Abstract: An exemplary status-indicating locking assembly includes a cylindrical lock assembly and a status-indicating assembly. The status-indicating assembly includes a sensor configured to sense the status of the cylindrical lock assembly, a transmission configured to communicate the lock status to at least one side of a door, and an indicator configured to display indicia relating to the lock status on the at least one side of the door. In certain forms, the sensor, transmission, and indicator may be electronic, mechanical, hydraulic, magnetic, or combinations thereof.

Abstract: An apparatus and method of making and applying threaded twist-off neck finishes for metal containers is provided. More specifically, the present invention relations to apparatus and methods used to form metallic bottles with threaded necks adapted to receive selectively removable threaded closures. The threaded neck may be formed by interconnecting a threaded outsert to a metallic bottle. Alternatively, the threaded neck may be formed as an integral portion of the neck of the bottle.

Abstract: An apparatus and method for forming a deboss in a closed end-wall of a metallic cup is provided. The deboss apparatus generally includes a rotatable turret with tooling assemblies. The tooling assemblies are configured to receive a metallic cup formed by upstream equipment. The metallic cup formed by the upstream equipment has a closed end-wall that is generally planar. As the turret rotates, the tooling assemblies are configured to form a deboss in the closed end-wall of the metallic cup. In one embodiment, the deboss projects inwardly into an interior of the metallic cup. The metallic cup with a deboss is subsequently stripped from the tooling assembly for further processing.

Abstract: An apparatus and method of making and applying threaded twist-off neck finishes for metal containers is provided. More specifically, the present invention relations to apparatus and methods used to form metallic bottles with threaded necks adapted to receive selectively removable threaded closures. The threaded neck may be formed by interconnecting a threaded outsert to a metallic bottle. Alternatively, the threaded neck may be formed as an integral portion of the neck of the bottle.

Abstract: Presently, there are no inventions that combine the ability for a user to enter data into an electronic system using unstructured text, with natural language processing (NLP) used to parse, morph, and lexically match the user's input to existing medical classifications of the user's input, and distill the NLP data into keywords for use in binary and logarithmic frequency count and distribution statistical analysis. The inventor has understood the gap in this technology in an industry in which data are required to improve the health of people under, or at risk for, disease distress. This new technology enables automatic and manual data capture by the user, integrates the gathered unstructured data, distills it to discrete data and uses such in relational form to perform statistical analysis on disease likelihood risk factors.

Abstract: An apparatus and method of making and applying threaded twist-off neck finishes for metal containers is provided. More specifically, the present invention relations to apparatus and methods used to form metallic bottles with threaded necks adapted to receive selectively removable threaded closures. The threaded neck may be formed by interconnecting a threaded outsert to a metallic bottle. Alternatively, the threaded neck may be formed as an integral portion of the neck of the bottle.

Abstract: An apparatus and method of making and applying threaded twist-off neck finishes for metal containers is provided. More specifically, the present invention relations to apparatus and methods used to form metallic bottles with threaded necks adapted to receive selectively removable threaded closures. The threaded neck may be formed by interconnecting a threaded outsert to a metallic bottle. Alternatively, the threaded neck may be formed as an integral portion of the neck of the bottle.

Abstract: A method and apparatus for providing a contoured design confirguration in the wall of an open ended container workpiece employs plural molds on a rotating turret an which a plurality of molds are provided with each mold having an inwardly facing wall having the desired configuration. The workpiece is delivered from a pneumatic conveyor and vacuum star wheel into an open mold which then closes and the interior of the workpiece is pressurized with air. A rotary wand moves into the workpiece and discharges high velocity rotating liquid jets against the inner wall surface of the workpiece to forcefully move the wall outwardly into conforming contact with the inner wall surface of the mold to effect permanent reshaping of the workpiece into the desired configuration.

Abstract: A method and apparatus for reshaping a container body (e.g., a metal, drawn and ironed container body) utilizing a floating mechanism for imparting an axial load is disclosed. In one embodiment, a container may have a substantially cylindrical sidewall with an inner surface and outer surface, where a shape defining means has a contoured surface positionable with respect to a container sidewall. When a floating mechanism imparts an axial load, a fluid seal is maintained allowing sidewall deformation by means of a directed pressurized fluid.

Abstract: A method and apparatus for providing a contoured design confirguration in the wall of an open ended container workpiece employs plural molds on a rotating turret an which a plurality of molds are provided with each mold having an inwardly facing wall having the desired configuration. The workpiece is delivered from a pneumatic conveyor and vacuum star wheel into an open mold which then closes and the interior of the workpiece is pressurized with air. A rotary wand moves into the workpiece and discharges high velocity rotating liquid jets against the inner wall surface of the workpiece to forcefully move the wall outwardly into conforming contact with the inner wall surface of the mold to effect permanent reshaping of the workpiece into the desired configuration.

Abstract: A method and apparatus for reshaping a container body (e.g., a metal, drawn and ironed container body) utilizing a floating mechanism for imparting an axial load is disclosed. In one embodiment, a container may have a substantially cylindrical sidewall with an inner surface and outer surface, where a shape defining means has a contoured surface positionable with respect to a container sidewall.When a floating mechanism imparts an axial load, a fluid seal is maintained allowing sidewall deformation by means of a directed pressurized fluid.

Abstract: The present invention provides an apparatus for shaping/embossing thin-walled work pieces, and is particularly apt for realizing complex and non-uniform shapes/designs in cylindrical metal container bodies. In one application, at least one pressurized fluid stream is ejected directly against one side of container body sidewall with a configured surface provided on the other side of the container body sidewall to achieve the desired shaping/embossing. At least one of the pressurized fluid stream and configured surface may be disposed for rotational and/or longitudinal motion. Such driven motion can be utilized to achieve progressive helical working of a cylindrical metal container body, thereby yielding the desired shaping/embossing.

Abstract: A method and apparatus for reshaping a container body (e.g., a metal, drawn and ironed container body) utilizing multiple fluids is disclosed. One fluid applies a generally low fluid pressure to the surface to be reshaped, while the other fluid applies a generally high fluid impact pressure to the surface to reform the same by changing its shape. In one embodiment, the interior of a drawn and ironed container body is pressurized with an appropriate gas (e.g., air) and a nozzle is introduced into the interior of the container body to apply a concentrated force to the interior surface of the container body with a high velocity liquid stream (e.g., water).