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    • 2. 发明申请
    • FUEL CELL BATTERY SYSTEM
    • 燃油电池系统
    • US20100173219A1
    • 2010-07-08
    • US12377062
    • 2007-08-09
    • Tomohiro OgawaKazunori Shibata
    • Tomohiro OgawaKazunori Shibata
    • H01M8/24
    • H01M8/04089H01M4/92H01M8/04231H01M8/24H01M8/242H01M8/2483
    • A fuel cell battery (2) has a structure in which a plurality of cells are stacked and in-series connected. The cells include a cell (15), and one or more cells (16) of a cell stack (11). Hydrogen that has entered the fuel cell battery (2) from a channel (12) is supplied to each cell through a supply manifold (13). After the amount of hydrogen needed for power generation is consumed, gas is discharged as a fuel off-gas into a discharge manifold (14), and then flows into the cell (15). This prevents impurities contained in the fuel off-gas from being accumulated in the cells (16), and causes the impurities to be accumulated in the cell (15). Thus, variations in the amount of power generation among the cells can be restrained in a fuel cell battery system that employs a dead-end method.
    • 燃料电池(2)具有将多个电池堆叠并串联连接的结构。 细胞包括细胞(15)和细胞堆叠(11)的一个或多个细胞(16)。 从通道(12)进入燃料电池单元(2)的氢气通过供给歧管(13)供给每个电池。 在消耗发电所需的氢气量之后,将气体作为燃料废气排放到排放歧管(14)中,然后流入电池(15)。 这样可防止燃料废气中所含的杂质积聚在电池(16)中,并使杂质积聚在电池(15)中。 因此,在使用死端方式的燃料电池电池系统中,能够抑制电池的发电量的变化。
    • 7. 发明授权
    • Ink container and ink container loading structure
    • 墨水容器和墨水容器装载结构
    • US07407266B2
    • 2008-08-05
    • US10546549
    • 2003-12-19
    • Kaoru KimuraTomohiro OgawaSigeyuki Chuugun
    • Kaoru KimuraTomohiro OgawaSigeyuki Chuugun
    • B41J29/393B41J2/14
    • B41J2/17596B41J2/17513B41J2/1752B41J2/17523B41J2/17546B41J2/17553B41J2/17556
    • An image forming system includes a mounting portion in which an expendable provided with a memory in which distinguishment information representing whether the expendable is compatible is stored is removably installed. The distinguishment information stored in the memory of the expendable installed in the mounting portion is read out, and operation of a predetermined object is controlled on the basis of a control information according to the distinguishment information when the distinguishment information read out represents that the expendable is compatible. A control information input mechanism for inputting control information of the object when the distinguishment information read out represents that the expendable is incompatible is further provided and the operation of the object is controlled on the basis of the control information input by the control information input mechanism when the distinguishment information read out from the memory of the expendable represents that the expendable is incompatible.
    • 图像形成系统包括安装部分,其中设置有存储有表示消耗品是否兼容的区分信息的存储器的消耗品是可拆卸地安装的。 读取存储在安装在安装部分中的消耗品的存储器中的识别信息,并且当读出的识别信息表示消耗品是(或)消耗品时,根据识别信息,基于控制信息控制预定对象的操作 兼容。 进一步提供用于在读出的识别信息表示消耗品不兼容时输入对象的控制信息的控制信息输入机构,并且基于由控制信息输入机构输入的控制信息来控制对象的操作, 从消耗品的记忆中读出的区别信息表示消耗品不兼容。
    • 8. 发明申请
    • Heat pump using gas hydrate, and heat utilizing apparatus
    • 使用天然气水合物的热泵和热利用设备
    • US20050155355A1
    • 2005-07-21
    • US10510394
    • 2003-12-10
    • Kenji WatanabeTomonari ItoTomohiro Ogawa
    • Kenji WatanabeTomonari ItoTomohiro Ogawa
    • F25B23/00F25B30/00F25D5/00F25B1/00F25B13/00
    • F25B30/00F25B23/00F25B2315/003
    • The object of the present invention is to provide a heat pump having a high coefficient of performance (COP), and a heat utilizing apparatus that allows the obtaining of high energy efficiency by using that heat pump. The heat pump, comprising a refrigerant circuit 13 that contains a decomposer 20 in which a gas hydrate decomposition process is carried out and a former 25 in which a gas hydrate formation process is carried out. This refrigerant circuit 13 imparts heat to a high-temperature object in the gas hydrate formation process by taking up heat from a low-temperature object in the gas hydrate decomposition process. In addition, the heat pump comprises at least an excess water separator 40 that separates excess water from the gas hydrate formed in former 25, or a compression system that sends gas and liquid which are decomposition products of the gas hydrate decomposed in decomposer 20 to former 25 after compressing and mixing.
