Patent ID: 9045922
Filing Date: 2015-06-02
Classification: E05C,E05D,E05F,Y10T

Abstract:
1. A method of selectively obstructing the hinged side of a hinged surface (hinged member) comprising: a. providing a mechanism attached proximate a two-dimensional gap between a first hinged surface and a second hinged surface, wherein said first hinged surface and said second hinged surface are connected via a hinge, wherein said hinge includes a first wing and a second wing, wherein said mechanism is engaged with an end portion of said hinge, whereby said mechanism is designed to facilitate the movement of a chock between a first side and a second side of said gap, wherein a height of said gap is parallel to a line extending through the pivotal axis of said hinge, and wherein a width of said gap is defined as a distance between said first hinged surface and said second hinged surface at a point on said first hinged surface and a point on said second hinged surface most proximate to said pivotal axis; b. pivoting said first hinged surface with respect to said second hinged surface to increase said width of said gap; c. deploying said chock through said gap from said first side of said gap between said first hinged surface and said second hinged surface to a second side of said gap via pivoting an arm of said mechanism with respect to said end portion of said hinge, wherein said chock is engaged with a first end of said arm, wherein said chock will at least partially obstruct a closing movement between said first hinged surface and said second hinged surface by obstructing a corresponding closing movement between said first and second wings; d. configuring said mechanism to selectively retain said arm such that said mechanism prevents a displacement of said chock due to a force causing said closing movement between said first and second wings, wherein said displacement of said chock is in a direction that is not perpendicular to said pivotal axis of said hinge; e. retracting said chock by moving said chock through said gap from said second side to said first side, whereby said chock will be held by said mechanism and said chock will be stowed when not obstructing said closing movement between said first hinged surface and said second hinged surface.