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    • 4. 发明授权
    • Centrifugal apparatus with overspeed protection
    • 带超速保护的离心式设备
    • US5726881A
    • 1998-03-10
    • US514814
    • 1995-08-14
    • Masahiro InaniwaShinji WatanabeNobuharu KidoNoriyasu MatsufujiYoshitaka NiinaiOsamu Kawanobe
    • Masahiro InaniwaShinji WatanabeNobuharu KidoNoriyasu MatsufujiYoshitaka NiinaiOsamu Kawanobe
    • B04B9/10B04B13/00G05B9/02
    • G05B9/02B04B13/003B04B9/10
    • A centrifugal apparatus includes a rotor having a marker for generating an index signal, a motor for rotating the rotor, first and second detectors for detecting the index signal with rotation of the rotor to generate first and second detection signals, an input terminal for receiving supply power, a drive circuit for generating a drive signal from the supply power according to the first detection signal, and first and second switch circuits for controlling the supply of the drive signal to the motor. First and second judging portions are used to detect whether the first and second detection signals are respectfully generated within a given condition. The first judging portion operates the first switch circuit to stop the drive signal from being supplied to the motor when the first detection signal is not generated within the given condition, while said second judging portion operates the second switch circuit to stop the drive signal from being supplied to the motor when the second detection signal is not generated within the given condition. The first and second detectors, judging portions, and switch circuits, respectively, independently operate to provide double feedback loops, so that an overspeed or the like is prevented.
    • 一种离心装置,包括具有用于产生指标信号的标记的转子,用于使转子旋转的电动机,第一和第二检测器,用于通过转子的旋转来检测指标信号以产生第一和第二检测信号;输入端,用于接收供给 电源,用于根据第一检测信号从供电产生驱动信号的驱动电路,以及用于控制向电动机提供驱动信号的第一和第二开关电路。 第一和第二判断部分用于检测在给定条件下是否尊重生成第一和第二检测信号。 当在给定条件下不产生第一检测信号时,第一判断部分操作第一开关电路以停止驱动信号被提供给电动机,而所述第二判断部分操作第二开关电路以停止驱动信号 当在给定条件下不产生第二检测信号时提供给电动机。 第一和第二检测器,判断部分和开关电路分别独立地操作以提供双反馈回路,从而防止超速等。
    • 6. 发明申请
    • Centrifuge
    • 离心机
    • US20050079064A1
    • 2005-04-14
    • US10960716
    • 2004-10-08
    • Takahiro ShimizuYoshitaka NiinaiShoji KusumotoHiroyuki Takahashi
    • Takahiro ShimizuYoshitaka NiinaiShoji KusumotoHiroyuki Takahashi
    • B04B5/02B04B5/04B04B9/14F04B49/00F01D1/24F03D3/02
    • B04B9/146B04B5/0421
    • A centrifuge includes a frame, a damper connected to and supported on the frame for isolating vibrations, a drive unit connected to and supported by the damper, a swing-bucket rotor rotated by the drive unit, an accelerometer for detecting when part of the drive unit contacts part of the frame due to vibrations of the drive unit exceeding a predetermined amplitude, and a control unit for controlling the drive unit based on output from the accelerometer. When amplitude of vibrations in the drive unit exceeds a predetermined value, a portion of the drive unit contacts a portion of the frame. The accelerometer detects an impact caused by the contact between the drive unit and the frame. The drive unit is halted when output detected from the accelerometer exceeds a threshold value for detecting imbalances.
    • 离心机包括框架,连接并支撑在框架上用于隔离振动的阻尼器,与阻尼器连接并由阻尼器支撑的驱动单元,由驱动单元旋转的回转 - 转子转子,加速度计,用于检测驱动器的一部分 单元接触由于驱动单元的振动超过预定振幅的框架的一部分,以及控制单元,用于基于来自加速度计的输出来控制驱动单元。 当驱动单元的振动幅度超过预定值时,驱动单元的一部分接触框架的一部分。 加速度计检测由驱动单元和框架之间的接触引起的冲击。 当从加速度计检测到的输出超过用于检测不平衡的阈值时,驱动单元停止。
    • 7. 发明授权
    • Centrifuge with imbalance detector
    • 离心机与不平衡检测器
    • US07255669B2
    • 2007-08-14
    • US10960716
    • 2004-10-08
    • Takahiro ShimizuYoshitaka NiinaiShoji KusumotoHiroyuki Takahashi
    • Takahiro ShimizuYoshitaka NiinaiShoji KusumotoHiroyuki Takahashi
    • B04B9/10B04B13/00
    • B04B9/146B04B5/0421
    • A centrifuge includes a frame, a damper connected to and supported on the frame for isolating vibrations, a drive unit connected to and supported by the damper, a swing-bucket rotor rotated by the drive unit, an accelerometer for detecting when part of the drive unit contacts part of the frame due to vibrations of the drive unit exceeding a predetermined amplitude, and a control unit for controlling the drive unit based on output from the accelerometer. When amplitude of vibrations in the drive unit exceeds a predetermined value, a portion of the drive unit contacts a portion of the frame. The accelerometer detects an impact caused by the contact between the drive unit and the frame. The drive unit is halted when output detected from the accelerometer exceeds a threshold value for detecting imbalances.
    • 离心机包括框架,连接并支撑在框架上用于隔离振动的阻尼器,与阻尼器连接并由阻尼器支撑的驱动单元,由驱动单元旋转的回转 - 转子转子,加速度计,用于检测驱动器的一部分 单元接触由于驱动单元的振动超过预定振幅的框架的一部分,以及控制单元,用于基于来自加速度计的输出来控制驱动单元。 当驱动单元的振动幅度超过预定值时,驱动单元的一部分接触框架的一部分。 加速度计检测由驱动单元和框架之间的接触引起的冲击。 当从加速度计检测到的输出超过用于检测不平衡的阈值时,驱动单元停止。
    • 9. 发明授权
    • Centrifugal separator with rotor data list indication
    • 带转子数据表的离心分离器
    • US06589152B2
    • 2003-07-08
    • US09826916
    • 2001-04-06
    • Katsunori AkatsuYoshitaka NiinaiHisanobu OyamaTakayuki Watahiki
    • Katsunori AkatsuYoshitaka NiinaiHisanobu OyamaTakayuki Watahiki
    • B04B1300
    • B04B13/003B04B13/00
    • The rotor data including a model name, a maximum rotating speed, and a rotor identification number of a rotor that is purchased after installation, for example, is stored through the inputting unit in an EEPROM in addition to the rotor data that was stored in the ROM before shipping. The inputted rotor data is displayed on the display in a list image together with the rotor data of the rotor data in the ROM to provide easily selection of the rotor. The inputted rotor data may be displayed with priority to the rotor data in the ROM. The rotor data may further include check data. It may be judged that the inputted rotor data is correctly inputted. If the rotor data is incorrectly inputted, an error message is displayed and the rotary data is not stored. If the rotor data is correctly inputted, the rotary data is registered in the RAM.
    • 包括例如在安装后购买的转子的型号名称,最大转速和转子标识号的转子数据除了存储在EEPROM中的转子数据之外还通过输入单元存储在EEPROM中 ROM发货前。 输入的转子数据与ROM中的转子数据的转子数据一起在列表图像中显示在显示器上,以容易地选择转子。 输入的转子数据可以优先显示在ROM中的转子数据。 转子数据还可以包括检查数据。 可以判断输入的转子数据被正确地输入。 如果转子数据输入不正确,则显示错误信息,并且不存储旋转数据。 如果转子数据正确输入,则将旋转数据登记在RAM中。