Patent ID: 7007908

Claim:
A sucking disk hanging pole selectively connected to a surface of a structure comprising: a) a sucking disk body having: i) a cylindrical shaft protruding from a top thereof; and ii) a rubber sucking disk located on a bottom thereof; b) a stand located on a top of the sucking disk body and having: i) a connecting sleeve located on a top thereof; and ii) a shell plate located on a bottom thereof and having a slot hole located in a center thereof, a through hole located through a side thereof, and a plurality of slots located around an outer periphery thereof, the plurality of slots allowing the shell plate and the rubber sucking disk to be deformed to match a contour of the surface of the structure, the through hole communicating with the slot hole, the shell plate having a diameter smaller than a diameter of the rubber sucking disk; c) a latch member being pivotally connected to the cylindrical shaft by an axial shaft inserted through the through hole and having a cam edge, the latch member being movable between first and second positions; d) a spring located in the slot hole around the cylindrical shaft and pressing the cylindrical shaft outwardly; e) a retaining base; and f) a hanging pole being a flexible rod structure and having a metal rod wrapped in a plastic material, the hanging pole is connected to the connecting sleeve at a first end thereof and pivotally connected to the retaining base at a second end thereof, wherein, when the latch member is in the first position, a shorter surface of the cam edge engages the stand, the axial shaft is located at a bottom of the through hole moving the cylindrical shaft to an outward position in the slot hole and contracting a vacuum chamber of the rubber sucking disk, and, when the latch member is in the second position, a longer surface of the cam edge engages the stand, the axial shaft is located at a top of the through hole moving the cylindrical shaft to an inward position in the slot hole and expanding a vacuum chamber of the rubber sucking disk.