Abstract: A window shade of the present invention can include a retractable window shade housed in a door of a vehicle, the window shade operable to extend over a window of the vehicle to be secured with a plurality of hooks located above the window. These hooks are specially designed to allow an improperly attached retractable window shade to detach and retract upon the application of a longitudinal force applied to the improperly attached retractable window shade.

Abstract: A window shade of the present invention can include a retractable window shade housed in a door of a vehicle, the window shade operable to extend over a window of the vehicle to be secured with a plurality of hooks located above the window. These hooks are specially designed to allow an improperly attached retractable window shade to detach and retract upon the application of a longitudinal force applied to the improperly attached retractable window shade.

Abstract: An automotive vehicle sunshade assembly for controlling light entering a vehicle interior is provided having an elongated rotatable member, a flexible shade wrapped around the elongated rotatable member having a first edge connected to the rotatable member, and a second edge connected to an elongated extension member. Two support arms extend between the elongated extension member and the base profile and are operable to unroll the flexible shade from a elongated rotatable member thereby covering a vehicle window. Furthermore, an end cap is affixed to at least the first end of the elongated extension member. The elongated extension member further having at least one channel or track disposed therein. A biasing member is positioned within the at least one channel between the support arm and the end cap operable to force movement of the support arm during retraction of the flexible shade.