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    • 61. 发明授权
    • ATM communication system and ATM communication method
    • ATM通信系统和ATM通信方式
    • US07583676B2
    • 2009-09-01
    • US11127241
    • 2005-05-12
    • Yasuro Shobatake
    • Yasuro Shobatake
    • H04L12/28
    • H04Q11/0478H04L2012/5616H04L2012/5664H04L2012/5679
    • An ATM cell transmission route is formed by hierarchically connecting a plurality of buses for connecting at least one first device and a plurality of second devices, and an ATM cell is to be transmitted from a first device designed to transmit/receive ATM cells and connected to one of the plurality of buses. The first device generates an ATM cell transmission message by inserting the ATM cell into a message in a format depending on the bus, and outputs an address for designating a device as the destination of the ATM cell transmission message by using a bus identifier for identifying one of the plurality of buses and a device identifier for identifying one of the plurality of devices. The ATM cell transmission message is then written in the device designated by the address. With this operation, an ATM communication system having a simple arrangement can be provided. In addition, ATM communication can be performed, with the QOS (quality of service) being guaranteed by priority control of an arbiter connected to one of the plurality of buses.
    • ATM信元传输路由是通过分层连接多个总线形成的,用于连接至少一个第一设备和多个第二设备,并且ATM信元将从被设计为发送/接收ATM信元的第一设备发送并连接到 多辆巴士之一。 第一设备通过以根据总线的格式将ATM信元插入到消息中产生ATM信元传输消息,并且通过使用用于识别一个ATM信元的总线标识符来输出用于指定设备的地址作为ATM信元传输消息的目的地 以及用于识别所述多​​个设备中的一个的设备标识符。 然后将ATM信元传输消息写入由地址指定的设备中。 通过这种操作,可以提供具有简单布置的ATM通信系统。 此外,可以执行ATM通信,其中通过连接到多个总线中的一个的仲裁器的优先级控制来保证QOS(服务质量)。
    • 63. 发明授权
    • Quantum circuit and quantum computer
    • 量子电路和量子计算机
    • US07583438B2
    • 2009-09-01
    • US10526047
    • 2002-10-02
    • Akihisa Tomita
    • Akihisa Tomita
    • G02B5/30
    • G06N99/002B82Y10/00Y10S977/94
    • A quantum circuit and a quantum computer are capable of performing multi-bit quantum computation. In the quantum circuit, a quantum bit is represented by polarization directions of light, a sequence of polarized light pulses representing a quantum bit string is sequentially supplied to the quantum circuit, and an amount of polarization rotation and phase difference applied to a certain light pulse are determined on the basis of a result of a polarization measurement of a preceding input light pulse sequence, thus realizing a controlled-unitary transform. In addition, regarding the light pulses representing the quantum bits, the number of photons included in one pulse is larger than 1, resulting in a reduction of the influence of error.
    • 量子电路和量子计算机能够执行多位量子计算。 在量子电路中,量子比特由光的偏振方向表示,表示量子比特串的偏振光脉冲序列依次提供给量子电路,并且施加于某个光脉冲的极化旋转和相位差的量 是基于前面的输入光脉冲序列的偏振测量的结果确定的,从而实现受控整体变换。 此外,对于表示量子比特的光脉冲,包括在一个脉冲中的光子数大于1,导致误差的影响减小。
    • 64. 发明授权
    • Image forming apparatus
    • 图像形成装置
    • US07583281B2
    • 2009-09-01
    • US11183749
    • 2005-07-19
    • Yoshinobu TakeyamaNobuyuki Yanagawa
    • Yoshinobu TakeyamaNobuyuki Yanagawa
    • G03G15/01B41J2/447
    • H04N1/506
    • An image forming apparatus capable of decreasing the image unevenness of a superimposed image at the time of forming starting (head) lines of the images in respective colors with different beams in order to decrease a shift of a superimposed image. Let a position, where an image in a first color is formed with a beam A as a leading beam, be (a). Let a starting position of formation of an image in a second color be (b), and one dot (line) of shift arises in the superimposed image. In order to decrease the shift of the superimposed image, image formation is performed with selecting a beam B as a beam which writes a head of the image (c). When image formation is performed for color shift reduction with changing a leading beam for each color image, tonality correction is performed to each beam for subsequent images so as to decrease image unevenness due to the difference between shapes and exposure power of respective beams.
