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    • 133. 发明授权
    • Suction muffler for a hermetic compressor
    • 用于封闭式压缩机的吸气消声器
    • US07500540B2
    • 2009-03-10
    • US10549956
    • 2004-03-25
    • Ingwald VollrathClaudio Roberto Hille
    • Ingwald VollrathClaudio Roberto Hille
    • F16F7/00F16F15/04F16F17/073F16F15/00F16F15/02F16J15/02
    • F04B39/0072B29C45/0062
    • A system for closing a suction muffler of a hermetic compressor, the suction muffler including: a hollow base; a cover to be coupled to the hollow base, the parts defined by the hollow base and the cover including respective mutually seatable peripheral flanges, which are shaped to define, jointly, an internal channel extended along at least part of the circumferential extension of the peripheral flanges and which is opened to the opposite external faces of the latter by means of throughbores axially aligned to each other in pairs, each pair of throughbores maintaining a circumferential distance in relation to an adjacent pair of throughbores, the throughbores of each pair and the internal channel being filled with a gasket of injected material, which projects outwardly from the throughbores so as to define an axial lock portion.
    • 一种用于关闭密封式压缩机的吸入消声器的系统,所述吸入消音器包括:空心基座; 要连接到中空基座的盖子,由中空基座限定的部件和包括相应的可相互锁定的周边凸缘的盖子,它们被成形为共同限定沿着周边的周向延伸部分的至少一部分延伸的内部通道 凸缘通过彼此成对轴向对齐的通孔而与其相对的外表面打开,每对通孔相对于相邻的一对通孔保持圆周距离,每对通孔和内部的通孔 通道填充有注入材料的垫圈,其从通孔向外突出以限定轴向锁定部分。
    • 134. 发明申请
    • Suction muffler for a hermetic compressor
    • 用于封闭式压缩机的吸气消声器
    • US20060118358A1
    • 2006-06-08
    • US10549956
    • 2004-03-25
    • Ingwald VollrathClaudio Hille
    • Ingwald VollrathClaudio Hille
    • F04B39/00F04B53/00
    • F04B39/0072B29C45/0062
    • A system for closing a suction muffler of a hermetic compressor, the suction muffler including: a hollow base; a cover to be coupled to the hollow base, the parts defined by the hollow base and the cover including respective mutually seatable peripheral flanges, which are shaped to define, jointly, an internal channel extended along at least part of the circumferential extension of the peripheral flanges and which is opened to the opposite external faces of the latter by means of throughbores axially aligned to each other in pairs, each pair of throughbores maintaining a circumferential distance in relation to an adjacent pair of throughbores, the throughbores of each pair and the internal channel being filled with a gasket of injected material, which projects outwardly from the throughbores so as to define an axial lock portion
    • 一种用于关闭密封式压缩机的吸入消声器的系统,所述吸入消音器包括:空心基座; 要连接到中空基座的盖子,由中空基座限定的部件和包括相应的可相互锁定的周边凸缘的盖子,它们被成形为共同限定沿着周边的周向延伸部分的至少一部分延伸的内部通道 凸缘通过彼此成对轴向对齐的通孔而与其相对的外表面打开,每对通孔相对于相邻的一对通孔保持圆周距离,每对通孔和内部的通孔 通道填充有注入材料的垫圈,其从通孔向外突出以限定轴向锁定部分
    • 138. 发明授权
    • Muffler
    • 围巾
    • US06415888B2
    • 2002-07-09
    • US09737935
    • 2000-12-18
    • Kwang Hyup AnHwan Joo MyungIn Seop Lee
    • Kwang Hyup AnHwan Joo MyungIn Seop Lee
    • F01N100
    • F01N1/12F04B39/0072
    • Disclosed is a muffler in which a helicoil member is installed in each conduit, through which refrigerant gas flows from or into an expansion chamber during reciprocating movements of a piston in a cylinder. The helicoil member has diverse twisted angles and diverse twisted shapes, and serves to divide pulsation of noise, generated during the reciprocating movements of the piston, into pulsation of different phases, and then to merge the divided pulsation together, while allowing the refrigerant gas to have the form of a vortex flow. As pulsation of noise generated during an operation of sucking refrigerant gas pass along different travel paths defined by the helicoil member, a mutual interference occurs between the pulsation respectively emerging from the travel paths of the helicoil member. Therefore, an increased offset effect for the pulsation of noise is obtained, which maximizes a noise attenuation effect. It is also possible to prevent refrigerant gas from flowing reversal due to a counter pressure gradient occurring during the reciprocating movements of the piston. Accordingly, enhanced compressor efficiency is obtained.
