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Aesculap Implant Systems, LLC

Spinal Innovations, LLC

Jay Adams

Marc Evan Richelsoph

A bone plate assembly utilizing at least one bone screw for fixation of adjacent bones of a spine including a base plate having at least one aperture extending therethrough and screw retaining mechanism mounted and movable on the plate between locked and unlocked positions relative to the aperture for preventing the bone screw from backing out from the base plate.

Bone plate and screw retaining mechanism

A bone plate assembly utilizing at least one bone screw for fixation of adjacent bones of a spine including a base plate having at least one aperture extending therethrough and screw retaining mechanism mounted and movable on the plate between locked and unlocked positions relative to the aperture for preventing the bone screw from backing out from the base plate. Furthermore, a device for placement into an aperture of a base plate including a screw retaining mechanism mountable and movable on a plate between locked and unlocked positions relative to an aperture for preventing a bone screw from backing out from the base plate.

A bone plate assembly is disclosed utilizing at least one bone screw for fixation of adjacent bones of a spine including a base plate having at least one aperture extending therethrough and screw retaining mechanism mounted and movable on the plate between locked and unlocked positions relative to the aperture for preventing the bone screw from backing out from the base plate. A device is disclosed for placement into an aperture of a base plate including a screw retaining mechanism mountable and movable on a plate between locked and unlocked positions relative to an aperture for preventing a bone screw from backing out from the base plate. A snap ring for placement into an aperture of a base plate including a screw retaining mechanism mountable and movable on the plate between locked and unlocked positions relative to the aperture for preventing a screw from backing out is disclosed.

A foolproof sanitary pour type of end cap is provided for a container or can that may be used for providing and dispensing powdered or granular items, such as foods, vitamin and medicine capsules or liquids, such as carbonated soft drinks. The cap body provides an initial completely hermetically sealed cover for the container after the goods have been placed therein for shipment, storage and sale. The sealed relation is such that the inside of the container and its contents cannot be exposed without tearing-off a membrane closure portion across a centrally disposed, inset pouring spout or collar. When the contents are to be first used, a swingable closure lid is opened and the membrane is removed by a pull tab. However, the remaining contents can be then closed-off by the swingable lid which has means for maintaining the contents in a sealed-off relation from the ambient atmosphere and has latching means for flexibly retaining it in closed position until an additional quantity of the contents is to be used.

Sanitary tamperproof double closure container end cap

A beverage can lid spout unit is provided with a closing lid movable between open and closed positions over a peripheral mounting part. A bellows part is secured within the mounting part and is biased to move outwardly when the lid is moved to an open position. When the lid is moved to a closed position, it compresses the bellows within confines of the mounting part to close-off the spout.

Growing community of inventors

Bartlett, TN, United States of America

Jay Adams