Abstract: The system is configured to perform a process that comprises receiving, by a processor, one or more video feeds from one or more video devices; determining, by the processor using optical character recognition (OCR) in real-time, text that exists in the one or more video feeds; associating, by the processor, geographic coordinates with the text; determining, by the processor using a text analyzer in real-time, a subset of the text that includes personal health information (PHI); redacting, by the processor, at least a portion of the subset of the text that includes PHI based on the geographic coordinates, to create redacted one or more video feeds; and transmitting, by the processor, the redacted one or more video feeds to one or more remote users.

Abstract: This invention discloses a novel process for manufacturing very thin freestanding polymeric films with the steps of supplying a molten film layer stream and a molten assist layer stream by a first extruder and second extruder; intimately contacting the film layer stream and the assist layer stream in coplanar fashion; extruding the film layer stream and the assist layer stream through a planar coextrusion die lip; stretching the multilayer melt curtain; cooling the multilayer film; delaminating the assist layer or layers from the film layer; and transporting the film layer to downstream processing operations. This process allows manufacturing of very thin freestanding films made from amorphous polymers, highly filled films made from amorphous, semi crystalline, or crystalline polymers, chemically cross linked films, and films with diffused addenda that would normally cause undesirable reactions in an extrusion environment.

Abstract: This invention discloses a novel process for manufacturing very thin freestanding polymeric films with the steps of supplying a molten film layer stream and a molten assist layer stream by a first extruder and second extruder; intimately contacting the film layer stream and the assist layer stream in coplanar fashion; extruding the film layer stream and the assist layer stream through a planar coextrusion die lip; stretching the multilayer melt curtain; cooling the multilayer film; delaminating the assist layer or layers from the film layer; and transporting the film layer to downstream processing operations. This process allows manufacturing of very thin freestanding films made from amorphous polymers, highly filled films made from amorphous, semi crystalline, or crystalline polymers, chemically cross linked films, and films with diffused addenda that would normally cause undesirable reactions in an extrusion environment.