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    • 1. 发明申请
    • CHANNEL COMMAND WORD PRE-FETCHING APPARATUS
    • 通道命令字预设装置
    • US20100082948A1
    • 2010-04-01
    • US12493951
    • 2009-06-29
    • Tsukasa MatsudaHideki Yamanaka
    • Tsukasa MatsudaHideki Yamanaka
    • G06F9/30G06F3/00
    • G06F3/0237G06F9/3802G06F9/383G06F9/3832G06F9/3842G06F9/3853G06F9/3885G06F13/385G06F17/279
    • In a CCW fetching section, for each input/output device being a control objective, a result prediction table in which prediction values of status values to be returned from an input/output device as execution results of CCW commands, is referred to. Then, based on the prediction values, commands being pre-fetching objectives are pre-fetched from a CCW program stored in a memory, and transmitted to a CCW executing section. On the other hand, in the CCW executing section, the pre-fetched commands are sequentially executed, and the actual status values as the execution results are received from the input/output device. Then, when the received actual status values are not same as the predicted status values, success or failure in prediction is notified to the CCW fetching section, and also, the result prediction table is updated in the CCW fetching section.
    • 在CCW提取部分中,对于作为控制目标的每个输入/输出设备,参考其中将作为CCW命令的执行结果从输入/输出设备返回的状态值的预测值的结果预测表。 然后,基于预测值,从存储在存储器中的CCW程序中取出预取目标的命令,并发送给CCW执行部。 另一方面,在CCW执行部中,依次执行预取命令,并且从输入/输出装置接收作为执行结果的实际状态值。 然后,当接收的实际状态值与预测状态值不相同时,将预测成功或失败通知给CCW取出部,并且在CCW取出部中更新结果预测表。
    • 2. 发明授权
    • Imaging element and imaging device
    • 成像元件和成像装置
    • US08749677B2
    • 2014-06-10
    • US13060132
    • 2009-08-26
    • Hideki Yamanaka
    • Hideki Yamanaka
    • H04N3/14H04N5/335
    • H04N5/335H01L27/14643H04N5/357H04N5/3598H04N5/378
    • An imaging sensor has a pixel array in which pixels are disposed in a two-dimensional matrix state, a sampling part, a shutter control part, and a clipping circuit. A vertical signal line is coupled to the plurality of pixels disposed in a column direction, and to which a pixel signal is input from the pixels. The sampling part is coupled to the vertical signal line, and to which the pixel signal output to the vertical signal line is input. The clipping circuit is provided at an input side of the sampling part, and clips an electric potential of the vertical signal line to a first clip level before the pixel signal is input from the pixels to the vertical signal line when the shutter control part performs the global shutter operation. As a result, it is possible to stably operate the sampling part.
    • 成像传感器具有其中以二维矩阵状态设置像素的像素阵列,采样部分,快门控制部分和限幅电路。 垂直信号线耦合到沿列方向布置的多个像素,并从像素输入像素信号。 采样部分耦合到垂直信号线,输入到垂直信号线的像素信号被输入。 削波电路设置在采样部分的输入侧,并且当快门控制部分执行时,将像素信号从像素输入到垂直信号线之前将垂直信号线的电位剪切到第一剪辑电平 全局快门操作。 结果,可以稳定地操作取样部分。
    • 4. 发明授权
    • Method for producing silicon monocrystal and silicon monocrystal wafer
    • 硅单晶和硅单晶晶片的制造方法
    • US06174364B1
    • 2001-01-16
    • US09232561
    • 1999-01-15
    • Hideki YamanakaMasahiro SakuradaShinichi Horie
    • Hideki YamanakaMasahiro SakuradaShinichi Horie
    • C30B3306
    • C30B29/06C30B15/00
    • A method for producing a silicon monocrystal according to Czochralski method characterized in growing crystal with controlling a pulling rate between a transition pulling rate Pc at which there is caused a transition from a region where excess vacancies are present, but grown-in defect is not present to a region where excess interstitial silicon atoms are present, but an agglomerate thereof is not present, and a transition pulling rate Pi from a region where excess interstitial silicon atoms are present, but an agglomerate thereof is not present to a region where an agglomerate of interstitial silicon atoms is present. There are provided a method for producing a silicon monocrystal having no defect through the whole area of the wafer and having high quality wherein a deviation of amount of precipitated oxygen is small by pulling a crystal with controlling a pulling rate P as a general and interoperable valuable, and the silicon monocrystal produced thereby.
