INTELLIGENT CONTROL SYSTEM FOR MONORAIL CONVEYOR IN HILLSIDE ORCHARD AND CONTROL METHOD THEREOF
An intelligent control system for a monorail conveyor in a hillside orchard and a control method thereof. The intelligent control system comprises a conveyor (1), a conveying rail (2) and a control subsystem (3). The control subsystem (3) comprises a main controller (301), an anti-slipping detection...
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Format | Patent |
Language | Chinese English French |
Published |
11.01.2024
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Abstract | An intelligent control system for a monorail conveyor in a hillside orchard and a control method thereof. The intelligent control system comprises a conveyor (1), a conveying rail (2) and a control subsystem (3). The control subsystem (3) comprises a main controller (301), an anti-slipping detection assembly, an attitude sensor (302), a direct-current electric motor (303), an actuator (304) and a power-off brake (305). The anti-slipping detection assembly comprises a first Hall sensor (306) and first steel magnets (307), wherein the first steel magnets (307) are uniformly mounted at the periphery of a rotating shaft of the direct-current electric motor (303), and the first Hall sensor (306) measures the actual rotation speed and actual rotation direction of the direct-current electric motor (303). The main controller (301) determines, according to whether the actual rotation direction of the direct-current electric motor (303) is consistent with a traveling direction in an operation instruction, whether there |
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AbstractList | An intelligent control system for a monorail conveyor in a hillside orchard and a control method thereof. The intelligent control system comprises a conveyor (1), a conveying rail (2) and a control subsystem (3). The control subsystem (3) comprises a main controller (301), an anti-slipping detection assembly, an attitude sensor (302), a direct-current electric motor (303), an actuator (304) and a power-off brake (305). The anti-slipping detection assembly comprises a first Hall sensor (306) and first steel magnets (307), wherein the first steel magnets (307) are uniformly mounted at the periphery of a rotating shaft of the direct-current electric motor (303), and the first Hall sensor (306) measures the actual rotation speed and actual rotation direction of the direct-current electric motor (303). The main controller (301) determines, according to whether the actual rotation direction of the direct-current electric motor (303) is consistent with a traveling direction in an operation instruction, whether there |
Author | ZHAO, Chonghai ZHOU, Yuehuai YI, Yuanfei HONG, Tiansheng YANG, Zhou LV, Shilei LI, Zhen LI, Qiafeng XUE, Xiuyun CHEN, Jiayu |
Author_xml | – fullname: HONG, Tiansheng – fullname: LI, Qiafeng – fullname: CHEN, Jiayu – fullname: YANG, Zhou – fullname: XUE, Xiuyun – fullname: ZHAO, Chonghai – fullname: YI, Yuanfei – fullname: ZHOU, Yuehuai – fullname: LV, Shilei – fullname: LI, Zhen |
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DocumentTitleAlternate | 山地果园单轨运输机智能控制系统及其控制方法 SYSTÈME DE COMMANDE INTELLIGENT POUR CONVOYEUR MONORAIL DANS UN VERGER À FLANC DE COTEAU ET PROCÉDÉ DE COMMANDE ASSOCIÉ |
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Snippet | An intelligent control system for a monorail conveyor in a hillside orchard and a control method thereof. The intelligent control system comprises a conveyor... |
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SubjectTerms | CONVEYING HANDLING THIN OR FILAMENTARY MATERIAL PACKING PERFORMING OPERATIONS PNEUMATIC TUBE CONVEYORS SHOP CONVEYOR SYSTEMS STORING TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING ORTIPPING TRANSPORTING |
Title | INTELLIGENT CONTROL SYSTEM FOR MONORAIL CONVEYOR IN HILLSIDE ORCHARD AND CONTROL METHOD THEREOF |
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