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    • 4. 发明授权
    • Analysis device
    • 分析装置
    • US08151190B2
    • 2012-04-03
    • US11498900
    • 2006-08-04
    • Miki TakiYoshimitsu Takagi
    • Miki TakiYoshimitsu Takagi
    • G06F15/00
    • G01N35/00722G01N2035/0091G06F9/453
    • An analysis device allowing any person to utilize job guidance for setting and assignment operations with high efficiency regardless of a level of skill in an automatic analysis device which has a complicated screen configuration with an increase of functions. A storage unit stores a job guidance file and a correspondence list file indicating correspondences between procedure IDs, codes, buttons, etc. in the job guidance file and screen IDs for device control program software. When an operator selects the procedure ID or the like in a displayed job guidance window, control is performed such that the screen ID corresponding to the selected procedure ID or the like is searched for in the correspondence list file, and the displayed screen is shifted to one corresponding to the searched screen ID for the device control program software.
    • 一种分析装置,允许任何人不管技术水平如何,具有功能复杂的屏幕配置的自动分析装置,能够高效地利用作业指导进行设定和分配操作。 存储单元存储指示作业指导文件中的过程ID,代码,按钮等之间的对应的作业指导文件和对应列表文件以及设备控制程序软件的画面ID。 当操作员在所显示的作业引导窗口中选择过程ID等时,执行控制,使得在对应列表文件中搜索与所选择的过程ID等相对应的画面ID,并将显示的画面移动到 一个对应于用于设备控制程序软件的搜索的屏幕ID。
    • 5. 发明申请
    • Analysis device
    • 分析装置
    • US20070038411A1
    • 2007-02-15
    • US11498900
    • 2006-08-04
    • Miki TakiYoshimitsu Takagi
    • Miki TakiYoshimitsu Takagi
    • G06F15/00
    • G01N35/00722G01N2035/0091G06F9/453
    • An analysis device allowing any person to utilize job guidance for setting and assignment operations with high efficiency regardless of a level of skill in an automatic analysis device which has a complicated screen configuration with an increase of functions. A storage unit stores a job guidance file and a correspondence list file indicating correspondences between procedure IDs, codes, buttons, etc. in the job guidance file and screen IDs for device control program software. When an operator selects the procedure ID or the like in a displayed job guidance window, control is performed such that the screen ID corresponding to the selected procedure ID or the like is searched for in the correspondence list file, and the displayed screen is shifted to one corresponding to the searched screen ID for the device control program software.
    • 一种分析装置,允许任何人不管技术水平如何,具有功能复杂的屏幕配置的自动分析装置,能够高效地利用作业指导进行设定和分配操作。 存储单元存储指示作业指导文件中的过程ID,代码,按钮等之间的对应的作业指导文件和对应列表文件以及设备控制程序软件的画面ID。 当操作员在所显示的作业引导窗口中选择过程ID等时,执行控制,使得在对应列表文件中搜索与所选择的过程ID等相对应的画面ID,并将显示的画面移动到 一个对应于用于设备控制程序软件的搜索的屏幕ID。
    • 7. 发明授权
    • Automatic analyzer and sample-processing system
    • 自动分析仪和样品处理系统
    • US08701504B2
    • 2014-04-22
    • US13059511
    • 2009-08-28
    • Hitoshi TokiedaYoshimitsu TakagiMasashi AkutsuShotaro Sagawa
    • Hitoshi TokiedaYoshimitsu TakagiMasashi AkutsuShotaro Sagawa
    • G01N1/10
    • G01N35/026G01N35/00732
    • In a sample-processing system that includes one or more function modules and one or more buffer units each combined as a pair with one of the function modules, in case of device stoppage due to failure, since a number of sample racks are held in the buffers, resetting involves a huge amount of time for storage of the racks. In addition, if the system configuration includes a plurality of buffer units, the resetting time increases with the number of buffer units. Sample rack ID reading means is provided in each buffer unit and during resetting, IDs of the sample racks in the buffer unit are read in the buffer unit. The buffer unit then uses the read information to make an inquiry to a control unit as to transport destinations of each sample rack. After this, sample processing based on transport destination instructions from the control unit is restarted using the buffer unit as a restarting position.
    • 在包括一个或多个功能模块和一个或多个缓冲单元的采样处理系统中,每个缓冲单元与功能模块中的一个组合成一对,在由于故障而在设备停止的情况下,由于多个采样架被保持在 缓冲器,复位涉及到大量的时间来存放机架。 此外,如果系统配置包括多个缓冲单元,则复位时间随着缓冲器单元的数量而增加。 在每个缓冲单元中提供样品架ID读取装置,并且在复位期间,缓冲单元中的样品架的ID被读取到缓冲单元中。 缓冲单元然后使用读取的信息来向控制单元询问每个样品架的运输目的地。 此后,使用缓冲单元重新启动基于来自控制单元的传送目的地指令的样本处理作为重新启动位置。