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    • 21. 发明申请
    • Disaster recovery system suitable for database system
    • 灾难恢复系统适用于数据库系统
    • US20050283504A1
    • 2005-12-22
    • US10989398
    • 2004-11-17
    • Yoshio SuzukiNobuo KawamuraKota YamaguchiShinji FujiwaraSatoru WatanabeMasaru Kitsuregawa
    • Yoshio SuzukiNobuo KawamuraKota YamaguchiShinji FujiwaraSatoru WatanabeMasaru Kitsuregawa
    • G06F12/00
    • G06F11/2028G06F11/2025G06F11/2097
    • To reduce operational and management costs during normal operations while recovering a database without loss and maintaining on-line performance on a site. A first system includes a primary storage system (103) that stores a DB (107) and a main computer (100) that executes a primary DBMS (101), which provides a DB. A second system includes a secondary (113) that receives from the primary storage system (103) a copy of a log, which shows update differences of the DB (107), and stores a secondary DBMS (117), and a subset (500) that recovers the secondary DB (117) according to the log that is copied from the primary storage system (103). When a failure occurs in the first system, the first system is switched to the second system. A second computer (110) that executes a second DBMS (111) is added to the second system, and the secondary DB (117) that is recovered or is being recovered in the subset (500) is taken over to the second computer (110).
    • 在正常运行期间降低运营和管理成本,同时在不丢失数据库的情况下恢复数据库并维护站点上的在线性能。 第一系统包括存储DB(107)的主存储系统(103)和执行提供DB的主DBMS(101)的主计算机(100)。 第二系统包括次级(113),其从主存储系统(103)接收日志的副本,其显示DB(107)的更新差异,并存储辅助DBMS(117)和子集(500) ),其根据从主存储系统(103)复制的日志恢复辅助DB(117)。 当第一系统发生故障时,第一个系统切换到第二个系统。 执行第二DBMS(111)的第二计算机(110)被添加到第二系统,并且在子集(500)中恢复或正在恢复的辅助DB(117)被接管到第二计算机(110) )。
    • 22. 发明授权
    • Data processor for processing a complex instruction by dividing it into
executing units
    • 数据处理器,用于通过将复杂指令分为执行单元来处理
    • US6092183A
    • 2000-07-18
    • US401691
    • 1995-03-10
    • Hidehito TakewaShigeru MatsuoShinji FujiwaraMasahisa Narita
    • Hidehito TakewaShigeru MatsuoShinji FujiwaraMasahisa Narita
    • G06F9/30G06F9/38
    • G06F9/3802G06F9/30101G06F9/30145G06F9/3861G06F9/3867
    • A compact and small compensating-electric-power data processor is realized by dividing a plurality of calculations to be carried out by a complex instruction into a number of executing units to be processed, instead of executing the calculations in parallel as in the past. For this purpose there is provided a decoder having a detecting part for decoding an instruction and for detecting whether the instruction is an instruction for executing a plurality of calculations, a field rearranging part for rearranging a part of the fields of said instruction based on a predetermined number of calculations to be processed if it is judged by said detecting part that the instruction is an instruction for executing a plurality of calculations, and a calculation control part for performing control to execute the calculations in plural cycles in synchronism with the order of said rearranged fields. A calculation part operates to execute the calculations called for by dividing the instruction into plural cycles based on control from the calculation control part.
    • 通过将要由复杂指令执行的多个计算划分成要处理的多个执行单元来实现紧凑而小的补偿电力数据处理器,而不是如以前那样并行地执行计算。 为此,提供了一种解码器,具有用于对指令进行解码并检测该指令是否是用于执行多个计算的指令的检测部分,用于基于预定的方式重排所述指令的一部分字段的字段重排部分 如果由所述检测部分判断所述指令是用于执行多个计算的指令,则要处理的计算次数以及用于执行控制以与所述重新排列的顺序同步地执行多个周期的计算的计算控制部分 领域。 计算部分通过根据来自计算控制部分的控制将指令分成多个周期来进行所需的计算。
    • 24. 发明授权
    • Direct contact type image sensor and its production method
    • 直接接触式图像传感器及其制作方法
    • US5835142A
    • 1998-11-10
    • US487971
    • 1995-06-07
    • Tetsuro NakamuraMasahiro NakagawaEiichiro TanakaShinji Fujiwara
    • Tetsuro NakamuraMasahiro NakagawaEiichiro TanakaShinji Fujiwara
    • H04N1/031H04N5/225
    • H04N1/0312H04N1/0311H04N1/0316
    • A direct contact type image sensor includes an optical fiber array plate including a transparent substrate and an optical fiber array and having a lower face brought into close contact with an original document. A semiconductor image sensor chip including a photosensor array is mounted on an upper face of the optical fiber array plate by transparent photo-setting and insulating resin. A circuit conductive layer is formed on an upper face of the transparent substrate, and a bump electrode is formed on a lower face of the semiconductor image sensor chip so as to be brought into contact with the circuit conductive layer. A light source is provided for illuminating the original document. The optical fiber array plate is formed, on the upper face, with a slit for allowing light from the light source to pass therethrough. A first light shielding layer is provided at other portions of the lower face of the optical fiber array plate than that corresponding to the optical fiber array, and a second light shielding layer is provided at other portions of the upper face of the optical fiber array plate than those corresponding to the optical fiber array and the slit.
