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Antonyova A.,University of Prešov | Antony P.,APmikro | Joelianto E.,Bandung Institute of Technology
Internetworking Indonesia Journal | Year: 2017

Management of pre-labelling phases in production the boxes, which are used as packages, requires office with the suitable environment for dealing with customers as well as the laboratory for the prototype production. To meet the requirements of the customers taking into account the possibilities of material, it is necessary to manage the testing the quality of corrugated paper, which is mostly used for production the boxes as well as testing the designed sample as prototype. Ethernet network can provide the suitable connection for transmission the data between office and laboratory. The connection includes especially plotter to design boxes and measurement devices to control the boxes quality. The devices as well as their connections were originally designed and constructed under the leadership of Peter Antony, as one of the coauthors. © 2017 IIJ.


Antonyova A.,University of Prešov | Antony P.,Apmikro | Joelianto E.,Bandung Institute of Technology
International Journal of Ecology and Development | Year: 2017

Most of the manufacturing processes mean not only new products but also solid waste and contaminated water. To purify the water, it often means physical, chemical and sometimes also biological processes. The decision for the correct procedure is the subject of particular causes pollution and contaminants. The factories which work with the colorants, those colorants become the most common source of pollution. The article shows the way to purify the wastewater contaminated with the ingredients of dispersion paints. The process can also be applied as de-inking procedure. De-inking procedure is based on electro-flotation as specific flotation with the bubbles formed as both active oxygen and hydrogen molecules, which are able to bind with the other impurities. The flotation process itself starts with the electrolytic reaction of the liquid mixture of pH 5.5. The whole process of flotation, which is followed by skimming the dirt particles in the form of foam, is controlled by the developed microprocessor based control system. The decreased amount of the contaminants in the wastewater is monitored with respect to the running time of the flotation process. From the evaluation of the final concentration of the water purity, the required time of the flotation process for the automatic control can identified using the analytical methods. © 2017 by International Journal of Ecology & Development.


Antonyova A.,University of Prešov | Antony P.,APmikro | Korjenic A.,Vienna University of Technology
Energy and Buildings | Year: 2016

Testing of the actual properties of insulation materials is usually connected with the actual situation when measurement realization requires suitable weather conditions, for instance the winter time. The previous research [6], in which measurements of polystyrene were conducted, was testing its thermal properties under actual conditions every 30 min, being directly dependent on the building environment where the insulation material was tested. Laboratory simulation of the actual application on the outside of the building to test the thermal properties of insulation materials can circumvent the dependency on the actual environmental conditions during the experiment. Here the actual thermal conductivity through the material of a specific thickness was tested using a new experimental measuring method. The method is based on generating an outside temperature of −18 °C using the Peltier module on one side of the block-shaped piece of insulation material. The methodology also enables testing of the internal thermal behavior of the material with the proper thickness as well as the shape of the material. The research results are especially useful when deciding on the effective thickness of the building's insulating material; using statistical methods. The analytical expression of the insulation properties inside the material would also serve for that purpose. © 2016 Elsevier B.V.


Antonyova A.,University of Prešov | Antony P.,APmikro | Soewito B.,Binus University
Journal of Physics: Conference Series | Year: 2016

Present level and quality of the environment are directly dependent on our access to natural resources, as well as their sustainability. In particular production activities and phenomena associated with it have a direct impact on the future of our planet. Recycling process, which in large enterprises often becomes an important and integral part of the production program, is usually in small and medium-sized enterprises problematic. We can specify a few factors, which have direct impact on the development and successful application of the effective reverse logistics system. Find the ways to economically acceptable model of reverse logistics, focusing on converting waste materials for renewable energy, is the task in progress.


Antonyova A.,University of Prešov | Antony P.,APmikro
Polish Journal of Environmental Studies | Year: 2015

Nowadays recycling wastewater is a task in progress. New ways of contamination have appeared together with the technology development. Our article deals with the case of wastewater contaminated with dispersed colorants that are used during the decoration of paper boxes for packaging various products. The wastewater treatment is based on the electro-flotation process. The system is fully automatic, with a possibility to set the time interval for the length of electro-flotation in the tank. The set of experimental laboratory work with equipment development is aimed at optimizing the time interval to manage the proper conditions according to the color used for decoration. LEDs are used to monitor the process. The results are analyzed using statistical methods. The optimum time interval of electro-flotation in a tank for the blue color was set at 25 min. © 2015, HARD Publishing Company. All rights reserved.


