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    • 2. 发明公开
    • Compressor
    • 压缩机
    • EP2574787A2
    • 2013-04-03
    • EP12185780.9
    • 2012-09-25
    • Kabushiki Kaisha Toyota Jidoshokki
    • Moroi, TakahiroObayashi, MasakazuKimura, NaofumiYoshizumi, FumitakaKondoh, YasuhiroYoshida, KazunoriKuroishi, Masakatsu
    • F04B27/10F04B39/10
    • F04B39/1073F04B27/1036F04B39/108F16K15/16
    • A compressor valve structure permits improvement in durability and volumetric efficiency of a compressor and limits power losses. The width W1 of the base portion (252) of each suction reed valve (25a) is shorter than the width W2 of the valve flap (253). The valve base plate (27) has support portions (371) a, receiving portions (371b), main coupling portions (371c), and auxiliary coupling portions (371d). Each support portion (371a) receives a central area of corresponding one of the valve flaps (253). The receiving portion (371b) receives a distal area of the valve flap (253). The main coupling portion (371c) extends from the support portion (371a) and couples the support portion (371a) to the receiving portion (371b). The auxiliary coupling portion 371 d extends from the support portion (371a). The suction ports (23a) are formed through the valve base plate (27), while leaving the support portions (371a), the receiving portions (371b), the main coupling portions (371c), and the auxiliary coupling portions (371d).
    • 压缩机阀门结构允许改善压缩机的耐用性和容积效率并限制功率损失。 每个吸入簧片阀(25a)的基部(252)的宽度W1比阀瓣(253)的宽度W2短。 阀基板27具有支承部371a,收纳部371b,主连结部371c和辅助连结部371d。 每个支撑部分(371a)接收相应的一个阀瓣(253)的中心区域。 接收部分(371b)接收阀瓣(253)的远侧区域。 主连结部371c从支承部371a延伸,将支承部371a连结于收纳部371b。 辅助联接部分371d从支撑部分(371a)延伸。 吸入口23a形成为隔着支承部371a,承受部371b,主连结部371c和辅助连结部371d而贯通阀基板27。