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    • 81. 发明授权
    • Door device of elevator
    • 电梯门单元
    • US07510055B2
    • 2009-03-31
    • US10513329
    • 2003-05-12
    • Mitsuru MorotomeHiroyuki YoshidaAtsushi IrieMizuki Yamauchi
    • Mitsuru MorotomeHiroyuki YoshidaAtsushi IrieMizuki Yamauchi
    • B66B13/28E06B7/16
    • B66B13/308B66B13/30
    • In an elevator comprising an entrance frame provided on an entrance leading from a landing hall to a hoistway and having an upper frame (103) and a vertical frame (102, 102), and landing doors (110, 110) arranged on the entrance frame with a gap and to be guided by a sill (104) for opening-closing an opening of the entrance frame, the landing doors (110, 110) have smoke shielding members (120, 130, 111) which are provided on a top portion, side portion, and a bottom portion of the landing doors (110, 110) for preventing the infiltration of smoke. The smoke shielding member (130) on the side portion is in contact with the smoke shielding member (111) on the bottom portion at a lower position, and is in contact with the smoke shielding member (120) on the top portion at an upper position.
    • 一种电梯,其特征在于,具有:设置在从起落厅通向井道的入口的入口框架,具有上框架(103)和垂直框架(102,102),以及设置在入口框架上的楼梯门(110,110) 具有间隙并由用于打开 - 关闭入口框架的开口的门槛(104)引导,所述层站门(110,110)具有烟罩屏蔽构件(120,130,111),其设置在顶部 ,侧部,以及用于防止烟雾渗透的层站门(110,110)的底部。 侧部的烟雾遮蔽部件130在下部与底部的烟雾遮蔽部件111接触,并且与上部的烟雾遮蔽部件120接触, 位置。
    • 84. 发明授权
    • Focus detecting method, focus detecting mechanism and image measuring device having focus detecting mechanism
    • 焦点检测方法,焦点检测机构和具有焦点检测机构的图像测量装置
    • US07342608B2
    • 2008-03-11
    • US10873122
    • 2004-06-23
    • Hiroyuki Yoshida
    • Hiroyuki Yoshida
    • H04N5/232H04N7/18G02B27/40G02B3/00G02B27/64
    • G02B7/38
    • Focus detecting methods and focus detecting mechanisms of an image measuring device able to execute focus detection at high speed with high accuracy, and image measuring device having the focus detecting mechanisms are provided. A rotation driving device rotates and operates a grating filter for projecting a grating pattern to a measured object. A distance driving device adjusts the interval distance between an image pickup device and the measured object. The image of the measured object projecting the grating pattern thereto every predetermined rotating angle is picked up by the image pickup device via multiple exposure by operating the rotation driving device and the distance driving device in association with each other. A focus position is determined from a contrast value of the grating pattern within the picked-up image information. Accordingly, it is not necessary to pick-up plural images in plural distance positions and process the plural images. Therefore, times taken in the image picking-up and the image processing can be shortened and a focus detecting speed can be increased. Further, the focus detection can be performed with high accuracy since the contrast value is determined on the basis of frequency area information.
    • 提供能够高精度地执行焦点检测的图像测量装置的焦点检测方法和焦点检测机构,并且提供具有焦点检测机构的图像测量装置。 旋转驱动装置旋转并操作用于将光栅图案投影到测量对象的光栅滤光器。 距离驱动装置调整图像拾取装置与测量对象之间的间隔距离。 通过相互关联地旋转驱动装置和距离驱动装置,通过多次曝光,通过图像拾取装置拾取测量对象的每个预定旋转角投影光栅图案的图像。 聚焦位置由拾取图像信息内的光栅图案的对比度值确定。 因此,不需要在多个距离位置拾取多个图像并处理多个图像。 因此,可以缩短拍摄图像和图像处理中的时间,并且可以提高焦点检测速度。 此外,可以高精度地执行焦点检测,因为根据频率区域信息确定对比度值。
    • 85. 发明申请
    • Method of and apparatus for producing sub-critical water decomposition products
    • 生产亚临界水分解产物的方法和设备
    • US20070160524A1
    • 2007-07-12
    • US10589331
    • 2005-02-14
    • Hiroyuki Yoshida
    • Hiroyuki Yoshida
    • C01B5/00
    • C02F11/08A62D2203/10B01J3/008B09B3/00Y02E50/30
    • [Problems] A method of and an apparatus for continuous sub-critical water decomposition treatment for material to be processed containing solid matter are provided, which are capable of controlling decomposition reaction of the material to be processed and suitable for large-scale operations. The method and the apparatus are also capable of minimizing equipment costs and selectively producing desired useful substances at high yield rates. [Means to Solve the Problems] Material to be processed is grinded in advance into particles, which are mixed with water to prepare slurry. The slurry is sent to a compressing means (1) through a pipe and is compressed. Next, the compressed slurry is sent to a heating means 2 and heated, and is brought into a sub-critical state. The slurry in a sub-critical condition is introduced through an inlet (8) into a bottom part of a reactor (3). In the reactor (3) a fixed bed, a fluidized bed, and a sub-critical water dissolution part are formed in that order from the bottom. One(s) of outlets (101) to 106 provided at top and side portions of the reactor 3 is/are selected so that the sub-critical water dissolution part is taken out therethrough, whereby the residence time of the sub-critical water is adjusted and thus the reaction time of sub-critical water decomposition of the material to be processed is adjusted.
