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    • 2. 发明授权
    • Switching program, switching method and duplex system
    • 切换程序,切换方式和双工系统
    • US08174966B2
    • 2012-05-08
    • US12576082
    • 2009-10-08
    • Kazuhiro TaniguchiTeruyuki GotoYoshiaki Teruta
    • Kazuhiro TaniguchiTeruyuki GotoYoshiaki Teruta
    • H04J1/00
    • G06F17/30377
    • When a switching unit of each of first DB servers receives a transaction-stop instruction request from a second DB server, the switching unit performs a transaction-stop instruction process. When a transaction processing unit of each of the first DB servers receives a transaction stop instruction from the switching unit, the transaction processing unit performs a transaction stop process. In the same manner, a transaction processing unit of the second DB server performs a transaction stop process. Each of the transaction processing units of the first and second DB servers determines whether a transaction is to be stopped depending on a processing attribute and a processing state of an SQL included in the transaction and then performs the transaction stop process depending on a determination result of the processing attribute and the processing state.
    • 当每个第一DB服务器的交换单元从第二DB服务器接收到交易停止指令请求时,交换单元执行交易停止指令处理。 当每个第一DB服务器的交易处理单元从交换单元接收到交易停止指令时,交易处理单元执行交易停止处理。 以相同的方式,第二DB服务器的事务处理单元执行事务停止处理。 第一和第二DB服务器的每个事务处理单元根据事务中包含的SQL的处理属性和处理状态来确定事务是否被停止,然后根据事务的确定结果执行事务停止处理 处理属性和处理状态。
    • 3. 发明申请
    • Database system management method, database system, database device, and backup program
    • 数据库系统管理方法,数据库系统,数据库设备和备份程序
    • US20070233753A1
    • 2007-10-04
    • US11647049
    • 2006-12-27
    • Kazuhiro TaniguchiTeruyuki GotoToshihide Matsuda
    • Kazuhiro TaniguchiTeruyuki GotoToshihide Matsuda
    • G06F17/30
    • G06F11/1471G06F11/1474G06F2201/80
    • A method manages a database system that includes a first database device whose memory content in a storage area is changed based on a command designated through a network from any business terminal device, and a second database device for storing the same memory content as the first database device as a backup. The method makes the first database device execute: creating and storing a logical log that correlates a command content with a memory content in the storage area every time the process is executed; creating a physical log that correlates a position information about the portion that is changed by the process, the memory content after changing by the process, and a class of the process every time the process is executed; and storing command specifying information that specifies the command corresponding to the physical log with the corresponding physical log every time each physical log is created.
    • 一种方法,其管理数据库系统,所述数据库系统包括:第一数据库装置,其基于通过网络从任何商​​业终端装置指定的命令改变存储区域中的存储器内容;以及第二数据库装置,用于存储与所述第一数据库相同的存储器内容 设备作为备份。 该方法使得第一数据库设备执行:创建和存储逻辑日志,每当执行该过程时,将命令内容与存储区域中的存储器内容相关联; 创建一个物理日志,其使得关于处理中改变的部分的位置信息,改变过程之后的存储器内容以及每次执行该过程的过程类别; 并且每当创建每个物理日志时存储指定与物理日志对应的命令与对应的物理日志的命令指定信息。
    • 4. 发明申请
    • Power generating device
    • 发电装置
    • US20050002816A1
    • 2005-01-06
    • US10496301
    • 2002-12-03
    • Toyoji OkayamaKazuo OginoTsutomu KatoKazuhiro Taniguchi
    • Toyoji OkayamaKazuo OginoTsutomu KatoKazuhiro Taniguchi
    • F01C17/06F04C18/02F04C23/00F04C29/00H01M8/04H01M8/10F01C1/02F04C18/00
    • H01M8/04089F01C17/063F04C18/0253F04C23/008F04C29/0021F05C2225/00
    • In a scroll compressor, a revolution scroll lap 1a stands on one of surfaces of a revolution lap support disk 1b of a revolution scroll member 1, and a revolution disk 2 is connected to the other surface. The revolution disk 2 is formed at its center with a revolution shaft support hole 2b into which an eccentric shaft 4a is to be inserted. An outer periphery of the revolution shaft support hole 2b is formed with a crankshaft support hole 2a into which an eccentric shaft 5e is to be inserted. The eccentric shaft 5e restrains the rotation of the revolution scroll member 1. The revolution scroll lap 1a and the revolution lap support disk 1b are integrally formed of synthetic resin. The revolution disk 2 is made of metal. The revolution shaft support hole 2b and the crankshaft support hole 2a are integrally formed together. With this configuration, the thermal deformation of revolution scroll member 1 is suppressed, and wear and mechanical loss caused by contact between laps are prevented.
