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    • 52. 发明授权
    • Step type stoker with oscillation mechanism
    • 带振荡机构的步进式加料机
    • US4563959A
    • 1986-01-14
    • US673706
    • 1984-11-21
    • Koji Fujiwara
    • Koji Fujiwara
    • F23H1/02F23H7/08F23H7/14
    • F23H1/02F23H7/08
    • The present invention relates to a step type stoker with an oscillation mechanism having: a plurality of stoker frames (2 and 2') which are installed at an interval in the upstream to downstream direction, and at least one of which forms an air supply path (5); reciprocating fire grates (3) each of which is formed with a plurality of fire grate members (8) installed in a step-like manner on a groove-shaped frame (7) equipped with an air path (6) which is in communication with the aforementioned air supply path (5) at all times; and fixed fire grates (4) each of which is formed with a plurality of fire grate members 8 installed in a step-like manner on a groove-shaped frame (7) equipped with an air path (6) which is in communication with the aforementioned air supply path (5) at all times. The fixed fire grates are arranged to be adjacent to and parallel with the aforementioned movable fire grates (3), but are fixed on the aforementioned stoker frames (2 and 2').
    • 本发明涉及一种具有振荡机构的步进式送料机,其具有:沿上下游方向以间隔安装的多个加料机架(2和2'),其中至少一个形成供气路径 (5); 往复式炉篦(3),其形成有多个以阶梯状的方式安装在具有空气通道(6)的槽形框架(7)上的炉排构件(8),该空气通道(6)与 上述空气供给路径(5) 和固定的炉篦(4),每个炉栅形成有多个炉篦构件8,所述多个炉排构件8以阶梯状的方式安装在具有空气路径(6)的槽形框架(7)中,该空气通道(6)与 上述空气供给路径(5)。 固定的火炬被布置成与上述可动火炬(3)相邻并平行,但是被固定在上述罢工机架(2和2')上。
    • 53. 发明授权
    • Corresponding point search device and distance measurement device
    • 对应点搜索装置和距离测量装置
    • US09279677B2
    • 2016-03-08
    • US14127373
    • 2012-05-10
    • Koji Fujiwara
    • Koji Fujiwara
    • G01C3/32G01C3/06H04N5/232
    • G01C3/32G01C3/06H04N5/23212H04N5/23232
    • A corresponding point search device includes an acquiring unit, a search unit and a determination unit. The acquiring unit acquires a first image obtained by imaging a subject with a first imaging apparatus in a focused state in which the first imaging apparatus is focused on the subject by moving of a movable portion, a second image obtained by imaging the subject with a second imaging apparatus and position information of the movable portion when the first imaging apparatus is in the focused state. The search unit searches for a corresponding point corresponding to a baseline point in one image in the other image for the one image and the other image of the first and second images. The determination unit determines the search range in which the corresponding point is searched by the search unit in the other image based on the position information.
    • 对应点搜索装置包括获取单元,搜索单元和确定单元。 获取单元通过移动可移动部分获得第一成像装置获得的第一图像,其中第一成像装置处于聚焦状态,其中第一成像装置通过移动可动部分而聚焦在被摄体上,第二图像通过用第二 成像装置和当第一成像装置处于聚焦状态时的可移动部分的位置信息。 搜索单元搜索对于一个图像的另一图像中的一个图像中的基线点的对应点,以及第一图像和第二图像的另一图像。 确定单元基于位置信息确定搜索单元在另一图像中搜索对应点的搜索范围。
    • 54. 发明授权
    • Face authentication system and face authentication method
    • 面部认证系统和面部认证方法
    • US08170297B2
    • 2012-05-01
    • US12009294
    • 2008-01-17
    • Koji FujiwaraDaisaku Horie
    • Koji FujiwaraDaisaku Horie
    • G06K9/00
    • G06K9/00281G06K9/00208G06K9/036
    • A face authentication system includes: a data processing section for performing a predetermined data processing operation; a first data input section for inputting three-dimensional data on a face area of a subject to the data processing section; and a second data input section for inputting two-dimensional image data on the face area of the subject to the data processing section, the two-dimensional image data corresponding to the three-dimensional data to be inputted to the data processing section, wherein the data processing section includes: a quality rating section for rating the quality of the three-dimensional data based on the two-dimensional image data, and generating quality data, and an authentication processing section for executing a registration process or a verification process of authentication data based on the three-dimensional data, if the quality data satisfies a predetermined requirement.
