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    • 2. 发明公开
    • A MEDIUM VOLTAGE SWITCHING APPARATUS
    • EP4276874A1
    • 2023-11-15
    • EP22173028.6
    • 2022-05-12
    • ABB Schweiz AG
    • MORELLI, EmanueleCORTINOVIS, GianlucaFORLANI, GiorgioBRUNI, JacopoINVERNIZZI, PierluigiGENTSCH, Dietmar
    • H01H33/666
    • A switching apparatus comprising one or more electric poles.
      For each electric pole, the switching apparatus comprises a first pole terminal, a second pole terminal and a ground terminal. In operation, the first pole terminal can be electrically coupled to a first conductor of an electric line, the second pole terminal can be electrically coupled to a second conductor of said electric line and the ground terminal can be electrically coupled to a grounding conductor.
      For each electric pole, the switching apparatus comprises a plurality of fixed contacts spaced apart one from another. Such a plurality of fixed contacts comprises a first fixed contact electrically connected to the first pole terminal, a second fixed contact electrically connected to the second pole terminal, a third fixed contact electrically connected to the ground terminal and a fourth fixed contact electrically connectable with the second fixed contact.
      For each electric pole, the switching apparatus further comprises a movable contact, which is reversibly movable about a corresponding rotation axis according to opposite first and second rotation directions, so that said movable contact can be coupled to or uncoupled from one or more of the above-mentioned fixed contacts, and a vacuum interrupter, which comprises a fixed arc contact electrically connected to the first pole terminal, a movable arc contact electrically connected to the fourth fixed contact and reversibly movable along a corresponding translation axis between a coupled position with the fixed arc contact and an uncoupled position from the fixed arc contact. The vacuum interrupter further comprises a vacuum chamber, in which the fixed arc contact and the movable arc contact are enclosed and can be coupled or decoupled. For each electric pole, the switching apparatus further comprises a motion transmission mechanism operatively coupled to a contact shaft solidly coupled to the movable arc contact. The motion transmission mechanism is actuatable by the movable contact to cause a movement of said movable arc contact along said translation axis, when said movable contact moves about said rotation axis.
    • 4. 发明公开
    • A MEDIUM VOLTAGE SWITCHING POLE ARRANGEMENT
    • EP3979280A1
    • 2022-04-06
    • EP20199836.6
    • 2020-10-02
    • ABB Schweiz AG
    • GENTSCH, DietmarREUBER, Christian
    • H01H3/58H01H33/666H01H33/662H01H3/40
    • The invention relates to a medium voltage switching pole arrangement, comprising:
      - an insulating housing (10) with an upper terminal (20) and a lower or lateral terminal (50);
      - a vacuum interrupter (30) comprising a fixed contact (32) and a moveable contact (34);
      - a flexible or slidable electrical contact (40); and
      - a pushrod (60).
      The vacuum interrupter is located within the insulating housing. The pushrod (60) is located within the insulating housing (10). A first end of the pushrod (60) is coupled to the moveable contact (34) of the VI and to the flexible or slidable electrical contact (50), A second end (66) of the pushrod (60) comprises a threaded portion (64). The pushrod (60) is configured to move along a centre axis of the insulating housing (10) to move the moveable contact (34) of the VI (30) to connect to and disconnect from the fixed contact (32) of the VI (30). The insulating housing (10) comprises a standardized interface (100) to which any drive (400) of a plurality of drives (400) can be mounted, such that a shaft of the drive, with a threaded portion (420) that matches the threaded portion (64) of the pushrod (60), is configured to move the pushrod (60) along the centre axis of the insulating housing (10).
