements and research results obtained by the Knowledge Centre appear in the fields of development research, applied research and basic research as
well. The possibilities and importance of technology transfer can be perceived in all the three research segments. It is often the case that results achieved in basic
research launch a research topic on its way that will lead to marketable products, technologies or model systems.
From the aspect of technology transfer, the segment of applied research carries the greatest significance. The majority of novelties appear in the form of analysis
and examination, system design and control methods of novel systems, and only in a smaller rate are there new products and technologies created. Therefore, in
order to promote technology transfer, it is of great importance that not only patents should be encouraged, but that the results should appear in the form of knowhow as well.
Knowledge and technology transfer activities of the Knowledge Centre related to research projects are as follows:
R&D results,
Cooperation with industrial partners,
Education and training programs,
Publications.
Technológia transzfer, kutatási
eredmények hasznosítása
R&D results
The R&D results of the three research projects were handed over to the prospective users who had commissioned the projects.
Among the results the following are to be highlighted:
Project 1: The World of Products
1.1 Constructing intelligent components, products and structures
Developing a special-purpose machine suitable for the controlled winding of the evaporation pipe of a freezer;
Determining the possibilities for influencing the noise generated during the operation of household appliances, exploring the modification
possibilities of functional elements, computer modelling.
1.2 Lifetime management
Elaborating the contents of control system for the integrity of pipelines;
Elaborating an assessment methodology for faults in the welds of pipelines in operation;
Developing hybrid pipe production methods and technologies.
Project 2: Materials and Technologies
2.1 Material combinations and their production
Technical solution of in-process gas sampling in the processing of polymers;
Elaborating a gas sampling methodology for material processing by extruders;
Preparing an odour qualification system;
Introduction of a new type of antioxidant for improving the quality of pipe materials;
Determining the optimum basic material of polyurethane elastomers.
2.2 Mechatronic technologies
Elaborating the trouble-shooting examination methodology of welding faults;
Developing a computer-aided design system for the technological design of joining technologies.
32
TECHNOLOGY TRANSFER, UTILISATION OF THE RESEARCH RESULTS
Project 3: Integrated systems
3.1 Industrial automation
Developing a tender administration software package operating on a local network and an ACCESS database;
Developing CAD files for the fixtures of products, for the design of fixture systems and for the solution of fixture design tasks;
Developing measuring equipment for the in-production testing of the instrument panels of vehicles;
Elaborating the design methodology for the alarm system in the process control of a power plant.
3.2 Intelligent measurement and control systems
Designing, building and testing a diagnostic system for foundries based on a new type of force and moment measurement;
Elaborating measurement methodology for the virtual testing of electronic circuits;
Developing measuring equipment for testing the downtime of hedge-trimming and chainsaw machines;
Performing measurements on electrical circuits, registering and evaluating errors, identifying the faulty equipment causing the problems.
Technológia
transzfer, kutatási
3.3 Logistic system
eredmények hasznosítása
Elaborating general simulation testing methods and models, as well as software development;
Elaborating a method for determining the optimum vehicle number for passenger transportation with consideration of outsourcing possibilities;
Elaborating efficiency indicators as well as target functions based on natural and cost functions that are suitable for measuring the transportation
logistic efficiency of vehicles, bus and coach stations, but stops and complete transport networks;
Elaborating the mathematical and data models describing the properties of the individual elements of supplier logistic clusters.
MLR-RET makes use of the following facilities in order to widen its technology transfer activities both on a national and on an international level:
The national expansion of the Mechatronic and Materials Science Cooperation Research Centre and of the Innovation Management Cooperation
Research Centre,
The national network of RETs through connecting the research projects and topics,
The extensive system of the national and international relations of the University of Miskolc,
The Innovation and Technology Transfer Centre and the Regional Office of the Innovation Association operating at the University of Miskolc,
Close connections with the chambers of the counties involved,
New achievements can be propagated and diffused in networks in the multinational companies in the region, and the multiplicative effect may make a
positive impact on the economy of the region and the country.
The activity of technology transfer is promoted by:
Our scientific publication brought out with an annual frequency (in 2005 with the title 'Innovation and Knowledge'),
The scientific seminar held annually,
The research summaries published on our website.
33
COOPERATION WITH INDUSTRIAL PARTNERS
Industrial partner
Robert Bosch Elektronika Gyártó Kft.
Bosch Rexroth Pneumatika
Gyártó és Kereskedelmi Kft.
Electrolux Lehel Kft.
Prec-Cast Öntödei Kft.
Tiszai Vegyi Kombinát Rt.
Cooperation topic
Achievements
Weldability examination of electronic components,
elaboration of investigation methods.
Large-instrument investigations,
investigation methodology.
Testing the instrument panels of vehicles.
Implementation concept of
measuring equipment for inproduction testing.
Elaborating the development concept of a
micro-camera system.
Study on the technical
requirements of visual signal and
data transmission processing.
Analysis of increasing the productivity of
boring machining centres.
CAD files for solving fixture design
problems.
Comprehensive analysis of the assembly
activities of pneumatic valves.
Generalisation of the principles of singlepurpose machines for assembly.
Examination of the optimum stock level,
storage and loading techniques of assembly
workstations.
Elaborating the component supply
strategy of assembly workstations.
Development of a special-purpose machine for
winding the evaporation pipe of a freezer.
Development concept of a specialpurpose machine for winding the
evaporation pipe of a freezer.
Investigation of the sources of noise and the
nature of noise in products close to people.
Determining the possibilities for
influencing noise, exploring the
modification possibilities of functional
elements.
Intensification of logistic systems between
manufacturing and assembly lines as well as
between workstations.
Exploring the intensification possibilities
of manufacturing and assembly lines.
Developing the production-supervision and
diagnostic systems of high-pressure casting
machinery.
