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Research of the Mechatron System of Dosing of Loose Products in Small Doses


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DOI: https://doi.org/10.15866/ireme.v14i2.18258

Abstract


The packing of loose products in small doses is currently used in the pharmaceutical and food industry. The development of new types of filling and packaging equipment is relevant for these tasks, especially for small enterprises, which are taking an increasing share in the industry of developing countries, including China and Russia. This paper aims to study and research the mechanical system for the volumetric dosing of loose products in small doses, developed at Peter the Great St. Petersburg Polytechnic University, at the Department of Automation. Through the research of cyclogram, the corresponding Human Machine Interaction for the time dosing system has been developed, and work cyclograms that allow connecting the productivity, and the total dose mass that is a multiple of the unit dose mass have been presented. This model provides more packaging solutions for small businesses, and it can meet the needs of filling and packaging in the food, pharmaceutical and chemical industries. The results of the experimental studies of the dosing error of the developed mechatronic system are presented. It is proposed and shown that upon receipt of the required dose, as the sum of unit doses, the requirements of GOST R 8-579-2001 for dosing errors are always ensured.
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Keywords


Number of Packaged Goods; Packaging; Dosing and Packing; Dosing Error; Productivity of Dosing Systems in Small Doses

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References


Kelsey, R. J. Packing and packaging: design, technology, application (translated from English. Edited by V. Javner) / R. J. Kelsey, J. F. Hanlon and H. E., Forsinio - Profession, 2003 .-- 632 p.

Anne Emblem, Henry Emblem. Packaging technology – Fundamentals, materials and processes, Woodhead Publishing Limited,2012.-595p

GOST R.8.579-2001 Requirements for the number of packaged goods in packages of any kind during their production, packaging, sale and import, IPK Standards Publishing House, 2004. - 8 p.

COUNCIL DIRECTIVE of 20 January 1976 on the approximation of the laws of the Member States relating to the marking-up by weight or by volume of certain prepackaged products (76/211/EEC)

Xu Qianyu. Analysis of the measured data in the quantitative measurement of the volume of commodity mass, Industrial measurements, 08/15/2002. - p 106–108.

Chen Xue, Wei Xing. Development of the design of vertical and horizontal sealing of loose products, Automation of production. 2014 (12) .– p 66–68.

China: JJF 1070-2005 People's Republic of China, National Metrological Technical Regulations Quantitative Packaging Commodity Net Content Inspection Rules / State Administration of Quality Supervision / 2005

Cao Ping. Quantitative analysis of quantitative packaging products - Analysis of errors in quantitative packaging products, Chinese Dimension, 2011. - p32–33.

Yu Chungguan, Zhou Yanli, Quantitative measurement of content control of net packaging packaging New technologies and new products in China, 02.25.2010. - p133.

Peng Bo. Development and analysis of a precision metrological powder packaging system, Hubei University of Technology. 2017.

Yuryeva IN, Vdovina GP, Development of the composition and technology of powders for the preparation of a suspension for oral administration of a calcium preparation and the study of stability, Modern problems of science and education. No. 5, 2014.

State Pharmacopoeia of the Russian Federation. - 12th ed., Part 2., Publishing house Scientific center for the examination of medical use, 2008. - 704 p.

Weizer, William. Converted Flexible Packaging / The Freedonia Group. – 1994. - № 569.

U.S. Sack Corp. Technical Data sheet. –

Stone Container Corp. Consumer Bags // The Bag Packaging Workshop Manual. – . – P.1/

Persichilli, Lucia. Reference Guide. – Paper Shipping Sack Manufacturers’ Association, Inc., 1991.

Zhao Wen. Javner V.L. Meeting the requirements of standards for the number of packaged products in consumer packaging, Peter the Great St. Petersburg Polytechnic University, 2017. - Part 2.p17

Polyakov S.I. The problem of achieving accuracy in dosing materials VGLTA Voronezh.

Project 1-A, Pre-shipment Test Procedures. – National Safe Transit Association. April 1990.