    • 5. 发明公开
    • DRIVE FOR A LOW, MEDIUM AND HIGH VOLTAGE VACUUM INTERRUPTER
    • EP3951821A1
    • 2022-02-09
    • EP20189654.5
    • 2020-08-05
    • ABB Schweiz AG
    • GENTSCH, DietmarREUBER, Christian
    • H01H33/666H01H33/40H01H33/42H01H3/30H01H3/40
    • The present invention relates to a drive for a low, medium and high voltage switch, comprising: a pushrod (10); a sun cogwheel (30); at least one planetary cogwheel (40); and a cogwheel ring (60): The pushrod comprises a threaded portion (20): The sun cogwheel comprises an inner threaded portion located about an axis of the sun cogwheel. The pushrod is connected to the sun cogwheel such that an axis of the pushrod is coaxial with the axis of the sun cogwheel. The sun cogwheel comprises a plurality of outward facing teeth. An axis of the cogwheel ring is coaxial with the axis of the sun cogwheel. The cogwheel ring comprises a plurality of inward facing teeth. The at least one planetary cogwheel is located between the sun cogwheel and the cogwheel ring. The at least one planetary cogwheel comprises a plurality of outward facing teeth, and some teeth of the at least one planetary cogwheel are engaged with some teeth of the sun cogwheel and some other teeth of the at least one planetary cogwheel are engaged with some teeth of the cogwheel ring. In a first switching action:
      a rotation of the at least one planetary cogwheel about the axis of the sun cogwheel in a first rotational direction is configured to rotate the sun cogwheel in the first rotational direction; and
      the rotation of the sun cogwheel in the first rotational direction is configured to move the pushrod along the axis of the pushrod in a first direction.
    • 7. 发明公开
    • MEDIUM VOLTAGE OR HIGH VOLTAGE CIRCUIT BREAKER
    • EP4300530A1
    • 2024-01-03
    • EP22182524.3
    • 2022-07-01
    • ABB SCHWEIZ AG
    • JAVORA, RadekGENTSCH, DietmarBOFFELLI, CarloWORMSBECHER, Viktor
    • H01H33/666
    • The present invention relates to a medium voltage or high voltage circuit breaker; comprising: a first terminal (2); a second terminal (6); a first vacuum interrupter (5); a second vacuum interrupter (5); an interconnection part (9); an actuator (8); an operating rod (11); and a lever system (12). The first terminal is electrically connected to a fixed contact (3) of the first vacuum interrupter. The second terminal is electrically connected to a fixed contact (3) of the second vacuum interrupter. The interconnection part is configured to be in electrical connection with a movable contact (4) of the first vacuum interrupter and the interconnection part is configured to be in electrical connection with a movable contact (4) of the second vacuum interrupter. The interconnection part is configured to provide a current path between the movable contacts. A first end of a first non-linear lever arm (22) of the lever system is coupled to a pushrod (7) of the movable contact of the first vacuum interrupter at a first lever arm first end pivot point, and a second end of the first lever arm is coupled to the operating rod at a centre pivot point. A first end of a second non-linear lever arm (22) of the lever system is coupled to a pushrod (7) of the movable contact of the second vacuum interrupter at a second lever arm first end pivot point, and a second end of the second lever arm is coupled to the operating rod at the centre pivot point. A part at the first end of the first non-linear lever arm is supported by the interconnection part and can slide linearly within a slot of the interconnection part or a part at the first end of the first non-linear lever arm is supported by the interconnection part and can move linearly with respect to a bearing of the interconnection part. A part at the first end of the second non-linear lever arm is supported by the interconnection part and can slide linearly within a slot of the interconnection part or a part at the first end of the second non-linear lever arm is supported by the interconnection part and can move linearly with respect to a bearing of the interconnection part. In a transition from an open state to the closed state the actuator is configured to move the operating rod to move the second end of the first non-linear lever arm and the second end of the second non-linear lever arm such that the part at the first end of the first non-linear lever arm and the part at the first end of the second non-linear lever arm move simultaneously within their corresponding slots away from one another or with respect to their corresponding bearings away from one another.