    • 面部认证系统包括:数据处理部分,用于执行预定的数据处理操作; 第一数据输入部分,用于在对象的面部区域上向数据处理部分输入三维数据; 以及第二数据输入部分,用于将数据处理部分的对象面部区域上的二维图像数据输入到与数据处理部分输入的三维数据相对应的二维图像数据,其中, 数据处理部分包括:质量评价部分,用于基于二维图像数据对三维数据的质量进行评估,并产生质量数据;以及认证处理部分,用于执行认证数据的注册过程或验证过程 基于三维数据,如果质量数据满足预定要求。
    • 55. 发明授权
    • Face authentication system and face authentication method
    • 面部认证系统和面部认证方法
    • US07974446B2
    • 2011-07-05
    • US11821826
    • 2007-06-26
    • Koji Fujiwara
    • Koji Fujiwara
    • G06K9/00
    • G06K9/00255G06K9/036
    • A face authentication system includes a data input section for obtaining three-dimensional data concerning a face area of a subject at multiple points, and a processor for performing a registration process or a verification process of authentication data of the subject based on the three-dimensional data. The processor has a quality rater for rating a quality of the three-dimensional data with respect to each of the points of the three-dimensional data to generate quality data, and a quality distribution deriving section for deriving a distribution of the quality with respect to the face area, based on the quality data.
    • 面部认证系统包括:数据输入部分,用于获取关于多个点处的被摄体的面部区域的三维数据;以及处理器,用于基于三维图像来执行对象的认证数据的注册处理或验证处理 数据。 所述处理器具有用于对所述三维数据中的每个点对所述三维数据的质量进行评估以产生质量数据的质量评估器,以及用于导出所述质量的分布的质量分布导出部, 面部区域,基于质量数据。
    • 58. 发明申请
    • Counting system and counting method
    • 计数系统和计数方法
    • US20050001154A1
    • 2005-01-06
    • US10698707
    • 2003-10-31
    • Hironori SumitomoKoji Fujiwara
    • Hironori SumitomoKoji Fujiwara
    • G01V8/10G06M1/10G06M7/00G06T1/00G07C9/00
    • G07C9/00G06M1/101G06M7/00
    • A counting system is for counting the number of persons passing a monitor line set in the width direction of a path, and has a laser for irradiating the monitor line with a slit ray, and an image capturing apparatus for photographing an area including the monitor line. In the image capturing apparatus, one-dimensional data indicative of a position in which the slit ray is interrupted on the monitor line is generated from an image obtained by the photographing. On the basis of the one-dimensional data, the number of passing persons is counted. By counting the number of passing persons with the one-dimensional data, a very light computation load for the counting can be achieved.
