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    • 11. 发明专利
    • Suction air cooling device for internal-combustion engine
    • 用于内燃机的吸入式空气冷却装置
    • JPS59155531A
    • 1984-09-04
    • JP3042883
    • 1983-02-24
    • Nippon Denso Co Ltd
    • UEISHI KAZUNOBUASANO KAZUHIKONISHITANI NOBORUNISHIMATA YASUSHI
    • F01P5/10F01P7/16F01P11/00F01P11/02F02B29/04
    • F02B29/04F01P7/165F01P11/0238F01P11/0285F01P2005/105F01P2060/02Y02T10/146
    • PURPOSE:To facilitate the exhaustion of the air in a suction air cooler by a structure wherein the upper tank of an engine radiator is connected through a valve, which is open when applied by the pressure exceeding a predetermined pressure, to a radiator to cool the cooling water of the suction air cooler and a reservoir tank is connected to the radiator. CONSTITUTION:High temperature cooling water leaving an internal-combustion engine 1 is introduced in the upper tank 9 of an engine radiator 7, heat-exchanged with air at a core section 10 and cooled, and, after that, returned through the lower tank 11 to the internal combustion engine 1 in the cooling apparatus of the internal combustion engine 1. On the other hand, cooling water leaving a suction air cooler 15, which is arranged in the midway of a suction air passage 2, is introduced in the lower tank 22 of a radiator 16, heat-exchanged with air and cooled, and, after that, returned through the upper tank 19 to the suction air cooler 15. In this case, a cap 24, which is open when the pressure in said tank 9 exceeds a predetermined value and the outlet pipe 31 of which is connected through a water circulating pipe 32 to the upper tank 18 of the suction air cooler 15, is fitted to the tank 9. In addition, the upper tank 18 is connected to a reservoir tank 40.
    • 目的:为了促进吸入空气冷却器中空气的耗尽,其中发动机散热器的上部箱体通过阀门连接,该阀门在通过超过预定压力的压力施加时打开,将其冷却到 吸入空气冷却器和储存箱的冷却水连接到散热器。 构成:离开内燃机1的高温冷却水被引入发动机散热器7的上部罐9中,与核部10的空气进行热交换并冷却,然后通过下部罐11返回 到内燃机1的冷却装置内的内燃机1.另一方面,设置在吸入空气通路2的中途的离开吸入空气冷却器15的冷却水被引入到下部罐 22,散热器16,与空气进行热交换并冷却,然后通过上部箱19返回到吸入空气冷却器15.在这种情况下,当所述罐9中的压力打开时,盖24 超过预定值,并且其出口管31通过水循环管32连接到吸入空气冷却器15的上部箱18被安装到罐9.另外,上部箱18连接到储存器 坦克40。
    • 13. 发明专利
    • Multi-chamber coolant tank
    • 多室冷藏罐
    • JP2010190219A
    • 2010-09-02
    • JP2010030539
    • 2010-02-15
    • Thermo King Corpサーモ キング コーポレーション
    • WESSELS TIMOTHY JDOTZENROD RYAN J
    • F01P11/00
    • F01P11/029F01P11/02F01P11/0204F01P11/0238F01P11/0276
    • PROBLEM TO BE SOLVED: To provide a compact multi-chamber coolant tank.
      SOLUTION: The coolant tank 14 for receiving a fluid from a cooling system includes a pressurized tank 36 having a pressurized reservoir 18 configured to contain the fluid, and an overflow tank 40 integrated with the pressurized tank 36. The pressurized reservoir 18 includes an inlet port 42 configured to receive the fluid from the cooling system, an outlet port 46 configured to direct the fluid from the pressurized reservoir to the cooling system, a fill neck 26 in fluid communication with the pressurized reservoir 18, and a pressure cap 30 removably coupled to the fill neck 26. The overflow tank 40 includes an overflow reservoir 22 maintained at atmospheric pressure and configured to receive overflow fluid from the pressurized reservoir 18 when the liquid of the cooling system expands. At least a portion of the fill neck 26 is positioned within the overflow reservoir 22.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供一个紧凑的多室冷却液箱。 解决方案:用于从冷却系统接收流体的冷却剂罐14包括具有构造成容纳流体的加压储存器18的加压罐36和与加压罐36一体化的溢流罐40.加压储存器18包括 被配置为从冷却系统接收流体的入口端口42,被配置为将流体从加压容器引导到冷却系统的出口端口46,与加压容器18流体连通的填充颈部26和压力盖30 溢流槽40包括保持在大气压下的溢流储存器22,并且构造成当冷却系统的液体膨胀时从溢流流体接收溢流流体。 填充颈部26的至少一部分定位在溢流储存器22内。版权所有(C)2010,JPO&INPIT
    • 19. 发明专利
    • Cooling device of water-cooled internal combustion engine
    • 水冷式内燃机的冷却装置
    • JP2009041557A
    • 2009-02-26
    • JP2008133892
    • 2008-05-22
    • Honda Motor Co Ltd本田技研工業株式会社
    • NAGAHASHI YOSHIKITAWARADA YUICHIFURUYA MASASHIKOWADA MITSURUNAKAGOME HIROSHINOMURA TOMOKAZU
    • F01P3/20F01P7/14F01P11/00
    • F01P11/029F01P11/0238
    • PROBLEM TO BE SOLVED: To provide a cooling device of a water-cooled internal combustion engine which can rapidly return cooling water to the cooling device even when a motorcycle is in a traveling state thus enhancing cooling performance of the cooling device in a cooling device of a water-cooled internal combustion engine in which a cooling water circulation passage of the internal combustion engine is formed of a cooling water pump, an internal combustion engine cooling portion which cools the internal combustion engine using cooling water, a radiator, a lubrication oil cooling portion which cools a lubrication oil, and a plurality of cooling water flow passages which is communicably connected with each other for allowing flow of cooling water, and in which a pressure regulating valve 21 which supplies or discharges cooling water when pressure of cooling water assumes a predetermined value is interposed in the cooling water circulation passage, and the pressure regulating valve 21 is connected with a reservoir tank which stores the cooling water by way of a cooling water supply/discharge passage.
      SOLUTION: A cooling water return passages which supply cooling water to the cooling water circulation passage from the reservoir tank are provided, and the cooling water return passages are connected with the cooling water circulation passage by way of a check valve which allows cooling water to flow only from the reservoir tank to the cooling water circulation passage.
      COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:为了提供一种水冷式内燃机的冷却装置,其即使在摩托车处于行驶状态时也能够将冷却水快速地返回到冷却装置,从而提高冷却装置的冷却性能 内燃机的冷却水循环通路由冷却水泵构成的水冷式内燃机的冷却装置,使用冷却水冷却内燃机的内燃机冷却部,散热器, 对润滑油进行冷却的润滑油冷却部,以及能够使冷却水流通的多个冷却水流路,该冷却水流路彼此可连通地连接,其中,在冷却压力时供给或排出冷却水的压力调节阀21 在冷却水循环通道和压力调节阀21中插入预定值的水 与通过冷却水供应/排出通道存储冷却水的储存罐连接。 解决方案:提供从储罐向冷却水循环通道供给冷却水的冷却水返回通道,冷却水返回通道通过止回阀与冷却水循环通道连接,该止回阀允许冷却 水只能从储水箱流到冷却水循环通道。 版权所有(C)2009,JPO&INPIT