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    • 62. 发明授权
    • Vacuum evaporator
    • 真空蒸发器
    • US07131392B2
    • 2006-11-07
    • US10879584
    • 2004-06-30
    • Katuhiko ShimojimaHirofumi FujiiHiroshi Kawaguchi
    • Katuhiko ShimojimaHirofumi FujiiHiroshi Kawaguchi
    • C23C14/32C23C14/24C23C14/56
    • H01J37/32055C23C14/505C23C14/56H01J37/32458
    • A vacuum evaporator according to the present invention comprises a vacuum chamber, a rod-like evaporation source provided to be liftable into and out of the vacuum chamber, and a work support means for supporting, relative to the evaporation source lowered into the vacuum chamber, works W arranged to surround the evaporation source. The vacuum chamber is formed of a fixed chamber part and a movable chamber part provided connectably to and disconnectably from the fixed chamber part and mounted with the work support means. Either one movable chamber part is horizontally moved and connected to the fixed chamber part in the state where the evaporation source is raised and retreated out of the vacuum chamber to perform vacuum evaporation treatment. According to such a structure, the maintenance of the vacuum evaporator can be performed without raising or lowering the lower plate or taking out the work support means from the vacuum chamber.
    • 根据本发明的真空蒸发器包括真空室,设置成能够进出真空室的棒状蒸发源,以及用于相对于下降到真空室中的蒸发源支撑的工件支撑装置, 工作W布置成围绕蒸发源。 真空室由固定室部分和与固定室部分可连接并可断开地设置并安装在工件支承装置上的活动室部分构成。 在蒸发源升高并退出真空室的状态下,任一个活动室部分水平移动并连接到固定室部分,以进行真空蒸发处理。 根据这样的结构,可以在不升降下板的情况下进行真空蒸发器的维护,或从真空室取出工作支承机构。
    • 64. 发明申请
    • Inspection system and inspection method
    • 检验制度和检验方法
    • US20060083420A1
    • 2006-04-20
    • US11251909
    • 2005-10-18
    • Hiroshi Kawaguchi
    • Hiroshi Kawaguchi
    • G06K9/00
    • G06T5/40G01N21/956G01R31/309G06T5/009G06T2207/10152G06T2207/30148
    • The inspection system arbitrarily selects from among a plurality of optical conditions to change a distribution of reflected or diffracted light component from an object being inspected. The inspection system has a one- or two-dimensional optoelectric conversion image sensor, optically acquires an image of the object by scanning a stage on which the object is mounted or scanning the image sensor, and processes the image to check for defects in the object. Under each optical condition (illumination optical system, detection optical system, scan direction, etc.) the object being inspected is imaged and, based on the brightness distribution and contrast in the detection field of the image sensor, image sensor output correction data is generated to correct the output of the image sensor.
    • 检查系统从多个光学条件中任意选择以改变被检测物体的反射或衍射光分量的分布。 检查系统具有一维或二维光电转换图像传感器,通过扫描安装对象的台面或扫描图像传感器来光学地获取对象的图像,并处理图像以检查对象中的缺陷 。 在每个光学条件(照明光学系统,检测光学系统,扫描方向等)下,对被检查对象进行成像,并且基于图像传感器的检测区域中的亮度分布和对比度,生成图像传感器输出校正数据 以校正图像传感器的输出。
    • 67. 发明申请
    • Vacuum evaporator
    • 真空蒸发器
    • US20050005860A1
    • 2005-01-13
    • US10879584
    • 2004-06-30
    • Katuhiko ShimojimaHirofumi FujiiHiroshi Kawaguchi
    • Katuhiko ShimojimaHirofumi FujiiHiroshi Kawaguchi
    • C23C14/24C23C14/50C23C14/56H01J37/32C23C16/00
    • H01J37/32055C23C14/505C23C14/56H01J37/32458
    • A vacuum evaporator according to the present invention comprises a vacuum chamber, a rod-like evaporation source provided to be liftable into and out of the vacuum chamber, and a work support means for supporting, relative to the evaporation source lowered into the vacuum chamber, works W arranged to surround the evaporation source. The vacuum chamber is formed of a fixed chamber part and a movable chamber part provided connectably to and disconnectably from the fixed chamber part and mounted with the work support means. Either one movable chamber part is horizontally moved and connected to the fixed chamber part in the state where the evaporation source is raised and retreated out of the vacuum chamber to perform vacuum evaporation treatment. According to such a structure, the maintenance of the vacuum evaporator can be performed without raising or lowering the lower plate or taking out the work support means from the vacuum chamber.
