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    • 21. 发明公开
    • REFRIGERANT COMPRESSOR
    • EP4170164A2
    • 2023-04-26
    • EP22203373.0
    • 2022-10-24
    • Secop GmbH
    • Da Silva Castro, Mattias
    • F04B35/04F04B39/00F04B39/02F04B39/12F04B53/10
    • The invention relates to an encapsulated refrigerant compressor (1) having
      - a compressor shell (100);
      - a pump unit (10) located within the compressor shell (100), said pump unit (10) comprising:
      -- a cranktrain (200) with a crankshaft (210), a counterweight (225), a crankpin (220), a connecting rod (230) and a piston (240;
      -- a crankcase (300) with a cylinder housing (310), wherein a cylinder (320) for reciprocating movement of the piston (240) is located, and wherein the crankshaft (210) is rotatably mounted inside a main bearing section (302),
      -- an electric drive unit (400) with a stator (420) and a rotor (410), the rotor (410) being fixed to the crankshaft (210) ;
      -- wherein the crankshaft (210) is axially supported by a ball bearing (201) on the crankcase (300).


      The crankshaft (210) comprises an upper bearing section (215) and a lower bearing section (217) to form an upper sliding bearing (215b) and a lower sliding bearing (217b), wherein an upper bearing seat (305) as the part of the main bearing section (302) forming the upper sliding bearing (215b) is arranged at an upper end section of the main bearing section (302) of the crankcase (300), and wherein said upper bearing seat (305) is configured to be flexibly bendable in a radial direction (212) of the crankshaft (210).
    • 23. 发明公开
    • COOLING UNIT
    • EP4030118A1
    • 2022-07-20
    • EP21152370.9
    • 2021-01-19
    • Secop GmbH
    • Puschmann, OlafEchelmeyer, Sebastian
    • F25B7/00
    • The invention relates to a cooling unit for storing temperature-sensitive goods at a desired cooling temperature, comprising a cooling compartment (9) for storing the temperature-sensitive goods, an insulation (1) separating the cooling compartment (9) from an ambient space (10), a multi-stage cascade refrigeration system adapted to cool down the cooling compartment (9) to the desired cooling temperature and/or maintain the desired cooling temperature in the cooling compartment (9), said multi-stage cascade refrigeration system comprising at least a high-temperature refrigeration cycle (11) and a low-temperature refrigeration cycle (12), whereas said low-temperature refrigeration cycle (12) comprises a low-temperature evaporator (13) arranged to absorb heat from the cooling compartment (9), and whereas the high-temperature refrigeration cycle (11) comprises a high-temperature condenser (14) arranged to reject heat to the ambient space (10), whereas a high-temperature evaporator (3) of the high-temperature refrigeration cycle (11) is thermally coupled to a low-temperature condenser (4) of the low-temperature refrigeration cycle (12) in order to form an intercooler, whereas said high-temperature evaporator (3) and/or said low-temperature condenser (4) are/is thermally coupled to the insulation (1).
    • 24. 发明公开
    • PORTABLE COOLING UNIT
    • EP4015947A1
    • 2022-06-22
    • EP20215138.7
    • 2020-12-17
    • Secop GmbH
    • Puschmann, OlafEchelmeyer, Sebastian
    • F25D11/00F25B7/00F25B9/00F25D23/00
    • Portable cooling unit (1) for transporting temperature-sensitive goods while maintaining a desired cooling temperature, said portable cooling unit (1) comprising a multi-stage cascade refrigeration system (2) adapted to operate during transport of the portable cooling unit (1) and to cool down to and maintain temperatures of more than 70 K below ambient temperature, a suspension system (3) adapted and arranged to serve as elastic bearing for the multi-stage cascade refrigeration system (2) and/or for components of the multi-stage cascade refrigeration system (2), a movement delimiting system (4) adapted and arranged to restrict movement of the multi-stage cascade refrigeration system (2) and/or the components of the multi-stage cascade refrigeration system (2), an impact protection system (5) adapted and arranged to dampen collisions between the multi-stage cascade refrigeration system (2) and other parts of the portable cooling unit (1), and/or between the components of the multi-stage cascade refrigeration system (2), a lubrication system (6) facilitating lubrication of the components of the multi-stage cascade refrigeration system (2) for inclinations of at least 10° out of horizontal orientation of the portable cooling unit (1), and a monitoring system (7) adapted to generate an alarm signal upon malfunction of the portable cooling unit (1).