ASTM D-4169, Standard Practice for Performance Testing of Shipping Containers and Systems. – ASTM (American Society for Testing and Materials), 1994.

Rule 180-A for LTL Shipments // National Motor Freight Traffic Association, 1995.

Food 6 – Drug Packaging, 1988, (July):3

Council on Packaging in the Environment. – COPE National Survey – Wave VII, 1996..

Environmental Packaging: U.S. Guide to Green Labeling, Packaging and Re cycling. – 1997. (January): Tab 500, P. 101.

Introduction to Statistical Quality Control (3rd ed.) // Douglas C. Montgomery. – New York: John Wiley and Sons, 1996.

Maijnard’s Industrial Engineering Handbook (4th ed.) // Harold Bright Maynard and William K. Hodson. – New York: McGraw-Hill,1992.

Statistical Quality Control // Eugene L. Grant and Richard S. Leavenworth – New York: McGraw-Hill,1996.

Belousov, V. A. Fundamentals of dosing and tabletting of medicinal powders / V. A. Belousov, Walter M. B., Medicine, 1980, 216 p., Ill.

Roginsky G.A. Dosing of bulk materials, Chemistry, 1978.

Pat. 2101682 Russian Federation, IPC G01F 11/00. Device for dispensing bulk materials / M.I. Peysakhov; applicant and patent holder of the Leningrad Scientific and Production Association "Progress". - No. 5048414/28; declared 06/17/1992; publ. 01/10/1998.

Pat. 49798 Russian Federation, IPC B 65 B 1/36. Device for dispensing bulk materials / Yu. G. Zalyaliev, V. A. Kargin, A. M. Laryukhin, S. S. Akhmetshin; applicant and patent holder FGTU "Production Association" Plant them. Sergo ". - No. 2004110434/12; declared. 03.31.04; publ. 10.12.05 Bull. No. 34.

Volumetric dosers of bulk materials and weighing accuracy: [site].

URL: http://tenzoveda.ru/dozatory-obemnye/

Zhavner, V. L. Dosing systems for bulk products weighing up to 5 grams / V. L. Zhavner, I. A. Sineokova // Bulletin of the Pskov State University. Series: Economics. Right. Control. - 2012. - No. 1 - p 147–153.

Pat. 27217 Russian Federation, IPC G01F 11/28. Device for dispensing bulk products / V.L. Javner, M.A. Flowers; Applicant and patent holder SPBPU. - No. 2002103915/20; declared 02/12/02; publ. 01/10/03, Bull. Number 1.

Javner, V.L. Zhao Wen. Mechanical dosing system for bulk solids in small doses, Modern engineering: science and education MMEST,2017. - 462 p.

Smirnov, K.A., Javner, V.L. Development of control systems for multi-head dispensers based on the simulation of their work devices and systems. Management, control, diagnostics, Publishing house "Nauchtekhlitizdat" (Moscow).

ISSN: 2073–0004. 2005. – p.8-12.

Grigoryan, S. G., Degtyareva, A.N. Simulation modeling of the process of combination dosing, New science: International scientific-practical conference. 2017. – p 42–44

Second Annual Packaging Machinery Shipments and Outlook Study/Executive Summary/Packaging Machinery Manufacturers Institute. – 1996

Hollinger, R. National Retail Security Survey, National Retail Federation, 1995

NEISS Product Summary Report. – U. S. Consumer Product Safety Commission, National Injury Information Clearingghouse, 1993

Danger, E. P. Selecting Colour for Packaging, Gower Technical Press,1987

Code of Federal Regulations (CFR), section 1910.95, Title 29. – OSHA, 1996.

Zepf, P. J. There’s More Than Meets the Eye in Timing Feed Screw Technology // Packaging Technology of Engineering. – October, 1994. – P.63

Brody, A. L. and Marsh, K. A., eds. The Wiley Encyclopedia of Packaging Technology. – 2nd ed. – NY: John Wiley & Sons, 1997. – P. 150.


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