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    • 97. 发明申请
    • TARGET SUBSTANCE DETECTION ELEMENT, TARGET SUBSTANCE DETECTION METHOD, AND METHOD FOR PRODUCING TARGET SUBSTANCE DETECTION ELEMENT
    • 目标物质检测元件,目标物质检测方法及产生目标物质检测元件的方法
    • US20100047928A1
    • 2010-02-25
    • US12524348
    • 2008-03-17
    • Satoru HatakeyamaTakashi Ikeda
    • Satoru HatakeyamaTakashi Ikeda
    • G01N33/543B29C65/00
    • G01N33/54386G01N33/54393Y10S435/97Y10S436/807Y10T156/10
    • It is intended to provide a target substance detection element wherein a target substance capturing body for capturing target substances is immobilized with good orientation in a desired region on the surface of the target substance detection element, a method for producing the target substance detection element, and a detection method using the target substance detection element. The present invention provides a target substance detection element for detecting the presence or absence or concentration of a target substance in a sample, characterized in that: the target substance detection element includes at least a detection substrate including plural layers and a target substance capturing body immobilized on the surface of the detection substrate; the target substance capturing body has at least a first peptide region specifically recognizing a first layer of the plural layers constituting the detection substrate and binding to the first layer and a second peptide region specifically recognizing a second layer different from the first layer of the plural layers and binding to the second layer; and the first layer and the second layer are adjacent to each other.
    • 旨在提供一种目标物质检测元件,其中用于捕获目标物质的目标物质捕获体被固定在目标物质检测元件的表面上的期望区域中具有良好取向,该目标物质检测元件的制造方法和 使用目标物质检测元件的检测方法。 本发明提供了一种用于检测样品中目标物质的存在或不存在或浓度的目标物质检测元件,其特征在于:所述目标物质检测元件至少包括包含多层的检测基板和固定的靶物质捕获体 在检测基板的表面上; 目标物质捕捉体具有至少第一肽区域,其具体地识别构成检测基板的多层的第一层并与第一层结合,以及特异性识别与多层的第一层不同的第二层的第二肽区域 并与第二层结合; 并且第一层和第二层彼此相邻。
    • 99. 发明授权
    • Projection type video display apparatus
    • 投影式视频显示装置
    • US07578595B2
    • 2009-08-25
    • US11248607
    • 2005-10-13
    • Takashi MiwaTakashi Ikeda
    • Takashi MiwaTakashi Ikeda
    • G03B21/18G03B21/26H04N5/74G02F1/00F21V29/00
    • H04N9/3141H04N9/3144
    • There is provided a heat conductive portion for conducting heat generated by an LED light source to cooling liquid at a rear side of each LED light source. Each heat conductive portion is connected one another with a pipe, and the cooling liquid flowing in the pipe is sequentially circulated through each heat conductive portion. A heat generation amount of an LED light source for red light is the smallest, the heat generation amount of an LED light source for green light is the largest, and the heat generation amount of an LED light source for blue light is the middle of the two. The cooling liquid cooled by passing through a radiation fin is firstly supplied to the heat conductive portion for the LED light source for red light, secondly supplied to the heat conductive portion for the LED light source for blue light, and lastly supplied to the heat conductive portion for the LED light source for green light. The cooling liquid discharged from a pump is supplied to the heat conductive portion for the heat conductive portion for the LED light source for green light. Then, the cooling liquid from this heat conductive portion passes through the pipe to be supplied to the radiation fin (radiator).
    • 设置有用于将由LED光源产生的热量引导到每个LED光源的后侧的冷却液体的导热部。 每个导热部分用管道彼此连接,并且流过管道的冷却液体依次循环通过每个导热部分。 用于红光的LED光源的发热量最小,用于绿光的LED光源的发热量最大,并且用于蓝光的LED光源的发热量是 二。 通过散热片冷却的冷却液首先供给到用于红光的LED光源的导热部分,其次被提供给用于蓝光的LED光源的导热部分,最后供给到导热 用于绿光的LED光源部分。 从泵排出的冷却液供给到用于绿色用的LED用光源的导热部的导热部。 然后,来自该导热部的冷却液通过配管供给散热片(散热器)。
    • 100. 发明申请
    • Control Method of Exhaust Gas Purification System and Exhaust Gas Purification System
    • 废气净化系统和废气净化系统的控制方法
    • US20090183494A1
    • 2009-07-23
    • US12227901
    • 2007-05-14
    • Takuro IwashitaTetsuya MurataTakashi IkedaTatsuo Mashiko
    • Takuro IwashitaTetsuya MurataTakashi IkedaTatsuo Mashiko
    • F01N9/00F01N3/00F01N3/10
    • F02D41/029F01N3/0231F01N3/0235F01N2260/14F02D41/2416F02D41/2422F02D41/402F02D2250/12F02D2250/21Y02T10/44
    • In forced regeneration control of an exhaust gas purification device 12, the number of data for injection control such as the number of meshes of a data map and the number of data maps for multi injection control is decreased while occurrence of torque shock, which is a rapid fluctuation of a generated torque, is avoided. In the forced regeneration control of the exhaust gas purification device 12, when an operation state of an internal combustion engine 10 is a high-load operation state, the normal injection control by stopping the multi injection is carried out and according to a rotation speed Ne and a load Q of the internal combustion engine 10, a region for control is divided into a multi-injection control region Rm, a transition region Rt, and a normal injection control region Rn, and in the transition region Rt, data Ft(i) for injection control obtained by interpolation of data Fml(i) for injection control on the multi-injection control region Rm side and data Fnl(i) for injection control on the normal injection control region Rn side is used.
    • 在废气净化装置12的强制再生控制中,数据图的网格数量和多次喷射控制的数据图的数量等喷射控制数据减少,同时产生作为 避免产生转矩的快速波动。 在排气净化装置12的强制再生控制中,当内燃机10的运转状态为高负荷运转状态时,通过停止多次喷射进行正常喷射控制,并根据转速Ne 和内燃机10的负载Q,将用于控制的区域划分为多喷射控制区域Rm,过渡区域Rt和正常喷射控制区域Rn,并且在过渡区域Rt中,数据Ft(i )用于通过对用于多喷射控制区域Rm侧的喷射控制的数据Fml(i)进行插值获得的喷射控制,并且使用用于喷射控制区域Rn侧的喷射控制的数据Fn1(i)。