Abstract: A bag made from plastic film includes a handle and a gusset that is integral with the handle and with front and rear panels of the bag. Left and right side-welds unite the front and rear panels as well as the respective left and right ends of the handle. A process can create such structures from a single, seamless sheet of plastic. In the process, a handle opening is preferably provided in the handle, and a handle seal is provided below the handle opening. The handle may then be inserted between the front and rear portions, and the left and right side edges of the bag, the gusset and the handle may be fused together at respective left and right side-welds.

Abstract: A bag made from plastic film includes a handle and a gusset that is integral with the handle and with front and rear panels of the bag. Left and right side-welds unite the front and rear panels as well as the respective left and right ends of the handle. A process can create such structures from a single, seamless sheet of plastic. In the process, a handle opening is preferably provided in the handle, and a handle seal is provided below the handle opening. The handle may then be inserted between the front and rear portions, and the left and right side edges of the bag, the gusset and the handle may be fused together at respective left and right side-welds.

Abstract: An easy opening plastic bag includes a plastic front panel, a plastic rear panel, and plastic left and right end panels coupled to the front and rear panels. A plastic gusset is formed at the top of the bag and is joined to the front, rear, left, and right panels. A first frangible portion is disposed near a top of the front panel, and a second frangible portion is disposed near a top of the rear panel. The first and second frangible portions lie in a plane which allows a portion of the bag to rotate away from the remainder of the bag about an axis parallel to the plane. A third frangible portion is provided in the bag and extends substantially perpendicular to the plane of the first and second frangible portions.

Abstract: An easy opening plastic bag includes a plastic front panel, a plastic rear panel, and plastic left and right end panels coupled to the front and rear panels. A plastic gusset is formed at the top of the bag and is joined to the front, rear, left, and right panels. A first frangible portion is disposed near a top of the front panel, and a second frangible portion is disposed near a top of the rear panel. The first and second frangible portions lie in a plane which allows a portion of the bag to rotate away from the remainder of the bag about an axis parallel to the plane. A third frangible portion is provided in the bag and extends substantially perpendicular to the plane of the first and second frangible portions.

Abstract: A printing process prints a continuously moving substrate with elongate, semi-tone graphics. The printed substrate is incorporated into a composite elastic material, in which the substrate is contracted, thereby forming a desired full-tone graphic from the semi-tone graphic.

Abstract: A sewing machine is provided for splicing together two different threads. The machine includes a thread tree with a number of thread spools with each thread thereof being inserted through flexible plastic tubing. A movable carriage assembly locates the new thread to be spliced relative to a splicing device passageway that receives the new thread to be spliced along with the old thread. The splicing device includes a front air inlet for drawing the new thread into the passageway of the splicing device and a rear air inlet for creating air turbulence during the splicing operation. Also used in moving the new thread through the passageway is an insertion drive roller connected to a pivotal rocker. A thread clamp cover connected to the rocker cooperates with the trimmer blades to trim the old thread. A thread clamp and a thread clamp magnet cooperate to hold the old thread in a desired position during the insertion of the new thread into the splicing device.

Abstract: A dual substrate, single-pass printing process prints a high basis weight substrate and a low basis weight substrate. Ink striking through the low basis weight substrate is collected and absorbed by the high basis weight substrate. The printed substrates are then separated and rewound for subsequent transport and handling.

Abstract: A low basis weight, continuously moving substrate is printed by a single substrate, repeat-pass printing process. The continuously moving substrate is passed a first time through the printing station without receiving any pattern directly printed thereon, and is then repeat-passed through the printing station and over a single-passing portion of the substrate. The repeat-pass portion then has an ink pattern directly printed thereon. Ink striking through the directly printed repeat-pass portion of the substrate is collected or absorbed by the underlying single-pass portion of the substrate, thereby preventing ink buildup on the printing apparatus.

Abstract: A low basis weight, continuously moving substrate is printed by a single substrate, repeat-pass printing process. The continuously moving substrate is passed a first time through the printing station without receiving any pattern directly printed thereon, and is then repeat-passed through the printing station and over a single-passing portion of the substrate. The repeat-pass portion then has an ink pattern directly printed thereon. Ink striking through the directly printed repeat-pass portion of the substrate is collected or absorbed by the underlying single-pass portion of the substrate, thereby preventing ink buildup on the printing apparatus.

Abstract: A low basis weight substrate is printed by a folded substrate, dual-sided printing process. The substrate is folded to present two printing surfaces. The folded substrate is then passed through a printing station to have an ink pattern printed on one surface, and then is reversed to have a second pattern printed on the second printing surface. Any ink striking through one of the surfaces is collected by the other surface of the printed substrate.

Abstract: A low basis weight substrate is printed by a folded substrate, dual-sided printing process. The substrate is folded to present two printing surfaces. The folded substrate is then passed through a printing station to have an ink pattern printed on one surface, and then is reversed to have a second pattern printed on the second printing surface. Any ink striking through one of the surfaces is collected by the other surface of the printed substrate.

Abstract: A dual substrate, single-pass printing process prints a high basis weight substrate and a low basis weight substrate. Ink striking through the low basis weight substrate is collected and absorbed by the high basis weight substrate. The printed substrates are then separated and rewound for subsequent transport and handling.

Abstract: Low basis weight nonwoven fibrous web, which can be incorporated into personal care articles, has an ink printed thereon and has an average wet crockfastness value of at least about 4 or greater. A method is provided for making the ink-printed web.

Abstract: The present invention comprises a novel staged release bag formed of a generally thermoplastic film material preferably having multiple layers and having discrete cuts formed therein including wickets holes, stabilizing cuts and release paths, and which is useful in an automated packaging operation, and a method for making said bag from a continuous tube or sheet of plastic material.