Abstract: A system can comprise a plurality of containers that are coupled together as a movable unit. A plurality of container-feeding assemblies can be configured to simultaneously deliver respective yarns into respective containers of the plurality of containers. A header can be selectively attachable to a tufting machine, the header having a longitudinal axis. A retainer can be configured to extend across the header along the longitudinal axis to secure the respective yarns in respective positions relative to each other along the longitudinal axis.

Abstract: A system can comprise a plurality of containers that are coupled together as a movable unit. A plurality of container-feeding assemblies can be configured to simultaneously deliver respective yarns into respective containers of the plurality of containers. A header can be selectively attachable to a tufting machine, the header having a longitudinal axis. A retainer can be configured to extend across the header along the longitudinal axis to secure the respective yarns in respective positions relative to each other along the longitudinal axis.

Abstract: A sewing machine in combination with a workpiece control and advancing mechanism for automatically forming a seam along the aligned edges of a two ply waist band and a shirt body. The mechanism includes edge guiders, that are controlled by sensors, for individually controlling each workpiece edge such that the marginal edges of all layers are aligned.

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: A trouble-shooting system for computer-controlled machinery includes a portable programmable testing unit. The unit includes: a CPU; A/D and D/A converters connecting the CPU to a voltage probe, for either measuring voltages on the machine or generating test voltages to be applied to the machine; a voice synthesizer with headphones, and a text line display, for instructing the user; a keypad for the user to respond; a card slot for accepting a memory card which holds the test program; and a data bus connector. The data bus from the machine's control computer is disconnected for the test and coupled to the testing unit, which tests the computer as well as electro-mechanical devices of the machine. The card may be dedicated to the machine and contain a maintenance history.

Abstract: A sewing machine in combination with a workpiece control and advancing mechanism for automatically forming a seam along the aligned edges of a two ply waist band and a shirt body. The mechanism includes edge guiders, that are controlled by sensors, for individually controlling each workpiece edge such that the marginal edges of all layers are aligned.

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.