Abstract: A frame for mounting and controlling robot assisted manufacturing is disclosed. The frame may comprise at least two crossmembers fastened or attached to the frame through a plurality of holes at base of the frame. The frame may have a polyhedron structure and the at least two crossmembers may traverse through at least two sides of the base. A control box may be mounted on top of the frame for controlling an equipment performing the robot assisted manufacturing. A plurality of cables may be routed from the control box through the frame towards the equipment. The equipment may be held in an inverted position through assorted hole patterns.

Abstract: A label folding apparatus and methods for its use are disclosed. Such a label folding apparatus comprises a label folding assembly and a label holding assembly, and may be used to fold a foldable label placed onto the label holding assembly.

Abstract: A label folding apparatus and methods for its use are disclosed. Such a label folding apparatus comprises a label folding assembly and a label holding assembly, and may be used to fold a foldable label placed onto the label holding assembly.

Abstract: A machine to fast cook raw food-stuff including dry-goods such as pasta on demand. Cook time is user selectable and varies from less than one minute to 4 minutes. Higher cook times are user programmable and food type dependent. The separate boiler and cook chamber are sealed within an enclosure containing a heat transfer fluid. Porting enables the ingress, egress and transfer of raw and cooked food-stuff, liquid and vapor. Proprietary slide plate valves control food-stuff ingress and egress to the cook chamber. The upper slide plate valve assembly separates the cook chamber from the raw food ingress staging aperture. Rinse water and cooked food-stuff discharges into the drain pan containing and enclosing the food collection strainer through the lower slide plate valve assembly. Discharge of the cooked food product completes the cook cycle. The cooked food can then be deposited from the strainer onto a serving vessel.

Abstract: A machine to fast cook raw food-stuff including dry-goods such as pasta on demand. Cook time is user selectable and varies from less than one minute to 4 minutes. Higher cook times are user programmable and food type dependent. The separate boiler and cook chamber are sealed within an enclosure containing a heat transfer fluid. Porting enables the ingress, egress and transfer of raw and cooked food-stuff, liquid and vapor. Proprietary slide plate valves control food-stuff ingress and egress to the cook chamber. The upper slide plate valve assembly separates the cook chamber from the raw food ingress staging aperture. Rinse water and cooked food-stuff discharges into the drain pan containing and enclosing the food collection strainer through the lower slide plate valve assembly. Discharge of the cooked food product completes the cook cycle. The cooked food can then be deposited from the strainer onto a serving vessel.

Abstract: A method for manufacturing a pro label book includes printing static indicia on a web of label material, applying an adhesive to each portion of the web of label material that will become a label page in a pro label book that is not the portion of the web of label material that will become a top page of a label book to be formed if the adhesive is applied to a top surface of the web of label material or a bottom page of a label book to be formed if the adhesive is applied to the bottom surface of the web of label material, printing variable information on the web of label material, sheeting the web of label material to form label pages, and batching the label pages together utilizing the applied adhesive. Certain embodiments include attaching one of a backer or a cover to the web of label material following the printing static indicia step.

Abstract: A set of programs allows a server computer that does not have an application installed to temporarily hand off a client request for the application to a peer server until the application is installed on the first server. The hand off is transparent to the client and temporary to the peer server. The server asynchronously starts the application, and when the application is ready for use, the first server stops sending requests to the peer server, and begins serving the requests. Since the first server has full session knowledge, it will be transparent to the client that the server servicing those requests temporarily changed.