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    • 21. 发明申请
    • METHOD AND DEVICE FOR PARTS MANAGEMENT
    • 部件管理的方法和装置
    • US20090177560A1
    • 2009-07-09
    • US12408688
    • 2009-03-21
    • Masaaki Ishizuka
    • Masaaki Ishizuka
    • G06Q50/00G06Q10/00H04Q5/22G06F17/00
    • G06Q10/087G05B19/41865G05B2219/31319G05B2219/31376G05B2219/31426G05B2219/31431G06Q10/0875Y02P90/10Y02P90/14Y02P90/20
    • A parts management method is performed by a parts management device for managing parts used to produce an assembly product. Firstly, parts identification information and number of parts corresponding to an assembly product of which production is started are read from a storage device, respectively, as used-parts identification information and a used number. Secondly, parts container information of a parts container that accommodates parts used for an assembly product of which production is started is read from a storage device that stores parts container information, for each parts container. Then, parts container information that includes an updated number of parts is written into a storage device. The updated number of parts is obtained by subtracting the number of used parts from number of parts identified by the used-parts identification information read in the firstly reading.
    • 零件管理方法由用于管理用于生产组装产品的零件的零件管理装置执行。 首先,从存储装置分别读取与生产开始的装配产品相对应的部件识别信息和部件数量作为使用部件识别信息和使用次数。 其次,对于每个零件容器,从存储零件容器信息的存储装置读取容纳用于开始生产的组装产品的部件的零件容器的零件容器信息。 然后,将包含更新的部件数量的部件容器信息写入存储装置。 通过从首读中读取的使用部件识别信息识别的部分的数量中减去使用部件的数量来获得更新的部件数量。
    • 22. 发明授权
    • Equipment management method
    • 设备管理方法
    • US07003367B2
    • 2006-02-21
    • US10254139
    • 2002-09-24
    • Fan-Tien ChengChun-Yen Teng
    • Fan-Tien ChengChun-Yen Teng
    • G06F19/00G06F3/00
    • G05B19/41865G05B2219/31426Y02P90/12Y02P90/20
    • An equipment management method for managing semiconductor equipment via an equipment manager. In the equipment management method, production scenario rules and equipment behavior rules are first defined respectively in a production scenario database of a configuration controller and an equipment behavior database of an equipment driver. Them, a command is received from a manufacturing execution system (MES), and is converted into a production process scenario by looking up the corresponding production scenario rule in the production scenario database. Thereafter, the production process scenario is converted into a GEI (generic equipment interface) message with a GEI message specification, and the GEI message is transmitted to the equipment driver. Then, the GEI message is converted into equipment communication messages regulated by an equipment communication protocol by looking up the corresponding equipment behavior rule in the equipment behavior database. Then, the equipment communication messages are transmitted to equipment.
    • 一种用于通过设备管理器管理半导体设备的设备管理方法。 在设备管理方法中,首先在配置控制器的生产场景数据库和设备驱动程序的设备行为数据库中分别定义生产场景规则和设备行为规则。 他们从制造执行系统(MES)接收到一条命令,并通过在生产场景数据库中查找相应的生产场景规则将其转换为生产过程场景。 此后,将生产流程场景转换为具有GEI消息规范的GEI(通用设备接口)消息,并将GEI消息传送给设备驱动程序。 然后,通过查找设备行为数据库中的相应设备行为规则,将GEI消息转换为由设备通信协议规定的设备通信消息。 然后,设备通信消息被传送到设备。
    • 24. 发明申请
    • Equipment management method
    • 设备管理方法
    • US20030208294A1
    • 2003-11-06
    • US10254139
    • 2002-09-24
    • NATIONAL SCIENCE COUNCIL
    • Fan-Tien ChengChun-Yen Teng
    • G06F019/00
    • G05B19/41865G05B2219/31426Y02P90/12Y02P90/20
    • An equipment management method for managing the semiconductor equipment through an equipment manager that includes a configuration controller, an equipment driver, and a generic equipment interface for communication between the configuration controller and the equipment driver is disclosed. The method includes the steps of providing a production scenario to be written into the production scenario database of the configuration controller, transmitting the production scenario into the equipment behavior database of the equipment driver via the generic equipment interface messages, and transforming the production scenario into equipment rules and SECS II messages via transformation rules set in the database of the equipment driver so as to send these SECS II messages to the equipment for management purposes. The equipment management method also includes the steps of receiving a SECS II message transmitted from the equipment, transforming the SECS II message into equipment rules and storing them into the equipment behavior database, transforming equipment rules into generic equipment interface messages, transmitting the generic equipment interface messages to the configuration controller, and storing them into the production scenario database so as to monitor and control several pieces of equipment.
