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    • 34. 发明授权
    • Scroll machine with pin coupling
    • 带联轴器的滚动机
    • US4954056A
    • 1990-09-04
    • US480345
    • 1990-02-13
    • Yoshifumi MutaKozaburo Fujii
    • Yoshifumi MutaKozaburo Fujii
    • F01C1/02F01C17/06F04C18/02
    • F01C1/023F01C17/063
    • A scroll machine includes a first scroll 13 driven by a driving source, a second scroll 17 disposed eccentrically with respect to the first scroll and associated therewith to compress fluid, a plurality of first pins 22 arranged on the first scroll along a first circle coaxial with the scroll and protruding axially of the first scroll, a plurality of second pins 25 arranged on the second scroll along a second circle having the same radius as that of the first circle and protruding axially thereof and a connecting portion ring 26 for coupling the first pins to the second pins such that center positions of the first and the second scrolls are always separated from each other by an eccentricity of the second scroll with respect to the first scroll.
    • 涡卷机包括由驱动源驱动的第一涡旋件13,相对于第一涡旋件偏心地设置并与其相关联的第二涡旋件17,用于压缩流体;多个第一销22,其沿着与 所述第一涡旋件的涡旋和轴向突出,沿着具有与所述第一圆的半径相同的第二圆的第二圆周布置在所述第二涡旋件上的多个第二销25,并且其轴向突出;以及连接部分环26,用于将所述第一销 到第二销,使得第一和第二涡卷的中心位置总是通过第二涡卷相对于第一涡旋件的偏心彼此分离。
    • 35. 发明授权
    • Synchronizing and unloading system for scroll fluid device
    • 滚动流体装置同步卸载系统
    • US4927340A
    • 1990-05-22
    • US234098
    • 1988-08-19
    • John E. McCullough
    • John E. McCullough
    • F01C1/02F01C17/02F01C20/22F04C2/02F04C18/02
    • F01C20/22F01C1/023F01C17/02
    • A scroll fluid device is provided with a synchronizer arrangement that prevents relative rotation between the involute scroll wraps defining fluid working chambers while permitting the wraps to orbit relative to each other to perform work on fluid moved through the device or to expend work through the reaction of fluid moving through the device. The synchronizer comprises axially extending teeth affixed to one of the scroll support end plates interdigited with grooves affixed to the other end plate. The grooves of the synchronizer each have a width that accommodates the orbital excursion of each tooth extending into the groove such that, during orbital movement of one scroll wrap relative to the other, the teeth engage the side walls of the groove to prevent rotation of the scroll wraps relative to each other in either direction. The synchronizer also permits movement of one scroll wrap relative to the other along a line generally extending between the involute centers of the wraps in a direction that reduces the orbit radius.
    • 涡旋流体装置设置有同步装置,其防止在限定流体工作室的渐开线涡旋盘之间的相对旋转,同时允许涡卷相对于彼此轨道进行对通过装置移动的流体的作用或通过反应 流体通过装置移动。 同步器包括轴向延伸的齿,其固定到与固定到另一端板上的槽互相指向的一个涡旋支撑端板。 同步器的凹槽各自具有宽度,其适应延伸到凹槽中的每个齿的轨道偏移,使得在一个涡卷机构相对于另一个滚动涡卷的轨道运动期间,齿接合凹槽的侧壁以防止 在任一方向上相对于彼此卷绕卷绕。 同步器还允许一个涡旋盘绕相对于另一个涡卷的运动沿着通常在减少轨道半径的方向上在涡卷的渐开线​​中心之间延伸的线。
    • 38. 发明授权
    • Displacement machine for compressible media
    • 可压缩介质的位移机
    • US3989422A
    • 1976-11-02
    • US653534
    • 1976-01-29
    • Heinrich Guttinger
    • Heinrich Guttinger
    • F04C2/02F01C1/02F04C18/02F04C17/02
    • F01C1/0246F01C1/0223F01C1/023
    • A displacement machine for compressible media comprising a displacement compartment bounded by an inwardly situated spiral-shaped side wall and an outwardly situated spiral-shaped side wall, the displacement compartment describing a span angle which exceeds 360.degree. and extends from an inlet to an outlet. The displacement compartment is provided with a displacement element which carries out a circulatory movement relative to the displacement compartment and likewise possesses the shape of a spiral and has practically the same span angle as the displacement compartment. The displacement element, during the course of the circulatory movement, always contacts both the outer situated side wall and the inner situated side wall at least at one respective advancing contact line. A pole of a first section, spanning approximately 360.degree. both of the displacement compartment and the displacement element is off set from a pole of a likewise spiral-shaped second section which uniformly merges at the inner end of this first section by an amount which is smaller than the mean radius of curvature at the inner end of the aforementioned first section.
