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    • 11. 发明专利
    • Apparatus for moving tunnel part of boarding bridge
    • AU2008338358B2
    • 2012-02-16
    • AU2008338358
    • 2008-12-18
    • OTIS ELEVATOR CO
    • KIM JU RYONG
    • B64F1/305
    • An exemplary apparatus is for moving a tunnel part of a boarding bridge equipped with a tunnel (100) that consists of a first tunnel part (110), a second tunnel part (120), and a third tunnel part (130) in sequence from one side and can be moved so that the second tunnel part (120) and third tunnel part (130) are placed in contact and are connected to each other based on the first tunnel part (110). The apparatus includes a first rope (210) with one end coupled with the first tunnel part (110) and its other end coupled with the third tunnel part (130). A first pulley (220) that fixedly coupled to the second tunnel part (120) by hooking the first rope (210) at a position that is separated toward the other end side rather than both ends of the first rope (210) and is interlocked and moved in accordance with the moving displacement of the other end of the first rope (210). A second rope (230) is installed separately from the first rope (210) with one end coupled with the first tunnel part (110) and its other end coupled with the third tunnel part (130). A second pulley (240) is fixedly coupled to the second tunnel part (120) by hooking the second rope (230) at a position that is separated toward one end side rather than both ends of the second rope (230) and is interlocked and moved in accordance with the moving displacement of the other end of the second rope (230).
    • 12. 发明专利
    • Shock absorbing device for boarding bridge
    • AU2008338360B2
    • 2012-02-02
    • AU2008338360
    • 2008-12-18
    • OTIS ELEVATOR CO
    • KIM JU RYONG
    • B64F1/305
    • An exemplary shock-absorbing device for a boarding bridge is for use with lift columns (200) that support the boarding bridge tunnel (100). The device comprises a first transverse support (310) coupled to the bottom of said lift columns (200), having an extended length in the transverse direction. A second transverse support (320) is installed separately below the first transverse support. An elastic member (330) is coupled between the first and second transverse supports to elastically support said first transverse supports. Dampers (340) are coupled between the first and second transverse supports to absorb residual vibration from said elastic member. First and second driveshafts (361a, 361b) are coupled to fixed positions on opposite sides of the second transverse support to be able to rotate. A drive mechanism (360) generates a motive force to move said tunnel (100) and is equipped with a plurality of wheels (363a) on opposite sides of said first driveshaft and a plurality of wheels (363b) on opposite sides of said second driveshaft.
    • 13. 发明专利
    • Shock absorbing device for boarding bridge
    • AU2008338360A1
    • 2009-06-25
    • AU2008338360
    • 2008-12-18
    • OTIS ELEVATOR CO
    • KIM JU RYONG
    • B64F1/305
    • An exemplary shock-absorbing device for a boarding bridge is for use with lift columns that support the boarding bridge tunnel. The device comprises a first transverse support coupled to the bottom of said lift columns, having an extended length in the transverse direction. A second transverse support is installed separately below the first transverse support. An elastic member is coupled between the first and second transverse supports to elastically support said first transverse supports. Dampers are coupled between the first and second transverse supports to absorb residual vibration from said elastic member. First and second driveshafts are coupled to fixed positions on opposite sides of the second transverse support to be able to rotate. A drive mechanism generates a motive force to move said tunnel and is equipped with a plurality of wheels on opposite sides of said first driveshaft and a plurality of wheels on opposite sides of said second driveshaft.
    • 14. 发明专利
    • Pasarela de embarque con instalaci??n de aire acondicionado
    • ES2391432T3
    • 2012-11-26
    • ES08868598
    • 2008-12-19
    • OTIS ELEVATOR CO
    • KIM JU RYONGLEE JONG HOON
    • B64F1/305
    • Pasarela de embarque móvil retráctil (101, 102), que está provista de una instalación de control de acondicionamiento de aire, que comprende: un primer túnel (110) y por lo menos un segundo túnel (120), en el que el primer túnel (110) está configurado para entrar en el segundo túnel (120) cuando la pasarela de embarque (101, 102) está retraída; un controlador de acondicionamiento de aire (161) que está previsto en el exterior sobre el techo del primer túnel (110) y en un extremo del primer túnel (110), de modo que no se verá dañado cuando el primer y el segundo túneles (110, 120) se retraigan y que genera aire caliente y frío; una tubería de conexión (163), que está fijada a dicho controlador de acondicionamiento de aire (161); y un conducto (164) conectado a dicha tubería de conexión (163), el conducto (164) estando formado longitudinalmente en una parte superior del interior del primer túnel (110), extendiéndose desde un extremo del primer túnel (110) hasta el otro extremo y dirigiendo aire calentado/enfriado por el controlador de acondicionamiento de aire (161) hacia el interior del primer túnel (110).
    • 16. 发明专利
    • APPARATUS FOR MOVING TUNNEL PART OF BOARDING BRIDGE
    • HK1151011A1
    • 2012-01-20
    • HK11105210
    • 2011-05-25
    • OTIS ELEVATOR CO
    • KIM JU RYONG
    • B64F20060101
    • One example cable tray (1200) is installed on a boarding bridge equipped with a tunnel (1100) consisting of a first tunnel part (1110), a second tunnel part (1120), and a third tunnel part (1130) that can contact and connect with each other. The cable tray (1200) includes a first tray part (1210) installed along the longitudinal direction of the first tunnel part (1110) at the bottom of the first tunnel part (1110). A second tray part (1220) is installed along the longitudinal direction of the second tunnel part (1120) at the bottom of the second tunnel part (1120) that slides and moves in a state in which one end is secured to the first tray part (1210). A third tray part (1230) is installed along the longitudinal direction of the third tunnel part (1130) at the bottom of the third tunnel part (1130) that slides and moves in a state in which one end is secured to the second tray part (1220). A first connection cable (1240) is bent relative to the first tunnel part (1110), wherein one end is coupled to the first tray part (1210), and its other end is coupled to the second tunnel part (1120). A second connection cable (1250) is bent relative to the third tunnel part (1130), wherein one end is coupled to the first tray part (1210), and its other end is coupled to the third tunnel part (1130) at a position where the cable is separated from one end of the first connection cable (1240) in the direction of the third tunnel part (1130).