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    • 21. 发明授权
    • Image processing apparatus, method for performing image processing and computer readable medium
    • 图像处理装置,用于执行图像处理的方法和计算机可读介质
    • US08749854B2
    • 2014-06-10
    • US12554505
    • 2009-09-04
    • Kenji EbitaniTakeshi NoguchiHirofumi Komatsubara
    • Kenji EbitaniTakeshi NoguchiHirofumi Komatsubara
    • H04N1/04G06K19/06
    • G06K9/033
    • An image processing apparatus includes an image reception unit, a determination unit, a display unit, a correction accepting unit and a criterion modifying unit. The image reception unit receives a plurality of images. The determination unit determines whether each image received by the image reception unit corresponds to a separator image that represents a separator of a document based on a criterion and outputs a detection result. The display unit displays the detection result output by the determination unit. The correction accepting unit accepts correction of the displayed detection result in accordance with an operation performed by a user. The criterion modifying unit modifies the criterion based on the accepted correction. The determination unit re-determines whether each image received by the image reception unit corresponds to the separator image based on the criterion after the criterion is modified by the criterion modifying unit.
    • 图像处理装置包括图像接收单元,确定单元,显示单元,校正接受单元和标准修改单元。 图像接收单元接收多个图像。 确定单元确定由图像接收单元接收的每个图像是否对应于基于标准表示文档的分隔符的分隔图像,并输出检测结果。 显示单元显示由确定单元输出的检测结果。 校正接受单元根据用户执行的操作接受所显示的检测结果的校正。 标准修改单元基于接受的校正修改标准。 确定单元在由标准修改单元修改标准之后,基于标准重新确定由图像接收单元接收的每个图像是否对应于分离器图像。
    • 28. 发明授权
    • Apparatus for forming a thin film
    • 用于形成薄膜的装置
    • US4867859A
    • 1989-09-19
    • US81450
    • 1987-08-04
    • Shigeru HaradaTakeshi NoguchiHiroshi Mochizuki
    • Shigeru HaradaTakeshi NoguchiHiroshi Mochizuki
    • H01L21/26C23C14/00C23C14/22C23C14/32H01L21/203
    • C23C14/0036C23C14/32
    • An apparatus for forming a thin film on a substrate has a first reaction chamber in which a thin film is formed by gaseous discharge and a second reaction chamber in which reactive atoms are generated. The first and second reaction chambers commuicate with one another through an orifice in the first reaction chamber. The first reaction chamber houses a device for generating a film on a substrate, and the second reaction chamber houses a device for generating reactive atoms. The orifice is disposed in the vicinity of both a film-forming region in the first reaction chamber and a reactive atom-generating region in the second reaction chamber so that reactive atoms from the second reaction chamber will pass through the orifice and enter the film-forming region in the first reaction chamber, combine with particles in the film-forming region to form a chemical compound, and accumulate on the substrate. In preferred embodiments, the reaction chambers are formed by a single housing having a partition which has an orifice therein and which divides the housing into two reaction chambers.
    • 在基板上形成薄膜的装置具有通过气体放电形成薄膜的第一反应室和产生反应性原子的第二反应室。 第一和第二反应室通过第一反应室中的孔而彼此通过。 第一反应室容纳用于在基板上产生膜的装置,第二反应室容纳用于产生反应性原子的装置。 孔口设置在第一反应室中的成膜区域和第二反应室中的反应性原子产生区域附近,使得来自第二反应室的反应性原子将通过孔口并进入膜 - 在第一反应室中形成区域与成膜区域中的颗粒结合以形成化合物,并积聚在基材上。 在优选实施例中,反应室由具有在其中具有孔口并将壳体分成两个反应室的隔板的单个壳体形成。
    • 29. 发明授权
    • Bushing type vibration insulator
    • 衬套式振动绝缘子
    • US4858899A
    • 1989-08-22
    • US923483
    • 1986-10-27
    • Masaru SaotomeTakao UshijimaTakeshi NoguchiNaomi SatoTsutomu Nakao
    • Masaru SaotomeTakao UshijimaTakeshi NoguchiNaomi SatoTsutomu Nakao
    • B60G7/00F16F13/28
    • F16F13/28B60G7/006B60G2204/143B60G2204/41062
    • A bushing type vibration insulator, for example, used as a suspension bushing of an automotive vehicle. The vibration insulator consists of an outer cylindrical member connected to one member of the suspension. The outer cylindrical member is connected through an elastomeric member with an inner cylindrical member which is connected to another member of the suspension. The inner and outer cylindrical members share a common central longitudinal axis. Two fluid chambers are formed between the outer cylindrical member and the elastomeric member and filled with a fluid. The fluid chambers are communicable through a communication passage formed through an actuator fixedly secured directly to the outer cylindrical member. The actuator is constructed and arranged to block fluid flow through the communication passage under a predetermined condition, thereby raising the spring constant of the vibration insulator.
    • 例如,用作机动车辆的悬挂衬套的衬套型隔振器。 隔振器由连接到悬架的一个构件的外圆筒构件组成。 外圆柱形构件通过弹性体构件与内圆柱形构件连接,内圆柱构件连接到悬架的另一构件。 内部和外部圆柱形构件共享共同的中心纵向轴线。 两个流体室形成在外圆柱形构件和弹性体构件之间并且填充有流体。 流体室可通过形成在通过固定地直接固定在外圆柱形构件上的致动器的连接通道连通。 致动器被构造和布置成阻止在预定条件下通过连通通道的流体流动,从而提高振动绝缘体的弹簧常数。
    • 30. 发明授权
    • Vibration isolating apparatus
    • 隔振装置
    • US4802658A
    • 1989-02-07
    • US134598
    • 1987-12-16
    • Takao UshijimaTakeshi Noguchi
    • Takao UshijimaTakeshi Noguchi
    • B60K5/12F16F13/00F16F13/10F16F15/04B60G15/04F16M13/00
    • F16F13/10
    • A vibration isolating apparatus is interposed between a vibration generating portion and a vibration receiving portion. The apparatus includes a main body which has a portion thereof constituted by a resilient member. The main body is provided with a liquid chamber which is capable of being expanded and contracted. The liquid chamber is divided by a partition member into small liquid chambers which are communicated with each other through an orifice. The orifice is able to absorb low-frequency vibrations but unable to absorb high-frequency vibrations. For this reason, a resilient membrane is provided between the small liquid chambers in such a manner as to suppress the rise in pressure inside the small liquid chambers so that high-frequency vibrations are also absorbed. It is possible to enhance the high-frequency vibration absorbing effect by providing, together with the resilient membrane, an opening means having a cross-sectional opening area which is larger than that of the orifice but smaller than the effective cross-sectional opening area of the resilient membrane.
    • 振动产生部和振动接收部之间设置隔振装置。 该装置包括具有由弹性构件构成的部分的主体。 主体设有能够膨胀和收缩的液体室。 液体室由分隔构件分成通过孔口彼此连通的小液体室。 孔口能够吸收低频振动,但不能吸收高频振动。 为此,在小液体室之间设置弹性膜,以抑制小液体室内的压力升高,从而吸收高频振动。 通过与弹性膜一起设置开口装置,该开口装置的开口部分的开口面积大于孔口的开口面积,但是小于有效的截面开口面积,可以提高高频吸振效果 弹性膜。