Designing, building and testing a new
type of diagnostic system based on force
and momentum measurement for
foundries.
Investigation of the thermo-oxidative
degradation of PP induced by organic
peroxides.
Technical solution of gas sampling in the
processing of polymers.
Developing gas sampling methods during
processing.
Elaborating gas sampling methods for
material processing with extruder.
Preparing an odour qualification system.
Relationship between material structure and
mechanical properties in the welds of PE pipes.
Examination of the mechanical
properties of pipe stock. Determining the
molecule orientation of butt-welded pipe
welds.
34
COOPERATION WITH INDUSTRIAL PARTNERS
Industrial partner
Borsod Volán Személyszállítási Rt.
Észak-magyarországi Munkaadói
és Gazdasági Közösség
Cooperation topic
Achievement
Investigation of the introduction possibilities of an
intelligent ticket and pass system in order to increase the
logistic efficiency in transport.
Elaborating efficiency indicators for
measuring the transport logistic
efficiency of vehicles, bus and coach
stations, stops, and a complete transport
network as well as target functions
based on natural and cost functions.
Investigation of producing polyurethane
elastomers. Investigating the basic materials
for polyurethane elastomers.
Determining the structure of polyols and
finished elastomers by infrared
spectroscopy of the basic materials of
polyurethanes. Determining the optimum
basic material for polyurethane
elastomers.
Elaborating the mathematical and data
models describing the properties of
some elements of a supplier logistic
cluster. Elborating a virtual logistic
network and typical management
stategies for the management of a
logistic cluster.
Zempléni Regionális
Vállalkozásfejlesztési Alapítvány
Elaborating the logistic structure and operation
strategy for the Kárpátok Beszállítói Klaszter.
AES - Tisza Erőmű Kft.
Developing a process control system for a
power plant.
Design aspects for alarm systems.
DHL Logisztika Kft.
Developing specialist services not supported by
commercially available software.
Tender administration software operating
on a local network.
ÉMÁSZ Rt.
Investigation of disturbances caused by highperformance industrial electric equipment and
network repercussions endangering
operational safety.
Measurements performed under actual
industrial conditions on the electricity
network, faults registered and evaluated.
MOL Földgázszállító Rt.
Exploring and analysing the dimensions of
lifetime management.
Creating generalisable knowledge
elements.
National Instruments Europe Kft.
Elaborating virtual testing methods.
The measurement methods for the
virtual testing of electronic circuits were
elaborated and documented in a book.
Optimising component inventory and purchase
strategies.
Elaborating the purchase strategy of
small components used on the assembly
lines of a mechatronic product family.
Constructing the sensor system of testing equipment,
determining the parameters of the testing process,
developing the software controlling the automatic testing
process.
Testing equipment tested and its
operating software.
Investigating the establishment of a multi-modal logistic
service centre integrated into an industrial park.
Mathematical description of an
intermodal logistic structure. IT
development of a multimodal logistic
centre integrated into an industrial park,
investigation of the intensification of
internal and external logistic processes.
Robert Bosch Power Tool
Elektromos Szerszámgyártó Kft.
Sátoraljaújhelyi Ipari Park
35
ACADEMIC AND RESEARCH STAFF, ADMINISTRATION
In the region of Northern Hungary the University of Miskolc has accumulated the critical mass of theoretical knowledge and research capacity that can constitute
the centre of mechatronic and logistic research in the region.
The management of the Knowledge Centre is constituted by the members of the Operative Council:
Dr. Gyula Patkó, chairman
Dr. Tibor Csáki, director
Dr. Tamás Bányai, deputy director
Dr. József Cselényi, consultant
Dr. Angéla Váradi Szarka, research organiser
Dr. Éva Lehoczky Nagy, manager
Academic and research staff of the University with great experience are involved in the organisation and management of the research activities.
The heads of the programs:
Dr. Ádám Döbröczöni (World of Products)
Dr. Pál Bárczy (Materials and Technologies)
Dr. Tibor Csáki (Integrated Systems)
The project leaders:
Dr. László Kamondi (Constructing Intelligent Components, Products and Structures)
Dr. János Lukács (Lifetime Management)
Dr. Pál Bárczyl (Material Combinations and Their Production)
Dr. Miklós Tisza (Mechatronic Technologies)
Dr. Ernő Kovács (Industrial Automation)
Dr. Angéla Váradi Szarka (Intelligent Measurement and Control Systems)
Dr. József Cselényi, Dr. Béla Illés (Logistic Systems)
In addition to the academic and research staff of the University, the representatives and research staff of the companies as consortium members are also involved
in the research activities, thus ensuring the solution of the tasks.
36
PUBLICATIONS 1.1
1.1 Construction of Intelligent Components, Products, and Structures
Published
Kováts A.: A rendszerelv a zajcsökkentésben. XI. Ipari Környezetvédelmi Konferencia, 2005. pp. 125-134.
Kováts A.; Sarka F.: A végeselem módszer a diagnosztikában. XV. Diagnosztika konferencia, 2005. pp. 43-52.
Takács Á.: Az intuitív és a diszkurzív tervezőrendszerek összehasonlítása. Doktoranduszok Fóruma, 2005. november 9.
Takács Á.; Kamondi L.: Számítógépre adaptált koncepcionális tervezési módszer. Géptervezők és Terméktervezők XXI. Országos
Szemináriuma, 2005. november 10.-11.
Takács, Á.; Kamondi, L.: Computer aided morphological design. CADAM 2005. International Conference on Computer Aided Design and
Manufacturing, Supetar, Horvátország, 2005. szeptember
Takács, Á.; Kamondi, L.: Synthesis of the intuitive and the discursive designer schools. Srni, Csehország, 2005. november 7-9.
Under publication
Dömötör F.; Gergely M.; Kováts A.: Rezgésdiagnosztika. Dunaújvárosi Fõiskola kiadója. 2005. Kb. 700 oldal.