    • 计数系统用于对通过在路径的宽度方向上设置的监视线的人数进行计数,并具有用于用狭缝射线照射监视线的激光器和用于拍摄包括监视线的区域的图像捕获装置 。 在图像拍摄装置中,从通过拍摄获得的图像生成指示在监视线上切断狭缝光线的位置的一维数据。 在一维数据的基础上,通过人数进行计数。 通过对具有一维数据的通过者的数量进行计数,可以实现计数的非常轻的计算负载。
    • 59. 发明授权
    • Driving method and driving device of liquid crystal panel
    • 液晶面板的驱动方法和驱动装置
    • US06614416B1
    • 2003-09-02
    • US09687655
    • 2000-10-13
    • Tomohiko YamamotoNaoto InoueKeiichi TanakaKoji FujiwaraHideki Ichioka
    • Tomohiko YamamotoNaoto InoueKeiichi TanakaKoji FujiwaraHideki Ichioka
    • G09G336
    • G09G3/3655G09G2310/06G09G2320/0209G09G2320/0223
    • A wave A1 is used as a signal inputted to a liquid crystal panel via an operational amplifier OP. The wave A1 is a superimposed wave made up of, for example, a first rectangular wave to be the base of a driving signal and a second wave capable of increasing respective amplitudes of the first wave in rising and falling directions. Because a wave A3 is superimposed, using the wave A1 as the driving signal of the liquid crystal panel surely results in increase in a quantity of charges with which respective pixels of the liquid crystal panel are supplied at early stages of writing, more than simply applying the wave A2 to the liquid crystal panel. Consequently, even when a charge supplying ability of a reference voltage line is considerably low, a desired charging quantity can surely be obtained in respective pixels within desired writing time, thereby preventing crosstalk having different degrees depending on a location even when a charge supplying ability for the respective pixels of the liquid crystal panel is considerably low.
    • 波A1被用作通过运算放大器OP输入到液晶面板的信号。 波A1是由例如作为驱动信号的基础的第一矩形波和能够增加上升和下降方向上的第一波的各自振幅的第二波构成的叠加波。 由于重叠波A3,所以使用波A1作为液晶面板的驱动信号,确实导致在写入的早期阶段提供液晶面板的各像素的电荷量的增加,而不仅仅是简单地应用 波A2到液晶面板。 因此,即使在基准电压线的充电能力相当低的情况下,也可以在期望的写入时间内的各个像素中可以确实获得期望的充电量,从而可以防止根据位置具有不同程度的串扰,即使当针对 液晶面板的各像素相当低。
    • 60. 发明授权
    • Fluid separation element assembly
    • 流体分离元件组件
    • US06224767B1
    • 2001-05-01
    • US09264746
    • 1999-03-09
    • Koji FujiwaraHiroyuki IkadaHisaaki Fujino
    • Koji FujiwaraHiroyuki IkadaHisaaki Fujino
    • B01D6310
    • B01D63/106B01D53/22B01D63/10B01D63/12B01D65/00Y02A20/131
    • A fluid separation element assembly comprises a fluid separation element having a membrane unit and a wrapping material formed around the membrane unit, an anti-telescoping plate attached to at least one end of the fluid separation element at a condition free to be detached, and a feed water seal member for preventing feed water from leaking through a gap between the fluid separation element and the anti-telescoping plate. The membrane unit is formed by a separation membrane, a permeate carrier material and a feed carrier material which are spirally wound around a permeate collection tube. By providing the anti-telescoping plate detachably, when the separation membrane has reached its life, it is possible to reuse other members. By providing the feed water seal member, it is possible to ensure a large diameter of the fluid separation element as well as to appropriately prevent leakage of feed water into a gap between a pressure vessel and the fluid separation element, thereby increasing the amount of treated water and improving the quality of the treated water.
    • 流体分离元件组件包括具有膜单元和围绕膜单元形成的包裹材料的流体分离元件,在可自由拆卸的状态下附接到流体分离元件的至少一端的防伸缩板,以及 给水密封构件,用于防止供水从流体分离元件和反伸缩板之间的间隙泄漏。 膜单元由分离膜,渗透物载体材料和进料载体材料形成,螺旋缠绕在渗透物收集管周围。 通过可拆卸地设置防伸缩板,当分离膜已经达到其使用寿命时,可以再利用其他部件。 通过设置给水密封构件,可以确保流体分离元件的大直径,并且适当地防止给水泄漏到压力容器和流体分离元件之间的间隙中,从而增加处理的量 水和提高处理水的质量。