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    • 71. 发明授权
    • Liquid ejection apparatus
    • 液体喷射装置
    • US07121654B2
    • 2006-10-17
    • US10695446
    • 2003-10-29
    • Hitoshi MatsumotoShinichiro Yoshikawa
    • Hitoshi MatsumotoShinichiro Yoshikawa
    • B41J2/175B41J2/14
    • B41J2/1752B41J2/17513
    • A liquid ejection apparatus including a liquid supply unit having a supply unit case for accommodating a liquid charging portion, and a main body having a supply unit arranging part for arranging the liquid supply unit and a carriage part for moving along the vicinity of the supply unit arranging part, wherein the carriage side of the liquid supply unit arranged in the supply unit arranging part is provided with an information storing unit mounting portion formed to be protruded toward the carriage side, the supply unit arranging part is provided with a through window portion for causing the information storing unit mounting portion to penetrate therethrough, and carriage side information storing unit is formed in a portion corresponding to the through window portion in the carriage part for moving in the vicinity of the through window portion.
    • 一种液体喷射装置,包括:液体供应单元,具有用于容纳液体充填部分的供应单元壳体;以及主体,具有用于布置液体供应单元的供应单元布置部分和用于沿供应单元附近移动的托架部分 布置在供应单元配置部分中的液体供应单元的滑架侧的布置部分设置有形成为朝向滑架侧突出的信息存储单元安装部分,供应单元布置部分设置有用于 使信息存储单元安装部分穿过其中,并且滑架侧信息存储单元形成在与滑架部分中的通孔部分相对应的部分中,用于在通过窗口部分附近移动。
    • 72. 发明申请
    • Process for producing purified anthocyanin and crystalline anthocyanin
    • 生产纯化花青素和结晶花青素的方法
    • US20060166330A1
    • 2006-07-27
    • US11392599
    • 2006-03-30
    • Hitoshi MatsumotoSatoshi HanamuraMasao Hirayama
    • Hitoshi MatsumotoSatoshi HanamuraMasao Hirayama
    • C12P19/58
    • C07H17/00C07H17/065C09B61/00C12P19/14C12P19/44
    • Provided are a process for producing purified anthocyanidin glucoside in which a rhamnose end of anthocyanidin rutinoside is cleaved using rhamnosidase to convert the anthocyanidin rutinoside component into anthocyanidin glucoside, the anthocyanidin glucoside component being then purified and isolated; or a crystalline anthocyanidin glucoside salt obtained by further crystallizing the purified anthocyanidin glucoside and a process for producing the same. Also provided are a process for producing purified anthocyanidin rutinoside in which a glucose end of anthocyanidin glucoside is cleaved using β-glucosidase to degrade and remove the end, the anthocyanidin rutinoside component being then purified and isolated; or a crystalline anthocyanidin rutinoside salt obtained by further crystallizing the purified anthocyanidin rutinoside and a process for producing the same.
    • 提供了使用鼠李糖苷酶将花色素芸香糖苷成分转化为花色素苷葡糖苷的花青素芸香糖苷的鼠李糖末端切割纯化花青素葡糖苷的方法,然后纯化和分离花色素苷苷组分; 或通过进一步结晶纯化的花青素葡糖苷获得的结晶花色素苷糖苷及其制备方法。 还提供了生产纯化的花青素芸香糖苷的方法,其中使用β-葡糖苷酶切割花青素葡糖苷的葡萄糖末端以降解和除去末端,然后纯化和分离花色素芸香糖苷组分; 或通过进一步结晶纯化的花青素芸香苷获得的结晶花色素芸香糖苷盐及其制备方法。
    • 73. 发明申请
    • Liquid container
    • 液体容器
    • US20050243149A1
    • 2005-11-03
    • US11075288
    • 2005-03-08
    • Hitoshi Matsumoto
    • Hitoshi Matsumoto
    • B41J2/175B65D77/06
    • B41J2/17513B41J2/17556
    • A liquid container includes a liquid pack having a flexile pouch holding liquid, the flexible pouch having a bent wall which bends with a consumption of the liquid held in the flexible pouch; a container body containing the liquid pack; and a restricting member to be in contact with the bent wall of the flexible pouch for restricting the bent wall of the flexible pouch from bending outward while the liquid is consumed. The restricting member is in contact with the bent wall over substantially the entire thickness of the flexible pouch of the liquid pack. When the flexible pouch of the liquid pack is compressed to discharge the liquid, the bent wall of the flexible pouch of the liquid pack can be surely prevented from bending outward, without any breakage of the flexible pouch.