    • 直接接触型图像传感器包括具有透明基板和光纤阵列的光纤阵列板,并且具有与原稿紧密接触的下表面。 包括光电传感器阵列的半导体图像传感器芯片通过透明光固定和绝缘树脂安装在光纤阵列板的上表面上。 在透明基板的上表面上形成电路导电层,并且在半导体图像传感器芯片的下表面上形成凸起电极以与电路导电层接触。 提供用于照亮原稿的光源。 光纤阵列板在上表面上形成有用于使来自光源的光通过的狭缝。 在光纤阵列板的下表面的与光纤阵列相对的另一部分设置有第一遮光层,第二遮光层设置在光纤阵列板的上表面的其他部分 比对应于光纤阵列和狭缝的那些。
    • 25. 发明授权
    • Method of designated time interval reservation access process of online
updating and backing up of large database versions without reserving
exclusive control
    • 指定时间间隔预约访问过程的方法,在线更新和备份大型数据库版本,无需保留排他性控制
    • US5701457A
    • 1997-12-23
    • US524829
    • 1995-09-07
    • Shinji Fujiwara
    • Shinji Fujiwara
    • G06F17/30
    • G06F11/1466G06F2201/82Y10S707/99933Y10S707/99938Y10S707/99952Y10S707/99953
    • An online database system executes an update or reference process for a plurality of records without stopping the online system by registering the update or reference process for reservation. By registering an update or reference process for a plurality of records for reservation beforehand, the reserved access process is executed at the designated reservation access time. The reservation update process is executed by a preliminary process for registering the process for reservation and a reservation update posterior process which is executed at the time of first access to the record after the reservation update time and the reservation reference process is executed by a preliminary process for registering the process for reservation, a posterior process which is executed after the reservation reference time, and a reservation reference backup process which is executed when an update process for said record which is generated after the reservation reference time and before the posterior process is executed.
    • 在线数据库系统通过登记用于预约的更新或参考处理来执行多个记录的更新或参考处理,而不停止在线系统。 通过预先注册多个记录的更新或参考处理,在指定的预约访问时间执行预约访问处理。 预约更新处理通过预约处理的预备处理和在预约更新时间之后的第一次访问记录时执行的预约更新后处理和通过预备处理执行预约参考处理来执行的预备处理 用于注册预约处理,在预约参考时间之后执行的后处理,以及当在预约参考时间之后和在后处理被执行之前生成的所述记录的更新处理时执行的预约参考备份处理 。
    • 26. 发明授权
    • Process for producing powders of transition metal boride
    • 过渡金属硼化物粉末的生产方法
    • US5587140A
    • 1996-12-24
    • US442503
    • 1995-05-16
    • Shinji FujiwaraHiroshi TabuchiAkihiko Takahashi
    • Shinji FujiwaraHiroshi TabuchiAkihiko Takahashi
    • C01B35/04
    • C01B35/04
    • A process of producing a powder of a transition-metal boride includes producing metal boride particles in a molten metal by contacting a molten salt, to which at least one boron compound was added, with the molten metal containing a transition-metallic element selected from the Groups IV and V of the Periodic Table at an atomic ratio of elemental boron to transition-metallic element from 0.5 to 4.0, while maintaining a contact temperature which is not lower than the melting point of the molten metal and which is less than 1000.degree. C., and recovering the particles from the molten metal. According to the present invention, fine powders of the transition-metal boride which contain few agglomerated particles may be easily obtained using relatively inexpensive feed materials, such as the boron oxides, at a low temperature less than 1000.degree. C. without the necessity of a grinding step.