    • 根据Czochralski方法制造单晶硅的方法,其特征在于生长晶体,其控制在存在过量空位的区域的转变的过渡牵引速率Pc之间的牵引速率,但是不存在生长缺陷 到存在过量的间隙硅原子但不存在其附聚物的区域,并且存在来自存在过量间隙硅原子的区域的过渡牵引速率P 1,但是其聚集体不存在于 存在间隙硅原子。 提供了通过晶片的整个区域制造没有缺陷的硅单晶的方法,并且具有高质量,其中通过以控制拉伸速率P拉动晶体作为一般和可互操作的有价值的,沉淀氧的量的偏差小 ,由此生成硅单晶。
    • 7. 发明申请
    • Working skill estimating program
    • 工作技能估算方案
    • US20060210052A1
    • 2006-09-21
    • US11189825
    • 2005-07-27
    • Hideki YamanakaTakashi YanaseIsao Namba
    • Hideki YamanakaTakashi YanaseIsao Namba
    • H04M3/00
    • H04M3/5233H04M2201/14
    • A working skill estimating program is provided for estimating working skills of each agent in the state of separating a disturbance factor from response records (incidents). A large category classifier is supplied with the incidents within a predetermined time and classifies the incidents according to classification rules, for creating the topic-classified incidents. A small category generator collects the analogous incidents for each task type of the topic-classified incidents and generates a small category. A disturbance distinguisher distinguishes if the incidents belonging to each small category are common response records that appear regularly over time or disturbances whose frequency exhibits a significant time dependency. Then, a skill estimator estimates the working skills of each agent for each task type by using only common incidents determined as the common information.
    • 提供了一个工作技能估算计划,用于估计每个代理人在将干扰因素与响应记录(事件)分开的状态下的工作技能。 在预定时间内提供大类分类器,并根据分类规则对事件进行分类,以创建主题分类事件。 小类别生成器针对主题分类事件的每个任务类型收集类似的事件,并生成一个小类别。 干扰辨别器区分属于每个小类别的事件是否是随着时间的推移而出现的常见的响应记录或其频率具有显着的时间依赖性的干扰。 然后,技能估算器仅使用被确定为公共信息的常见事件来估计每个任务类型的每个代理的工作技能。
    • 9. 发明授权
    • Watch dog timer device
    • 看狗定时器设备
    • US06378083B1
    • 2002-04-23
    • US08686477
    • 1996-07-26
    • Hideki YamanakaSeiji Hinata
    • Hideki YamanakaSeiji Hinata
    • G06F104
    • G06F11/0757
    • A watch dog timer capable of detecting a runaway state of a system including a CPU and DMAC has a watch dog timer and a count clock controller. The watch dog timer counts the number of clock and stores a count result, and transmits a watch dog time out signal to other devices in the system if the number of clocks is over a predetermined value. The count clock controller receives the clock and transmits the clock to the watch dog timer, and halts the transmission of the clock to the watch dog timer when the CPU transmits a bus permission signal to the DMAC.
    • 能够检测包括CPU和DMAC的系统的失控状态的看门狗定时器具有看门狗定时器和计数时钟控制器。 看门狗定时器对时钟数进行计数并存储计数结果,并且如果时钟数超过预定值,则将监视狗超时信号发送到系统中的其他设备。 计数时钟控制器接收时钟并将时钟发送到看门狗定时器,并且当CPU向DMAC发送总线许可信号时,将时钟的发送停止到看门狗定时器。