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    • 6. 发明申请
    • ROTARY PISTON PUMP, COMPRESSOR OR VACUUM PUMP
    • WO2021025628A1
    • 2021-02-11
    • PCT/SK2020/050009
    • 2020-08-02
    • UP-STEEL, S.R.O.
    • URBAN, LubosPAVLACKA, Ján
    • F04B1/1136
    • Rotary piston pump, compressor or vacuum pump comprising a housing (1), in which a cylindrical hole (11) for a cylindrical rotor (4) is provided, where the rotor (4) comprises an axial opening (41) for a shaft (7) of the pump, compressor or vacuum pump and at least two angularly offset chambers (42) arranged transversely to the rotor (4) axis, where a reciprocating piston (5) is placed in each chamber (42), which, the piston (5), is provided with an opening (53) for a circular cam (8) on the shaft (7) of the pump, compressor or vacuum pump, the shaft (7) being mounted eccentrically to the rotor (4), the housing (1) being provided with removable heads (2) with bearings (21) for the shaft (7) and for tight closing of the cylindrical hole (11) for the rotor (4), and the housing (1) further comprises at least one inlet opening (12) for supplying a medium to the piston (5) chamber (42) and at least one outlet opening (13) for discharging a medium of the piston (5) chamber (42), where the eccentricity of the axis of rotation of the shaft (7) from the axis of the cylindrical rotor (4) is equal to the eccentricity of the axis of the circular cam (8) from the axis of rotation of the shaft (7), where at least one cam (8) is mounted on the shaft (7) removably fixedly.
    • 7. 发明申请
    • RADIAL PISTON ROTARY MACHINE
    • WO2023018382A1
    • 2023-02-16
    • PCT/SK2022/050008
    • 2022-08-12
    • UP-STEEL, S.R.O.
    • URBAN, LubošPAVLACKA, Ján
    • F04B1/0408F04B1/0421F04B1/1133F04B1/1136F04B27/04F04B27/06
    • A radial piston rotary machine comprising a housing, at least one opening (13) for inlet of a medium to the machine and at least one opening (14) for outlet of the medium from the machine, where the housing comprises end caps (11) between which a rotor (2) is rotatably mounted. The rotor (2) is composed of at least two plates (23), where a chamber (22) for a reciprocating piston (4) is provided in the rotor plate (23). The rotor plates (23) are separated by a partition plate (24) with an opening (21) for a shaft (5) of the machine. The shaft (5) is mounted in rotary bearings in the end caps (5) of the housing and circular cams (51) are arranged on the shaft (5). The shaft (5) is mounted eccentrically to the rotor (2), where the eccentricity of the axis of rotation of the shaft (5) from the axis of the rotor (2) is equal to the eccentricity of the axis of the circular cam (51) from the axis of rotation of the shaft (5). Each piston (4) is placed movably in reciprocation motion in the chamber (22) for the piston (4) in the rotor plate (23) and rotatably on the circular cam (51) on the shaft (5). The inlet and outlet of the medium to and from the piston chamber are opened and closed by valve means. The chamber (22) for the piston (4) is formed as a hole in the rotor plate (23), where at least two opposite walls of the hole are parallel for sliding arrangement of the piston (4). The piston (4) is closed axially in the chamber (22) at one side by the partition plate (24) of the rotor plates (23) and at the other side by an end plate (7) of the rotor (2). The end plate (7) comprises an opening (21) for the shaft (5) and apertures (71) for the inlet and outlet of the medium to and from the chamber (22) The apertures (71) lead in the axial direction to the end cap (11) of the housing, and are opened and closed by valve means in the form of separate arcuate slots (61).
    • 8. 发明申请
    • RADIAL ROTARY PISTON MACHINE
    • WO2022035383A1
    • 2022-02-17
    • PCT/SK2021/050010
    • 2021-08-13
    • UP-STEEL, S.R.O.
    • URBAN, LubosPAVLACKA, Ján
    • F04B1/113F04B1/1136F04B53/16F04B53/22
    • A radial rotary piston machine comprising a frame (1), at least one opening (13) for inlet of a medium into the machine and at least one opening (14) for discharge of a medium out of the machine, where the frame (1) comprises end plates (11) between which a rotor (2) is placed, this rotor (2) comprises axial opening (21) for a shaft (5) of the machine and further comprises at least two angularly offset piston chambers (22) transversely to the rotor axis, the shaft (5) of the machine extends through the axial opening (21) in the rotor (2) and is mounted in bearings in the end plates (11) of the frame (1), circular cams (51) are arranged on the shaft (5), the shaft (5) being positioned eccentrically to the rotor (2), each piston (4) is arranged for reciprocal movement in the chamber (22) and mounted rotatively on the circular cam (51), where the chamber (22) ends are closed by heads (3), the head (3) or the rotor (2) comprise at least one passage (32) for inlet and discharge of a medium from the chamber (22), which are opened and closed by valve means, where the head (3) and/or the rotor (2) comprise at least one passage (32) for inlet and discharge of a medium to and from the piston chamber (22) leading on one end in axial direction to the end plate (11) of the frame (1), and which is opened and closed at its axial opening by valve means in the form of separate arcuate slots (61).