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    • 1. 发明申请
    • VOLUMETRIC ROTARY MACHINE (VARIANTS)
    • 体积旋转机(变量)
    • WO2013013250A2
    • 2013-01-31
    • PCT/AM2012/000004
    • 2012-07-11
    • JAGHATSPANYAN, Armen
    • JAGHATSPANYAN, Armen
    • F01C1/26F01C11/002F01C21/08
    • (57) Volumetric rotary machine, which may be used as an internal combustion engine, compressor, pump, hydraulic and pneumatic engines. The machine has similar two-rib or three- rib rotors set between the casing's (1) working surfaces. The minimum numbers of three-rib rotors (2) is three, and two-rib rotors (3) are respectively three and four, excepting five. Every three three-rib or four two-rib adjacent rotors with their cylindrical surfaces form closed working chambers. The working chambers are restricted by the casing's working surfaces, from the sides of the rotors' face surfaces. Due to the kinematic relation, the rotors synchronously revolve in the same direction. During the revolving of the rotors working chamber volume periodically changes from zero to its maximum value and vice versa. The symmetry axis, perpendicular to the face surfaces of the rotor, is the rotation axis of each rotor. The rotors' rotation axes are parallel to each other and perpendicular to the casing's working surfaces. The distance of the adjacent rotors' rotation axes is equal to the radius of their cylindrical surfaces. The square of the distance of the rotation axes of the opposite two-rib rotors is the double square of the cylindrical surfaces' radius.
    • (57)体积旋转机,可用作内燃机,压缩机,泵,液压和气动发动机。 该机器具有类似的两肋或三肋转子,设置在外壳(1)工作表面之间。 三肋转子(2)的最小数量为三个,两个肋转子(3)分别为三个和四个,除了五个。 每三个三肋或四个二肋相邻的转子与它们的圆柱形表面形成封闭的工作室。 工作室受到转子表面侧面的外壳工作面的限制。 由于运动学关系,转子同步旋转方向相同。 在转子工作室体积的旋转周期性地从零变化到最大值,反之亦然。 垂直于转子表面的对称轴是每个转子的旋转轴。 转子的旋转轴线彼此平行并垂直于外壳的工作表面。 相邻转子旋转轴的距离等于其圆柱面的半径。 相对的两肋转子的旋转轴距离的平方是圆柱面半径的双方。
    • 2. 发明申请
    • ROTARY ENGINE COMBUSTION CHAMBER
    • 旋转发动机燃烧室
    • WO2008134550A1
    • 2008-11-06
    • PCT/US2008/061629
    • 2008-04-25
    • POWER SOURCE TECHNOLOGIES, INC.HENDRIX, Lawrence A.WATKINS, Barton W.
    • HENDRIX, Lawrence A.WATKINS, Barton W.
    • F02B53/00
    • F01C1/26F01C19/02
    • An apparatus for facilitating combustion in a rotary engine (100) with planetary rotors (106) orbiting inside a housing (104) containing a main rotor (108) In various embodiments, the planetary rotor (106) has a multi-faceted face (116) that engages a bridge (114) during the transition from the compression cycle to the combustion cycle with the bridge (114) and face (116) forming a dynamic seal, the planetary rotor (106) has a face (116) engaging a bridge (114) during the transition from the compression cycle to the combustion cycle such that the bridge (114) and face (116) have a gap that allows gas flow from the trailing volume (408) to the leading volume (410) and the gap is sufficiently small to quench flame propagation from the leading volume (410) to the trailing volume (408).