    • 公开了一种用于通过设备管理器管理半导体设备的设备管理方法,该设备管理器包括用于配置控制器和设备驱动器之间的通信的配置控制器,设备驱动器和通用设备接口。 该方法包括以下步骤:提供要写入配置控制器的生产场景数据库的生产场景,通过通用设备接口消息将生产场景发送到设备驱动程序的设备行为数据库,并将生产场景转换为设备 规则和SECS II消息,通过设备驱动程序数据库中设置的转换规则,以便将这些SECS II消息发送到设备进行管理。 设备管理方法还包括接收从设备发送的SECS II消息的步骤,将SECS II消息转换成设备规则并将其存储到设备行为数据库中,将设备规则转换成通用设备接口消息,发送通用设备接口 向配置控制器发送消息,并将其存储到生产场景数据库中,以便监视和控制几件设备。
    • 26. 发明公开
    • PARTS MANAGEMENT PROGRAM, PART MANAGEMENT METHOD, AND PARTS MANAGEMENT DEVICE
    • TEILEVERWALTUNGSPROGRAMM,TEILEVERWALTUNGSVERFAHREN UND TEILEVERWALTUNGSEINRICHTUNG
    • EP2071508A1
    • 2009-06-17
    • EP07743423.1
    • 2007-05-15
    • Fujitsu Limited
    • ISHIZUKA, Masaaki
    • G06Q50/00B23P21/00B65G61/00G05B19/418G06Q10/00
    • G06Q10/087G05B19/41865G05B2219/31319G05B2219/31376G05B2219/31426G05B2219/31431G06Q10/0875Y02P90/10Y02P90/14Y02P90/20
    • To manage parts in a production line, a subtracting unit of a parts management system specifies parts used for an assembly product of which production is started, the number of using the parts, and a supply box, based on parts configuration information of a parts-configuration-information storage unit and a production order of a production order DB. The subtracting unit subtracts the number of used parts from the number of parts in supply box data corresponding to a specified supply box, thereby updating a supply box DB. A tracking unit detects entering and exiting of a supply box to or from a line based on information of a UHF-band RFID tag. A state reflecting unit reflects a movement of the supply box, to the supply box DB. An extracting unit writes an update log of the supply box DB into a supply-box-log storage unit. An operation monitoring unit monitors excessiveness and shortage of a parts supply pace, a stagnation of the supply box in a line, and the number of parts, based on an update log of a supply-box-log storage unit. An editing unit notifies information to a warehouse management system based on an update log of the supply-box-log storage unit.
    • 为了管理生产线中的部件,零件管理系统的减法单元基于零件的零件配置信息来指定用于开始生产的组装产品,使用零件数量和供应箱的零件的零件的零件配置信息, 配置信息存储单元和生产订单DB的生产订单。 减法单元从对应于指定供应箱的供应箱数据中的部件数量中减去使用部件的数量,从而更新供应箱DB。 跟踪单元基于UHF频带RFID标签的信息检测供应盒的进出。 状态反映单元将供应箱的移动反映到供应箱DB。 提取单元将供应箱DB的更新日志写入供应盒日志存储单元。 操作监视单元基于供应盒日志存储单元的更新日志来监视零件供应速度的过度性和短缺,供应箱在一行中的停滞以及零件数量。 编辑单元基于供应盒日志存储单元的更新日志向仓库管理系统通知信息。