    • 公开了一种消声器,其中在每个导管中安装有螺旋部件,在活塞在气缸中的往复运动期间,制冷剂气体通过该消音器从膨胀室流入或流入膨胀室。 螺旋桨构件具有不同的扭转角度和不同的扭曲形状,用于将活塞往复运动期间产生的噪声脉动除以不同相的脉动,然后将分离的脉动合并在一起,同时使制冷剂气体 具有涡流的形式。 由于在吸入制冷剂气体的操作期间产生的噪声的脉动通过由螺旋桨构件限定的不同行进路径,所以在从螺旋桨构件的行进路径分别出现的脉动之间产生相互干扰。 因此,获得噪声脉动增加的偏移效应,使噪声衰减效果最大化。 也可以防止制冷剂气体由于在活塞的往复运动期间发生的反压力梯度而反转。 因此,获得了增强的压缩机效率。
    • 139. 发明申请
    • Muffler
    • 围巾
    • US20010050198A1
    • 2001-12-13
    • US09737935
    • 2000-12-18
    • kwang Hyup AnHwan Joo MyungIn Seop Lee
    • F01N001/12
    • F01N1/12F04B39/0072
    • Disclosed is a muffler in which a helicoil member is installed in each conduit, through which refrigerant gas flows from or into an expansion chamber during reciprocating movements of a piston in a cylinder. The helicoil member has diverse twisted angles and diverse twisted shapes, and serves to divide pulsation of noise, generated during the reciprocating movements of the piston, into pulsation of different phases, and then to merge the divided pulsation together, while allowing the refrigerant gas to have the form of a vortex flow. As pulsation of noise generated during an operation of sucking refrigerant gas pass along different travel paths defined by the helicoil member, a mutual interference occurs between the pulsation respectively emerging from the travel paths of the helicoil member. Therefore, an increased offset effect for the pulsation of noise is obtained, which maximizes a noise attenuation effect. It is also possible to prevent refrigerant gas from flowing reversal due to a counter pressure gradient occurring during the reciprocating movements of the piston. Accordingly, enhanced compressor efficiency is obtained.
    • 公开了一种消声器,其中在每个导管中安装有螺旋部件,在活塞在气缸中的往复运动期间,制冷剂气体通过该消音器从膨胀室流入或流入膨胀室。 螺旋桨构件具有不同的扭转角度和不同的扭曲形状,用于将活塞往复运动期间产生的噪声脉动除以不同相的脉动,然后将分离的脉动合并在一起,同时使制冷剂气体 具有涡流的形式。 由于在吸入制冷剂气体的操作期间产生的噪声的脉动通过由螺旋桨构件限定的不同行进路径,所以在从螺旋桨构件的行进路径分别出现的脉动之间产生相互干扰。 因此,获得噪声脉动增加的偏移效应,使噪声衰减效果最大化。 也可以防止制冷剂气体由于在活塞的往复运动期间发生的反压力梯度而反转。 因此,获得了增强的压缩机效率。
    • 140. 发明授权
    • Refrigerant compressor and method for assembling
    • 制冷压缩机及组装方法
    • US06305912B1
    • 2001-10-23
    • US09531975
    • 2000-03-20
    • Morten SvendsenFrank Holm Iversen
    • Morten SvendsenFrank Holm Iversen
    • F04B3900
    • F04B39/0072Y10T29/49236Y10T29/49266
    • The invention concerns a refrigerant compressor with a cylinder block (1), a valve plate (4), a pipe connectable or connected with a suction muffler, a cover (2) covering the valve plate (4), a first sealing (3) between cover and valve plate and a second sealing (5) between valve plate and cylinder block. On assembling the refrigerant compressor it should be provided that the flow resistance of the suction gas is reduced as much as possible. For this purpose, each of the following pairs of members, cover (2) and pipe (29), pipe (29) and valve plate (4) and valve plate (4) and cylinder block (1), has an alignment device for its members with at least two guiding elements, and that the members (2, 29, 4, 1) are assembled in a direction, which is substantially parallel to the guiding elements.
    • 本发明涉及一种具有气缸体(1),阀板(4),可连接或与抽吸消声器连接的管道,覆盖阀板(4)的盖(2),第一密封件(3) 在阀盖和阀板之间以及阀板和气缸体之间的第二密封件(5)。在组装制冷剂压缩机时,应尽可能减小吸入气体的流动阻力。为此, 以下成对的构件,盖(2)和管(29),管(29)和阀板(4)和阀板(4)和气缸体(1),具有用于其构件的对准装置,具有至少两个引导 元件,并且所述构件(2,29,4,1)沿与所述引导元件基本平行的方向组装。