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    • 31. 发明申请
    • On-board gaseous fuel tank module
    • 车载气体燃料箱模块
    • US20070170180A1
    • 2007-07-26
    • US10589071
    • 2005-02-22
    • Hideo WatanabeMorio Kuroki
    • Hideo WatanabeMorio Kuroki
    • B65D6/00
    • B60K15/03006B60K15/07
    • An on-board gaseous fuel tank module includes: a support frame member; and a gaseous fuel tank fixed to the support frame member horizontally. The gaseous fuel tank includes: a cylindrical tank complete unit, a gaseous fuel inlet and outlet valve device provided at an axial end portion of the tank complete unit such that a part thereof protrudes outwardly from the tank complete unit, and a pin hole provided in the other axial end portion of the tank complete unit so as to open outwardly. An axis of the tank complete unit, an axis of the part of the valve device and a center line of the pin hole are disposed on a single straight line so that the part of the valve device and the pin hole are used to position the gaseous fuel tank horizontally.
    • 车载气体燃料箱模块包括:支撑框架构件; 以及水平地固定到支撑框架构件的气体燃料箱。 气体燃料箱包括:圆筒形容器完整单元,设置在罐完成单元的轴向端部处的气体燃料入口和出口阀装置,使得其一部分从罐完成单元向外突出,并且销孔设置在 罐完成单元的另一个轴向端部,以便向外敞开。 罐完成单元的轴线,阀装置的一部分的轴线和销孔的中心线设置在单个直线上,使得阀装置的一部分和销孔用于定位气体 油箱水平
    • 32. 发明申请
    • INKJET HEAD AND METHOD OF MANUFACTURING INKJET HEAD
    • 喷嘴头和制造喷头的方法
    • US20070030316A1
    • 2007-02-08
    • US11459667
    • 2006-07-25
    • Hideo Watanabe
    • Hideo Watanabe
    • B41J2/045
    • B41J2/1609B41J2/1632B41J2002/14491Y10T29/42
    • In a method of manufacturing an inkjet head having head chip 1, including driving walls 13 composed of piezoelectric element and channels 14 arranged alongside alternatively, an outlet port and an inlet port provided on front and rear surfaces respectively for each channel, and driving electrode 15 to apply drive voltage to driving wall 13 formed inside the channel, jets ink in channel 14 from a nozzle by causing shear deformation to driving wall 13 by applying voltage to electrode 15, wherein the groove is cut on the rear surface of the head chip across a channel array substantially parallel so as to cut away a portion of the driving walls 13 to a predetermined depth.
    • 在制造具有头芯片1的喷墨头的方法中,包括由压电元件构成的驱动壁13和交替地配置的通道14,分别设置在每个通道的前表面和后表面上的出口和入口以及驱动电极15 将驱动电压施加到形成在通道内的驱动壁13上,通过向电极15施加电压而引起对喷嘴的剪切变形,从而从喷嘴喷射通道14中的墨,其中在头芯片的后表面上切割槽 基本上平行的通道阵列,以将驱动壁13的一部分切割成预定的深度。
    • 34. 发明授权
    • Load drive control apparatus with performances of power-consumption reduction and overheat protection
    • 具有降低功耗和过热保护性能的负载驱动控制装置
    • US07088565B2
    • 2006-08-08
    • US10411374
    • 2003-04-11
    • Hideo WatanabeMakoto Ito
    • Hideo WatanabeMakoto Ito
    • H02H5/04H02J1/00
    • H03K17/0822H03K2017/0806H03K2217/0036
    • A load drive control apparatus comprises a drive control circuit and a mode switchover circuit. The drive control circuit, which operates under a driving power, for driving/controlling a load on a control signal. The drive/control of the load includes an overheat protection control with a hysteresis characteristic carried out on a temperature of a component of the drive control circuit and/or the load. The overheat protection control involves a drive-limiting operation to stop a drive of the load. The mode switchover circuit switches over the drive control circuit between a normal mode and a stand-by mode responsively to the control signal. The stand-by mode is less in driving power consumption than the normal mode. The stop of the drive of the load is maintained during the drive-limiting operation whatever the control signal indicates, as long as the temperature is higher than a lower limit of the hysteresis characteristic.
    • 负载驱动控制装置包括驱动控制电路和模式切换电路。 驱动控制电路,其以驱动功率工作,用于驱动/控制控制信号上的负载。 负载的驱动/控制包括具有在驱动控制电路和/或负载的部件的温度下执行的滞后特性的过热保护控制。 过热保护控制涉及停止负载驱动的驱动限制操作。 模式切换电路响应于控制信号在正常模式和待机模式之间切换驱动控制电路。 待机模式的驱动功耗比普通模式低。 只要温度高于滞后特性的下限,就可以在驱动限制操作期间停止负载的驱动。
    • 35. 发明授权
    • Multi-piece golf ball
    • 多件高尔夫球
    • US07037216B2
    • 2006-05-02
    • US10945932
    • 2004-09-22
    • Junji HayashiHiroyuki NagasawaHideo Watanabe
    • Junji HayashiHiroyuki NagasawaHideo Watanabe
    • A63B37/06
    • A63B37/0003A63B37/0031A63B37/0033A63B37/0039A63B37/0062A63B37/0064A63B37/0065A63B37/0075A63B37/0076
    • Disclosed herein is a multi-piece golf ball composed of a core and an outermost cover layer, with one or more inner cover layers interposed between them, which is characterized in that the core is made mainly of a polybutadiene which is synthesized with using a catalyst of rare earth element such that the content of cis-1,4 bond is no less than 60%, the core has a diameter of 34.7 to 40.7 mm, the core undergoes deflection amounting to 3.0 to 5.0 mm under a load of 100 kg, the outermost cover layer is formed mainly of a thermoplastic resin or elastomer compounded with organic short fibers, the outermost cover layer has a Shore D hardness of 55 to 70 and a thickness of 0.5 to 2.0 mm, and the inner cover layer has a Shore D hardness of 15 to 55 and a thickness of 0.5 to 2.0 mm. The multi-piece golf ball exhibits good flying performance and crack durability. In addition, it gives the player a good striking feel at the time of putting and driver shot.