    • 根据本发明的真空蒸发器包括真空室,设置成能够进出真空室的棒状蒸发源,以及用于相对于下降到真空室中的蒸发源支撑的工件支撑装置, 工作W布置成围绕蒸发源。 真空室由固定室部分和与固定室部分可连接并可断开地设置并安装在工件支承装置上的活动室部分构成。 在蒸发源升高并退出真空室的状态下,任一个活动室部分水平移动并连接到固定室部分,以进行真空蒸发处理。 根据这样的结构,可以在不升降下板的情况下进行真空蒸发器的维护,或从真空室取出工作支承机构。
    • 69. 发明授权
    • Control system for internal combustion engine
    • 内燃机控制系统
    • US06609059B2
    • 2003-08-19
    • US09880862
    • 2001-06-15
    • Hiroshi KawaguchiHideo Moriwaki
    • Hiroshi KawaguchiHideo Moriwaki
    • G06F1900
    • F02D41/126F02B47/08F02D21/08F02D41/123F02M26/48F02M26/49F02M26/53
    • A control system for controlling an internal combustion engine having an exhaust gas recirculation mechanism consisting of an exhaust gas recirculation passage connected between the exhaust passage and the intake passage of the engine, and an exhaust gas recirculation valve provided in the recirculation passage for controlling an exhaust gas amount to be recirculated. Control parameter(s) of the engine are calculated according to operating conditions of the engine. An amount of change in the intake pressure between when opening the exhaust gas recirculation valve and when closing the exhaust gas recirculation valve, in the fuel-cut operation, is calculated. The abnormality of the exhaust gas recirculation mechanism is determined according to the amount of change in the intake pressure. The engine is controlled by using the control parameter suitable for a closed condition of the exhaust gas recirculation valve during a predetermined time period.
    • 一种用于控制内燃机的控制系统,该内燃机具有排气再循环机构,该排气再循环机构由连接在发动机的排气通道和进气通道之间的废气再循环通道组成,以及设置在再循环通道中用于控制排气的废气再循环阀 要再循环的气体量。 发动机的控制参数根据发动机的运行条件进行计算。 计算在燃料切断动作中打开排气再循环阀与关闭废气再循环阀时的进气压力的变化量。 废气再循环机构的异常根据进气压力的变化量来决定。 发动机通过在预定时间段内使用适合于排气再循环阀的关闭状态的控制参数来控制。
    • 70. 发明授权
    • Process for the production of artificial leather
    • 人造革生产工艺
    • US06274203B1
    • 2001-08-14
    • US09284979
    • 1999-05-10
    • Hiroshi KawaguchiToshiki Igarashi
    • Hiroshi KawaguchiToshiki Igarashi
    • C08F222
    • D06N3/0081D06N3/0077D06N3/14
    • Artificial leather can be produced, without using any organic solvent, by coating or impregnating a fibrous base material to be formed into artificial leather with a polymer solution in the form of an aqueous emulsion, in which the polymer exhibits elasticity when it is solidified and adhered to the base material; and then solidifying and adhering or fixed, in the fibrous base material, the polymer solution contained in the base material using a combination of wet heat (using the heat of water vapor) and microwave heating. Therefore, the method is not harmful to the environment and permits the reduction of the degree of migration as compared with the conventional methods in which the solidification and adhesion or fixation are performed by dry heating while making use of hot air. The method also permits the formation of a product having clear voids (contact-free portions) formed between fibers in the fibrous base material and the impregnated polymer, the voids being indispensable to the handling or feeling of the artificial leather. The resulting product further has gas permeability due to the presence of numerous very fine pores formed by the release of water vapor generated during the solidification and adhesion or fixation of the polymer. There is also observed the presence of porous structures in the polymer solidified and adhered or fixed within the fibrous base material. In addition, the method permits the elimination of the shrinking step which is essential for the conventional processing steps and this correspondingly allows the simplification of the production process. Moreover, the method of the invention permits the reduction of the processing time and the improvement of the production efficiency.
    • 人造革可以在不使用任何有机溶剂的情况下通过用水乳液形式的聚合物溶液涂覆或浸渍成人造革来制造,其中聚合物在固化和粘附时呈现弹性 到基材; 然后使用湿热(使用水蒸汽的热)和微波加热的组合,在纤维基材中固化和粘合或固定包含在基材中的聚合物溶液。 因此,与使用热空气通过干燥加热进行凝固和粘合或固定的常规方法相比,该方法对环境无害并且允许降低迁移度。 该方法还允许形成在纤维基材中的纤维和浸渍的聚合物之间形成的具有透明空隙(无接触部分)的产品,空隙对于人造革的处理或感觉是必不可少的。 所得到的产物由于存在许多非常细小的孔而进一步具有气体渗透性,这些孔通过在固化和粘合或固定聚合物期间产生的水蒸汽的释放而形成。 还观察到聚合物中存在多孔结构体,固化并粘附或固定在纤维基材内。 此外,该方法允许消除对于常规加工步骤是必需的收缩步骤,并且这相应地允许简化生产过程。 此外,本发明的方法允许减少处理时间并提高生产效率。