    • [问题]提供了含有固体物质的待处理材料的连续亚临界水分解处理的方法和装置,其能够控制待处理材料的分解反应并适合于大规模操作。 该方法和装置还能够最小化设备成本并以高产率选择性地生产所需的有用物质。 [解决问题的方法]将待处理的材料预先研磨成与水混合以制备浆料的颗粒。 将浆料通过管道送到压缩装置(1)并被压缩。 接下来,将压缩的浆料送到加热装置2并加热并进入亚临界状态。 处于亚临界状态的浆料通过入口(8)引入反应器(3)的底部。 在反应器(3)中,从底部依次形成固定床,流化床和亚临界水溶解部分。 选择设置在反应器3的顶部和侧部的一个或多个出口(101)至106,使得亚临界水溶解部分被从其中取出,由此亚临界水的停留时间为 进行调整,调整待处理材料的亚临界水分解反应时间。
    • 86. 发明申请
    • Image measuring apparatus and image measuring method
    • 图像测量装置和图像测量方法
    • US20070036465A1
    • 2007-02-15
    • US11335507
    • 2006-01-20
    • Hiroyuki Yoshida
    • Hiroyuki Yoshida
    • G06K9/36
    • H04N9/045G06T7/12G06T2207/10056
    • An image measuring apparatus comprises an imaging portion with pixels, each pixel being allocated with one color, four pixels constituting one set, one set being allocated with a plurality of colors to express a color, and said sets being arranged in matrix, configured to image a measuring object and output four image data based on said four pixels respectively; and a calculation portion which calculates, based on the four image data respectively, positions of the measuring object and contrast values at one side and an other side across the measuring object as a boundary, and which generates a position data of the measuring object based on the positions and contrast values, and outputs the position data.
    • 图像测量装置包括具有像素的成像部分,每个像素被分配一种颜色,构成一组的四个像素,一组被分配有多种颜色以表示颜色,并且所述组被布置成矩阵,被配置为图像 测量对象,并分别基于所述四个像素输出四个图像数据; 以及计算部,其基于四个图像数据分别计算测量对象的位置和作为边界的测量对象的一侧和另一侧的对比度值,并且基于所述测量对象的位置数据生成基于 位置和对比度值,并输出位置数据。
    • 88. 发明授权
    • Fuel vapor treatment device
    • 燃油蒸汽处理装置
    • US07134426B2
    • 2006-11-14
    • US10509185
    • 2003-07-14
    • Masashi UchinoMasaru NakanoEiji YamadaHiroyuki YoshidaHiroaki Okada
    • Masashi UchinoMasaru NakanoEiji YamadaHiroyuki YoshidaHiroaki Okada
    • F02M37/04
    • F02M25/0854
    • A fuel vapor treatment device for suppressing emission of fuel vapor from a fuel tank or the like of an automotive vehicle. The fuel vapor treatment device comprises a casing having a charge port connected to a fuel tank, a purge port connected to an intake section of an engine, and an atmospheric air port through which atmospheric air is introduced. Fuel vapor adsorbing material is filled in the casing. Additionally, an adsorbing material cartridge is disposed in a part of the casing and includes a cylindrical cartridge main body section having a cross-sectional area smaller than that of the casing. Fuel vapor adsorbing material is filled in the cartridge main body section. Air introduced from the atmospheric air port is flowable through the inside of the cartridge main body section to the fuel vapor adsorbing material in the casing.
    • 一种用于抑制来自机动车辆的燃料箱等的燃料蒸气的排出的燃料蒸气处理装置。 燃料蒸汽处理装置包括具有连接到燃料箱的充气口,连接到发动机的进气部分的吹扫口和大气引入的大气空气口的壳体。 燃料蒸气吸附材料填充在壳体中。 另外,吸附材料盒设置在壳体的一部分中,并且包括具有小于壳体的横截面面积的圆柱形盒主体部分。 燃料蒸汽吸附材料填充在盒主体部分中。 从大气空气引入的空气可以通过盒主体部分的内部流到壳体中的燃料蒸气吸附材料。
    • 90. 发明授权
    • Display method and display equipment
    • 显示方法和显示设备
    • US07102655B2
    • 2006-09-05
    • US10156707
    • 2002-05-28
    • Bunpei TojiHiroyuki YoshidaTadanori Tezuka
    • Bunpei TojiHiroyuki YoshidaTadanori Tezuka
    • G09G5/02
    • G09G5/02G09G2300/0452G09G2340/0457
    • A per sub-pixel luminance information-generating unit enters per-pixel luminance information, and generates respective pieces of luminance information on target pixel-forming three sub-pixels using luminance information on the target pixel and an adjacent pixel. A per sub-pixel chroma information-generating unit enters per-pixel chroma information, and generates respective pieces of chroma information on the target pixel-forming sub-pixels using chroma information on the target pixel and an adjacent pixel. The target pixel and the pixel adjacent to the target pixel are used to generate respective pieces of the luminance information on the target pixel-forming three sub-pixels. Since the pixels used to generate the luminance information on a per sub-pixel basis are the same ones used to generate the luminance information, the occurrence of color irregularities is inhibited between an original image and a multi-value image displayed on a per sub-pixel basis.
    • 每个子像素亮度信息生成单元输入每像素亮度信息,并且使用关于目标像素和相邻像素的亮度信息来生成关于目标像素形成三个子像素的各个亮度信息。 每个子像素色度信息生成单元输入每像素色度信息,并且使用目标像素和相邻像素上的色度信息在目标像素形成子像素上生成各个色度信息。 目标像素和与目标像素相邻的像素用于产生关于目标像素形成三个子像素的各个亮度信息。 由于用于以每个子像素为基础生成亮度信息的像素与用于生成亮度信息的像素相同,所以在原始图像和显示在每个子像素上的多值图像之间禁止发生颜色不规则, 像素基础。