Abstract: The present invention relates to a method and to a device for processing highly flexural material in strip form. In order to provide a method and a corresponding device for processing highly flexural material 2 in strip form with optimization of working processes and increased production reliability, it is proposed that, in a method for processing highly flexural material 2 in strip form with a first and a second end region 10, 16, in particular of textile belt material 2, the two end regions 10, 16 of the highly flexural material 2 are essentially processed simultaneously, wherein one of the types of processing includes at least one sewing operation. In this case, ensured and consistent quality is achieved with a shortened working cycle time.

Abstract: A manipulator used to reverse the edges of slash pockets, which consist in two pieces of fabric folded so that they internally hold and coat one of the two sides of the pocket cut.

Abstract: This invention relates to a method and a device (09) for cutting and folding a fabric section (34) starting from a continuous material sheeting (01) for producing multilayer casings, in particular pillowcases, having a first gripper (25) by means of which the front edge (31) of the material sheeting (01) can be secured and can be pulled off by a first partial amount by moving the first gripper (25).

Abstract: A tucking attachment for a sewing machine having a tucking blade with one end positioned adjacent material and a tucking blade drive with an output shaft mechanically coupled to the tucking blade. A control, connected to the tucking blade drive, is operable to command the tucking blade drive to move the tucking blade through a programmable displacement to form a tuck in the material adjacent a presser foot of the sewing machine. Thereafter, the sewing machine is operated to sew a number of stitches in the tuck, and the tucking blade is then retracted. Repeating the above cycle of operation permits successive tucks of different lengths to be formed in the material.

Abstract: A sewing device (1) is provided with a programmable electronic control system (4) for sewing folds and tucks. Such that format-dependent parts (guide tongue, pressure pad) can be eliminated at the time of a change of the seam program the use of a guide tongue is eliminated that depends on the form of the seam and of a format-dependent pressure pad. The feed of the fabric is performed only with a folding tool (5) with straight folding edge and the holding and guiding of the fabric during the sewing operation using a straight pressure pad (7). The electronic control system (4) can be programmed such that the desired seam course is obtained exclusively by the superimposition of longitudinal and transverse movements of the pressure pad (7). Parameters (1′-7IV) that determine the seam course are preferably entered in a graphics-supported manner.

Abstract: An apparatus for manufacturing a valance with a number of transverse pockets from a continuous strip of material. The apparatus may include a feed pull assembly positioned along a predetermined path for pulling a predetermined length of the continuous strip of material onto a tabletop, a cutter assembly for cutting the predetermined length of the material from the strip, a first fold assembly to fold a first end of the length of the material, a second fold assembly to fold a second end of the length of the material under the first end, and a hemming assembly to sew the transverse pockets.

Abstract: A folding/stitching apparatus (1) includes a sheet setting tray (3) having a slit (7), on which a plurality of superimposed sheets (P1) are set, a folding/stitching plate (16) provided to be freely moved between a standby position for not entering the slit (7) of the sheet setting tray (3) and a folding/stitching position for entering the slit (7) and having a staple bending portion (19) provided in an insertion tip into the slit (7), and a stapler (20) pressed into contact through the sheets (P1) with the folding/stitching plate 16 set in a folding/stitching position to stick staples into the sheets (P1). The folding/stitching plate (16) is moved between the standby position and the folding/stitching position in conjunction with an operation of a handle (12).

Abstract: A process for folding or folding over pockets with round edge sections is provided along with a device for carrying out the process. Round folding slides (9; 53), provided with concave folding edges (49; 54), are either moved or designed such that their ends (50, 51; 55), either one after another or simultaneously, lead in relation to the middle area of the concave folding edges (49; 54). An especially intense folding effect is thus exerted on the transition areas between the round and straight pocket edge sections and a pocked folded edge that is uniform on all sides is thus obtained.

Abstract: To sew on pockets to be folded over or prefolded pockets as desired, a sewing unit can be equipped or retrofitted in a simple manner with holding and folding means (28, 31) for the pockets to be folded over or with support and holding means (33, 34; 36, 37) for prefolded pockets.

Abstract: A package of a continuous strip of material includes a plurality of parallel side by side stacks each containing a length of the strip which is folded back and forth such that each folded portion of the stack is folded relative to the next portion about a line transverse to the strip and such that the side edges of the strip portions are aligned. The strip of material includes a splice defined by the two ends of the strip. The two ends of the strip are held together by yarn stitches passing through and bridging the strip ends.

Abstract: An apparatus and method are provided for converting a roll of material into various products such as curtains, draperies, valances, or the like. Specifically, the apparatus includes a roll let off for supporting and feeding a roll of material or cloth. After the let off, the edges of the cloth are cut if desired and are engaged by a pair of edge folding and positioning stations for forming vertically folded edges. The folded edges are then converted into hems and sewn into the material by a pair of corresponding hem sewing heads and cloth advancers. Once vertical hems are formed in the cloth, the cloth is cut to predetermined lengths and if desired, folded in a predetermined pattern. The folded pattern can then be transported to a sewing station for further sewing the material into a desired product.