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    • 1. 发明申请
    • HERMETIC COMPRESSOR
    • HERMETIC压缩机
    • WO2006062246A1
    • 2006-06-15
    • PCT/JP2005/022992
    • 2005-12-08
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.MATSUMOTO, TsuyoshiIDE, TerumasaMARUYAMA, TomioYAMAOKA, Masakazu
    • MATSUMOTO, TsuyoshiIDE, TerumasaMARUYAMA, TomioYAMAOKA, Masakazu
    • F04B39/10
    • F04B39/1073
    • A hermetic compressor including a discharge valve system in a cylinder. Discharge valve system (114) includes discharge reed (127) having opening/closing portion (132) and discharge reed holding portion (131), spring reed (128) having movable portion (134) and spring reed holding portion (133), and stopper (129) having regulation portion (138) and stopper holding portion (137). Discharge reed (127), spring reed (128) and stopper (129) are fixed in this order to pedestal (125) of valve plate (113). At spring reed bending portion (135) provided in movable portion (134), movable portion (134) is bent toward the direction of valve seat (124) and tip portion (136) is brought into contact with plate contact portion (126). Space is provided between movable portion (134) of spring reed (128) and opening/closing portion (132) of discharge reed (127), and both are not brought into close contact with each other. Thus, delay in closing discharge reed (127) can be prevented. As a result, since it is possible to prevent discharge reed (127) and spring reed (128) from being brought into close contact with each other, the deterioration of the refrigerating capacity can be suppressed and high efficiency can be achieved.
    • 一种封闭式压缩机,包括在气缸中的排放阀系统。 排放阀系统(114)包括具有打开/关闭部分(132)和排放簧片保持部分(131)的排出簧片(127),具有可动部分(134)和弹簧簧片保持部分(133)的弹簧簧片(128) 止动器(129)具有调节部分(138)和止动器保持部分(137)。 放电簧片(127),弹簧簧片(128)和止动器(129)依次固定到阀板(113)的基座(125)上。 在设置在可动部(134)的弹簧簧片弯曲部(135)上,可动部(134)向阀座(124)的方向弯曲,顶端部(136)与板接触部(126)接触。 在弹簧簧片(128)的可动部(134)和排出簧片(127)的打开/关闭部分(132)之间设置有空间,并且两者不彼此紧密接触。 因此,可以防止关闭放电簧片(127)的延迟。 结果,由于可以防止排出簧片(127)和弹簧簧片(128)彼此紧密接触,因此可以抑制制冷量的劣化并且可以实现高效率。
    • 5. 发明公开
    • HERMETIC COMPRESSOR
    • 密封压缩机
    • EP1802869A1
    • 2007-07-04
    • EP05721043.7
    • 2005-03-11
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • YAMAOKA, MasakazuMATSUMOTO, TsuyoshiIDE, TerumasaMARUYAMA, Tomio
    • F04B39/10
    • F04B39/1073Y10T137/7891
    • A hermetic compressor that has a pedestal of the valve plate to which a discharge reed equipped with an opening/closing part and discharge reed holding part, a spring reed equipped with a movable part and spring reed holding part, and a stopper equipped with a regulation part and stopper holding part, are fixed in this sequence, and also has a discharge valve device in which the spring reed is shaped in a substantially crank-like form is provided. A space is formed between the movable part of the spring reed and the opening/closing part of the discharge reed, and both are not adsorbed each other, thus preventing a delay in closing of the discharge reed. This makeup suppresses a decrease in freezing capacity of a fridge-freezer device and the like, thus implementing higher efficiency.
    • 本发明提供一种密闭型压缩机,该密闭型压缩机在阀板的台座上安装有具有开闭部和排出簧片保持部的排出簧片,具备可动部和弹簧簧片保持部的弹簧簧片, 部件和止动件保持部分按此顺序固定,并且还具有弹簧簧片形成为大致曲柄形状的排放阀装置。 在弹簧簧片的可动部分与排出簧片的开闭部分之间形成空间,两者不会相互吸附,从而防止延迟排出簧片的闭合。 这种构成抑制了冷冻 - 冷冻装置等的冷冻能力的下降,从而实现更高的效率。
    • 7. 发明公开
    • HERMETIC COMPRESSOR
    • 密封压缩机
    • EP1809902A1
    • 2007-07-25
    • EP06798352.8
    • 2006-09-20
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • YAMAOKA, MasakazuYAGI, AkioMATSUMOTO, Tsuyoshi
    • F04B39/10
    • F04B39/1073
    • Stopper (127) contains abutment section (131) at a position that corresponds to arm section (130) so as to keep a clearance from arm section (130) of discharge reed (126). The structure above allows discharge reed (126) to have two-stage spring characteristics; discharge reed (126) exhibits a weaker springiness until arm section (130) abuts against abutment section (131), and then exhibits a stronger springiness after the abutment. Employing the discharge reed having the two-stage characteristics allows discharge valve unit (114) to easily open and quickly close without delay. Such structured hermetic compressor enhances energy efficiency, preventing degradation in refrigeration performance.
    • 止动器127在对应于臂部130的位置处包含邻接部131,以与排出簧片126的臂部130保持间隙。 上述结构允许排出簧片(126)具有两级弹簧特性; 排出簧片(126)表现出较弱的弹性,直到臂部分(130)抵靠邻接部分(131),并且在邻接之后表现出更强的弹性。 采用具有两级特性的排出簧片使得排出阀单元(114)能够容易地打开并迅速地关闭,而没有延迟。 这种结构化的密闭式压缩机提高了能量效率,防止了制冷性能的下降