Research reports
Kamondi L. et al.: Elpárologtatócső térben automatikus változó emelkedésű felcsévéléséhez megoldási lehetőségek kutatása
Kamondi L. et al.: Emberközeli termékek zajforrásainak és a keletkező zaj jellegének kutatása
Kamondi L. et al.: Fagyasztóláda elpárologtató csövének felcsévélésére alkalmas célgép fejlesztési koncepciójának kidolgozása
Kamondi L. et al.: Háztartási porszívók zajforrásainak és csökkentési lehetőségeinek kutatása
Kamondi L. et al.: Kommunális hulladékok feldolgozása és késztermékké alakítása lehetőségeinek kidolgozása
Kamondi L. et al.: Kommunális hulladékok szelektálási módszereinek és termékké fejlesztési lehetőségeinek kutatása
37
PUBLICATIONS 1.2
1.2 Lifetime Management
Published
Balogh, G.. Computer aided design of progressive dies. Slovenian-Hungarian Mini-Symposium, 25. October 2005.
Lukács, J.: Fáradásos repedésterjedésre érvényes tervezési görbék meghatározása nagyszilárdságú acélokhoz. (Determination of
fatigue crack propagation limit curves for high strength steels.) V. Országos Anyagtudományi, Anyagvizsgálati és Anyaginformatikai
Konferencia és Kiállítás, Balatonfüred, 2005. október 9-11. Előadások kivonata CD-ROM. 2005. p. 15. (p. 16.) ISBN 963 219 274 5.
(Abstract.)
Rédai Á.; Lukács J.: Csőtávvezetékek körvarratainak integritása különböző előírások tükrében. V. Országos Anyagtudományi,
Anyagvizsgálati és Anyaginformatikai Konferencia és Kiállítás, Balatonfüred, 2005. október 9-11. Előadások kivonata CDROM. 2005. p. 201. ISBN 963 219 274 5. (Abstract, poszter.)
Under publication
Lukács, J.: Determination of fatigue crack propagation limit curves for high strength steels. Materials Science Forum.
Lukács, J.: Determination of fatigue crack propagation limit curves for high strength steels. 1st International Conference on SUPER-HIGH
STRENGTH STEELS, 2-4 November 2005, Rome.
Rédai, Á.; Lukács, J.: Structural integrity of pipeline girth welds based on different recommendations. Materials Science Forum.
Research reports
Lukács J. et al.: Csővezetékek élettartam gazdálkodása
Lukács J. et al.: Csővezetékek élettartam gazdálkodása: Dimenziók az élettartam gazdálkodásban
Lukács J. et al.: Csővezetékek élettartam gazdálkodása: Hibrid cső előállítási módszerek és technológiák
Nagy Gy. et al.: Körvarratok integritása
Nagy Gy. et al.: Körvarratok integritása: Körvarratban lévő gyökhiba vizsgálata a lineárisan rugalmas törésmechanika módszerével
Török I. et al.: Csővezetékek élettartama: csővezetékek süllyedése
Török I. et al.: Műtárgykeresztezés élettartamának elemzése
38
PUBLICATIONS 2.1
2.1 Material Combinations and Their Production
Published
Czél Gy.; Nagy Gy.; Bárczy P.; Lukács J.: Polimer mátrixú szerkezeti elem tanulmányozása. V. Országos Anyagtudományi,
Anyagvizsgálati és Anyaginformatikai Konferencia és Kiállítás, Balatonfüred, 2005. október 9-11. Elõadások kivonata CD-ROM. 2005. p.
38. ISBN 963 219 274 5. (Abstract.)
Published
Czél, Gy.; Nagy, Gy.; Bárczy, P.; Lukács, J.: A study on a PMC structural element. Materials Science Forum.
Research reports
Bárczy P. et al.: A TIPELIN 7700M Black PE100 fekete HDPE csõalapanyag mechanikai tulajdonságai
Bárczy P. et al.: Az anyagszerkezet és a mechanikai tulajdonságok kapcsolata PE 80 (TIPELIN 380-30/302) és PE100 (TIPELIN 7700M
Black) cső hegesztéseinél
Bárczy P. et al.: Feldolgozás közbeni gázmintavételi módszerek fejlesztése
Kollár M. et al.: Poliuretán elasztomerek alapanyagainak vizsgálata
Kollár M. et al.: Poliuretán elasztomerek előállítása és szerkezete
Marossy K. et al.: P szerves peroxidokkal kiváltott termooxidatív degradációja
39
PUBLICATIONS 2.2
2.2 Mechatronic Technologies
Published
Lukács, Zs.; Tisza, M.: Multi-step forming simulation. International Conference on Industrial Tools ICIT'2005, Bled, Slovenia, 12-14. April
2005.
Tisza, M.: A general overview of numerical modelling and simulation in sheet metal forming. Slovenian-Hungarian Mini-Symposium, 25.
October 2005.
Tisza, M.: Az anyagtudományi oktatás helyzete a hazai felsőoktatási intézményekben. OAAAKK'2005, Balatonfüred, 2005. október 9-11.
Tisza, M.: Numerical modelling and simulation in sheet metal forming: Academic and industrial perspectives. Materials Science Forum, v.
473-474. pp. 407-414.
Tisza, M.: Rapid parametric process design using FEM, Advanced Materials Research. v. 6-8. (2005) pp. 235-240.
Tisza, M.; Gál, G.; Lukács, Zs.; Kovács, P.: Effect of various parameters on the wall thickness distribution in multi-step deep-drawing.
MicroCAD'2005, Miskolc, 2005. 03. 10-11.
Tisza, M.; Gál, G.; Lukács, Zs.; Kovács, P.: Numerical modelling of multi-step deep-drawing. Slovenian-Hungarian Mini-Symposium, 25.
October 2005.
