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    • 4. 发明申请
    • Molding Condition Diagnostic Device
    • 成型条件诊断装置
    • US20160236392A1
    • 2016-08-18
    • US15031453
    • 2014-10-21
    • TOYO MACHINERY & METAL CO., LTD.
    • Yoshihiko AOYAMA
    • B29C45/76
    • B29C45/766B22D17/32B29C45/76B29C45/768B29C2945/76939
    • Provided is a molding condition diagnostic device which can diagnose appropriateness of a preset molding condition according to a measured value detected during continuous automatic operation, and which can then inform an operator when the molding condition is inappropriate. A molding condition diagnostic device (1) which determines appropriateness of a molding condition setting value and informs an operator of a result of the determination is provided in a molding machine. The molding condition diagnostic device (1) has an input portion (2) which receives a measured value outputted from a measurement unit 11 and a molding condition setting value set in a molding condition setting unit (30); a comparison portion (3) which compares the measured value and the molding condition setting value both received by the input portion (2) with each other; a storage portion (4) in which a criterion for determining that the molding condition setting value is inappropriate is stored; and a determination portion (5) which determines whether a comparison result of the comparison portion (3) satisfies the criterion stored in the storage portion (4) or not. When the determination portion (5) determines that the comparison result of the comparison portion (3) satisfies the criterion stored in the storage portion (4), a specific determination message according to the measured value and the molding condition setting value compared with each other is outputted to a display portion (6).
    • 提供一种成型条件诊断装置,其可以根据在连续自动操作期间检测到的测量值来诊断预设成型条件的适当性,并且随后可以在成型条件不适当时通知操作者。 在成型机中设置成型条件诊断装置(1),其确定成型条件设定值的适当性并通知操作者判定结果。 成型条件诊断装置(1)具有输入部(2),其接收从测定部11输出的测定值和成形条件设定部(30)中设定的成形条件设定值。 比较部分(3),其将由输入部分(2)接收的测量值和成型条件设置值相比较; 存储用于确定成型条件设定值不适当的标准的存储部(4); 以及确定部分(5),其确定比较部分(3)的比较结果是否满足存储在存储部分(4)中的标准。 当确定部分(5)确定比较部分(3)的比较结果满足存储在存储部分(4)中的标准时,根据测量值和成型条件设置值相比较的特定确定消息 被输出到显示部分(6)。
    • 8. 发明授权
    • Failure alarm system and method of failure alarming thereof
    • 故障报警系统及故障报警方法
    • US08988239B2
    • 2015-03-24
    • US13892219
    • 2013-05-10
    • Cheng Uei Precision Industry Co., Ltd.
    • Hsuan Chi FangChien Yu LuYi Hao ChiuCheng Kang Chou
    • B29C45/76
    • B29C45/768B29C2945/76163B29C2945/76173B29C2945/76939
    • A failure alarm system adapted for monitoring an instrument includes a BUS transmitting data and control logics inside the failure alarm system, a recording device connected to the BUS for recording operating sounds of the instrument, a voice processing unit connected to the BUS for converting the operating sounds into a voice eigenvector, a storage unit connected to the BUS for storing the voice eigenvector at the normal working state of the instrument as historical data and also storing the voice eigenvector at the abnormal working state of the instrument therein, a comparing unit connected to the BUS for comparing the new voice eigenvector with the previous voice eigenvector saved as the historical data to judge whether the instrument is at the abnormal working state, and a warning unit connected to the BUS for warning the monitoring personnel when the abnormal state is detected.
    • 适用于监测仪器的故障报警系统包括在故障报警系统内部的BUS传输数据和控制逻辑,连接到总线的记录装置,用于记录仪器的操作声音,连接到总线的语音处理单元,用于转换操作 发声到语音特征向量中,连接到总线的存储单元用于将仪器的正常工作状态下的语音特征向量存储为历史数据,并且将语音特征向量存储在仪器的异常工作状态,比较单元连接到 用于将新的语音特征向量与先前的语音特征向量进行比较的总线作为历史数据保存,以判断仪器是否处于异常工作状态;以及警告单元,连接到总线,用于在检测到异常状态时向监视人员发出警告。
    • 10. 发明申请
    • MOTOR CONTROL DEVICE
    • 电机控制装置
    • US20130033220A1
    • 2013-02-07
    • US13639281
    • 2011-05-10
    • Koichiro Ueda
    • Koichiro Ueda
    • H02P7/18
    • B29C45/77B29C2945/76498B29C2945/76692B29C2945/76939
    • A motor control device main unit includes a pressure command signal generation module, a pressure control module, a speed control module, and a current control module. The pressure command signal generation module of the motor control device main unit generates a pressure command value so that a derivative of the pressure command value is equal to or less than a product of an elastic constant of the pressurized target and a maximum motor speed. The pressure control module carries out pressure control calculation to calculate a motor speed command value based on a deviation between the pressure command value and an actual pressure value, and generates a motor speed command signal, which is a signal of the motor speed command value.
    • 电动机控制装置主体包括压力指令信号生成模块,压力控制模块,速度控制模块以及电流控制模块。 电动机控制装置主单元的压力指令信号生成模块生成压力指令值,使压力指令值的导数为加压对象的弹性常数与最大电动机转速的乘积。 压力控制模块执行压力控制计算,以基于压力指令值与实际压力值之间的偏差来计算电动机速度指令值,并且生成作为电动机速度指令值的信号的电动机速度指令信号。