MATHEMATICAL MODEL OF THE MOTION PALLET PROCESS ON BRAKE MAGNETIC TYPE ROLLER

Introduction. One of the main elements of the safe operation of gravity roller conveyors used in pallet racks is a brake roller. The most promising design is the brake roller magnetic (eddy current) type. The operation principle of such rollers is based on the laws of electromagnetic induction and i...

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Main Authors: I. A. Sharifullin, A. L. Nosko, E. V. Safronov
Format: Article
Language:Russian
Published: Siberian State Automobile and Highway University 2020-07-01
Series:Вестник СибАДИ
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Online Access:https://vestnik.sibadi.org/jour/article/view/1100
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author I. A. Sharifullin
A. L. Nosko
E. V. Safronov
author_facet I. A. Sharifullin
A. L. Nosko
E. V. Safronov
author_sort I. A. Sharifullin
collection DOAJ
description Introduction. One of the main elements of the safe operation of gravity roller conveyors used in pallet racks is a brake roller. The most promising design is the brake roller magnetic (eddy current) type. The operation principle of such rollers is based on the laws of electromagnetic induction and involves the braking of a conductor moving in a magnetic field, due to the interaction of eddy currents (or Foucault currents) arising in the volume of the conductor with an external magnetic field. However, in the market of warehouse shelving equipment, brake magnetic rollers are not widely used due to their high cost, which is primarily due to the lack of domestic designs and methods for their calculation. The aim of the work is to develop a mathematical model of the moving pallets process on a magnetic type brake roller.Materials and methods. The paper presented the theoretical study results on the development of a mathematical model of the moving pallets process on a magnetic type brake roller, described in works on centrifugal friction rollers and eddy current brake devices.Results. The main parameter determining the functions of the brake magnetic roller and hence the speed of the pallet along the gravity roller conveyor is a magnetic viscosity coefficient. The speed dependence of the pallets on the brake magnetic roller for various values of a magnetic viscosity coefficient is determined, its analysis is carried out.Conclusions. A mathematical model of the moving pallets process on a brake magnetic roller is developed. The movement speed equation of the pallets on the brake magnetic roller is obtained. For a reasonable choice of the design parameters of the magnetic brake roller, experimental studies are required to determine a magnetic viscosity coefficient.
format Article
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publishDate 2020-07-01
publisher Siberian State Automobile and Highway University
record_format Article
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spelling doaj-art-6b98c4e57fb14d3fa1cbc9f5cbdd62122025-08-20T03:23:18ZrusSiberian State Automobile and Highway UniversityВестник СибАДИ2071-72962658-56262020-07-0117336437310.26518/2071-7296-2020-17-3-364-373630MATHEMATICAL MODEL OF THE MOTION PALLET PROCESS ON BRAKE MAGNETIC TYPE ROLLERI. A. Sharifullin0A. L. Nosko1E. V. Safronov2Bauman Moscow State Technical UniversityBauman Moscow State Technical UniversityBauman Moscow State Technical UniversityIntroduction. One of the main elements of the safe operation of gravity roller conveyors used in pallet racks is a brake roller. The most promising design is the brake roller magnetic (eddy current) type. The operation principle of such rollers is based on the laws of electromagnetic induction and involves the braking of a conductor moving in a magnetic field, due to the interaction of eddy currents (or Foucault currents) arising in the volume of the conductor with an external magnetic field. However, in the market of warehouse shelving equipment, brake magnetic rollers are not widely used due to their high cost, which is primarily due to the lack of domestic designs and methods for their calculation. The aim of the work is to develop a mathematical model of the moving pallets process on a magnetic type brake roller.Materials and methods. The paper presented the theoretical study results on the development of a mathematical model of the moving pallets process on a magnetic type brake roller, described in works on centrifugal friction rollers and eddy current brake devices.Results. The main parameter determining the functions of the brake magnetic roller and hence the speed of the pallet along the gravity roller conveyor is a magnetic viscosity coefficient. The speed dependence of the pallets on the brake magnetic roller for various values of a magnetic viscosity coefficient is determined, its analysis is carried out.Conclusions. A mathematical model of the moving pallets process on a brake magnetic roller is developed. The movement speed equation of the pallets on the brake magnetic roller is obtained. For a reasonable choice of the design parameters of the magnetic brake roller, experimental studies are required to determine a magnetic viscosity coefficient.https://vestnik.sibadi.org/jour/article/view/1100palletrackgravity roller conveyormagnetic (eddy current) brake rollermagnetic viscosity coefficient
spellingShingle I. A. Sharifullin
A. L. Nosko
E. V. Safronov
MATHEMATICAL MODEL OF THE MOTION PALLET PROCESS ON BRAKE MAGNETIC TYPE ROLLER
Вестник СибАДИ
pallet
rack
gravity roller conveyor
magnetic (eddy current) brake roller
magnetic viscosity coefficient
title MATHEMATICAL MODEL OF THE MOTION PALLET PROCESS ON BRAKE MAGNETIC TYPE ROLLER
title_full MATHEMATICAL MODEL OF THE MOTION PALLET PROCESS ON BRAKE MAGNETIC TYPE ROLLER
title_fullStr MATHEMATICAL MODEL OF THE MOTION PALLET PROCESS ON BRAKE MAGNETIC TYPE ROLLER
title_full_unstemmed MATHEMATICAL MODEL OF THE MOTION PALLET PROCESS ON BRAKE MAGNETIC TYPE ROLLER
title_short MATHEMATICAL MODEL OF THE MOTION PALLET PROCESS ON BRAKE MAGNETIC TYPE ROLLER
title_sort mathematical model of the motion pallet process on brake magnetic type roller
topic pallet
rack
gravity roller conveyor
magnetic (eddy current) brake roller
magnetic viscosity coefficient
url https://vestnik.sibadi.org/jour/article/view/1100
work_keys_str_mv AT iasharifullin mathematicalmodelofthemotionpalletprocessonbrakemagnetictyperoller
AT alnosko mathematicalmodelofthemotionpalletprocessonbrakemagnetictyperoller
AT evsafronov mathematicalmodelofthemotionpalletprocessonbrakemagnetictyperoller