    • 用于可压缩介质的排量机包括由位于内部的螺旋形侧壁和向外定位的螺旋形侧壁限定的位移室,所述位移室描述跨度角超过360°并且从入口延伸到出口。 排量室设置有位移元件,该位移元件相对于位移室执行循环运动,并且同样具有螺旋形状并且具有与排量室几乎相同的跨度角。 位移元件在循环运动过程中至少在一个相应的前进接触线处总是接触位于外侧的侧壁和位于内侧的侧壁。 跨越大约360°的位移室和位移元件的第一部分的极点从同样螺旋形的第二部分的极点偏离,该极点在该第一部分的内端处均匀地合并一定量的量 小于上述第一部分内端的平均曲率半径。
    • 39. 发明公开
    • CO-ROTATING SCROLL MACHINE
    • EP4417785A1
    • 2024-08-21
    • EP23157359.3
    • 2023-02-17
    • Beyond Scroll SA
    • Mendoza Toledo, Luis Carlos
    • F01C1/02F01C21/00F01C21/10F04C18/02F04C29/00F01C21/02
    • F04C18/023F01C1/023F04C18/0246F01C1/0246F01C21/108F04C2240/3020130101F04C29/0021F01C21/003F01C21/02F04C2240/60520130101
    • A co-rotating scroll machine (1) for displacing and compressing or expanding a fluid, comprising a drive scroll (5a) comprising at least one drive scroll blade (18a), an idler scroll (5b) comprising at least one idler scroll blade (18b), a housing (2) comprising a scroll chamber (32) bounded by a first chamber end wall (11) and a second chamber end wall (13) and in which the drive scroll and the idler scroll are received, the drive scroll and the idler scroll being rotatable within the scroll chamber, a low-pressure port (3), a first high-pressure port (4), a drive shaft (20), an idler shaft (21), and a coupling mechanism. The drive scroll (5a) is coupled to the drive shaft (20) and rotatable about an axis (Ad) of the drive shaft (20), the idler scroll (5b) is coupled to the idler shaft (21) and rotatable about an axis (Ai) of the idler shaft (21), the axes (Ad, Ai) of the drive shaft (20) and the idler shaft (21) are parallel and offset, and the coupling mechanism is configured to transmit a force from the drive scroll (5a) to the idler scroll (5b) to cause the drive scroll (5a) and the idler scroll (5b) to rotate in the same direction and with the same speed, a variable volume pump chamber (19) being formed between a pair of contacting said at least one drive scroll blade (18a) and said at least one idler scroll blade (18b). The at least one drive scroll blade and at least one idler scroll blade (18a, 18b) extend in an axial direction from a first axial edge (50a, 50b) to a second axial edge (51a, 51b), an axial length (L5a) of the drive scroll blade (18a) being equal to an axial length (L5b) of the idler scroll blade (18b), the first axial edge adjacent and in sealing proximity to the first chamber end wall (11) and the second axial edge adjacent and in sealing proximity to the second chamber end wall (13), such that a pressure in the variable volume pump chamber (19) is exerted on both the first chamber end wall (11) and the second chamber end wall (13).