    • 液体容器包括具有柔性袋保持液体的液体包装,柔性袋具有弯曲的壁,该弯曲壁随着保持在柔性袋中的液体的消耗而弯曲; 容纳该液体包装的容器主体; 以及与柔性袋的弯曲壁接触的限制构件,用于限制柔性袋的弯曲壁在液体被消耗时向外弯曲。 限制构件在液体包装的柔性袋的基本上整个厚度上与弯曲的壁接触。 当液体包装的柔性袋被压缩以排出液体时,可以可靠地防止液体包装的柔性袋的弯曲壁向外弯曲,而不会破坏柔性袋。
    • 76. 发明授权
    • Method for manufacturing a display device, and display device substrate
    • 显示装置的制造方法以及显示装置用基板
    • US06836140B2
    • 2004-12-28
    • US09983947
    • 2001-10-26
    • Takashi FujikawaYoshiharu KataokaHitoshi Matsumoto
    • Takashi FujikawaYoshiharu KataokaHitoshi Matsumoto
    • G01R3100
    • G02F1/1309G02F1/13452
    • A TEG (Test Element Group) block 1 includes a TFT (Thin Film Transistor) test element and a capacitance test element that are arranged adjacent to each other, and six test terminals. A TEG block 2 includes a resistance test element and a capacitance test element that are arranged adjacent to each other, and six test terminals. In these TEG blocks, the test terminals are arranged with the same pattern. Each of the test elements in each TEG block is connected to at least one of a plurality of test terminals included in that TEG block. The test elements can be efficiently formed on the substrate in view of the space on a display device substrate or the preference of characteristics to be evaluated. Moreover, characteristics of each test element can be conducted with a common probe regardless of the type of display device.
    • TEG(测试元件组)块1包括彼此相邻布置的TFT(薄膜晶体管)测试元件和电容测试元件,以及六个测试端子。 TEG模块2包括彼此相邻布置的电阻测试元件和电容测试元件,以及六个测试端子。 在这些TEG模块中,测试端子以相同的模式排列。 每个TEG块中的每个测试元件连接到包括在该TEG块中的多个测试终端中的至少一个测试元件。考虑到显示设备基板上的空间或者优选地,可以在衬底上有效地形成测试元件 的特征被评估。 此外,无论显示装置的类型如何,都可以使用普通探针来进行每个测试元件的特性。
    • 78. 发明授权
    • Detection of non-operating nozzle by light beam passing through aperture
    • 通过光束通过光圈检测非操作喷嘴
    • US06513900B2
    • 2003-02-04
    • US09789546
    • 2001-02-22
    • Hironori EndoHiroshi AsawaHitoshi Matsumoto
    • Hironori EndoHiroshi AsawaHitoshi Matsumoto
    • B41J2125
    • B41J2/1721B41J2/16508B41J2/16523B41J2/16579B41J2002/1728
    • The object is to provide a technique whereby a non-operating nozzle can be detected with higher accuracy. The present invention resides in a printer for printing images by ejecting ink droplets from a plurality of nozzles, wherein an optical path in which light from a light-emitting element 40a for emitting light is focused by a first focusing element 41, allowed to pass through a focusing aperture 43a that is smaller than the area illuminate by the light, and transmitted through the focusing aperture 43a to a light-receiving element 40b for receiving light is laid out according to a configuration in which an intersection is formed with the path described by the ink droplets ejected by the nozzles. The light-emitting element 40a is energized and caused to emit light. The nozzles are actuated and ink droplets are ejected in the direction of a space in which the intensity of light is greater than a prescribed level and which is part of the optical path between the focusing aperture 43a and the light-receiving element 40b. A non-operating nozzle is then detected based on the fact that the light received by the light-receiving element 40b is blocked by the ink droplets thus ejected.
    • 本发明的目的是提供一种可以更精确地检测非操作喷嘴的技术。 本发明在于一种用于通过从多个喷嘴喷射墨滴来打印图像的打印机,其中来自用于发光的发光元件40a的光被第一聚焦元件41聚焦的光路被允许通过 通过聚光孔43a向被照射的受光元件40b照射小于被光照射的区域的聚光孔43a,根据与该光路的路径形成交点的结构, 由喷嘴喷射的墨滴。 发光元件40a通电并使其发光。 喷嘴被致动,并且墨水沿着光强大于规定水平的空间的方向喷射,并且是聚焦孔43a和光接收元件40b之间的光路的一部分。 然后基于由受光元件40b接收的光被所喷射的墨滴阻挡的事实来检测不操作的喷嘴。