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    • 1. 发明授权
    • Workpiece chucking device
    • 工件夹紧装置
    • US5967528A
    • 1999-10-19
    • US848835
    • 1997-05-05
    • Masato IshiiYoshiyuki Ohta
    • Masato IshiiYoshiyuki Ohta
    • B23B31/30B23B31/32B23B31/10B23B31/06
    • B23B31/32B23B31/30Y10T279/1016Y10T279/1233
    • A workpiece chucking device is strengthened in its workpiece chucking force. The workpiece chucking device comprises a diaphragm 14 having chucking claws 35 in the front of a base 12 which will rotate along with a spindle 11 of a machine tool, a piston which will be moved back and forth by switching fluid fed into a hollow chamber 15 of the base, a cylindrical member 21 inserted in a center of the piston and held to the base, first balls 24 fitted into even-numbered ones of a plurality of transmitting holes formed in the cylindrical member, as well as second balls fitted into odd-numbered ones of the transmitting holes, and a recessed fitting portion 29 provided in an outer circumferential surface of a slider 26 which is inserted into the cylindrical member and connected to the diaphragm so that parts of circumferential surfaces of the first and second balls will be fitted into the recessed fitting portion 29. The slider will retreat only when the first balls are pushed into the recessed fitting portion by a first tapered portion of the piston, while the slider will be advanced when only the second balls are pushed into the recessed fitting portion by a second tapered portion of the piston.
    • 工件夹紧装置工件夹紧力加强。 工件夹紧装置包括隔膜14,其具有位于基座12的前部的夹持爪35,其将与机床的心轴11一起旋转,活塞将通过切换送入中空腔15的流体而前后移动 的基部,插入在活塞的中心并保持在基座上的圆筒状构件21,嵌合在形成于筒状构件的多个透光孔的偶数个中的第一球24以及嵌合于奇数的第二球 - 传输孔中的一个,以及设置在滑块26的外周表面中的凹入嵌合部分29,该滑动件26插入到圆柱形构件中并连接到隔膜,使得第一和第二球的圆周表面的部分将是 嵌入凹入部分29中。只有当第一球被活塞的第一锥形部分推入凹入配合部分时,滑块将退回,而滑块 当仅通过活塞的第二锥形部分将第二球推入凹入配合部分时,将前进。
    • 5. 发明授权
    • Method for treating hatching eggs and method for hatching eggs
    • 孵化蛋的方法和孵卵的方法
    • US06938575B1
    • 2005-09-06
    • US10030142
    • 2000-07-28
    • Yoshiyuki OhtaHiroyuki Sato
    • Yoshiyuki OhtaHiroyuki Sato
    • A01K45/00A01K43/00
    • A01K45/007
    • A method for treating a fertilized egg of a bird, a method for increasing the body weight of a chick at hatch, and a method for increasing the hatchability of a fertilized egg of a bird, comprising injecting, into the fertilized egg after start of incubation, a solution containing amino acids which determine the nutritive value of proteins in the fertilized egg; a method for hatching a fertilized egg of a bird, comprising hatching the fertilized egg after start of incubation treated according to the treatment method; a fertilized egg of a bird after start of incubation, the egg being treated according to the treatment method; and a bird hatched from the fertilized egg.
    • 用于处理鸟的受精卵的方法,增加孵化时鸡的体重的方法以及增加鸟受精卵的孵化率的方法,包括在孵育开始后将其注入受精卵中 ,含有确定受精卵中蛋白质营养价值的氨基酸的溶液; 一种用于孵化鸟的受精卵的方法,包括根据所述处理方法孵育开始孵化受精卵; 孵化开始后的鸟的受精卵,根据处理方法处理的鸡蛋; 和一只从受精卵孵出的鸟。
    • 6. 发明授权
    • Digital limiting circuit
    • 数字限幅电路
    • US4875044A
    • 1989-10-17
    • US127279
    • 1987-12-01
    • Yoshiyuki OhtaTaku Kihara
    • Yoshiyuki OhtaTaku Kihara
    • H03G11/00H04N5/20
    • H04N5/20H03G11/008
    • A digital limiter limits the amplitude of a digital video signal by replacing input data that lies outside the range defined by lower and upper limit levels. Such data are replaced respectively with (1) an average value of (a) the data preceding the first data lying outside the range and (b) the upper or lower limit level data and (2) an average value of (a) the data following the last data lying outside the range and (b) the upper or lower limit level data. This enables a good soft-limit operation without compromising the linearity of the video signal.
