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    • 61. 发明授权
    • Specification of an area where a relationship of pixels between images becomes inappropriate
    • 图像之间的像素关系不适当的区域的规格
    • US08903195B2
    • 2014-12-02
    • US13201629
    • 2010-02-19
    • Takashi Shibata
    • Takashi Shibata
    • G06K9/32G06T7/20
    • G06T7/2053G06T3/4053G06T7/251G06T2207/20224
    • An image processing system produces highly accurate determination of a local area that does not conform to an assumed change. Positional displacement amount calculation element 91 calculates a positional displacement amount between a target image and a reference image. Pixel operation element 95 relates a pixel in the target image to a pixel in the reference image by specifying the pixel in the reference image nearest a position of the pixel in the target image when the target image is corrected so as to resolve the positional displacement, calculates a relative pixel differential vector which is a differential vector of respective vectors of the relative pixels, and determines whether or not the pixel in the target image is a pixel of the local area, based on the relative pixel differential vector and an ellipsoid in a predetermined space, the ellipsoid relating to the pixel in the reference image.
    • 图像处理系统产生不符合假设变化的局部区域的高精度确定。 位置偏移量计算元件91计算目标图像和参考图像之间的位置偏移量。 像素运算元件95将目标图像中的像素与参考图像中的像素相关联,通过在校正目标图像时指定最接近目标图像中的像素的位置的参考图像中的像素,以解决位置偏移, 计算作为相对像素的各矢量的差分矢量的相对像素差分矢量,并且基于相对像素差分矢量和相对像素差分矢量中的椭球来确定目标图像中的像素是否是局部区域的像素 预定空间,与参考图像中的像素相关的椭圆体。
    • 63. 发明申请
    • IMAGE PROCESSING SYSTEM, IMAGE PROCESSING METHOD AND IMAGE PROCESSING PROGRAM
    • 图像处理系统,图像处理方法和图像处理程序
    • US20130195373A1
    • 2013-08-01
    • US13812080
    • 2011-08-11
    • Takashi ShibataAkihiko IketaniShuji Senda
    • Takashi ShibataAkihiko IketaniShuji Senda
    • G06T5/00
    • G06T5/003G06K7/1473
    • Error-function determining means makes use of a blur function serving as a function representing the degree of blurring of a blurred input image and a geometrical-deformation matrix serving as a matrix for restricting an operation to lay out a 2-dimensional code shown by the input image on cells each serving as a configuration unit of the 2-dimensional code in order to determine an error function serving as a function satisfying a relation that, the smaller the error between the input image and an image obtained by adding geometrical deformations and blurs to a recovered image obtained from a recovering process, the more the approach to a result determined in advance. Pixel-value restricting means determines pixel-value restriction information prescribing a restriction condition for a restriction imposed on a predetermined pixel value obtained from discretization of pixel values of the 2-dimensional code to be recovered. Objective-function determining means makes use of the error function and the pixel-value restriction information as a basis for determining an objective function serving as a function satisfying a relation that, the closer the recovered image to the true image, the more the approach to a result determined in advance. Objective-function optimizing means determines a recovered image optimizing the objective function.
    • 误差函数确定装置利用作为表示模糊输入图像的模糊度的函数的模糊函数和用作限制作为矩阵的几何变形矩阵的函数的模糊函数来布置由 在每个用作二维码的配置单元的单元上输入图像,以便确定作为满足以下关系的函数的误差函数:输入图像与通过添加几何变形和模糊而获得的图像之间的误差越小 对于从恢复处理获得的恢复图像,预先对确定结果的方法越多。 像素值限制装置确定像素值限制信息,其规定对从要恢复的二维码的像素值离散获得的预定像素值施加的限制的限制条件。 目标函数确定装置利用误差函数和像素值限制信息作为确定目标函数的基础,该目标函数用作满足以下关系的函数,即,将恢复的图像越接近真实图像越接近于 预先确定的结果。 目标函数优化装置确定优化目标函数的恢复图像。
    • 64. 发明申请
    • PULVERIZING APPARATUS
    • US20130105607A1
    • 2013-05-02
    • US13696101
    • 2011-04-28
    • Masahiro YoshikawaTakashi ShibataKohei Hosokawa
    • Masahiro YoshikawaTakashi ShibataKohei Hosokawa
    • B02C13/288
    • B02C13/288B02C17/163B02C17/166B02C17/1815B02C17/188B02C17/22
    • A pulverizing apparatus for processing a powder material that can be readily melted by friction heat generated between the pulverizing apparatus and the material. The pulverizing apparatus includes a casing (2) having a cylindrical inner face, a rotor (10) driven to rotate about the axis X of the casing and having a rugged portion (10G) in its outer periphery, a gas source providing a gas flow for conveying the powder material from a feed opening (3) provided at an end of the casing along the an axial direction to a discharge opening (4) provided at the other axial end of the casing, a coolant source providing coolant to flow in a coolant passage (15) formed inside the rotor. The rugged portion is divided along the axial direction by an annular cutout portion (11) extending along the peripheral direction of the rotor.