    • 一种用于促进旋转发动机(100)中的燃烧的装置,其具有绕包含主转子(108)的壳体(104)内行进的行星转子(106)。在各种实施例中,行星转子(106)具有多面(116) ),其在桥(114)和面(116)形成动态密封件期间从压缩循环到燃烧循环的过渡期间接合桥(114),行星转子(106)具有接合桥 (114)在从压缩循环到燃烧循环的过渡期间,使得桥(114)和面(116)具有允许气体从尾部容积(408)流到引导体积(410)的间隙,并且间隙 足够小以淬火从引导体积(410)到尾部体积(408)的火焰传播。
    • 3. 发明申请
    • VOLUMETRIC ROTARY MACHINE
    • 卷式旋转机
    • WO2013013250A3
    • 2013-11-07
    • PCT/AM2012000004
    • 2012-07-11
    • JAGHATSPANYAN ARMEN
    • JAGHATSPANYAN ARMEN
    • F01C1/24
    • F01C1/26F01C11/002F01C21/08
    • Volumetric rotary machine, which may be used as an internal combustion engine, compressor, pump, hydraulic and pneumatic engines. The machine has similar two-rib or three-rib rotors set between the casing's (1) working surfaces. The minimum numbers of three-rib rotors (2) is three, and two-rib rotors (3) are respectively three and four, excepting five. Every three three-rib or four two-rib adjacent rotors with their cylindrical surfaces form closed working chambers. The working chambers are restricted by the casing's working surfaces, from the sides of the rotors' face surfaces. Due to the kinematic relation, the rotors synchronously revolve in the same direction. During the revolving of the rotors working chamber volume periodically changes from zero to its maximum value and vice versa. The symmetry axis, perpendicular to the face surfaces of the rotor, is the rotation axis of each rotor. The rotors' rotation axes are parallel to each other and perpendicular to the casing's working surfaces. The distance of the adjacent rotors' rotation axes is equal to the radius of their cylindrical surfaces. The square of the distance of the rotation axes of the opposite two-rib rotors is the double square of the cylindrical surfaces' radius.
    • 容积式旋转机,可用作内燃机,压缩机,泵,液压和气动发动机。 机器具有类似的两肋或三肋转子,设置在外壳(1)工作表面之间。 三肋转子(2)的最小数量为三个,两个肋转子(3)分别为三个和四个,除了五个。 每三个三肋或四个二肋相邻的转子与它们的圆柱形表面形成封闭的工作室。 工作室受到转子表面侧面的外壳工作面的限制。 由于运动学关系,转子同步旋转方向相同。 在转子工作室体积的旋转周期性地从零变化到最大值,反之亦然。 垂直于转子表面的对称轴是每个转子的旋转轴。 转子的旋转轴线彼此平行并垂直于外壳的工作表面。 相邻转子旋转轴的距离等于其圆柱面的半径。 相对的两肋转子的旋转轴距离的平方是圆柱面半径的双方。
    • 4. 发明申请
    • DUAL TIP SEALS FOR A ROTARY ENGINE
    • 旋转发动机的双尖端密封
    • WO2012151423A2
    • 2012-11-08
    • PCT/US2012036361
    • 2012-05-03
    • POWER SOURCE TECHNOLOGIES INCWATKINS BARTON W
    • WATKINS BARTON W
    • F02B77/00
    • F01C1/26F01C1/36F01C19/005F01C19/025F01C19/04F01C19/085
    • A biased dual tip seal arrangement for the rotor (106) of a rotary engine (102). The dual tip seals (100-T, 100-L) are located on opposite corners of the tip (130) of a planetary rotor (106). The rotor (106) orbits within a cutout (126) in a main rotor (108). The seals (100-T, 100-L) are biased away from the corners to make sealing contact with the sealing surfaces of the asymmetrical lobe (112) and the cutout (126) of the main rotor (108). Biasing is implemented with springs (1202, 1302, 1412) and with conduits (1006) that pressurize the area under the seals (100-T, 100-L). An asymmetrical lobe (112') includes a transition zone (802) on the surface of the lobe (112). In the transition zone (802), at least one seal (100-T, 100-L) on the tip (130) maintains contact with the surface (112') while alternating contact from one seal (100-T, 100-L) to the other.
    • 用于旋转发动机(102)的转子(106)的偏压的双顶端密封装置。 双顶端密封件(100-T,100-L)位于行星转子(106)的尖端(130)的相对的角部上。 转子(106)在主转子(108)内的切口(126)内运动。 密封件(100-T,100-L)偏离角部以与主转子(108)的不对称凸角(112)和切口(126)的密封表面密封接触。 通过弹簧(1202,1302,1412)和管道(1006)对密封件(100-T,100-L)下面的区域加压来实施偏压。 不对称凸角(112')包括在凸起(112)的表面上的过渡区(802)。 在过渡区域(802)中,尖端(130)上的至少一个密封件(100-T,100-L)与表面(112')保持接触,同时从一个密封件(100-T,100-L )到另一个