Abstract: An apparatus in one embodiment comprises at least one processing platform including a plurality of processing devices. The processing platform is configured to receive a request to deploy one or more applications of a plurality of selected applications, wherein the plurality of selected applications are selected based on a determined role of an individual within an enterprise, and to deploy the one or more applications for at least one user device responsive to the request. The processing platform is further configured to monitor execution of the one or more applications in connection with the at least one user device, to receive and analyze data corresponding to the execution of the one or more applications, and to automatically generate one or more recommendations in connection with the deployment of the one or more applications for the at least one user device based on the received and analyzed data.

Abstract: Embodiments of the present invention disclose a portable door lock assembly that prevents rotation of a hinged stall door away from a stall wall. The assembly includes an elongated track member and a foundation member. The elongated track member having a recess and an end stop. The foundation member having a body permitted to translate along the elongated track member and includes an arm member extending outward from the body and a latch configured to selectively engage the recess of the elongated track member to selectively secure the foundation member to a position along the elongated track member.

Abstract: A two gun tool dolly which is capable of firing and inserting two, three or four nails into plate, header, or footer frame members at predetermined locations thereof so as to fixedly secure top and bottom plate, header, or footer members to stud frame members of a wall structure or wall panel.

Abstract: A new and improved automated gun tool dolly which comprises a plurality of nail guns, such as, for example, three nail guns, which are mounted upon a horizontally movable carriage assembly in a vertically and horizontally staggered mode so as to be disposed within a diagonal array. Movement of the carriage assembly along horizontally oriented guide rails is automatically controlled, such as, for example, by means of a programmable logic controller (PLC), such that the three nail guns are sequentially and continuously disposed at predetermined firing positions at which the nail guns are sequentially fired so as to insert nails within predetermined regions of 2×4 or 2×6 plate, header, or footer members of a wall panel or wall structure.

Abstract: A new and improved nailing bridge system which comprises a single nailing gun which is mounted for movement along a stud frame locus or a seam locus, defined by means of abutting sheets of wall sheathing, covering, paneling, or the like, wherein the single nailing gun can be moved to any one of effectively an infinite number of positions so as to permit nails to be driven into the covering, sheathing, paneling, or the like, in order to fixedly secure the sheathing, covering, paneling, or the like, to underlying stud frame members of a wall structure or wall panel member. Stitcher guns are also mounted upon a separate support beam so as to fixedly secure the sheathing, covering, paneling, or the like, to the upper and lower plate, header, or footer members of the wall structure or wall panel member.

Abstract: A new and improved nailing bridge system which comprises a single nailing gun which is mounted for movement along a stud frame locus or a seam locus, defined by means of abutting sheets of wall sheathing, covering, paneling, or the like, wherein the single nailing gun can be moved to any one of effectively an infinite number of positions so as to permit nails to be driven into the covering, sheathing, paneling, or the like, in order to fixedly secure the sheathing, covering, paneling, or the like, to underlying stud frame members of a wall structure or wall panel member. Stitcher guns are also mounted upon a separate support beam so as to fixedly secure the sheathing, covering, paneling, or the like, to the upper and lower plate, header, or footer members of the wall structure or wall panel member.

Abstract: A new and improved automated gun tool dolly which comprises a plurality of nail guns, such as, for example, three nail guns, which are mounted upon a horizontally movable carriage assembly in a vertically and horizontally staggered mode so as to be disposed within a diagonal array. Movement of the carriage assembly along horizontally oriented guide rails is automatically controlled, such as, for example, by means of a programmable logic controller (PLC), such that the three nail guns are sequentially and continuously disposed at predetermined firing positions at which the nail guns are sequentially fired so as to insert nails within predetermined regions of 2×4 or 2×6 plate, header, or footer members of a wall panel or wall structure.

Abstract: A two gun tool dolly which is capable of firing and inserting two, three or four nails into plate, header, or footer frame members at predetermined locations thereof so as to fixedly secure top and bottom plate, header, or footer members to stud frame members of a wall structure or wall panel.

Abstract: The present disclosure relates to scenario-management systems for use in resource-allocation systems. In an exemplary embodiment, a scenario editor comprises means for creating, editing, and storing business rules, rule groups, and in a database; and means for creating links among selected business rules, rule groups, and scenarios, such that changes to a first business rule, rule group, or scenario are reflected in a second business rule, rule group, or scenario linked to the first. In further embodiments, the scenario editor further comprises means for associating a scenario with a particular time period. In a further exemplary embodiment, a scenario-management system comprises a central database of business rules, and a processor configured to identify an active scenario, create a list of rule IDs corresponding to the business rules associated with the active scenario, and pass the list of rule IDs to a resource-allocation module.