    • 本发明的目的是提供一种具有高性能系数(COP)的热泵以及允许通过使用该热泵获得高能量效率的热利用装置。 该热泵包括制造回路13,该制冷剂回路13包含进行气体水合物分解处理的分解器20和进行气体水合物形成处理的前者25。 该制冷剂回路13通过在气体水合物分解处理中从低温物体吸收热量而在气体水合物形成工序中向高温物体施加热量。 此外,热泵至少包括多余的水分离器40,其将多余的水与前者25中形成的气体水合物分离,或将作为分解器20中分解的气体水合物的分解产物的气体和液体的压缩系统分配给前者 25压缩混合后。
    • 9. 发明申请
    • FATTY TISSUE IMAGE DISPLAY DEVICE
    • 脂肪组织图像显示装置
    • US20130018262A1
    • 2013-01-17
    • US13637999
    • 2011-03-25
    • Toshiyuki MatsunakaHiromichi HorinakaHiroyasu MorikawaTomohiro Ogawa
    • Toshiyuki MatsunakaHiromichi HorinakaHiroyasu MorikawaTomohiro Ogawa
    • A61B8/14A61B8/08A61F7/00
    • A61B8/0858A61B5/4872A61B8/14A61B8/5223
    • Provided is a fatty tissue image display device capable of displaying an index indicating the degree of progress of fatty change. The fatty tissue image display device is provided with a light source (3), an ultrasonic wave transmission/reception mechanism (2, 5), an ultrasonic wave velocity change analysis unit (24) which calculates the change in the velocity of the ultrasonic waves after irradiation with a heating beam as compared to before irradiation with light, an ultrasonic wave velocity change image display control unit (25) which displays as a tomographic image the distribution of the calculated change in the velocity of the ultrasonic waves, a region-of-interest designation unit (26) which waits for the designation of a region of interest, a histogram calculation unit (27) which, on the basis of luminance information or color information within the designated region of interest, calculates the histograms of a fatty region showing a negative change in the velocity of the ultrasonic waves and a normal region showing a positive change in the velocity of the ultrasonic waves, and a fatty change index calculation unit (28) which, from the calculated histograms of the fatty region and the normal region, calculates a fatty change index that is the index of the proportion of fatty tissue.
    • 提供了能够显示表示脂肪变化进展程度的指标的脂肪组织图像显示装置。 脂肪组织图像显示装置设置有光源(3),超声波发送/接收机构(2,5),超声波速度变化分析单元(24),其计算超声波的速度变化 在与光照射之前用加热光束照射之后,超声波速度变化图像显示控制单元(25)显示计算出的超声波速度的变化的分布,该超声波速度变化图像显示控制单元作为断层图像, 等待指定感兴趣区域的兴趣指定单元(26),直方图计算单元(27),其基于所指定的感兴趣区域内的亮度信息或颜色信息,计算脂肪区域的直方图 显示出超声波的速度的负变化和表示超声波的速度的正变化的正常区域,以及脂肪变化指数计算 根据所计算的脂肪区域和正常区域的直方图,计算作为脂肪组织的比例的指标的脂肪变化指数。