    • 本发明公开了一种多芯高尔夫球,其由芯体和最外层覆盖层组成,其中一个或多个内覆盖层位于它们之间,其特征在于,芯主要由使用催化剂合成的聚丁二烯 的稀土元素使得顺式-1,4键的含量不小于60%,芯的直径为34.7至40.7mm,芯在100kg的负载下经历挠曲量为3.0至5.0mm, 最外覆盖层主要由与有机短纤维复合的热塑性树脂或弹性体形成,最外覆盖层的肖氏D硬度为55〜70,厚度为0.5〜2.0mm,内覆盖层具有肖氏D 硬度为15〜55,厚度为0.5〜2.0mm。 多件式高尔夫球表现出良好的飞行性能和裂纹耐久性。 此外,它给玩家在放映和驾驶员拍摄时的良好醒目感觉。
    • 36. 发明授权
    • Metallic gasket
    • 金属垫片
    • US07025358B2
    • 2006-04-11
    • US10433558
    • 2002-11-12
    • Kosaku UetaHideo Watanabe
    • Kosaku UetaHideo Watanabe
    • F02F11/00
    • F16J15/0818F16J2015/0843F16J2015/0856F16J2015/0868F16J2015/0875
    • A metallic gasket comprising a base plate having a first thickness-increased portion 3 formed at a peripheral edge on a combustion chamber opening 3 side of a base plate, and a first seal line SL1 and a second seal line SL2 arranged on the outer side of said first thickness-increased portion 3. No openings other than a cooling water hole 8 exist between said two seal lines. Beads formed along said seal lines SL1 and SL2 each consist of a convex metal bead raised only upward from an upper surface of said base plate and a rubber bead made of an elastic sealing material fixed to a convex portion and a concave portion of said metal bead. This structure of said metallic gasket can improve a processing accuracy of said metal bead and also enhance cooling effects on said metallic gasket itself and said joint surfaces of an engine, between which said metallic gasket is disposed.
    • 一种金属垫片,其特征在于,具有基板,所述基板具有形成在基板的燃烧室开口部3侧的周缘部的第一厚度增加部3和配置在所述外侧的第一密封线SL1和第二密封线SL2 所述第一厚度增加部分3的侧面。在所述两条密封线之间不存在冷却水孔8以外的开口。 沿着所述密封线SL 1和SL 2形成的珠粒分别由从所述基板的上表面向上凸起的凸金属珠和由弹性密封材料制成的橡胶珠固定到所述密封线SL 1和SL 2的凸部和凹部 金属珠。 所述金属衬垫的这种结构可以提高所述金属胎圈的加工精度,并且还增强对所述金属衬垫本身和发动机的所述接合表面的冷却效果,所述金属衬垫之间设置有所述金属衬垫。
    • 39. 发明申请
    • Sample information measuring method and scanning confocal microscope
    • 样品信息测量方法和扫描共聚焦显微镜
    • US20050161592A1
    • 2005-07-28
    • US10991123
    • 2004-11-17
    • Hideo WatanabeWataru Nagata
    • Hideo WatanabeWataru Nagata
    • G01B11/02G01B11/24G02B21/00H01J3/14H01J5/16
    • G02B21/006
    • When irradiating a sample with light from a light source through an object lens, discretely changing a relative position between a beam condensing position of the object lens and the sample in an optical axis direction of the converging beam, obtaining light intensity information from the sample at each relative position, extracting plural pieces of light intensity information from a light intensity information group, estimating a maximum value on a change curve adaptive to the plural pieces of extracted light intensity information and the relative position for the maximum value, and obtaining the estimated maximum value of the light intensity information and relative position as brightness information and height information, these information about the sample can be continuously obtained by discretely performing an iterative operation on the relative position between a beam condensing position of the object lens and the sample in an optical axis direction of the converging beam.
    • 当通过物镜将来自光源的光照射样品时,离散地改变物镜的聚光位置和聚光束的光轴方向上的样品之间的相对位置,从样品中获得光强度信息 每个相对位置,从光强度信息组中提取多个光强度信息,根据多个提取的光强度信息和最大值的相对位置估计适应于变化曲线的最大值,并获得估计的最大值 光强度信息的值和相对位置作为亮度信息和高度信息,关于样本的这些信息可以通过离散地对物镜的光束聚光位置和光学器件的样品之间的相对位置进行迭代操作来连续获得 会聚光束的轴向。