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    • 4. 发明申请
    • METHOD OF TRANSFERRING CATALYST LAYER AND JIG USED THEREFOR
    • 传输催化剂层的方法及其使用
    • US20150171450A1
    • 2015-06-18
    • US14412332
    • 2013-06-24
    • NISSAN MOTOR CO., LTD.
    • Masaya YamamotoKenichi ToyoshimaKei OnoNorifumi HoribeTakayuki Terasaki
    • H01M8/10
    • H01M8/10H01M4/88H01M8/1004Y02E60/521Y10T29/53135
    • A transferring method for transferring a catalyst layer to a desired position on an electrolyte film includes the following processes. A multi-layer body is formed by stacking base materials and an electrolyte film on one another such that catalyst layers formed on the base materials are brought into contact with the electrolyte film. The multi-layer body is pressed from a stacking direction. The multi-layer body is heated to a first temperature. The heating is stopped after a predetermined time passes from when pressing is started. The pressing is stopped when the temperature of the catalyst layers becomes a second temperature or lower, which is a temperature lower than the first temperature, after the heating is stopped.The changes to the abstract are shown below:A transferring method for transferring a catalyst layer to a desired position on an electrolyte film includes the following processes. A multi-layer body is formed by stacking base materials and an electrolyte film on one another such that catalyst layers formed on the base materials are brought into contact with the electrolyte film. The multi-layer body is pressed from a stacking direction. The multi-layer body is heated to a first temperature. The heating is stopped after a predetermined time passes from when pressing is started. The pressing is stopped when the temperature of the catalyst layers becomes a second temperature or lower, which is a temperature lower than the first temperature, after the heating is stopped.
    • 将催化剂层转移到电解质膜上的期望位置的转移方法包括以下处理。 通过将基材和电解质膜彼此堆叠形成多层体,使得形成在基材上的催化剂层与电解质膜接触。 多层体从层叠方向被按压。 将多层体加热至第一温度。 在从开始按压开始经过规定时间后停止加热。 当加热停止后,当催化剂层的温度变为低于第一温度的温度的第二温度或更低时,停止加压。 摘要的变化如下所示:用于将催化剂层转移到电解质膜上的期望位置的转移方法包括以下过程。 通过将基材和电解质膜彼此堆叠形成多层体,使得形成在基材上的催化剂层与电解质膜接触。 多层体从层叠方向被按压。 将多层体加热至第一温度。 在从开始按压开始经过规定时间后停止加热。 当加热停止后,当催化剂层的温度变为低于第一温度的温度的第二温度或更低时,停止加压。