Tisza, M.; Gál, G.; Lukács, Zs.; Kovács, P.: Simulation of multi-step deep-drawing performed in transfer presses. ICTP'2005. Verona-Italy,
10-14. October 2005.
Tisza, M.; Lukács, Zs.; Tisza, M. jr.: FEM analysis in die design practice. ESAFORM'2005. Cluj-Napoca, Romania, 27-29. April 2005.
Tisza, M.; Lukács, Zs.; Tisza, M. jr.: Rapid parametric process design using FEM analysis. SheMet'2005 Conference, Erlangen-Nürnberg,
Germany, 5-8. April 2005.
Under publication
Tisza M.: Numerikus modellezés alkalmazása a lemezalakító iparban. „Innováció és Tudás” Konferencia, Miskolc, 2005.
Research reports
Török T. et al.: A felületszerelt elektronikai alkatrészek és a nyomtatott huzalozású lapok ón/ólom alapú forraszanyagokkal kapcsolt
felületrészeinek állapotát befolyásoló tényezõk feltárása, különös tekintettel az újraömlesztéses (reflow) forrasztásra
Török T. et al.: Felületkezelés, illetve a felületállapot hatása az elektronikai alkatrészek forraszthatóságára
40
PUBLICATIONS 3.1
3.1 Industrial Automation
Published
Blaga, Cs.; Kovacs, E.: Measurement and simulation of solenoid based actuators. Dubrovnik 2005. Sept. 26-28.
ISBN 953-6037-42-4, CD-ROM p.6.
Under publication
Csáki T; Makó I; Zsiga Z.: Szerelési folyamatok egységesítése. Szerelőhelyek jellegzetes struktúráinak elemzése. „Innováció és Tudás”
Konferencia, Miskolc, 2005.
Kovács E.; Váradiné Sz.A.; Takács Gy: Automatikus lézeres magasságmérő berendezés koncepciója. „Innováció és Tudás” Konferencia,
Miskolc, 2005.
Takács Gy.; Csáki T.; Hegedűs, Gy: Gyors átállási módszerek feltárása, fúró-maró megmunkáló központok
termelékenységének növelésére. „Innováció és Tudás” Konferencia, Miskolc, 2005.
Váradiné Sz. A.; Kovács E. : Lézeres távolságmérők összehasonlító vizsgálata és elemzése. „Innováció és
Tudás” Konferencia, Miskolc, 2005.
Research reports
Csáki T. et al.: Adatok elemzése és keresése adatbányászat alkalmazásával
Csáki T. et al.: Ügyviteli rendszert támogató szoftverek és szoftverkomponensek fejlesztése
Kovács E. et al.: Mozgó lézeres mérőrendszerek alkalmazhatóságának kutatása gyártó-szerelő termelő berendezések pontosságának
és hatékonyságának növelésére
Kovács E. et al.: Vizsgálóberendezés komplett működési koncepciójának kidolgozása a műszerfalak gyártása során felpréselt mutatók
magasságának aktív rendszerű ellenőrzésére
Szabóné Makó I. et al.: Szerelési folyamatok időbeliségeinek és egységesíthetőségének elemzése
Szabóné Makó I. et al.: Szerelőhelyek tipizált kialakításának és rugalmasságának fokozása
Takács Gy. et al.: Gyors átállási módszerek feltárása, fúró-maró megmunkáló központok termelékenységének növelésére
Takács Gy. et al.: Szerszámgépek termelékenység-fokozó gyors átállási stratégiáinak feltáró elemzése
Telek P. et al.: Szerelő munkahelyek alkatrészellátási stratégiáinak és szimulációs vizsgálatuk elméleti alapjainak kidolgozása
Telek P. et al.: Szerelő munkahelyek optimális munkahelyi készletszintjének, tárolási és feltöltési technikájának vizsgálata
41
PUBLICATIONS 3.2
3.2 Intelligent Measurement and Control Systems
Published
Gyurkó I.: A nagyvasúti villamos vontatási fogyasztók hálózat visszahatásának vizsgálata. ELEKTROTECHNIKA.2005/10. 98.évfolyam.
pp. 257- 259
Gyurkó I.: Elektronikus informatikai berendezéseket zavaró hálózati visszahatások vizsgálata. ELEKTROTECHNIKA.2005/5.
98.évfolyam. pp.148-150.
Szarka, T.; Szentirmai, L.: Safe Operation of Rail by Ensuring high Standard Quality of Energy Supply.
International Conference on Ship Propulsion and Railway Traction Systems 2005. 4 to 6 Oct 2005. Bologna, Italy.
Szarka, T.; Szentirmai, L.: Electrical Drives Contribution To Sustainable Development. EDPE’2005. International Conference on
Electrical Drives and Power Electronics. 26 28 September 2005, Dubrovnik, Croatia.
Váradi, Sz. A.; Szarka, T.; Szentirmai, L.: Electrical Energy Quality and Drive Operation. EPQ2005. International
Scientific and Technical Conference, Efficiency and Power Quality of Electrical Supply of Industrial Enterprises, Mariupol, 18-20 May
2005. Ukraina. pp: 26-29
Váradi, Sz. A.; Szentirmai, L.; Szarka, T.: Reduction of Life Cycle Costs in Pumping Systems by Unexpected Fault
Finding. EEMODS' 05. Conference 2005 - Energy Efficiency in Motor Driven Systems. Heidelberg. Germany, 5-8.
September 2005.
Váradiné, Sz. A.: Remote Control of Intelligent Virtual Instrumentation using the Internet. OGÉT 2005.
Szatmárnémeti, Románia, pp.156-159.
Under publication
Kovács E.; Váradiné Sz. A.; Radács L.;, Szarka T. : A városi hálózatokon megjelenő zavarok- és a zavarforrás
helyek feltárása. „Innováció és Tudás” Konferencia, Miskolc, 2005.
