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    • 21. 发明申请
    • Fuel cell/constant pressure turbine/hybrid system
    • 燃料电池/恒压汽轮机/混合动力系统
    • US20060222919A1
    • 2006-10-05
    • US10553692
    • 2004-06-29
    • Kazuo TanakaEiichi HaradaTakatoshi ShojiJunichi KitajimaSeiji Yamashita
    • Kazuo TanakaEiichi HaradaTakatoshi ShojiJunichi KitajimaSeiji Yamashita
    • H01M8/04
    • H01M8/04022F02C6/00F05D2220/60H01M8/0662H01M16/00
    • A fuel cell-atmospheric-pressure turbine hybrid system uses the thermal energy of a cell exhaust gas discharged from an atmospheric-pressure, high-temperature fuel cell effectively, does not need any additional emergency protective device, and enables the use of lightweight, easy-to-process structural and piping materials to reduces the cost. The fuel cell-atmospheric-pressure turbine hybrid system includes: a combustor 2 for burning an exhaust gas G1 discharged from an atmospheric-pressure, high-temperature fuel cell 1; a turbine 3 in which a combustion gas G2 discharged from the combustor 2 expands and the pressure of the combustion gas G2 drops to a negative pressure; a compressor 4 for compressing an exhaust gas G3 discharged from the turbine 3 to increase the pressure of the exhaust gas G3; and a heat exchanger 5 for transferring heat from the high-temperature exhaust gas G3 discharged from the turbine 3 to low-temperature air A to be supplied to the fuel cell 1.
    • 燃料电池 - 大气压涡轮机混合动力系统有效地利用从大气压高温燃料电池排出的电池废气的热能,不需要任何额外的紧急保护装置,并且能够使用轻便,容易 过程结构和管道材料,以降低成本。 燃料电池 - 大气压涡轮机混合动力系统包括:用于燃烧从大气压高温燃料电池1排出的废气G 1的燃烧器2; 从燃烧器2排出的燃烧气体G 2膨胀并且燃烧气体G 2的压力下降到负压的涡轮3; 用于压缩从涡轮3排出的废气G 3的压缩机4,以增加废气G 3的压力; 以及用于将从涡轮3排出的高温排气G 3的热量传递给供给到燃料电池1的低温空气A的热交换器5。
    • 22. 发明申请
    • Occupant judgment device and occupant judgment method
    • 乘员判断装置和乘员判断方法
    • US20050253712A1
    • 2005-11-17
    • US10501219
    • 2003-08-01
    • Hiroaki KimuraMasahiro MiyamoriSeiji YamashitaShinya DeguchiJunji Kanamoto
    • Hiroaki KimuraMasahiro MiyamoriSeiji YamashitaShinya DeguchiJunji Kanamoto
    • B60N2/90B60N2/00B60R21/01B60R21/015B60R21/16G01V3/08G08B13/26
    • B60R21/01532B60N2/002G01V3/088
    • An occupant determination apparatus and an occupant determination method are provided that can accurately determine the size of an occupant, with a simple configuration where a plurality of electrodes are arranged on one layer, and can eliminate errors due to the capacitance between an occupant and surrounding car-body metal parts or the like, and thus suppress erroneous determination. The occupant determination apparatus (10) comprises a first sensor (11) including a plurality of seat section electrodes (111 to 117) arranged on a sitting section (1a), and a first determination section (20). The first sensor section (11) comprises: a first seat section electrode (111); a reference electrode array (12a) where second seat section electrodes (112 to 114) are arranged separate in the x-direction; and a reference electrode array (12b) where third seat section electrodes (115 to 117) are arranged separate in the x-direction, arranged separate in the y-direction. The first determination section (20) comprises: an oscillator (22); a capacitance detecting section (23) which detects the current flowing through a seat section electrode in order to detect the capacitance; a switching circuit (21) which switches the connection of the capacitance detecting section (23) to the seat section electrode; and a controlling section (26) which outputs a switch control signal.
    • 提供一种乘员确定装置和乘员确定方法,其能够以简单的配置精确地确定乘员的尺寸,其中多个电极布置在一层上,并且可以消除乘员和周围车厢之间的电容引起的误差 体金属部件等,从而抑制错误的确定。 乘员确定装置(10)包括:第一传感器(11),其包括布置在就座部(1a)上的多个座部电极(111至117)和第一确定部(20)。 第一传感器部分(11)包括:第一座部分电极(111); 其中第二座部分电极(112至114)在x方向上分开设置的参考电极阵列(12a) 和参考电极阵列(12b),其中第三座部分电极(115至117)在x方向上分开设置,在y方向上分开设置。 第一确定部分(20)包括:振荡器(22); 电容检测部(23),其检测流过座部电极的电流,以检测电容; 切换电路(21),其将电容检测部(23)的连接切换到座部电极; 以及输出切换控制信号的控制部(26)。
    • 30. 发明申请
    • SURFACE EMITTING-TYPE ELECTROLUMINESCENT DEVICE
    • 表面发射型电致发光器件
    • US20090115328A1
    • 2009-05-07
    • US12302259
    • 2007-05-25
    • Seiji YamashitaTadanobu SatoMasashi Shirata
    • Seiji YamashitaTadanobu SatoMasashi Shirata
    • H01J1/63
    • H05B33/22
    • In an electroluminescent device which is applied to a backlight and a display device and characterized in that a flexible material construction using a plastic substrate is enabled and the device can be produced at a low cost through a relatively simple step without using a vacuum unit and also in that the emission color of the device can be easily controlled by mixing a plurality of fluorescent material particles differing in the emission color or by using a fluorescent dye for the color conversion, the present invention provides a surface emitting-type electro-luminescent device capable of using a low voltage AC power source, realizing uniform brightness and having a large-area emission surface.A surface emitting-type electroluminescent device having a stacked structure in which a transparent electrical conductor layer, a transparent semiconductor layer and/or a transparent insulator layer, a light-emitting layer, a dielectric layer and a back electrode layer are arrayed in this order, the transparent electrical conductor layer, the transparent semiconductor layer, the transparent insulator layer and the dielectric layer each containing a metal oxide.
    • 在应用于背光源和显示装置的电致发光器件中,其特征在于,使用塑料基板的柔性材料结构得以实现,并且可以通过相对简单的步骤以低成本生产该器件而不使用真空单元,并且还可以 因为可以通过混合发射颜色不同的多种荧光材料颗粒或通过使用用于颜色转换的荧光染料来容易地控制装置的发光颜色,本发明提供一种表面发射型电致发光装置,其能够 使用低压交流电源,实现均匀的亮度并具有大面积的发射面。 具有透明电导体层,透明半导体层和/或透明绝缘体层,发光层,电介质层和背面电极层的层叠结构的表面发射型电致发光器件以该顺序排列 透明导电体层,透明半导体层,透明绝缘体层和介电层各自含有金属氧化物。