    • 制造过渡金属硼化物粉末的方法包括通过使添加有至少一种硼化合物的熔融盐与含有选自以下的过渡金属元素的熔融金属接触来在熔融金属中制造金属硼化物颗粒: 元素周期表的IV族和V族,元素硼与过渡金属元素的原子比为0.5〜4.0,同时保持不低于熔融金属熔点且小于1000℃的接触温度 并从熔融金属中回收颗粒。 根据本发明,在低于1000℃的低温下,可以使用相对便宜的诸如硼氧化物的进料,容易地获得含有很少聚集颗粒的过渡金属硼化物的细粉末,而不需要 研磨步骤。
    • 27. 发明授权
    • Direct-contact type image sensor device, an image sensor unit, and
methods for producing the same
    • 直接接触型图像传感器装置,图像传感器单元及其制造方法
    • US5556809A
    • 1996-09-17
    • US351020
    • 1994-12-07
    • Masahiro NakagawaTetsuro NakamuraShinji FujiwaraEiichiro Tanaka
    • Masahiro NakagawaTetsuro NakamuraShinji FujiwaraEiichiro Tanaka
    • H04N1/031H01L21/60
    • H04N1/0316H04N1/0313
    • A direct-contact type image sensor device according to the present invention includes: a light-transmitting substrate having an upper surface and a lower surface; a patterned conductor layer formed over the upper surface of the light-transmitting substrate; e transparent electrically conductive layer formed on the lower surface of the light-transmitting substrate; an image sensor chip mounted face-down on the upper surface of the light-transmitting substrate, with an insulating resin layer being interposed between the image sensor chip and the upper surface of the light-transmitting substrate, the image sensor chip being mounted by a flip-chip-bonding method, a light-interrupting layer provided between the patterned conductor layer and the upper surface of the light-transmitting substrate; and a light-interrupting portion for interrupting a portion of a light beam, the light beam being radiated on an original through the light-transmitting substrate by a light source disposed above the light-transmitting substrate. The image sensor chip and the light-interrupting portion serve as an optical throttle for the light beam.
    • 根据本发明的直接接触型图像传感器装置包括:具有上表面和下表面的透光基底; 形成在所述透光基板的上表面上的图案化导体层; 透明导电层,形成在透光基板的下表面上; 图像传感器芯片,其面向下安装在透光基板的上表面上,绝缘树脂层插入在图像传感器芯片和透光基板的上表面之间,图像传感器芯片由 倒装芯片接合方法,设置在图案化导体层和透光基板的上表面之间的遮光层; 以及用于中断光束的一部分的遮光部,通过透光基板通过设置在透光基板上方的光源将光束照射在原稿上。 图像传感器芯片和遮光部分用作光束的光学节流阀。
    • 29. 发明授权
    • Solid state imager
    • 固态成像仪
    • US4661830A
    • 1987-04-28
    • US626730
    • 1984-07-02
    • Yoshio OhtaTakao ChikamuraYutaka MiyataKohsaku YanoShinji Fujiwara
    • Yoshio OhtaTakao ChikamuraYutaka MiyataKohsaku YanoShinji Fujiwara
    • H01L27/146H01L27/14H01L29/78H01L31/00
    • H01L27/14672
    • This invention discloses a high efficiency solid state imager combining a semiconductor substrate having a charge transfer function and a photoelectric conversion film, wherein a high frequency transfer pulse having a frequency higher than that of a vertical transfer pulse is applied for a prescribed time during the vertical blanking period; voltages with different values are applied to a transparent electrode provided on the above-mentioned photoelectric conversion film in the first and second period of the period with the presence of the above-mentioned high frequency transfer pulse; and a voltage differing with each field is applied to the above-mentioned transparent electrode during the vertical blanking period, whereby blooming, highlight lag and flicker due to an intense light are considerably suppressed.
    • 本发明公开了一种组合具有电荷传递函数的半导体衬底和光电转换膜的高效率固态成像器,其中具有高于垂直传输脉冲的频率的高频传输脉冲在垂直方向施加规定时间 消隐期 在上述第一和第二周期中存在上述高频传输脉冲,将不同值的电压施加到设置在上述光电转换膜上的透明电极; 并且在垂直消隐期间,对上述透明电极施加与各场不同的电压,从而显着地抑制了由于强光引起的闪光,高光滞后和闪烁。