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Overmeyer L, Ventz K, Falkenberg S (2009). Interfaced multidirectional small-scaled modules for intralogistic operation. Logistics Journal, Vol. 01. (urn:nbn:de:0009-14-20943)

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%0 Journal Article
%T Interfaced multidirectional small-scaled modules for intralogistic operation
%A Overmeyer, Ludger
%A Ventz, Kai
%A Falkenberg, Sascha
%J Logistics Journal
%D 2009
%V 01
%N 01
%@ 1860-7977
%F overmeyer2009
%X This article examines options of an innovative design of intralogistic systems by interfacing small-scaled modules. Current intralogistic systems are quite customized with unique solutions and small production lots. In most cases these systems feature a central main control. To offer highly individual solutions, thus meeting the demand of shorter life cycles, there is a need for more flexible material handling systems. Hence, identical small-scaled modules with integrated intelligence present a promising approach. Requirements and options are analyzed to develop a small-scaled module as a basis for a flexible intralogistic system. An essential requirement for a small sized module is functional flexibility to allow configuring individual intralogistic solutions. Thus, these modules have to combine a variety of functions to provide not only a material flow function but also sorting and distributing functions, for instance. Furthermore, an easy extension of the system in any plane direction should be possible. Approaches based on existing technology, such as roller conveyors or belt conveyors are considered along with new solutions concerning this ambitious challenge. A further development of swivel wheel technology and some new ideas like a swivel disk present promising solutions. With a flexible mechanical solution we can design modules that can be developed into self controlling elements.
%L 620
%K intralogistic systems
%K material flow
%K material handling systems
%R 10.2195/LJ_Ref_Overmeyer_2094_092009
%U http://nbn-resolving.de/urn:nbn:de:0009-14-20943
%U http://dx.doi.org/10.2195/LJ_Ref_Overmeyer_2094_092009
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Bibtex

@Article{overmeyer2009,
  author = 	"Overmeyer, Ludger
		and Ventz, Kai
		and Falkenberg, Sascha",
  title = 	"Interfaced multidirectional small-scaled modules for intralogistic operation",
  journal = 	"Logistics Journal",
  year = 	"2009",
  volume = 	"01",
  number = 	"01",
  keywords = 	"intralogistic systems; material flow; material handling systems",
  abstract = 	"This article examines options of an innovative design of intralogistic systems by interfacing small-scaled modules. Current intralogistic systems are quite customized with unique solutions and small production lots. In most cases these systems feature a central main control. To offer highly individual solutions, thus meeting the demand of shorter life cycles, there is a need for more flexible material handling systems. Hence, identical small-scaled modules with integrated intelligence present a promising approach. Requirements and options are analyzed to develop a small-scaled module as a basis for a flexible intralogistic system. An essential requirement for a small sized module is functional flexibility to allow configuring individual intralogistic solutions. Thus, these modules have to combine a variety of functions to provide not only a material flow function but also sorting and distributing functions, for instance. Furthermore, an easy extension of the system in any plane direction should be possible. Approaches based on existing technology, such as roller conveyors or belt conveyors are considered along with new solutions concerning this ambitious challenge. A further development of swivel wheel technology and some new ideas like a swivel disk present promising solutions. With a flexible mechanical solution we can design modules that can be developed into self controlling elements.",
  issn = 	"1860-7977",
  doi = 	"10.2195/LJ_Ref_Overmeyer_2094_092009",
  url = 	"http://nbn-resolving.de/urn:nbn:de:0009-14-20943"
}
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RIS

TY  - JOUR
AU  - Overmeyer, Ludger
AU  - Ventz, Kai
AU  - Falkenberg, Sascha
PY  - 2009
DA  - 2009//
TI  - Interfaced multidirectional small-scaled modules for intralogistic operation
JO  - Logistics Journal
VL  - 01
IS  - 01
KW  - intralogistic systems
KW  - material flow
KW  - material handling systems
AB  - This article examines options of an innovative design of intralogistic systems by interfacing small-scaled modules. Current intralogistic systems are quite customized with unique solutions and small production lots. In most cases these systems feature a central main control. To offer highly individual solutions, thus meeting the demand of shorter life cycles, there is a need for more flexible material handling systems. Hence, identical small-scaled modules with integrated intelligence present a promising approach. Requirements and options are analyzed to develop a small-scaled module as a basis for a flexible intralogistic system. An essential requirement for a small sized module is functional flexibility to allow configuring individual intralogistic solutions. Thus, these modules have to combine a variety of functions to provide not only a material flow function but also sorting and distributing functions, for instance. Furthermore, an easy extension of the system in any plane direction should be possible. Approaches based on existing technology, such as roller conveyors or belt conveyors are considered along with new solutions concerning this ambitious challenge. A further development of swivel wheel technology and some new ideas like a swivel disk present promising solutions. With a flexible mechanical solution we can design modules that can be developed into self controlling elements.
SN  - 1860-7977
UR  - http://nbn-resolving.de/urn:nbn:de:0009-14-20943
DO  - 10.2195/LJ_Ref_Overmeyer_2094_092009
ID  - overmeyer2009
ER  -
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Wordbib