Váradi, A.; Szentirmai, L.: Impact of inverter power output quality on operation of inverter-fed induction motor
drives. SPEEDAM'2006 Symposium on Power Electronics, Electrical Drives, Automation & Motion. Italy, 2006.
Váradiné Sz. A.; Kovács E.; Blága Cs.; Szabó N: Virtuális műszerek alkalmazása elektronikus áramkörök tesztelésére. „Innováció és
Tudás” Konferencia, Miskolc, 2005.
Váradiné Sz.A.: Leállási idő mérésére alkalmas tesztberendezés fejlesztése. „Innováció és Tudás” Konferencia, Miskolc, 2005.
Váradiné Sz.A.; Kovács E.; Blága Cs.; Szabó N.: Elektronikai áramkörök tesztelése NI ELVIS alkalmazásával. Felhasználói
kézikönyv kb. 300 oldal.
Research reports
Ajtonyi I. et al.: A mechatronikában ill. szerelésautomatikában a vezeték nélküli kommunikációs rendszerek lehetőségének feltárása
Ajtonyi I. et al.: Mikrokamerás felvételek készítése speciális folyamatok megfigyelése érdekében
Szarka T. et al.: Nagyteljesítményű ipari villamos berendezések okozta zavarok és az üzembiztonságot veszélyeztető hálózati
visszahatása vizsgálata
Szarka T. et al.: Villamos hálózatok, energetikai berendezések és rendszerek vizsgálata, mérési módszerek kidolgozása
Szecső G. et al.: Nagynyomású öntőgépek termelés-felügyeleti és diagnosztikai rendszerének fejlesztése
Váradiné Szarka A. et al.: Ethernet hálózaton vezérelhető mérési és tesztelési módszerek kidolgozása
Váradiné Szarka A. et al.: Leállási idő mérésére alkalmas tesztberendezés mérésvezérlő szoftverének fejlesztése
Váradiné Szarka A. et al.: Tesztelési módszerek kidolgozása elektronikai áramkörök vizsgálatára NI-ELVIS rendszer alkalmazásával
42
PUBLICATIONS 3.3
3.3 Logistic Systems
Published
Bányai T.; Cselényi J.; Mang B.; Telek P.: Használt háztartási berendezések gyűjtési rendszerének telepítési algoritmusa és alkalmazása.
in: Gépgyártástechnológia. 1/2005. pp.5-11.
Cselényi J.; Illés B.: A termelési logisztikai folyamat tervezésének és működtetésének stratégiái I. TRANSPACK V, 2005, 1, pp.44-48.,
ISSN 1587-7183
Cselényi J.; Illés B.: A termelési logisztikai folyamat tervezésének és működtetésének stratégiái II. TRANSPACK, 2005., V.,1., pp.44-47.,
ISSN 1587-7183
Cselényi J.; Illés B.: A termelési logisztikai folyamat tervezésének és működtetésének stratégiái III. TRANSPACK, 2005., V.,2., pp.42-44.,
ISSN 1587-7183
Cselényi J.; Illés B.: A termelési logisztikai folyamat tervezésének és működtetésének stratégiái IV. TRANSPACK, 2005., V.,3., pp.26-29.,
ISSN 1587-7183
Cselényi J.; Illés B.: Elektronikus piactér alkalmazásának lehetősége szervizek elfekvő készleteinek értékesítésére. Gépgyártás, 2005.,
XLV., 1., pp.12-18., ISSN 0016-8580
Cselényi J.; Illés B.: Kis teherbírású, függőleges modulokból felépülő, számítógépes irányítású tárolórendszerek optimális kialakítási
lehetőségei és működtetési stratégiák I. TRANSPACK, 2005.,V.,2., pp.48-49., ISSN 1587-7183,
lehetőségei és működtetési stratégiák II. TRANSPACK, 2005.,V.,3., pp.30-31., ISSN 1587-7183
lehetőségei és működtetési stratégiák III. TRANSPACK, 2005.,IV.,8., pp.52-53., ISSN 1587-7183
Cselényi J.; Illés B.; Bálint R.: Átfutási idők csökkentésének lehetőségei mechatronikai termékek gyártásánál, különös tekintettel a
beszállítói rendszer optimális működésére. A Miskolci Egyetem Közleménye, Mechatronika, Anyagtudomány, Vol. 1., No. 2 (2005),
pp.185-196., ISSN 1589-827X
Cselényi J.; Illés B.; Kovács L.: Dinamikusan változó termékstruktúra és a volumen hatása a mechatronikai termékszerelés logisztikai
reengineeringjére, A Miskolci Egyetem Közleménye, Mechatronika, Anyagtudomány, Vol. 1., No. 2 (2005), pp.197-204., ISSN 1589-827X
Cselényi J.; Illés B.; Németh J.: Hálózatszerű karbantartás és hálózatépítés készleteinek optimális elhelyezése, fölöslegessé váló
készletek kezelése Projekt Orientált Működés esetén, Gépgyártás, 2005., XLV., 1., pp.19-26., ISSN 0016-8580
Cselényi J.; Illés B.; Rádai L.: Tömbtárolós automatizált gépkocsitároló-rendszerek irányítási stratégiáinak néhány kérdése. Gépgyártás,
2005., XLV., 1., pp.27-31., ISSN 0016-8580
Cselényi, J.; Illés, B.: Utilization of research in logistics and cooperation possibilities with the „Visegrád Four” countries.