    • 8. 发明公开
    • MEDIUM VOLTAGE OR HIGH VOLTAGE CIRCUIT BREAKER
    • EP4297059A1
    • 2023-12-27
    • EP22180589.8
    • 2022-06-23
    • ABB SCHWEIZ AG
    • JAVORA, RadekGENTSCH, Dietmar
    • H01H33/666
    • The present invention relates to a medium voltage or high voltage circuit breaker; comprising: a first terminal (2); a second terminal (6); a first vacuum interrupter (5); a second vacuum interrupter (5); an interconnection part (9); an actuator (8); an operating rod (11); and a lever system (12). The first terminal is electrically connected to a fixed contact (3) of the first vacuum interrupter, and wherein the second terminal is electrically connected to a fixed contact (3) of the second vacuum interrupter. The interconnection part is configured to be in electrical connection with a movable contact (4) of the first vacuum interrupter and the interconnection part is configured to be in electrical connection with a movable contact (4) of the second vacuum interrupter when the circuit breaker is in a closed state when the movable contacts are in contact with the respective fixed contacts, and wherein the interconnection part is configured to provide a current path between the movable contacts. A first end of a first lever arm of the lever system is coupled to the movable contact of the first vacuum interrupter, and wherein a second end of the first lever arm is coupled to the operating rod. A first end of a second lever arm of the lever system is coupled to the movable contact of the second vacuum interrupter, and wherein a second end of the second lever arm is coupled to the operating rod. A part at the first end of the first lever arm is supported by the interconnection part and can slide linearly within a slot of the interconnection part. A part at the first end of the second lever arm is supported by the interconnection part and can slide linearly within a slot of the interconnection part. In a transition from an open state to the closed state the actuator is configured to move the operating rod to move the second end of the first lever arm and the second end of the second lever arm such that the part at the first end of the first lever arm and the part at the first end of the second lever arm move simultaneously within their corresponding slots away from one another.
    • 9. 发明公开
    • DRIVE FOR A LOW, MEDIUM OR HIGH VOLTAGE SWITCH
    • EP3965132A1
    • 2022-03-09
    • EP20195069.8
    • 2020-09-08
    • ABB Schweiz AG
    • GENTSCH, DietmarREUBER, Christian
    • H01H33/666H01H3/30H01H3/40H01H33/40H01H33/42
    • The present invention relates to a drive for a low, medium or high voltage switch, comprising: a pushrod (10); a sun cogwheel (30); at least one planetary cogwheel (40); a carrier (50); a cogwheel ring (60); and a carrier locking device (200). An axis of the pushrod is coaxial with an axis of the sun cogwheel, and a rotation of the sun cogwheel is configured to move the pushrod along the axis of the pushrod. An axis of the carrier is coaxial with the axis of the sun cogwheel, and the carrier comprises at least one latching feature (52). An axis of the cogwheel ring is coaxial with the axis of the sun cogwheel. The at least one planetary cogwheel is located between the sun cogwheel and the cogwheel ring, wherein each planetary cogwheel of the at least one planetary cogwheel is connected to the carrier such that when the carrier rotates about the axis of the sun cogwheel a centre axis of each planetary cogwheel rotates with the carrier, and wherein each planetary cogwheel is configured to rotate about its own centre axis. The carrier locking device is configured to engage with one latching feature of the at least one latching feature of the carrier to stop the carrier from rotating, and the carrier locking device is configured to disengage from the at least one latching feature of the carrier to permit the carrier to rotate. Initiation of a first switching action comprises a disengagement of the carrier locking device from a latching feature of the at least one latching feature of the carrier. In the first switching action a rotation of the carrier about the axis of the sun cogwheel in a first rotational direction is configured to rotate the sun cogwheel in the first rotational direction to move the pushrod along the axis of the pushrod in a first direction.
    • 10. 发明公开
    • CIRCUIT BREAKER COMPARTMENT
    • EP3944276A1
    • 2022-01-26
    • EP20186770.2
    • 2020-07-20
    • ABB Schweiz AG
    • GENTSCH, DietmarREUBER, Christian
    • H01H33/02H01H33/53
    • The present invention relates to a circuit breaker compartment, comprising:
      - one or more pole parts (10); and
      - a housing (2);
      wherein, each pole part comprises:
      - an insulating housing (17);
      - a first moveable contact (14);
      - a second fixed contact (12);
      - a vacuum interrupter (13); and
      - a pushrod (15);
      wherein, the housing comprises:
      - a housing body part (5);
      - a first lid (3); and
      - a second lid (4);
      wherein, the first lid and/or second lid are configured to connect to the housing body part;
      wherein, a first end of each pole part is configured to connect to the first lid;
      wherein, a second end of each pole part is configured to connect to the second lid;
      wherein, in an assembled configuration:
      the first lid is connected to the housing body part;
      the second lid is connected to the housing body part;
      the first end of each pole part is connected to the first lid and the second end of each pole part is connected to the second lid to force such that the first lid and second lid are forced towards each other such that the housing provides a gastight and/or pressure resistant compartment (70).