    • 一种用于加工粉碎材料的粉碎装置,其可以通过在粉碎装置和材料之间产生的摩擦热容易地熔化。 粉碎装置包括具有圆筒形内表面的壳体(2),被驱动为围绕壳体的轴线X旋转并且在其外周具有凹凸部分(10G)的转子(10),提供气流 用于将设置在壳体的端部处的进料口(3)沿轴向方向输送到设置在壳体的另一轴向端部处的排出口(4),冷却剂源提供冷却剂以在 冷却剂通道(15)形成在转子内部。 凹凸部沿着轴向沿着沿着转子的圆周方向延伸的环形切口部分(11)分开。
    • 65. 发明授权
    • Forced cooling rotary electric machine
    • 强制冷却旋转电机
    • US08049378B2
    • 2011-11-01
    • US13009365
    • 2011-01-19
    • Kenichi HattoriTadaaki KakimotoAkitomi SembaMitsuru SaekiMitsunori SezakiTakashi Shibata
    • Kenichi HattoriTadaaki KakimotoAkitomi SembaMitsuru SaekiMitsunori SezakiTakashi Shibata
    • H02K3/24
    • H02K1/20H02K3/487H02K9/10
    • The invention aims at providing a forced cooling rotary electric machine capable of bringing temperature distribution close to a designed temperature distribution and avoiding becoming a larger size, and employs a wedge formed with ventilation grooves and a wedge not formed with the ventilation grooves to regulate the flow rates of cooling gas passing through air ducts, so that the cooling gas supplied to a part of a stator core, in which temperature is low, can be caused to flow positively to a part in which the temperature is high and the temperature distribution in the axial direction of the stator core can be uniformized. As a result, the temperature distribution in the axial direction of the stator core can be brought close to a designed temperature distribution, and a forced cooling rotary electric machine that need not be made larger in size with a margin can be obtained.
    • 本发明的目的在于提供一种能够使温度分布接近设计温度分布并避免变大的强制冷却旋转电机,并且采用形成有通风槽的楔形件和未形成有通风槽的楔子来调节流动 通过空气管道的冷却气体的速率,使得供给到温度低的定子铁芯的一部分的冷却气体可以被积极地流到温度高的部分,并且温度分布在 定子芯的轴向可以均匀化。 结果,可以使定子铁心的轴向温度分布接近设计的温度分布,并且可以获得不需要使其尺寸更大的强制冷却旋转电机。
    • 66. 发明授权
    • Fishing spinning reel
    • 钓鱼卷轴
    • US08033492B2
    • 2011-10-11
    • US12825804
    • 2010-06-29
    • Masashi FujiokaWataru TsutsumiTakashi ShibataKyoichi Kaneko
    • Masashi FujiokaWataru TsutsumiTakashi ShibataKyoichi Kaneko
    • A01K89/01
    • A01K89/01083A01K89/011221A01K89/0114
    • A fishing spinning reel that includes a rotor having a pair of opposing arms on both sides of a rotor body, wherein one of the pair of arms is provided with, at a forefront end thereof, a supporting member including a fishing line guide; a spool configured to wind up a fishing line through the fishing line guide; and a stiffening member extending from each of fore portions of the pair of the arms towards a rear portion of the rotor body. In one embodiment, the stiffening member is formed to be more spaced apart from the pair of the arms as approaching butt ends of the pair of the arms. In one embodiment, a portion of the stiffening member apart from the pair of arms may be connected to the rotor body.
    • 一种钓鱼用旋转卷线筒,其包括转子,转子在转子体的两侧具有一对相对的臂,其中,所述一对臂中的一个在其前端设置有包括钓线引导件的支撑部件; 卷轴,其构造成通过钓鱼线引导件卷绕钓鱼线; 以及加强构件,其从所述一对臂的前部的每一个朝向所述转子主体的后部延伸。 在一个实施例中,加强构件被形成为与一对臂更接近的一对臂的对接端。 在一个实施例中,加强构件远离该对臂的一部分可以连接到转子体。
    • 70. 发明授权
    • Multi OS configuration method and computer system
    • 多操作系统配置方法和计算机系统
    • US07712104B2
    • 2010-05-04
    • US10878185
    • 2004-06-29
    • Tomoki SekiguchiToshiaki AraiShigenori KanekoHiroshi OhnoTaro InoueTakashi Shibata
    • Tomoki SekiguchiToshiaki AraiShigenori KanekoHiroshi OhnoTaro InoueTakashi Shibata
    • G06F9/46G06F9/455
    • G06F9/4843G06F9/45537G06F11/261
    • A computer system of a multi-operation-system (multi-OS) has a main memory having a memory area for a first OS and a memory area for a second OS, both the areas being independent from each other, and a plurality of I/O devices divisionally allocated to the first OS and the second OS. The first OS is loaded in the first OS memory area, and thereafter when the first OS is operated, the second OS is loaded in the second OS memory area and initialized. When the first OS is operated, the first OS hardware resources and the second OS hardware resources are registered by the first OS. Thereafter when the first OS is operated, the first OS inhibits the registration of an interrupt number already allocated to the second OS I/O device. In response to an interrupt request from a second OS I/O device, the second OS starts operating.
    • 多操作系统(multi-OS)的计算机系统具有主存储器,其具有用于第一OS的存储区域和用于第二OS的存储区域,两个区域彼此独立,并且多个I / O设备分配到第一个操作系统和第二个操作系统。 第一OS被加载在第一OS存储器区域中,之后当第一OS被操作时,第二OS被加载到第二OS存储器区域并被初始化。 当操作第一操作系统时,由第一操作系统登记第一操作系统硬件资源和第二操作系统硬件资源。 此后,当第一OS被操作时,第一OS禁止已经分配给第二OS I / O设备的中断号码的注册。 响应于来自第二OS I / O设备的中断请求,第二个OS开始运行。