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    • 63. 发明授权
    • Devices for detecting accumulation amount of particulates
    • 用于检测颗粒堆积量的装置
    • US08161807B2
    • 2012-04-24
    • US12721826
    • 2010-03-11
    • Jungo KondoKeiji MatsuhiroKenji AokiAtsuo Kondo
    • Jungo KondoKeiji MatsuhiroKenji AokiAtsuo Kondo
    • G01M15/10
    • F01N11/00Y02T10/47
    • A device for detecting particulates includes: a filter; a filter container; an upstream pipe; a downstream pipe; an upstream detecting unit; and a downstream detecting unit. The upstream detecting unit has a branch flow route for receiving gas from the upstream pipe, a trapping portion, a transmitting portion for transmitting an electromagnetic wave to the trapping portion, and a receiving portion for receiving an electromagnetic wave from the trapping portion. The downstream detecting unit has a branch flow route for receiving gas from the downstream pipe, a trapping portion, a transmitting portion for transmitting an electromagnetic wave to the trapping portion, and a receiving portion for receiving an electromagnetic wave from the trapping portion. The amount of the particulates trapped in the filter is detected based on a difference between detection values of the mass of the particulates trapped in the upstream and downstream trapping portions.
    • 用于检测微粒的装置包括:过滤器; 过滤容器; 上游管道 下游管道 上游检测单元; 和下游检测单元。 上游检测单元具有用于从上游管接收气体的分支流动路径,捕获部分,用于将电磁波发送到捕获部分的发送部分和用于从捕获部分接收电磁波的接收部分。 下游检测单元具有用于从下游管接收气体的分支流动路径,捕获部分,用于将电磁波发送到捕获部分的发送部分和用于从捕获部分接收电磁波的接收部分。 基于捕集在上游捕集部和下游捕获部中的微粒的质量的检测值之差来检测捕集在过滤器中的微粒的量。
    • 65. 发明申请
    • ABNORMAL VALUE DETECTION APPARATUS FOR SATELLITE POSITIONING SYSTEM, ABNORMAL VALUE DETECTION METHOD, AND ABNORMAL VALUE DETECTION PROGRAM
    • 卫星定位系统异常检测装置,异常检测方法和异常检测方案
    • US20110227786A1
    • 2011-09-22
    • US13034921
    • 2011-02-25
    • TAKESHI ONOKazushi SuzukiTakayuki KanesoTakayuki NakataKenji Aoki
    • TAKESHI ONOKazushi SuzukiTakayuki KanesoTakayuki NakataKenji Aoki
    • G01S19/40
    • G01S19/07G01S19/08G01S19/20
    • To detect an abnormal value in a satellite positioning system with high precision even when the observation environment changes or there is the time series correlation between data. An abnormal value index calculation unit 11 calculates an abnormal value index at each time of time-series data such as a pseudo distance between each artificial satellite and a receiver in the satellite positioning system or the like. A dynamic model forming unit 12 dynamically forms a model from the abnormal value index in a predetermined period and calculates a change point index from the time-series abnormal value index based on the dynamic model. The change point index is an index for determining whether the time-series is a one-shot outlier from a dynamic model or the dynamic model itself of input data changes when the time-series value which suddenly increases and decreases exists. The abnormal value detection unit 13 compares the change point index with a threshold value set in advance and detects the abnormal value index corresponding to the change point index at that time as an abnormal value when the value of the change point index is greater than the threshold value.
    • 即使观测环境发生变化或数据之间存在时间序列相关,也能高精度地检测卫星定位系统的异常值。 异常值指标计算单元11计算卫星定位系统等中每个人造卫星和接收机之间的伪距离等时间序列数据的每个时刻的异常值指标。 动态模型形成单元12在预定时段内从异常值索引动态地形成模型,并且基于动态模型从时间序列异常值指数计算变化点索引。 改变点索引是用于确定时间序列是否是动态模型的单次离群值,或者当突然增加和减少的时间序列值存在时输入数据的动态模型本身变化的索引。 异常值检测单元13将改变点索引与预先设定的阈值进行比较,当变化点索引的值大于阈值时,将与该时刻的变化点索引对应的异常值指标作为异常值进行检测 值。
    • 68. 发明授权
    • Optical modulators
    • 光调制器
    • US07809218B2
    • 2010-10-05
    • US12336640
    • 2008-12-17
    • Yuichi IwataOsamu MitomiJungo KondoKenji Aoki
    • Yuichi IwataOsamu MitomiJungo KondoKenji Aoki
    • G02F1/035G02F1/01
    • G02F1/0356G02F1/2255G02F2201/122
    • An object of the present invention is, in an optical modulator, to increase the production yield by enhancing the patterning accuracy of the electrodes, as well as to reduce the electrode loss by increasing the thickness of the electrodes. An optical modulator has a substrate 5 made of an electro-optical material; a modulation electrode 2A, 3A, 2B provided on the substrate 5; and an optical waveguide 1c provided on the substrate 5. Light propagating through the optical waveguide 1c is modulated by applying a modulation voltage to the modulation electrode. At least a part of the modulation electrode includes a base 2a, 3a formed on the substrate 5 and a projection part 2b, 3b having a width narrower than that of the base.
    • 本发明的目的在于,在光调制器中,通过提高电极的构图精度以及通过增加电极的厚度来减小电极损耗来提高生产率。 光调制器具有由电光材料制成的基板5; 设置在基板5上的调制电极2A,3A,2B; 以及设置在基板5上的光波导1c。通过向调制电极施加调制电压来调制通过光波导1c传播的光。 调制电极的至少一部分包括形成在基板5上的基部2a,3a和宽度窄于基部的宽度的突出部2b,3b。
    • 69. 发明授权
    • Optical Modulator
    • 光调制器
    • US07689066B2
    • 2010-03-30
    • US11841188
    • 2007-08-20
    • Jungo KondoOsamu MitomiKenji AokiYuichi IwataTetsuya Ejiri
    • Jungo KondoOsamu MitomiKenji AokiYuichi IwataTetsuya Ejiri
    • G02F1/035G02B6/26
    • G02F1/2255G02F1/0123G02F2001/212G02F2201/58G02F2203/20
    • An optical modulator is provided for modulating light propagating in a three-dimensional optical waveguide 5 by applying a voltage thereto. The optical modulator has the three-dimensional optical waveguide 5 including at least one pair of branch optical waveguides 5c and 5d, a multiplexing part 5e of the branch optical waveguides and an emission part 5f provided in the downstream of the multiplexing part, modulation electrodes 3A, 3B and 4 for applying a signal voltage for modulating light propagating in the three-dimensional optical waveguide 5, and guiding waveguides 6A and 6B for guiding primary mode light from the multiplexing part. Thickness of the substrate is 20 μm or less at least under the modulation electrodes, and an operation point of the optical modulator is controlled by changing, based on light output from the guiding waveguides, DC bias applied onto the modulation electrodes.
    • 提供了一种光调制器,用于通过向其施加电压来调制在三维光波导5中传播的光。 光调制器具有包括至少一对分支光波导5c和5d的三维光波导5,分支光波导的复用部分5e和设置在复用部分下游的发射部分5f,调制电极3A ,3B和4,用于施加用于调制在三维光波导5中传播的光的信号电压,以及引导波导6A和6B以引导来自复用部分的初级模式光。 至少在调制电极下方,基板的厚度为20μm以下,通过基于来自引导波导的光的输出,施加到调制电极上的DC偏置来改变光调制器的操作点。