Innovation and utility in the Visegrád Four. International Scientific Conference, Nyíregyháza. 2005.10.10-13. Vol.3. Agricultural and
Mechanical Engineering. pp. 595-605. ISBN 963869182-2-4
Cselényi, J.; Kovács, L.; Kovács, Gy.; Bálint, R.: Conversion possibilities of storage zones of distribution warehouses in case of changing
structures and volume of commissioned products, Annals of MTeM for 2005& Proceedings of the 7th International Conference Modern
Technologies in Manufacturing, Technical University of Cluj-Napoca, Cluj-Napoca, 6-8th October 2005, ISBN 973-9087-83-3, pp.167-172
Illés B.; Cselényi J.; Bálint R.: Ipari parkok nemzetközi értékelése alapján meghatározott sikertényezők intenzifikálására szolgáló
hatáslánc egy változata. Gépgyártás, 2005., XLV., 1.,pp.32-35., ISSN 0016-8580
Illés B.; Cselényi J.; Kovács L.: Logisztikai kutatási feladatok és lehetőségek a Miskolci Egyetem Mechatronikai és Anyagtudományi
Kooperációs Kutatási Központjában és Regionális Egyetemi Tudásközpontjában. OGÉT 2005, Szatmárnémeti, 2005, április 28-május 01,
Kiadvány: pp.101-105., ISBN 973-7840-03-8
Illés B.; Cselényi J.; Németh J.: Hálózatszerűen működő karbantartás, felújítás és hálózatépítés logisztikai rendszereinek tervezési és
irányítási módszerei. A Miskolci Egyetem Közleménye, Mechatronika, Anyagtudomány, Vol. 1., No. 2 (2005), pp.149-164., ISSN 1589827X
43
PUBLICATIONS 3.3
3.3 Logistic Systems
Published
Illés, B.: Die logistischen Zeitfaktoren bezogen auf den Wartungsprozess. 7th International Conference Modern Technologies in
Manufacturing. Cluj-Napoca. 2005.10.6-8.. pp.239-244. ISBN 9739087833
Nagy, M.; Bányai Á.; Cselényi, J.: Comparison of the results of heuristic algorithm and the whole discount of purchasing system
optimisation. Annals of DAAAM for 2005& Proceedings of the 16th International DAAAM Symposium, University of Rijeka, Opatija, 1922nd October 2005, ISSN 1726-9679, ISBN 3-901509-46-1, pp.261-262.
Nagy, M.; Bányai, Á.; Cselényi, J.: Sensibility analysis of optimization of purchasing system in special consideration of users. Annals of
MTeM for 2005& Proceedings of the 7th International Conference Modern Technologies in Manufacturing, Technical University of ClujNapoca, Cluj-Napoca, 6-8th October 2005, ISBN 973-9087-83-3, pp.293-296.
Nagyné Gy. M.; Bányainé T. Á.; Cselényi J.: Beszállítói rendszer optimalizálásának érzékenységi vizsgálata az alkatrészek és a
beszállítók sajátosságainak függvényében. GÉPGYÁRTÁS, A Gépipari Tudományos Egyesület Szakfolyóirata, Logisztikai célszám 2.
rész, XLV. évfolyam, 2005. 1. szám, HU ISSN 0016-8580, pp.36-44., Konferencia kiadvány
Nagyné Gyüker M.; Bányainé Tóth Á.; Cselényi J.: Beszállítói rendszer optimalizálásának érzékenységi vizsgálata az alkatrészek és a
beszállítók sajátosságainak függvényében. X. Fiatal Műszakiak Tudományos Ülésszaka Nemzetközi Tudományos Konferencia, Erdélyi
Múzeum Egyesület, Kolozsvár, 2005. március 18-19., ISBN 973-8231-44-2, pp.70-74.
Oláh B.; Bányai T.; Cselényi J.: A felhasználók késztermék igényeit a szerelőüzemekhez rendelő algoritmusok összehasonlítása és az
optimumok termékekre való érzékenységi vizsgálata. in: Fiatal Műszakiak Tudományos Ülésszakának kiadványa. Kolozsvár. 2005.
pp.70-74.
Oláh B.; Bányai T.; Cselényi J.: Sensitivity analysis of optimums concerning assembly plants and comparison of algorithms for
assignment of plants to the product requirements of the users. in: Proceedings of microCAD 2005 International Scientific Conference.
Miskolc. 2005. pp.107-113.
Under publication
Bányai, T.; Csáki, T.; Cselényi, J., Patkó, Gy.: New reserach concept in the field of mechatromics and logistics International Logistics and
Supply Chain Congress' 2005. november 23-24, 2005, Istanbul, Turkiye
Cselényi, J.; Illés, B.; Kovács, Gy.; Bálint, R.: Network of north-east Hungarian logistic centres and logistic clusters, International Logistics
and Supply Chain Congress 2005, November 23-24, 2005, Istanbul, Turkiye
Illés, B.: Connection between the maintenance and logistics, International Logistics and Supply Chain Congress 2005, November 23-24,
2005, Istanbul, Turkiye
Nagy, M.; Bányai, Á.; Cselényi, J.: Optimal selection of purchasing system of assembly plant operating in network considering possibilities
of direct transport and transport through the distribution stores, International Logistics and Supply Chain Congress 2005, November 23-24,
2005, Istanbul, Turkiye
Research reports
Bányai T. et al.: Közlekedési logisztikai hatékonyság mérésére szolgáló módszerek kidolgozása
Bányai T. et al.:Intelligens jegy- és bérletrendszer bevezetése a közlekedési logisztikai hatékonyság növelése érdekében
Cselényi J. et al.: A Kárpátok Beszállítói Klaszter logisztikai felépítésének és működési stratégiájának a kidolgozása
Cselényi J. et al.: Beszállítók logisztikai tevékenységét segítő logisztikai klaszterek tervezésének és irányításának elméleti megalapozása
Illés B. et al.: Ipari parkba integrált, multimodális logisztikai központok tervezésének és irányításának elmélete
Illés B. et al.: Sátoraljaújhelyi Ipari Parkban integrált multimodális logisztikai szolgáltató központ kiépítésének a vizsgálata
Illés B. et al.: Alkatrész készletezési és beszerzési stratégiák optimalizálása
Kovács L. et al.: A kombi hűtőszekrénygyártás gyártó- és szerelősorai, valamint munkahelyei közötti logisztikai rendszer intenzifikálása
44
PUBLICATIONS
Papers with a general topic read at various events
1.
