Abstract: In one general aspect, an insurance claim processing method is disclosed. It includes establishing a communication session over a communication link between a first location for a first insured and a claim processing location, and receiving a first notice of loss communication from the first location at the claim processing location during the communication session over the communication link. It also includes receiving item identification information about a series of different items affected by the loss from the first location at the claim processing location through the communication link, and accessing insurance valuation information about the items at the claim processing location during the communication session.

Abstract: An improved method and apparatus for optical determination of the orientation of a garment workpiece by locating a seam on a stationary workpiece formed from at least two sub-pieces sewn together along that seam. The device consists of a light emitting surface on which the workpiece is placed, so that light is transmitted at a first intensity through the surface, at a second, lower intensity through a single layer of the fabric of the workpiece, and at a third, very low or no intensity through the seam, to provide a contrast in light intensities that highlight the shape of the workpiece and the location of the seam, which appears as a dark or black line. A CCD Vision System Camera can be mounted above the lighted surface to capture an image of the workpiece which is transmitted to a controller. The controller compares the image of the workpiece to a stored image of a like workpiece of known orientation, to determine the actual orientation of the workpiece.

Abstract: An integrated automated manufacturing system for finishing individual garments is provided. The system includes a conveyor system, a fixture constructed for movement on the conveyor in a predetermined orientation, a form mounted on the fixture for holding a garment for finishing in a predetermined fixed orientation relative to the fixture, and finishing stations to which the conveyor carries garments mounted on the fixtures. The fixture mounted form can be inflatable so that the garment mounted thereon can be inflated to its fully extended, three-dimensional form, and the finishing station can include a blower to inflate the form prior to the initiation of a finishing step. The finishing stations can include robot-manipulated tools, such as spray guns or abrasive wheels, for applying chemical or mechanical finishes to selected areas of the fixture mounted garment, washing and drying of the garments, automated garment inspection, or the application of tags and labels to the garments.

Abstract: An integrated automated manufacturing system for finishing individual garments is provided. The system includes a conveyor system, a fixture constructed for movement on the conveyor in a predetermined orientation, a form mounted on the fixture for holding a garment for finishing in a predetermined fixed orientation relative to the fixture, and finishing stations to which the conveyor carries garments mounted on the fixtures. The fixture mounted form can be inflatable so that the garment mounted thereon can be inflated to its fully extended, three-dimensional form, and the finishing station can include a blower to inflate the form prior to the initiation of a finishing step. The finishing stations can include robot-manipulated tools, such as spray guns or abrasive wheels, for applying chemical or mechanical finishes to selected areas of the fixture mounted garment, washing and drying of the garments, automated garment inspection, or the application of tags and labels to the garments.