Abstract: A tagless article of apparel formed from a knitted fabric having a selected thickness, the article of apparel having inner and outer surfaces, and a product label pad printed directly on the inner surface from a cliché with an ink composition comprising an ink, a solvent, and a hardener, the cliché having a depth sufficient to cause the ink composition to penetrate the inner surface of the fabric to a depth less than the thickness of the fabric.

Abstract: A tagless article of apparel formed from a knitted fabric having a selected thickness, the article of apparel having inner and outer surfaces, and a product label pad printed directly on the inner surface from a cliché with an ink composition comprising an ink, a solvent, and a hardener, the cliché having a depth sufficient to cause the ink composition to penetrate the inner surface of the fabric to a depth less than the thickness of the fabric.

Abstract: A tagless article of apparel formed from a knitted fabric having a selected thickness, the article of apparel having inner and outer surfaces, and a product label pad printed directly on the inner surface from a cliché with an ink composition comprising an ink, a solvent, and a hardener, the cliché having a depth sufficient to cause the ink composition to penetrate the inner surface of the fabric to a depth less than the thickness of the fabric.

Abstract: A method for pad printing a pattern on a textile substrate with a pad printing machine, and fabric and apparel so formed from the textile substrate. The method includes the steps of positioning the textile substrate on the printing area of the pad printing machine, transferring a pattern having at least one color from the cliché of the pad printing machine to a printing pad, and transferring the pattern from the printing pad to the textile substrate.

Abstract: A tagless article of apparel formed from a knitted fabric having a selected thickness, the article of apparel having inner and outer surfaces, and a product label pad printed directly on the inner surface from a cliché with an ink composition comprising an ink, a solvent, and a hardener, the cliché having a depth sufficient to cause the ink composition to penetrate the inner surface of the fabric to a depth less than the thickness of the fabric.

Abstract: A method for pad printing a pattern on a textile substrate with a pad printing machine, and fabric and apparel so formed from the textile substrate. The method includes the steps of positioning the textile substrate on the printing area of the pad printing machine, transferring a pattern having at least one color from the cliche of the pad printing machine to a printing pad, and transferring the pattern from the printing pad to the textile substrate.

Abstract: A method for pad printing a pattern on a textile substrate with a pad printing machine, and fabric and apparel so formed from the textile substrate. The method includes the steps of positioning the textile substrate on the printing area of the pad printing machine, transferring a pattern having at least one color from the cliché of the pad printing machine to a printing pad, and transferring the pattern from the printing pad to the textile substrate.

Abstract: A method for pad printing a pattern on a textile substrate with a pad printing machine, and fabric and apparel so formed from the textile substrate. The method includes the steps of positioning the textile substrate on the printing area of the pad printing machine, transferring a pattern having at least one color from the cliche of the pad printing machine to a printing pad, and transferring the pattern from the printing pad to the textile substrate.

Abstract: A moving fabric web vision inspection system. The apparatus includes at least two electronic cameras on one side of the moving fabric web for measuring the light intensity of a predetermined area of the moving fabric web. A high frequency, backlight, contrast panel on the other side of the moving fabric web provides reference point for the cameras to detect a defect. A controller connected to each of the electronic cameras generates a stop signal if the light intensity of the predetermined area of the moving fabric web deviates from a predetermined value. The predetermined value corresponds to a detected defect in the moving fabric web. Finally, a repair station downstream from the cameras allows an operator to repair a defect detected by the vision inspection system.

Abstract: A moving fabric web vision inspection system. The apparatus includes at least two electronic cameras on one side of the moving fabric web for measuring the light intensity of a predetermined area of the moving fabric web. A high frequency, backlight, contrast panel on the other side of the moving fabric web provides reference point for the cameras to detect a defect. A controller connected to each of the electronic cameras generates a stop signal if the light intensity of the predetermined area of the moving fabric web deviates from a predetermined value. The predetermined value corresponds to a detected defect in the moving fabric web. Finally, a repair station downstream from the cameras allows an operator to repair a defect detected by the vision inspection system.

Abstract: A fabric roll letoff for unrolling and inspecting a fabric roll. The apparatus includes: a continuous belt for supporting the fabric roll. A drive system for rotates the belt to letoff the fabric web. The drive system includes a drive roller; a idle roller; and a tension roller. The continuous belt rotates the fabric roll to unroll the fabric web at a constant velocity for subsequent processing. In the preferred embodiment, a pair of unloader arms is connected to the belt drive for receiving the fabric roll and for positioning the fabric roll onto the belt drive. Also, in the preferred embodiment, a guide frame is positioned downstream from the belt drive for directing the fabric web through an inspection area.