    • 数字限幅器通过替换位于由下限和上限级别限定的范围之外的输入数据来限制数字视频信号的幅度。 这些数据分别用(1)第一数据之前的数据位于范围之外的平均值(b)上限或下限数据和(2)数据的平均值(a)的平均值 跟随最后的数据位于范围之外,(b)上限或下限数据。 这使得能够在不影响视频信号的线性的情况下实现良好的软限制操作。
    • 9. 发明授权
    • Storage unit with improved performance by purging unnecessary data and transferring data with high probability of future hits to a segment buffer
    • 存储单元通过清除不必要的数据并以将来命中的高概率传输数据到段缓冲区来提高性能
    • US07171515B2
    • 2007-01-30
    • US10151241
    • 2002-05-21
    • Yoshiyuki OhtaKatsuhiko Nishikawa
    • Yoshiyuki OhtaKatsuhiko Nishikawa
    • G06F12/00
    • G06F12/127G06F12/0862G06F12/0866G06F2212/6024
    • A storage unit which purges unnecessary data immediately and transfers data with high probability of future hits from a disk medium to a segment buffer in advance. A section calculates feature values of data to be stored in a new generated segment and relationships between preceding and succeeding commands. Next, a section retains the feature values for a predetermined period after segment data is purged from a segment buffer and stores the feature values of the purged segment as feature values of a segment with a high hit probability after the purge, when an address stored by the purged segment is read again. Then, a section does not purge a segment when the segment has feature values similar to those of the segment having a high hit probability, while purging another segment or other plural segments with a different feature value.
    • 一种存储单元,其可以立即清除不必要的数据,并将未来命中的高概率的数据预先从盘介质传送到段缓冲器。 一部分计算要存储在新生成段中的数据的特征值以及之前和之后命令之间的关系。 接下来,在从段缓冲器清除段数据之后,部分保留特征值,并且将清除段的特征值作为清除后具有高命中概率的段的特征值,并将其存储在 清除的段再次读取。 然后,当段具有与具有高命中概率的段的特征值相似的特征值,同时清除具有不同特征值的另一个段或其他多个段时,段不清除段。
    • 10. 发明授权
    • Moving body recognition apparatus
    • 移动身体识别装置
    • US5414474A
    • 1995-05-09
    • US026685
    • 1993-03-04
    • Hiroshi KamadaMorito ShioharaYoshiyuki OhtaHideki Yanagishita
    • Hiroshi KamadaMorito ShioharaYoshiyuki OhtaHideki Yanagishita
    • G06T7/20H04N7/32
    • G06T7/2033
    • Apparatus which recognizes a shape and movement of a moving body based on position data of feature points in an image of the moving body in an orthogonal projection image of the moving body. The moving body recognition apparatus includes a feature point position normalization unit for providing normalized coordinates of a feature point by determining an image capture plane of the moving body as the XY plane, a direction in which an orthogonal projection image of a rotation axis of the moving body formed on the image capture plane as the Y axis and a direction of an image capture operation as a Z axis perpendicular to the XY plane and a rotation axis calculation unit for calculating the angle between the axis of rotation of the moving body and the Y axis.
    • 基于移动体的正交投影图像中的移动体的图像中的特征点的位置数据来识别移动体的形状和运动的装置。 移动体识别装置包括:特征点位置归一化单元,用于通过将移动体的图像捕获平面确定为XY平面来提供特征点的归一化坐标;移动体的旋转轴的正交投影图像的方向 在作为Y轴的图像拍摄平面上形成的身体和作为与XY平面垂直的Z轴的图像拍摄操作的方向,以及旋转轴计算单元,用于计算移动体的旋转轴线与Y 轴。