Abstract: The present invention provides a novel system and method for digitizing garment patterns. In a system embodiment, there are imaging devices supported above a garment pattern-making table. The imaging devices are connected to a computing device via a suitable network connection. The imaging devices are operable to capture data representative of a known garment pattern, and deliver that data to the computing device. In turn, the computing device is operable to vectorize the pattern. Once vectorized, the pattern is subjected to a fully automated recognition operation, and a file is outputted that includes a digitized pattern representing the garment pattern, including elements such as the border, turn points along the border and other specific elements within the border.

Abstract: The present invention relates to a toy having a redundant closure system and method for stuffing the same. The toy comprises a body that defines a cavity for receiving filling material. The toy also includes a fill opening in the body, and a closure system. The closure system includes an internal closure assembly and an external closure assembly. The internal closure assembly is attached to an inner surface of the cavity and is provided for securing the filling material within the cavity. The external closure assembly is disposed proximate the fill opening and is provided to encapsulate the internal closure assembly and filling material within the cavity of the toy.

Abstract: The present invention provides a novel system and method for digitizing garment patterns. In a system embodiment, there are imaging devices supported above a garment pattern-making table. The imaging devices are connected to a computing device via a suitable network connection. The imaging devices are operable to capture data representative of a known garment pattern, and deliver that data to the computing device. In turn, the computing device is operable to vectorize the pattern. Once vectorized, the pattern is subjected to a fully automated recognition operation, and a file is outputted that includes a digitized pattern representing the garment pattern, including elements such as the border, turn points along the border and other specific elements within the border.

Abstract: The present invention relates to a system and method for digitizing shapes especially for garment styles by using image scanning techniques.

Abstract: The present invention provides a novel system and method for digitizing garment patterns. In a system embodiment, there are imaging devices supported above a garment pattern-making table. The imaging devices are connected to a computing device via a suitable network connection. The imaging devices are operable to capture data representative of a known garment pattern, and deliver that data to the computing device. In turn, the computing device is operable to vectorize the pattern. Once vectorized, the pattern is subjected to a fully automated recognition operation, and a file is outputted that includes a digitized pattern representing the garment pattern, including elements such as the border, turn points along the border and other specific elements within the border.