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    • 2. 发明申请
    • ACTUATING MECHANISM WITH INTEGRAL BATTERY
    • US20210184489A1
    • 2021-06-17
    • US16762480
    • 2018-10-26
    • ROTORK CONTROLS LIMITED
    • Nian You TANJonathan WIGGINSDavid WARE
    • H02J7/00H02P29/68H01M10/44H01M10/48
    • A motor driven industrial actuator device includes an enclosure (1) in which a motor, a control module (3) and a drive (4) are housed. The drive (4) is coupled between a motor and an external device being actuated. The device also includes an input for receiving an external power supply and a battery pack (6) housed within said enclosure. The battery pack (6) is electrically connected to selectively drive the motor and electrically connectable to the external power supply for charging. The control module (3) is configured to receive data representative of a status of the external power supply, receive data representative of a charge state of said battery pack (6), a status of said battery pack (6), or a charge state and status of said battery pack (6), and cause the battery pack (6) to be charged from the external power supply when an external power supply is determined to be valid and present and the battery pack (6) requires charging. The device also includes at least one temperature sensing device associated with the battery pack (6). The control module (3) is further configured, during charging of the battery pack (6) to: receive from the at least one temperature sensing device, data representative of a measured temperature associated with the battery pack (6); compare the measured temperature with a first predetermined threshold temperature; and if the measured temperature is greater than the first predetermined threshold temperature, cause a charging current delivered from the external power supply to the battery pack (6) to be reduced to prolong the life of the battery pack (6).
    • 5. 发明授权
    • Actuator
    • US11692638B2
    • 2023-07-04
    • US17415927
    • 2019-12-16
    • ROTORK CONTROLS LIMITED
    • David Adams
    • F16K31/04F16K27/12F16K31/05F16K31/50F16K31/53
    • F16K31/047F16K27/12F16K31/05F16K31/50F16K31/53
    • An actuator (1) comprising a motor (2) assembly, a drive coupling (113, 13, 313) assembly and an actuator shaft (114, 14). The motor (2) assembly comprising a motor housing (120, 20), having a cover (122, 22) and a base (123, 23); an electric motor (111, 11, 211, 2), comprising an external stator (111, 11, 211) and an internal rotor (112, 12); and a hollow output shaft (130, 30, 330) that is connected co-axially with the internal rotor (112, 12) such that rotation of the internal rotor (112, 12) causes a corresponding rotation of the hollow output shaft (130, 30, 330). The drive coupling (113, 13, 313) assembly comprises a drive coupling housing (115, 15, 315) containing a drive coupling (113, 13, 313), wherein the drive coupling (113, 13, 313) engages the hollow output shaft (130, 30, 330) such that rotation of the hollow output shaft (130, 30, 330) causes a corresponding rotation of the drive coupling (113, 13, 313). The actuator shaft (114, 14) extends through the hollow output shaft (130, 30, 330) and the internal rotor (112, 12), and engages the drive coupling (113, 13, 313) such that rotation of the drive coupling (113, 13, 313), by the hollow output shaft (130, 30, 330), causes the actuator shaft (114, 14) to move axially.
    • 6. 发明申请
    • ACTUATOR
    • US20220065361A1
    • 2022-03-03
    • US17415927
    • 2019-12-16
    • ROTORK CONTROLS LIMITED
    • David Adams
    • F16K31/04F16K31/05F16K27/12F16K31/50F16K31/53
    • An actuator (1) comprising a motor (2) assembly, a drive coupling (113, 13, 313) assembly and an actuator shaft (114, 14). The motor (2) assembly comprising a motor housing (120, 20), having a cover (122, 22) and a base (123, 23); an electric motor (111, 11, 211, 2), comprising an external stator (111, 11, 211) and an internal rotor (112, 12); and a hollow output shaft (130, 30, 330) that is connected co-axially with the internal rotor (112, 12) such that rotation of the internal rotor (112, 12) causes a corresponding rotation of the hollow output shaft (130, 30, 330). The drive coupling (113, 13, 313) assembly comprises a drive coupling housing (115, 15, 315) containing a drive coupling (113, 13, 313), wherein the drive coupling (113, 13, 313) engages the hollow output shaft (130, 30, 330) such that rotation of the hollow output shaft (130, 30, 330) causes a corresponding rotation of the drive coupling (113, 13, 313). The actuator shaft (114, 14) extends through the hollow output shaft (130, 30, 330) and the internal rotor (112, 12), and engages the drive coupling (113, 13, 313) such that rotation of the drive coupling (113, 13, 313), by the hollow output shaft (130, 30, 330), causes the actuator shaft (114, 14) to move axially.
    • 8. 发明公开
    • ACTUATOR
    • US20230279964A1
    • 2023-09-07
    • US18196510
    • 2023-05-12
    • ROTORK CONTROLS LIMITED
    • David Adams
    • F16K31/04F16K27/12F16K31/05F16K31/50F16K31/53
    • F16K31/047F16K27/12F16K31/05F16K31/50F16K31/53
    • An actuator (1) comprising a motor (2) assembly, a drive coupling (113, 13, 313) assembly and an actuator shaft (114, 14). The motor (2) assembly comprising a motor housing (120, 20), having a cover (122, 22) and a base (123, 23); an electric motor (111, 11, 211, 2), comprising an external stator (111, 11, 211) and an internal rotor (112, 22); and a hollow output shaft (130, 30, 330) that is connected co-axially with the internal rotor (112, 12) such that rotation of the internal rotor (112, 12) causes a corresponding rotation of the hollow output shaft (130, 30, 330). The driving coupling (113, 13, 313) assembly comprises a drive coupling housing (115, 15, 315) containing a drive coupling (113, 13, 313), wherein the drive coupling (113, 13, 313) engages the hollow output shaft (130, 30, 330) such that rotation of the hollow output shaft (130, 30, 330) causes a corresponding rotation of the drive coupling (113, 13, 313). The actuator shaft (114, 14) extends through the hollow output shaft (130, 30, 330) and the internal rotor (112, 12), and engages the drive coupling (113, 13, 313) such that rotation of the drive coupling (113, 13, 313), by the hollow output shaft (130, 30, 330), causes the actuator shaft (114, 14) to move axially.