    • 在涡旋压缩机中,旋转涡卷1a站立在旋转涡旋构件1的旋转搭接支撑盘1b的一个表面上,并且旋转盘2连接到另一个表面。 转盘2在其中心形成有用于插入偏心轴4a的转轴支撑孔2b。 旋转轴支撑孔2b的外周形成有用于插入偏心轴5e的曲轴支撑孔2a。 偏心轴5e限制旋转涡旋构件1的旋转。旋转涡卷1a和旋转搭接支撑盘1b由合成树脂一体形成。 转盘2由金属制成。 旋转轴支撑孔2b和曲轴支撑孔2a一体地形成在一起。 通过这种结构,可以抑制旋转涡旋部件1的热变形,并且防止由于接合之间的接触引起的磨损和机械损失。
    • 5. 发明申请
    • INFORMATION SYSTEM, METHOD AND RECORDING MEDIUM HAVING PROGRAM RECORDED THEREON RELATING TO COLLECTIVELY REGISTERED DATA
    • 具有与集成注册数据相关的程序记录的信息系统,方法和记录介质
    • US20100088287A1
    • 2010-04-08
    • US12569656
    • 2009-09-29
    • Kazuhiro Taniguchi
    • Kazuhiro Taniguchi
    • G06F17/30
    • G06F16/2358
    • An information system has a primary and a secondary system. The primary system includes a unit for processing data on a record; a unit for recording a processing result in a log; a unit for transferring the log recorded to the secondary system; a unit for collectively registering data of a plurality of records; a unit for notifying a collective registration log indicating execution of collectively registering the data; and a unit for transferring the collectively registered data. The secondary system includes a unit for acquiring a log; a unit for processing data on a record basis in a secondary database according to the acquired log; a unit for acquiring the data of the plurality of records to be collectively registered, if the acquired log is the collective registration log; and a unit for collectively reflecting, the data of the plurality of records to be collectively registered.
    • 信息系统具有主要和次要系统。 主系统包括用于处理记录数据的单元; 用于在日志中记录处理结果的单元; 用于传送记录到二次系统的记录的单元; 用于集体登记多个记录的数据的单元; 用于通知集体登记日志,指示执行集体登记数据的单元; 以及用于传送共同登记的数据的单元。 辅助系统包括用于获取日志的单元; 用于根据获取的日志在次数据库中以记录的方式处理数据的单元; 如果所获取的日志是集体登记日志,则用于获取要共同登记的多个记录的数据的单元; 以及用于集体反映要共同登记的多个记录的数据的单元。
    • 6. 发明授权
    • Automatic wafer plating equipment
    • 自动晶圆电镀设备
    • US5935330A
    • 1999-08-10
    • US901209
    • 1997-07-28
    • Kazuhiro Taniguchi
    • Kazuhiro Taniguchi
    • C25D7/12C25D17/06H01L21/00H01L21/288B05C3/00
    • H01L21/6723Y10S134/902Y10S414/136Y10S414/138Y10S414/14Y10S414/141
    • An automatic wafer plating equipment for automatically plating wafers and more particularly, for automatically plating a small lot of wafers is disclosed. The automatic wafer plating equipment includes a transfer robot provided with a holding arm for pivoting, vertical movement, extending and extracting, a load stage, an orientation stage, a plating stage, a recovery stage, and a cleaning stage. The transfer robot carries out a series of the following operations for plating process. The wafers are picked up one by one from a supply cassette loaded to the load stage. The wafer is then fed to the orientation stage. The wafer orientated at the orientation stage is conveyed to the plating stage. The plated wafer is transferred from the plating stage to the recovery stage. When residue of a plating liquid has been recovered at the recovery stage, the wafer is conveyed to the cleaning stage.
    • 公开了一种用于自动电镀晶片的自动晶片电镀设备,更具体地,用于自动电镀少量晶片。 自动晶片电镀设备包括:传送机器人,其设置有用于枢转,垂直移动,延伸和提取的保持臂,负载级,定向级,电镀级,恢复级和清洁级。 传送机器人执行一系列以下电镀工艺。 从加载到负载级的供应盒中逐个拾取晶片。 然后将晶片送入定向台。 在取向阶段定向的晶片被传送到电镀阶段。 将电镀晶片从电镀阶段转移到恢复阶段。 当在恢复阶段已经回收了电镀液体的残留物时,晶片被输送到清洗阶段。
    • 7. 发明授权
    • Blower
    • 鼓风机
    • US08690529B2
    • 2014-04-08
    • US12994957
    • 2010-01-13
    • Yuuri TanakaSeiji ShirahamaKazuhiro Taniguchi
    • Yuuri TanakaSeiji ShirahamaKazuhiro Taniguchi
    • F04D29/54
    • F04D29/4226F04D29/626
    • A blower drawing air into the air path and discharging air to the discharge duct, including: a frame forming an outer shell; a fan driven by a motor and having a fan outlet, inside the frame; a duct connection part having a duct connection opening, connected to the discharge duct, outside the frame; and an in-frame blow-out part connecting the duct connection part with the fan outlet, inside the frame. The cross-section shape of the air path changes continuously and smoothly at the in-frame blow-out part and the duct connection part, from the fan outlet to the duct connection opening.
    • 吹风机将空气引入空气通道并将空气排放到排放管道,包括:形成外壳的框架; 由电机驱动并具有风扇出口的风扇,在框架内; 管道连接部分,具有连接到排放管道的管道连接开口,在框架外部; 以及在框架内部将导管连接部与风扇出口连接的框内吹出部。 空气通道的横截面形状在框架式吹出部分和管道连接部分中从风扇出口到管道连接开口连续平稳地变化。