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    • 11. 发明授权
    • Tapered roller bearing
    • 圆锥滚子轴承
    • US6033123A
    • 2000-03-07
    • US154824
    • 1998-09-17
    • Yukio SatoTetsu Takehara
    • Yukio SatoTetsu Takehara
    • F16C19/36F16C33/58F16C33/36
    • F16C19/364F16C19/225F16C33/34F16C33/585F16C2240/40
    • An inner ring of a tapered roller bearing is provided with an groove-like recess formed between an outer race surface and a large rib surface. A Chamfer is provided between a large-diameter-side end surface and a rolling surface in each tapered roller. (1) The height from the outer race surface of the inner ring to a contact position where the inner ring large rib surface contacts with the large-diameter-side end surface of each roller is set to be 6 to 9.5% of the diameter of the roller large-diameter-side end surface. (2) The chamfer of the large-diameter-side end surface of each roller is set to be 30 to 60% of the contact position height. In addition, (3) the size of the recess in the large rib surface side of the inner ring is set to be not larger than 75% of the chamfer of the large-diameter-side end surface of each roller.
    • 锥形滚子轴承的内圈设置有形成在外圈表面和大肋表面之间的凹槽状凹部。 在每个圆锥滚子的大直径侧端面和滚动面之间设置倒角。 (1)从内圈的外圈面到内圈大肋面与每个辊的大直径侧端面接触的接触位置的高度被设定为直径的6〜9.5% 辊大直径侧端面。 (2)每个辊的大直径侧端面的倒角被设定为接触位置高度的30〜60%。 此外,(3)将内圈的大肋面侧的凹部的尺寸设定为不大于每个辊的大直径侧端面的倒角的75%。
    • 14. 发明授权
    • Image data coding apparatus
    • 图像数据编码装置
    • US4797945A
    • 1989-01-10
    • US940421
    • 1986-12-11
    • Yoshiyuki SuzukiMasahiro FunadaMamoru SatoYukio Sato
    • Yoshiyuki SuzukiMasahiro FunadaMamoru SatoYukio Sato
    • G06T9/00H04N1/41G06K9/36G06K9/46
    • H04N19/94G06T9/008
    • An image data coding apparatus adopting the method of this invention includes a divider section for dividing an image having gray levels into a plurality of blocks, each consisting of a plurality of pixels; a pre-processing section for detecting the density and the presence/absence of an edge in an image of each divided block; and a vector quantizing section for encoding an image of each block in accordance with the detected density and the presence/absence of the edge in the image of the block. The pre-processing section detects a standard deviation of density levels of the pixels included in each block. The vector quantizing section divides the density levels of the pixels included in each block into a plurality of level sections so as to obtain a code indicating the level section in which the density level of each pixel is included. In the vector quantizing section, the obtained code is again encoded by means of vector quantization.
    • 采用本发明的方法的图像数据编码装置包括:分割部分,用于将具有灰度级的图像分成多个块,每个块由多个像素组成; 用于检测每个分割块的图像中的边缘的密度和存在/不存在的预处理部分; 以及矢量量化部分,用于根据检测到的密度和块的图像中边缘的存在/不存在来对每个块的图像进行编码。 预处理部分检测每个块中包括的像素的浓度水平的标准偏差。 矢量量化部分将每个块中包括的像素的浓度级别分割成多个级别部分,以获得指示包括每个像素的浓度级别的级别部分的代码。 在矢量量化部分中,通过矢量量化再次对所获得的码进行编码。
    • 15. 发明授权
    • Method and apparatus for measuring profile of three-dimensional object
    • 用于测量三维物体轮廓的方法和装置
    • US4794262A
    • 1988-12-27
    • US934834
    • 1986-11-25
    • Yukio SatoKazuo Araki
    • Yukio SatoKazuo Araki
    • G01B11/25G01B11/24
    • G01B11/2518
    • A method of measuring the profile of a three-dimensional object including the steps of scanning the surface of the object to be measured with a slit-ray, forming an optical image of the surface of the object on an imaging plane of a nonscanning type two-dimensional image sensor which is composed of a plurality of mutually independent photosensors, measuring each time interval between a time when the slit-ray passes a predetermined point and a time when reflected rays are received by any of each of the plurality of mutually independent photosensors, storing each of the time intervals measured in separate memory means with a one to one correspondence between the position of each of the plurality of photosensors and each of the plurality of separate memory means and determining the profile from the time interval stored.
    • 一种测量三维物体的轮廓的方法,包括以狭缝射线扫描待测物体的表面的步骤,在非选择型2的成像平面上形成物体表面的光学图像 由多个相互独立的光电传感器组成的三维图像传感器,测量狭缝射线通过预定点的时间与多个彼此独立的光电传感器中的每一个中的任一个中的任何一个接收反射光线的时间间隔 将分离的存储装置中测量的每个时间间隔存储在多个光电传感器中的每一个的位置与多个分离的存储装置中的每一个之间一一对应,并根据所存储的时间间隔确定轮廓。