Abstract: The inventive nut plate fastener includes a nut plate base comprising a flat elongated base plate. The base plate has each of a first and a second planar base face arranged parallel to each other. A cylindrical plate bore diameter is selected to be greater than the diameter of the threaded hole but lesser than the diameter of the nut body. A nut cage holds the nut in contact with the nut flange face such that the threaded hole and the plate bore rest in substantial coaxially alignment. The nut cage includes a first and a second nut cage bridge oriented about the plate bore in opposed symmetric relationship. Each bridge includes a center post positioned to engage the respective nut tang notch.

Abstract: The inventive nut plate fastener includes a nut plate base comprising a flat elongated base plate. The base plate has each of a first and a second planar base face arranged parallel to each other. A cylindrical plate bore diameter is selected to be greater than the diameter of the threaded hole but lesser than the diameter of the nut body. A nut cage holds the nut in contact with the nut flange face such that the threaded hole and the plate bore rest in substantial coaxially alignment. The nut cage includes a first and a second nut cage bridge oriented about the plate bore in opposed symmetric relationship. Each bridge includes a center post positioned to engage the respective nut tang notch.

Abstract: A metal nut (N) is held by a plastic clip-body (12). The clip-body (12) has first and second arms (16, 18) and an end wall (20) that form a closed end and an open end (6). The open end (60) includes cam surfaces for camming a member (M) into the open end (60). It also includes an annular locator wall (28) that extends upwardly from the second arm (18). The upper end of this locator wall is formed to slope upwardly as it extends inwardly from the open end of the clip-body (12). The sloping upper end of the locator wall (28) helps to cam the member (M) into the clip-body (12). The clip-body (12) includes a first arm (16) having sidewalls (36, 38) that extend outwardly from the arm (16).

Abstract: The latching apparatus has an external housing which contains a recess, an internal activating mechanism and a biased locking bolt for engagement with an associated striker plate. The operation of the latch is accomplished by inserting the hand into the recess and sliding a therein positioned handle cup. The movement of the cup causes, inside of the activating mechanism, the spreading of two levers which are geared to one another and are connected to the spring biased locking bolt. The levers will upon movement make contact with a pivot point and the resulted leverage action will pull the bolt to a retracted or unlatched position. Release of the handle cup automatically reverses the operation and moves the bolt in the latching position.