Antonyova A.,University of Prešov | Antony P.,APmikro
Jurnal Teknologi | Year: 2016

Prior to the process, when the shredded waste paper in factory is pressed into pellets, as a part of the chain in the context of the reverse logistics, the pieces of paper pass through the chamber. As paper pieces flow through the chamber with the pressing apparatus, the overfilling can cost the damage and stop the process. The sensor can detect overfilling in the pressing apparatus giving timely signal to the service staff. The designed sensor is constructed as a vibration rod that is based on the measuring and evaluating the resonance frequency using the sensor circuit board (PCB) with microprocessor. Evaluation of the vibrations, as an expression of the sensor vibrating rod, is realized through ASSEMBLER. The crystal frequency is 24 MHz, while the rod frequency is 55.5Hz. The damped vibrations of the sensor were modeled. The amplitudes were expressed using the least squares method for the curve fitting. The differential equation was used to determine the damping ratio of the system. © 2016, Penerbit UTM Press. All rights reserved.


Antonyova A.,University of Prešov | Antony P.,Apmikro
Advanced Science Letters | Year: 2014

Fluidic proximity sensor is designed to measure or indicate the distance between the reference object or surface and outlet opening of the circular nozzle which is the working part of the sensor. Although in some cases sensors based on electronics make the similar effect they cannot be used in the surrounding of high temperature, some specific chemicals, mining in potentially explosive atmospheres, major pollution or some other phenomena detrimental to electronics. Therefore fluidic has its use mostly in these conditions. The article presents fluidic proximity sensor with its connection and controlling using electronics which can be placed in the distant safety area. Process and characteristics of the phenomenon are modeled by methods of statistical analysis. © 2014 American Scientific Publishers All rights reserved.


Antonyova A.,University of Prešov | Antony P.,Apmikro
Advanced Science Letters | Year: 2014

The experiments were influenced by the lack of a suitable measuring instrument with a sufficient stability, reliability, accuracy and repeatability. A new device with the desired properties, that is required for a specific purpose, enables an accurate measuring and also the position repeatability for setting the exact distance between the two technological rollers to spread water-borne adhesives. The measuring process is realized by the system to transfer the linear motion to rotary, followed by scanning and digitizing the signal. The very microprocessor is programmed to read the positional data from the sensor and calculate the required range of data and send them to D/A converter. The sensor is based on so-called Hall Effect and on the internal signal processing. The output of the converter is a required signal for the main control system of the machine for the production of the paperboard. Experimental laboratory measurements before the installing were made to verify the accuracy and linearity of the device by the least square method of the statistical analysis. The automatic industrial-position sensor proved its linearity and repeatable stability with the accurate position. © 2014 American Scientific Publishers All rights reserved.


Antonyova A.,University of Prešov | Antony P.,APmikro
Proceedings - 2015 10th International Conference on P2P, Parallel, Grid, Cloud and Internet Computing, 3PGCIC 2015 | Year: 2015

Managing the manufacturing process remotely through an Internet connection allows, inter alia, to avoid, for example, many negative phenomena affecting the environment, which become sometimes necessary in the ambient surrounding of the production facility. In a company, where decoration the boxes leads to a massive water pollution with the disperse colorants, there was installed the waste water purifier to recycle sewage water using the technology of electro-flotation. Originally the control system enables to control devices only using the infrared remote controller. But due to the noisy operations during the box production, the waste water purifier was placed closer to the waste channels of sewers, farther away from the office for the sewage control center of the company and also there has been implemented TCP/IP control system using an Internet connection. This enables remote monitoring and displaying the current status directly on the monitor screen. If necessary, thus it is possible to implement the remote service access also to the main operating functions of the device. © 2015 IEEE.


Antonyova A.,University of Prešov | Antony P.,Apmikro
Journal of Physics: Conference Series | Year: 2013

The main inspiration for article was the problem of high investment into installation of the building insulation. The question of its effectiveness and reliability also after the period of 10 or 15 years was the topic of the international research project carried out at the University of Prešov in Prešov and Vienna University of Technology entitled «Detection and Management of Risk Processes in Building Insulation» and numbered SRDA SK-AT-0008-10. To detect especially the moisture problem as risk process in the space between the wall and insulation led to construction new measuring equipment to test the moisture and temperature without the insulation destruction and this way to describe real situation in old buildings too. The further investigation allowed us to analyse the range of data in the amount of 1680 measurements and express conductive heat transfer using the methods of statistical analysis. Modelling comprises relationships of the environment properties inside the building, in the space between the wall and insulation and in ambient surrounding of the building. Radial distribution function also characterizes the connection of the temperature differences. © IOP Publishing Ltd 2013.

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