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    • 21. 发明申请
    • MEMORY DIAGNOSTIC METHOD, MEMORY DIAGNOSTIC DEVICE, AND NON-TRANSITORY COMPUTER-READABLE STORAGE MEDIUM
    • 记忆诊断方法,记忆诊断装置和非终端计算机可读存储介质
    • US20120324294A1
    • 2012-12-20
    • US13579982
    • 2010-03-11
    • Hiroshi YamadaYasuharu ItanoEtsuji Matsuyama
    • Hiroshi YamadaYasuharu ItanoEtsuji Matsuyama
    • G06F11/28
    • G06F11/1004G06F11/10G06F11/1008
    • In a memory diagnostic method, a fixed domain stores data that are not changed during process execution. A variable domain stores data that are subject to writing during process execution. A fixed domain diagnostic part adds an error-detecting code to data to be stored in the fixed domain. The fixed domain diagnostic part compares an error-detecting code calculated from data read from the fixed domain with the added error-detecting code to determine whether there is any data error. A variable domain diagnostic part temporarily stores data stored in the variable domain in a memory region different from the memory storing the data, and writes known data in the variable domain where the temporarily stored data were stored. The variable domain diagnostic part reads data from the region where the known data were written and determines whether the data is the same as the written known data.
    • 在内存诊断方法中,固定域存储在进程执行期间未更改的数据。 可变域存储在进程执行期间需要写入的数据。 固定域诊断部分将错误检测码添加到要存储在固定域中的数据。 固定域诊断部分将从固定域读取的数据计算的检错码与添加的检错码进行比较,以确定是否存在任何数据错误。 可变域诊断部分将存储在可变域中的数据临时存储在与存储数据的存储器不同的存储器区域中,并将已知数据写入存储了暂时存储的数据的可变域中。 可变域诊断部分从已知数据写入的区域读取数据,并确定数据是否与已知数据相同。
    • 24. 发明申请
    • SIMULATOR
    • 模拟器
    • US20120203528A1
    • 2012-08-09
    • US13367837
    • 2012-02-07
    • Takuro IKEDAEiji KitagawaHiroshi Yamada
    • Takuro IKEDAEiji KitagawaHiroshi Yamada
    • G06G7/70G06G7/48
    • G06F17/5009G06F17/5068G06F17/5095G08G1/0125
    • A simulator used in a distributed process simulation includes: a storage unit configured to store map information, agent information, and area allocation information; a simulation execution unit; a condition determination unit configured to determine the condition of the reference agent to be referenced by the simulation execution unit based on a movement state of the agent; an allocation discrimination unit configured to discriminate another computer allocated an area in which the reference agent corresponding to the condition can be located; and an agent information acquisition unit configured to acquire the information about the agent satisfying the condition of the reference agent from the other discriminated computer.
    • 在分布式处理仿真中使用的模拟器包括:存储单元,被配置为存储地图信息,代理信息和区域分配信息; 模拟执行单元; 条件确定单元,被配置为基于所述代理的移动状态来确定由所述模拟执行单元引用的参考代理的状态; 分配鉴别单元,被配置为区分分配了与条件相对应的参考代理可以位于其中的区域的另一计算机; 以及代理信息获取单元,被配置为从另一个判别计算机获取关于所述参考代理的条件的代理的信息。
    • 27. 发明授权
    • Particulate filter regenerating system
    • 颗粒过滤器再生系统
    • US08051646B2
    • 2011-11-08
    • US12502728
    • 2009-07-14
    • Koichiro HaradaHiroshi YamadaAkihide Takami
    • Koichiro HaradaHiroshi YamadaAkihide Takami
    • F01N3/00
    • F02D41/029B01D53/944B01D53/9495B01D2251/208B01D2255/1021B01D2255/20715B01D2255/2092B01D2258/012B01D2258/014F02D41/025F02D41/1446F02D41/1448F02D41/405F02D2200/0812
    • Disclosed is a particulate filter regenerating system which comprises a fuel injection device (7) adapted to inject fuel into a combustion chamber of an engine body (1), and an exhaust gas temperature-adjusting device (33) adapted, when a PM deposit amount which is an amount of particulate matter (PM) deposited in a DPF (particulate filter) 13 provided in an exhaust passage of an engine, reaches a predetermined value X, to cause the fuel injection device (7) to perform a post-injection for injecting fuel into the combustion chamber during an expansion stroke of the engine, so as to execute a filter regeneration process of raising a temperature of exhaust gas flowing into the DPF 13 to burn the deposited PM. The exhaust gas temperature-adjusting device (33) is operable to cause the fuel injection device (7) to stop performing the post-injection in a stage where a PM burning amount which is an amount of PM burned through the filter regeneration process, is less than an initial PM deposit amount which is the PM deposit amount X at a timing of initiation of the filter regeneration process, by a predetermined amount. The particulate filter regenerating system of the present invention can adequately burn and remove PM deposited in a particulate filter, by means of a post-injection of fuel, while effectively suppressing a fuel consumption due to the post-injection.