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ISI

PT Journal
AU Overmeyer, L
   Ventz, K
   Falkenberg, S
TI Interfaced multidirectional small-scaled modules for intralogistic operation
SO Logistics Journal
PY 2009
VL 01
IS 01
DI 10.2195/LJ_Ref_Overmeyer_2094_092009
DE intralogistic systems; material flow; material handling systems
AB This article examines options of an innovative design of intralogistic systems by interfacing small-scaled modules. Current intralogistic systems are quite customized with unique solutions and small production lots. In most cases these systems feature a central main control. To offer highly individual solutions, thus meeting the demand of shorter life cycles, there is a need for more flexible material handling systems. Hence, identical small-scaled modules with integrated intelligence present a promising approach. Requirements and options are analyzed to develop a small-scaled module as a basis for a flexible intralogistic system. An essential requirement for a small sized module is functional flexibility to allow configuring individual intralogistic solutions. Thus, these modules have to combine a variety of functions to provide not only a material flow function but also sorting and distributing functions, for instance. Furthermore, an easy extension of the system in any plane direction should be possible. Approaches based on existing technology, such as roller conveyors or belt conveyors are considered along with new solutions concerning this ambitious challenge. A further development of swivel wheel technology and some new ideas like a swivel disk present promising solutions. With a flexible mechanical solution we can design modules that can be developed into self controlling elements.
ER
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Mods

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  <titleInfo>
    <title>Interfaced multidirectional small-scaled modules for intralogistic operation</title>
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  <name type="personal">
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  <abstract>This article examines options of an innovative design of intralogistic systems by interfacing small-scaled modules. Current intralogistic systems are quite customized with unique solutions and small production lots. In most cases these systems feature a central main control. To offer highly individual solutions, thus meeting the demand of shorter life cycles, there is a need for more flexible material handling systems. Hence, identical small-scaled modules with integrated intelligence present a promising approach. Requirements and options are analyzed to develop a small-scaled module as a basis for a flexible intralogistic system. An essential requirement for a small sized module is functional flexibility to allow configuring individual intralogistic solutions. Thus, these modules have to combine a variety of functions to provide not only a material flow function but also sorting and distributing functions, for instance. Furthermore, an easy extension of the system in any plane direction should be possible. Approaches based on existing technology, such as roller conveyors or belt conveyors are considered along with new solutions concerning this ambitious challenge. A further development of swivel wheel technology and some new ideas like a swivel disk present promising solutions. With a flexible mechanical solution we can design modules that can be developed into self controlling elements.</abstract>
  <subject>
    <topic>intralogistic systems</topic>
    <topic>material flow</topic>
    <topic>material handling systems</topic>
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Full Metadata

Bibliographic Citation Logistics Journal : referierte Veröffentlichungen, Vol. 01, Iss. 01
Title

Interfaced multidirectional small-scaled modules for intralogistic operation (eng)
Author Ludger Overmeyer, Kai Ventz, Sascha Falkenberg
Language eng
Abstract This article examines options of an innovative design of intralogistic systems by interfacing small-scaled modules. Current intralogistic systems are quite customized with unique solutions and small production lots. In most cases these systems feature a central main control. To offer highly individual solutions, thus meeting the demand of shorter life cycles, there is a need for more flexible material handling systems. Hence, identical small-scaled modules with integrated intelligence present a promising approach. Requirements and options are analyzed to develop a small-scaled module as a basis for a flexible intralogistic system. An essential requirement for a small sized module is functional flexibility to allow configuring individual intralogistic solutions. Thus, these modules have to combine a variety of functions to provide not only a material flow function but also sorting and distributing functions, for instance. Furthermore, an easy extension of the system in any plane direction should be possible. Approaches based on existing technology, such as roller conveyors or belt conveyors are considered along with new solutions concerning this ambitious challenge. A further development of swivel wheel technology and some new ideas like a swivel disk present promising solutions. With a flexible mechanical solution we can design modules that can be developed into self controlling elements.
Subject intralogistic systems, material flow, material handling systems
DDC 620
Rights DPPL
URN: urn:nbn:de:0009-14-20943
DOI https://doi.org/10.2195/LJ_Ref_Overmeyer_2094_092009