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    • 33. 发明授权
    • Container assembly for laser diode module
    • 激光二极管组件集装箱
    • US07264409B2
    • 2007-09-04
    • US11191073
    • 2005-07-28
    • Kazunori KobayashiToshihiro Hosoya
    • Kazunori KobayashiToshihiro Hosoya
    • G02B6/36H01S3/04
    • G02B6/4201G02B6/4266G02B6/4271
    • In a container assembly for a laser diode module in which a temperature control device is not incorporated in advance, a heat-insulative casing is adapted to accommodate the laser diode module. A temperature detector is accommodated in the casing. A thermal coupling member is accommodated in the casing so as to thermally couple the laser diode module and the temperature detector. A heat-conductive plate member is attached to the casing. A heat transfer element is interposed between the thermal coupling member and the plate member so as to allow heat transfer therebetween. A sealing member is disposed between the casing and the plate member so as to seal the heat transfer element. A heat transfer controller causes the heat transfer element to control the heat transfer in accordance with a temperature of the thermal coupling member which is detected by the temperature detector.
    • 在其中不预先并入温度控制装置的激光二极管模块的容器组件中,隔热壳体适于容纳激光二极管模块。 温度检测器容纳在壳体中。 热耦合构件容纳在壳体中以便热耦合激光二极管模块和温度检测器。 导热板构件附接到壳体。 热传递元件插入在热耦合构件和板构件之间以允许它们之间的热传递。 密封构件设置在壳体和板构件之间,以密封传热元件。 传热控制器使得传热元件根据由温度检测器检测到的热耦合部件的温度来控制传热。
    • 35. 发明申请
    • Container assembly for laser diode module
    • 激光二极管组件集装箱
    • US20060024006A1
    • 2006-02-02
    • US11191073
    • 2005-07-28
    • Kazunori KobayashiToshihiro Hosoya
    • Kazunori KobayashiToshihiro Hosoya
    • G02B6/36
    • G02B6/4201G02B6/4266G02B6/4271
    • In a container assembly for a laser diode module in which a temperature control device is not incorporated in advance, a heat-insulative casing is adapted to accommodate the laser diode module. A temperature detector is accommodated in the casing. A thermal coupling member is accommodated in the casing so as to thermally couple the laser diode module and the temperature detector. A heat-conductive plate member is attached to the casing. A heat transfer element is interposed between the thermal coupling member and the plate member so as to allow heat transfer therebetween. A sealing member is disposed between the casing and the plate member so as to seal the heat transfer element. A heat transfer controller causes the heat transfer element to control the heat transfer in accordance with a temperature of the thermal coupling member which is detected by the temperature detector.
    • 在其中预先并入温度控制装置的激光二极管模块的容器组件中,绝热壳体适于容纳激光二极管模块。 温度检测器容纳在壳体中。 热耦合构件容纳在壳体中以便热耦合激光二极管模块和温度检测器。 导热板构件附接到壳体。 热传递元件插入在热耦合构件和板构件之间以允许它们之间的热传递。 密封构件设置在壳体和板构件之间,以密封传热元件。 传热控制器使得传热元件根据由温度检测器检测到的热耦合部件的温度来控制传热。
    • 40. 发明授权
    • Electric power producing system using molten carbonate type fuel cell
    • 使用熔融碳酸盐型燃料电池的发电系统
    • US5094926A
    • 1992-03-10
    • US518568
    • 1990-05-03
    • Kazunori KobayashiToshiaki Yoshida
    • Kazunori KobayashiToshiaki Yoshida
    • H01M8/06H01M8/14H01M8/18
    • H01M8/0612H01M2008/147H01M2300/0051Y02E60/526
    • An electric power producing system using a molten carbonate type fuel cell, comprises a fuel cell whose anode chamber is provided with hydrogen gas and whose cathode chamber is provided with air and carbon dioxide and a reformer including a reforming chamber for reforming fuel gas into anode gas and a combustion chamber for maintaining reforming chamber temperature. In the reformer, fuel gas and steam are fed into the reforming chamber, gases discharged from the anode chamber are introduced into the combustion chamber and non-reacted gases in the anode exhaust gas are burned with air, and heat produced upon the combustion is used to heat the reforming chamber. Hydrogen-rich gas made in the reforming chamber is fed into the anode chamber, air is introduced into the cathode chamber, the cathode exhaust gas is partially fed into the combustion chamber whereas the remainder is discharged from the system, and combustion gas from the combustion chamber is separated from water and then recirculated into the cathode chamber. The anode exhaust gas and cathode exhaust gas are directly introduced into the combustion chamber so that the anode and cathode chambers are made substantially equal to each other in pressure.
    • 一种使用熔融碳酸盐型燃料电池的发电系统包括:阳极室设置有氢气,阴极室设置有空气和二氧化碳的燃料电池,以及包含用于将燃料气体重整为阳极气体的重整室的重整器 以及用于维持重整室温度的燃烧室。 在重整器中,将燃料气体和蒸汽送入重整室,从阳极室排出的气体被引入燃烧室,阳极废气中未反应的气体被空气燃烧,并且在燃烧时产生的热量被使用 以加热重整室。 在重整室中制造的富氢气体被供给到阳极室中,空气被引入到阴极室中,阴极废气被部分地进入燃烧室,而其余部分从系统排出,并且来自燃烧的燃烧气体 室与水分离,然后再循环进入阴极室。 阳极废气和阴极废气直接引入燃烧室,使得阳极室和阴极室在压力下彼此基本相等。