Bányai, T.: Research activities and co-operation possibilities of the Regional Knowledge Centre on Mechatronics and Logistics. Workshop
at University of Duisburg, Germany, 2005.03.14.
2.
Bányai, T.; Csáki, T.; Lengyel, A.; Patkó, Gy.: Investigations in materials science, mechatronics and logistics at the University of Miskolc.
2nd International Workshop. Strenghtening of interregional R&D collaborations between Hungary, Slovakia, Romania and Ukraine. June
23-25, 2005
3.
Bányai, T.; Csáki, T.; Patkó, Gy.: Ungarische Teilnahme an der ungarisch-deutschen Forschungsbasis im Bereich Mechatronik. Working
Meeting German-Hungarian Research Bases, Bonn, 2005. 08. 26.
4.
Csáki, T.: Mechatronic research at the Department of Machine Tools of the University of Miskolc. Workshop at the University of Duisburg,
Germany, 2005.03.14.
5.
Csáki, T.; Patkó, Gy.: A Miskolci Egyetem feladatai a régió tudásközpontjának kialakításában. Miskolc, mint tudásalapú technológiai
transzferközpont c. Workshop. REVITAE program. Miskolc, 2005.05.26.
6.
Patkó Gy.; Csáki T.; Bányai T.: A Miskolci Egyetem Tudásintenzív Mechatronikai és Logisztikai Rendszerek Regionális Egyetemi
Tudásközpontjának lehetőségei a mechatronikai és logisztikai kutatásokban. XX. Háztartási készülék szeminárium. Jászberény, 2005.
október 13-14.
45
MEDIA PRESENCE OF THE KNOWLEDGE CENTRE,
EXTERNAL AND INTERNAL COMMUNICATIONS
Media presence
MLR-RET officially started its operation with a ceremonial session of the Management Board on 17 June 2005. The event was covered by the Miskolci Városi
Televízió (local television), the Magyar Rádió Miskolci Körzeti Stúdiója (local radio associated with the Hungarian Radio), Észak-Magyarország (local daily), and
Borsod Online (local Internet newspaper).
The program Heuréka! of the Duna Televízó showed interviews about MLR-RET, presenting the staff working at various research centres as well as the
consortium partners, all of whom described and spoke highly about the importance of their joint activities.
Gazdasági Tükörkép Magazin (an economic weekly) published an interview on the operation and regional role of MLR-RET in its issue of 2 November 2005.
External relations
Representing MLR-RET, Dr. Tibor Csáki, director, gave a paper 'Mechatronic Research at the Department of Machine Tools of the University of Miskolc at a
workshop at the University of Duisburg-Essen on 14 March 2005, which was in preparation for a German-Hungarian bilateral cooperation.
Dr. Tamás Bányai, deputy director, gave a paper 'Research Activities and Cooperation Possibilities of the Regional Knowledge Centre on Mechatronics and
Logistics' at the same workshop.
Representing MLR-RET, Dr. Tibor Csáki, director, gave a paper at the workshop MISKOLC as KNOWLEDGE-BASED TECHNOLOGY TRANSFER CENTRE, in
the framework of the REVITAE program held by the local government of the City of Miskolc, Észak-Magyarországi Regionális Fejlesztési Ügynökség Kht. and
INNOCENTER Innovációs Központ Kht. Venue of the workshop: University of Miskolc, Post-Graduate Training Centre, TVK Hall, date: 26 May 2005.
Representing MLR-RET, Dr. Tamás Bányai, deputy director, gave a paper at the international workshop Strengthening Interregional R&D Collaborations
between Hungary, Slovakia, Romania and Ukraine, held by the University of Debrecen with support from Nemzeti Kutatási és Technológiai Hivatal. Venue: Hotel
Nagyerdõ. Date: 23 June 2005.
Dr. Gyula Patkó, chairman of MLR-RET, gave a paper 'Ungarische Teilnahme an der ungarisch-deutschen Forschungsbasis im Bereich Mechatronik' at the event
Working Meeting German-Hungarian Research Bases. Venue: Bonn. Date: 26 August 2005.
Dr. Tibor Csáki, director, gave a paper at the XX. Household Appliances Seminar on The Possibilities of the Regional Knowledge Centre of the University of
Miskolc, Knowledge-Intensive Mechatronic and Logistic Systems in Mechatronic and Logistic Research on 14 October 2005.
Dr. József Cselényi, consultant, gave a paper on New Research Concepts in the Field of Mechatronics and Logistics at the International Logistics and Supply
Chain Congress' 2005 conference in Istanbul on 23 November 2005.
Internal communications
Communications between the University of Miskolc as leader of the consortium and the member companies of the consortium take place at different levels:
At the highest level: in the preparation, administration and evaluation of the sessions of the Management Board (strategic cooperation),
At intermediate level: in the working relations between the members of the Operative Council and the company officials (tactical
cooperation),
at project level: in the cooperation between the project leaders and the company research leaders (operative cooperation).
