A Study of HEXA Parallel Robot Control System Integrated to Industry 4.0

碩士 === 華梵大學 === 機電工程學系 === 104 === This research would to design and produce a HEXA Robot, then transmitted Robot information to the Remote node, to achieve industrial 4.0 of integration. According to the characteristics of HEXA Robot, using SolidWorks CAD Software drawing mechanism components, in a...

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Main Authors: CHEN,HEH-YUAN, 陳鶴元
Other Authors: LIN,CHING-KUO
Format: Others
Language:zh-TW
Published: 2016
Online Access:http://ndltd.ncl.edu.tw/handle/06531960086341138958
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spelling ndltd-TW-104HCHT06570042016-09-10T04:28:21Z http://ndltd.ncl.edu.tw/handle/06531960086341138958 A Study of HEXA Parallel Robot Control System Integrated to Industry 4.0 六軸並聯式機器人控制系統整合於工業4.0之研究 CHEN,HEH-YUAN 陳鶴元 碩士 華梵大學 機電工程學系 104 This research would to design and produce a HEXA Robot, then transmitted Robot information to the Remote node, to achieve industrial 4.0 of integration. According to the characteristics of HEXA Robot, using SolidWorks CAD Software drawing mechanism components, in assembly simulations to reach the design requirements, use Rapid Prototyping technology production entities and assembled, then through man-machine interface to control robot and movement. Finally, send the robot's information to the internet through network communication module, and then the robot can be integrated to industry 4.0. When the older machine tools or robots upgrade to Industry 4.0 specification, because of it doesn't have network communication port, need to purchase the new models that support network transmission. Due to upgrade the machine's cost is proportional, this research used UART communication letting robot connect to the extended communication module. It can apply to that have RS-232 or RS-485 and other older machine, therefore reducing the cost for upgrading, and because of its integration into industrial 4.0, production efficiency and related information update speed can be significantly enhanced. Keyword:Industry 4.0,HEXA Parallel Robot LIN,CHING-KUO 林靖國 2016 學位論文 ; thesis 50 zh-TW
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description 碩士 === 華梵大學 === 機電工程學系 === 104 === This research would to design and produce a HEXA Robot, then transmitted Robot information to the Remote node, to achieve industrial 4.0 of integration. According to the characteristics of HEXA Robot, using SolidWorks CAD Software drawing mechanism components, in assembly simulations to reach the design requirements, use Rapid Prototyping technology production entities and assembled, then through man-machine interface to control robot and movement. Finally, send the robot's information to the internet through network communication module, and then the robot can be integrated to industry 4.0. When the older machine tools or robots upgrade to Industry 4.0 specification, because of it doesn't have network communication port, need to purchase the new models that support network transmission. Due to upgrade the machine's cost is proportional, this research used UART communication letting robot connect to the extended communication module. It can apply to that have RS-232 or RS-485 and other older machine, therefore reducing the cost for upgrading, and because of its integration into industrial 4.0, production efficiency and related information update speed can be significantly enhanced. Keyword:Industry 4.0,HEXA Parallel Robot
author2 LIN,CHING-KUO
author_facet LIN,CHING-KUO
CHEN,HEH-YUAN
陳鶴元
author CHEN,HEH-YUAN
陳鶴元
spellingShingle CHEN,HEH-YUAN
陳鶴元
A Study of HEXA Parallel Robot Control System Integrated to Industry 4.0
author_sort CHEN,HEH-YUAN
title A Study of HEXA Parallel Robot Control System Integrated to Industry 4.0
title_short A Study of HEXA Parallel Robot Control System Integrated to Industry 4.0
title_full A Study of HEXA Parallel Robot Control System Integrated to Industry 4.0
title_fullStr A Study of HEXA Parallel Robot Control System Integrated to Industry 4.0
title_full_unstemmed A Study of HEXA Parallel Robot Control System Integrated to Industry 4.0
title_sort study of hexa parallel robot control system integrated to industry 4.0
publishDate 2016
url http://ndltd.ncl.edu.tw/handle/06531960086341138958
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