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    • 1. 发明申请
    • CRIMP VALIDATION USING CRIMP FORCE MONITORING APPARATUS, SYSTEMS AND METHODS
    • 使用压接力监视装置,系统和方法的压接验证
    • WO2010120373A3
    • 2010-12-16
    • PCT/US2010001136
    • 2010-04-16
    • GATES CORPHOSKINS JEFFIRWIN DENNISKIRK KELLY
    • HOSKINS JEFFIRWIN DENNISKIRK KELLY
    • B21D39/04F16L33/207H01R43/048
    • B21D39/048B21D39/046F16L2201/10H01R43/0427H01R43/0486
    • A method monitoring crimping of a fitting onto a hose, or the like, includes monitoring fluid pressure for carrying out the crimp at discrete diameters of the crimp, during the crimp, and analyzing crimp data reflecting the fluid pressure with respect to the diameters of the crimp during the crimp to determine if the fluid pressure is above a minimum pressure at particular diameters during the crimp, below a maximum pressure during the particular diameters during the crimp, and/or varies significantly from earlier crimps, to determine if the crimp is acceptable. A system for monitoring crimping of a fitting onto a hose end or the like might include a pressure sensor deployed in conjunction with a crimper to measure fluid pressure employed by the crimper during the crimp, a die diameter monitor and, a controller operatively connected to the crimper and sensors.
    • 监测配件在软管等上的卷曲的方法包括监测流体压力,用于在卷曲期间在卷曲的离散直径处进行卷曲,并分析反映流体压力相对于卷曲的直径的卷曲数据 在卷曲期间卷曲以确定在卷曲期间流体压力是否在特定直径处的最小压力以上,在卷曲期间特定直径期间的最大压力以下和/或与早期卷曲显着不同,以确定卷曲是否可接受 。 用于监测配件在软管端部或类似物上的压接的系统可包括压力传感器,该压力传感器与压接器一起展开以测量在压接期间由压接器使用的流体压力,模具直径监控器和控制器,该控制器可操作地连接到 卷曲机和传感器。
    • 2. 发明申请
    • CRIMP VALIDATION USING CRIMP FORCE MONITORING APPARATUS, SYSTEMS AND METHODS
    • 使用CRIMP力量监测装置,系统和方法进行CRIMP验证
    • WO2010120373A2
    • 2010-10-21
    • PCT/US2010/001136
    • 2010-04-16
    • THE GATES CORPORATIONHOSKINS, JeffIRWIN, DennisKIRK, Kelly
    • HOSKINS, JeffIRWIN, DennisKIRK, Kelly
    • B21D39/04
    • B21D39/048B21D39/046F16L2201/10H01R43/0427H01R43/0486
    • A method monitoring crimping of a fitting onto a hose, or the like, includes monitoring fluid pressure for carrying out the crimp at discrete diameters of the crimp, during the crimp, and analyzing crimp data reflecting the fluid pressure with respect to the diameters of the crimp during the crimp to determine if the fluid pressure is above a minimum pressure at particular diameters during the crimp, below a maximum pressure during the particular diameters during the crimp, and/or varies significantly from earlier crimps, to determine if the crimp is acceptable. A system for monitoring crimping of a fitting onto a hose end or the like might include a pressure sensor deployed in conjunction with a crimper to measure fluid pressure employed by the crimper during the crimp, a die diameter monitor and, a controller operatively connected to the crimper and sensors.
    • 监测配件对软管等的压接的方法包括:监测流体压力,以在卷曲期间以不同的卷曲直径进行卷曲,并且分析反映流体压力相对于直径的卷曲数据 在卷曲期间卷曲以确定在卷曲期间特定直径处的流体压力是否高于最小压力,在卷曲期间的特定直径期间低于最大压力,和/或从较早的卷曲显着变化,以确定卷曲是否可接受 。 用于监测配件到软管端部等的压接的系统可以包括与压接器结合使用的压力传感器,用于测量卷曲器在卷曲期间采用的流体压力,模具直径监视器和可操作地连接到 卷边器和传感器。