    • 一种图像形成装置,其能够在用不同的光束形成各种颜色的图像的开始(头)行时降低叠加图像的图像不均匀性,以减少叠加图像的偏移。 设一个位置,其中第一种颜色的图像形成有作为前导光束的光束A,是(a)。 让第二种颜色的图像形成的起始位置为(b),并且在叠加的图像中出现一个移动点(线)。 为了减少叠加图像的偏移,通过选择光束B作为写入图像(c)的头部的光束来执行图像形成。 当通过改变每个彩色图像的前导光束执行用于色移减少的图像形成时,对后续图像对每个光束执行音调校正,以便由于各个光束的形状和曝光功率之间的差异而减小图像不均匀。
    • 65. 发明授权
    • Method and system for detecting a body in a zone located proximate an interface
    • 用于检测位于接口附近的区域中的身体的方法和系统
    • US07583196B2
    • 2009-09-01
    • US10566250
    • 2004-07-28
    • Thierry CohignacFrederic GuichardChristophe MiglioriniFanny Rousson
    • Thierry CohignacFrederic GuichardChristophe MiglioriniFanny Rousson
    • G08B23/00
    • G08B21/082
    • The invention concerns a method and a system for detecting a body (801) in a zone (802) located proximate an interface (803). The body is illuminated by an electromagnetic radiation (804) comprising at least two different wavelengths, located in ranges corresponding to near infrared and to green-blue. The method comprises the following steps: selecting two wavelengths; providing, for each of said wavelengths, an image (805) of the interface and of the zone; extracting from said data of each image two sets of data (807) respectively representing at least one part of the body in the near infrared range and in the green-blue range; comparing said data sets (807). It is thus possible to detect the presence of a body by discriminating between a body entirely located beneath the interface and a body located at least partly above the interface.
    • 本发明涉及用于检测位于接口(803)附近的区域(802)中的主体(801)的方法和系统。 身体由包括至少两个不同波长的电磁辐射(804)照射,位于对应于近红外和绿 - 蓝的范围内。 该方法包括以下步骤:选择两个波长; 为每个所述波长提供界面和区域的图像(805); 从每个图像的数据提取分别表示近红外范围和绿 - 蓝范围中的身体的至少一部分的两组数据(807); 比较所述数据集(807)。 因此,可以通过区分完全位于界面下方的身体和至少部分位于界面上方的身体来检测身体的存在。
    • 66. 发明授权
    • Probing apparatus and probing method
    • 探测仪器和探测方法
    • US07583096B2
    • 2009-09-01
    • US11747559
    • 2007-05-11
    • Hiroki HosakaShuji AkiyamaTadashi Obikane
    • Hiroki HosakaShuji AkiyamaTadashi Obikane
    • G01R31/02G01R31/28
    • G01R31/2893
    • There is provided a probing apparatus capable of modifying an existing probing apparatus having a single loading port to one having dual loading ports while saving the space without increasing a foot print thereof and also capable of increasing an inspection efficiency by cooperating with an automatic transfer line for the apparatus having a single loading port. The probing apparatus includes a prober chamber in which a wafer is inspected and a loader chamber having: a first and a second loading ports positioned to be spaced apart from each other at the side of a prober chamber, each of the loading ports mounting thereon a cassette accommodating therein a plurality of waters; and a wafer transfer unit for transferring the wafers between the loading ports and the prober chamber. The loading ports are arranged along a route where the cassette is transferred by an automatic transfer device.
    • 提供了一种探测装置,其能够将具有单个装载端口的现有探测装置修改为具有双重加载端口的探测装置,同时节省空间而不增加其脚印,并且还能够通过与自动传送线协作来提高检查效率, 该装置具有单个装载口。 探测装置包括探测室,其中检查晶片,并且装载器室具有:第一和第二装载端口,定位成在探测室侧面彼此间隔开,其中每个装载端口安装在其上 在其中容纳多个水的盒; 以及用于在装载端口和探测室之间传送晶片的晶片传送单元。 装载端口沿着通过自动传送装置传送盒的路线布置。
    • 68. 发明授权
    • Array substrate for an image display device
    • 用于图像显示装置的阵列基板
    • US07582900B2
    • 2009-09-01
    • US11624419
    • 2007-01-18
    • Yasuyoshi ItohKaoru Motonami
    • Yasuyoshi ItohKaoru Motonami
    • H01L33/00
    • G02F1/133553G02F1/133345G02F1/13454G02F1/136286G02F2001/136231
    • An additional circuit is formed on a glass substrate, and a passivation film is deposited thereon. After an insulation film is deposited on the passivation film, a contact hole is formed, and a signal line is deposited and connected to the additional circuit. After the signal line and the insulation film are patterned, an organic insulation film is formed, to thereby have a surface of an uneven configuration depending on a step formed by the signal line and the insulation film. A reflective electrode is formed on the organic insulation film, to thereby have a surface of an uneven configuration. This eliminates the need to perform a photolithography process step for the formation of the surface of the organic insulation film in the uneven configuration, thereby reducing manufacturing costs.
    • 在玻璃基板上形成附加电路,并在其上沉积钝化膜。 在绝缘膜沉积在钝化膜上之后,形成接触孔,并且将信号线沉积并连接到附加电路。 在信号线和绝缘膜被图案化之后,形成有机绝缘膜,从而具有取决于由信号线和绝缘膜形成的台阶的不平坦构造的表面。 反射电极形成在有机绝缘膜上,从而具有凹凸形状的表面。 因此,不需要进行用于形成不均匀构造的有机绝缘膜的表面的光刻工序,从而降低制造成本。