Results 91 to 100 of about 198 (108)
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Journal of Mechanical Design, 2009
Synchronous belt drives are occasionally required to transmit rotation accurately and are often employed in bidirectional operation. For transmission error per single pitch of the pulley, a helical synchronous belt with a helix angle of the tooth trace is effective. However, this belt causes axial movement because of the axial belt tooth load. When the
Masanori Kagotani, Hiroyuki Ueda
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Synchronous belt drives are occasionally required to transmit rotation accurately and are often employed in bidirectional operation. For transmission error per single pitch of the pulley, a helical synchronous belt with a helix angle of the tooth trace is effective. However, this belt causes axial movement because of the axial belt tooth load. When the
Masanori Kagotani, Hiroyuki Ueda
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The proceedings of the JSME annual meeting, 2003
Helical synchronous belt drives are more effective than conventional synchronous belt drives with respect to reducing noise and transmission error per single pitch of the pulley. However, the helix angle of the tooth trace causes axial belt movement. Therefore, a flanged pulley is used in a helical synchronous belt drive.
Masanori Kagotani +3 more
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Helical synchronous belt drives are more effective than conventional synchronous belt drives with respect to reducing noise and transmission error per single pitch of the pulley. However, the helix angle of the tooth trace causes axial belt movement. Therefore, a flanged pulley is used in a helical synchronous belt drive.
Masanori Kagotani +3 more
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Journal of Mechanical Design, 2004
Helical synchronous belt drives are more effective than conventional synchronous belt drives with respect to reducing noise and transmission error per single pitch of the pulley. However, the helix angle of the tooth trace causes axial belt movement. Therefore, flanged pulleys are used in a helical synchronous belt drive, in order to prevent the belt ...
Masanori Kagotani +3 more
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Helical synchronous belt drives are more effective than conventional synchronous belt drives with respect to reducing noise and transmission error per single pitch of the pulley. However, the helix angle of the tooth trace causes axial belt movement. Therefore, flanged pulleys are used in a helical synchronous belt drive, in order to prevent the belt ...
Masanori Kagotani +3 more
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F-0304 Side Tracking in Helical Synchronous Belt Drives : Influence of Flange
The proceedings of the JSME annual meeting, 2001Hiroyuki UEDA +3 more
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Strength Loss of Helical Cords for Synchronous Belts
The proceedings of the JSME annual meeting, 2000Hiroshi IIZUKA +4 more
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The Proceedings of the Symposium on Motion and Power Transmission, 2007
Masanori KAGOTANI, Hiroyuki UEDA
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Masanori KAGOTANI, Hiroyuki UEDA
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The Proceedings of the Machine Design and Tribology Division meeting in JSME, 2004
Naoya KITAMOTO +3 more
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Naoya KITAMOTO +3 more
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S1101-1-3 On the prediction of noise level and its reduction in helical synchronous belt.
The proceedings of the JSME annual meeting, 2009Yuji MARUYAMA, Kiyoshi OKURA
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