    • 公开了一种微粒过滤器再生系统,其包括适于将燃料喷射到发动机主体(1)的燃烧室中的燃料喷射装置(7),以及排气温度调节装置(33),当PM沉积量 其是沉积在设置在发动机的排气通道中的DPF(微粒过滤器)13中的颗粒物质(PM)的量达到预定值X,以使燃料喷射装置(7)执行后喷射 在发动机的膨胀冲程期间将燃料喷射到燃烧室中,以便执行提高流入DPF 13的废气的温度以便燃烧沉积的PM的过滤器再生过程。 废气温度调节装置(33)可操作以使得燃料喷射装置(7)在通过过滤器再生处理燃烧的PM的PM燃烧量是PM燃烧量的阶段中停止执行后喷射 小于在过滤器再生处理开始时刻的PM沉积量X的初始PM沉积量预定量。 本发明的颗粒过滤器再生系统可以通过后喷射燃料来充分地燃烧和去除沉积在微粒过滤器中的PM,同时有效地抑制由于后喷射引起的燃料消耗。
    • 29. 发明申请
    • SLIDING ELECTRONIC APPARATUS
    • 滑动电子设备
    • US20110228491A1
    • 2011-09-22
    • US13130394
    • 2009-11-24
    • Takahiro SakaiToshiki YamanakaHiroshi Yamada
    • Takahiro SakaiToshiki YamanakaHiroshi Yamada
    • H05K5/03H01R12/79
    • H04M1/0237H02G11/00H04M1/026H04M1/0277
    • A sliding electronic apparatus that prevents foreign matter from entering a housing is provided. In the apparatus, upper housing 1 and lower housing 2 are slidably coupled, and it is switched by sliding one of upper housing 1 and lower housing 2 with respect to the other, a closed state in which operation section 2b provided on lower housing 2 is covered by upper housing 1 and an open state in which operation section 2b is exposed. The apparatus includes opening 1c formed in a lower surface of upper housing 1, opening 2c formed in an upper surface of lower housing 2, and FPC 3 for electrically connecting wiring board 9 and wiring board 10. FPC 3 includes cover portion 3a mounted on the lower surface of upper housing 1 so as to cover opening 1c and cover portion 3b mounted on the upper surface of lower housing 2 so as to cover opening 2c. Cover portion 3a is electrically connected to wiring board 9 in upper housing 1, and cover portion 3b is electrically connected to wiring board 10 in lower housing 2.
    • 提供防止异物进入壳体的滑动电子设备。 在装置中,上壳体1和下壳体2可滑动地联接,并且通过将上壳体1和下壳体2中的一个相对于另一个滑动而切换,其中设置在下壳体2上的操作部2b为闭合状态 被上壳体1覆盖,并且操作部分2b暴露的打开状态。 该装置包括形成在上壳体1的下表面中的开口1c,形成在下壳体2的上表面中的开口2c,以及FPC 3,用于电连接布线板9和布线板10. FPC 3包括安装在 上壳体1的下表面以覆盖开口1c和安装在下壳体2的上表面上的盖部分3b以覆盖开口2c。 盖部分3a电连接到上壳体1中的布线板9,并且盖部分3b电连接到下壳体2中的布线板10。
    • 30. 发明申请
    • DISTRIBUTED PROCESSING-TYPE SIMULATOR
    • 分布式处理型模拟器
    • US20110054874A1
    • 2011-03-03
    • US12869934
    • 2010-08-27
    • Takuro IKEDAEiji KitagawaHiroshi Yamada
    • Takuro IKEDAEiji KitagawaHiroshi Yamada
    • G06G7/62G06F12/00G06F12/02
    • G06N3/006G06F17/5009G06F17/5095
    • A simulator simulates the behavior of a plurality of agents existing in the virtual space. Each of a plurality of calculators, communicable with one another, includes a space allocation storage that stores space allocation information, a space allocation control part that updates the space allocation information, an allocation change candidate space extracting part that extracts a divided space to be a candidate for the allocation change, a communication amount estimating part that calculates an amount of communication or an amount of change in communication generated between calculators based on the number of agents, a space allocation change judging part that determines whether or not to allocate a divided space to another calculator based on the amount of communication or the amount of change in communication, and a space allocation change executing part that requests the space allocation control part and other calculators to change the space allocation.
    • 模拟器模拟存在于虚拟空间中的多个代理的行为。 可彼此通信的多个计算器中的每一个包括存储空间分配信息的空间分配存储器,更新空间分配信息的空间分配控制部分,提取分割空间的分配改变候选空间提取部分 用于分配改变的候选者,通信量估计部分,其基于代理数量来计算在计算器之间生成的通信量或变化量的通信量估计部,确定是否分配分割空间的空间分配变化判断部 基于通信量或通信量变化的另一个计算器,以及请求空间分配控制部分和其他计算器改变空间分配的空间分配改变执行部分。