46
PERFORMANCE INDICATORS
Scientific achievements
Programs
1.1
1.2
2.1
2.2
3.1
3.2
3.3
Total
Published
0
0
0
2
0
2
16
20
Under publication
0
2
1
0
0
0
0
3
Published
0
0
0
0
0
0
0
0
Under publication
1
0
0
0
0
1
0
2
Published
6
3
1
8
1
5
9
33
Under publication
0
1
0
1
4
4
4
14
National
4
2
1
1
0
0
0
8
International
2
2
0
7
1
5
9
26
Reports, studies
6
7
6
2
8
8
10
47
Articles in journals
Books, chapters of books
Papers in conference proceedings
Papers read at conferences
Staff performing competent research work
University professor
9
Associate professor
21
Senior lecturer
10
Lecturer
10
Researcher
10
Engineer-lecturer
2
Research assistant
7
Departmental engineer
8
Technician
4
PhD student
18
Undergraduate
45
Total:
144
Undergraduate
PhD student
Technician
Research assistant
Researcher
Departmental engineer
Engineer-lecturer
Lecturer
Senior lecturer
Associate professor
University professor
47
PERFORMANCE INDICATORS
Innovation and business utilisation
40
35
30
25
20
15
10
5
0
1.1
1.2
2.1
2.2
prototype
service
application
technology
product
3.1
3.2
3.3
The utilisation of the research and development achievements was effected in addition to the consortium partners at the following companies:
·
·
Robert Bosch Power Tool Elektromos Szerszámgyártó Kft.;
DHL Logisztika Kft.;
·
Elastico Kft.;
·
Fux Rt.;
·
AES-Tisza Erőmű Kft.
Academic activities
The achievements of research and development activities also found their employment in academic activities:
9 PhD theses have been begun,
several papers for the Students' Scientific Societies were accepted for the conference program of the Students' Scientific Societies of the University of
Miskolc,
MLR-RET founded a special prize for the best paper for the Students' Scientific Societies in mechatronics and logistics,
several final theses were begun to be prepared in the various research projects,
the research results achieved are continuously integrated into the curricula of the Faculty of Mechanical Engineering and the Faculty of Engineering
and Materials Science of the University of Miskolc.
Social utilisation
The project made contributions to:
sustainable development and environmental protection,
the implementation of equal opportunities,
security,
moderation of regional inequalities.
48
FINANCING, AGGREGATE FINANCIAL INDICATORS
The operation of the MLR-RET consortium is ensured by three sources: support, own resources of the consortium members, and income from external
commissions. In terms of financing, the strategic objective is to increase the own resources of the members and the income from external commissions.
400000
350000
300000
250000
200000
150000
100000
50000
0
support
own resources
income
from external
commission
Sources
Miskolci Egyetem
Support
External commission
Bosch Elektronika
Support
Own resources
Bosch Rexroth
Support
Own resources
Electrolux
Support
Own resources
Prec-Cast
Support
Own resources
TVK
Support
Own resources
Borsod Volán
Support
Own resources
ÉMGK
Support
Own resources
ZRVA
Support
Own resources
334141
11930
4167
4167
2000
2000
3000
3000
2000
2000
3000
3000
2000
2000
1375
1375
2000
2000
49
FINANCING, AGGREGATE FINANCIAL INDICATORS
Distribution of personnel expenses between the individual research projects
Constructing Intelligent Components, Products and Structures
Lifetime Management
Material Combinations and Their Production
Mechatronic Technologies
Industrial Automation
Intelligent Measurement and Control Systems
Logistic Systems
Expenditure of support and own resources in 2005
Operation expenses
000 HUF
76 306
Benefits to persons
Management
18 548
Researchers
50 412
PhD. students
1 066
Undergraduates
1 875
Post-doctoral staff
3 405
Per diem for foreign travel
1 000
Contributions paid by the employer
19 701
Material expenses
72 763
External commissions
23 120
Other material expenses
49 643
5 800
PR activities
Operation
26 820
Foreign travel
2 057
14 966
Overheads
Accumulation costs
000 HUF
62 659
Purchase of equipment
8 000
Purchase of intangible assets
Investment
121 125
Total:
360 554
50
ABBREVIATIONS
AES
AES-Tisza Erőmű Kft. (Power Plant)
Bosch Elektronika
Robert Bosch Elektronika Gyártó Kft. (Power Tool Manufacturing)
Bosch PT
Robert Bosch Power Tool Elektromos Szerszámgyártó Kft. (Electronic Manufacturing)
Bosch Rexroth
Bosch Rexroth Pneumatika Gyártó és Kereskedelmi Kft. (Pneumatic Manufacturing and Trade)
Borsod Volán
Borsod Volán Személyszállítási Rt. (Public Transport)
DHL
DHL Logisztika Kft. (Logistics)
Electrolux
Electrolux LEHEL Kft.
ÉMGK
Észak-magyarországi Munkaadói és Gazdasági Közösség (Employment and Economic Association of Northern Hungary)
KPI
Kutatás-fejlesztési Pályázati és Kutatáshasznosítási Iroda (Research and Development Project and Research Utilisation Office)
ME
Miskolci Egyetem (University of Miskolc)
MLR-RET
Mechatronikai és Logisztikai Rendszerek Regionális Egyetemi Tudásközpont (Regional University Knowledge Centre of Mechatronics
and Logistics)
MOL
MOL Földgázszállító Rt. (Natural Gas Transportation)
NI
National Instruments Europe Kft.
Prec-Cast
Prec-Cast Öntödei Kft. (Precision Casting Foundry)
SIP
Sátoraljaújhelyi Ipari Park (Industrial Park in Sátoraljaújhely)
TVK
Tiszai Vegyi Kombinát Rt. (Chemical Plant)
ZRVA
Zempléni Regionális Vállalkozásfejlesztési Alapítvány (Foundation of Enterprise Development in the Region of Zemplén)
51
MLR-RET
Miskolc-Egyetemváros H- 3515
Telefon: 46/563-427
Fax: 46/563-426
e-mail: retig@uni-miskolc.hu
WEB: ret.uni-miskolc.hu
Design: WaterMen Marketing H- 3529 Miskolc, Szilágyi Dezső út 34.
Tel.: +36 46 348 548, email@watermen.hu, www.watermen.hu
52

annual report - Nemzeti Kutatási, Fejlesztési és Innovációs Hivatal

Transcription

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