Abstract: A method of producing a knitting on a flat knitting machine with two opposite needle beds and a loop transferring device includes forming a knitting which has a base knitting and at least one parallel knitting partially overlapping the base knitting and formed of at least two flat knittings arranged in parallel planes, binding at least in a region of at least one parallel knitting at most each second needle of a needle bed with a loop of the base knitting and emptying a needle of the other needle bed which is opposite to the bound needle of the one needle bed, producing one of the flat knittings of the parallel knittings on the needle bed which is opposite to the needle bed for forming the base knitting, and producing the other flat knitting in the empty needles of the needle bed on which the base knitting is formed.

Abstract: For mesh widening of a hose-shaped knitted piece on a double bed flat knitting machine knitting a mesh row is knitted in a carriage direction from left to right on a front needle bed and subsequently a mesh row is knitted in the carriage direction from right to left on a rear needle bed. Then a mesh row is knitted in the carriage direction from left to right on the front needle bed and a loop is formed on a previously free edge needle of the front needle bed, a mesh row is formed in the carriage direction from right to left on the rear needle bed, the loop is transferred with a first knitting system in the carriage direction from left to right on an empty needle of the rear needle bed with a further knitting system knitting a mesh row on the front needle bed.

Abstract: A fabric take-off roller arrangement for flat bed knitting machines is provided with two driven and parallel arranged fabric take-off rollers, between which a fabric web is tangentially guided, wherein at least one of the fabric take-off rollers is made up of roller elements, which are arranged next to each other in the axial direction and are coupled, fixed against relative rotation. The rollers are rotatably maintained on one bearing support, which is pivotable in a direction vertically to the orientation of the roller elements, and which are hingedly seated in relation to each other as well as to the bearing support and are pressed against the other fabric take-off roller in an individually adjustable manner.

Abstract: The flatbed knitting machine includes opposing needle beds (V,H) with longitudinally movable needles (11,12); a carriage provided with cams (14,15,16) and sinkers (17,18; 17',18'; 17",18") having a closed position (S1), an end position (S2) and an open position (S0) and movable between the needles (11,12) with the help of the cams (14,15,16) in the carriage. The sinkers (17,18; 17',18'; 17",18") each have a hook-shaped projection (25, 26; 25', 26') that occludes or encloses from above a side of a loop on an adjacent needle in the needle beds when the sinkers are in the closed position.

Abstract: Three variations of a process for interconnecting the sleeves and the torso portion of a sleeved clothing article during production of the sleeved clothing article on a two bed flat bed knitting machine include one variation of the process which provides sleeves having seam regions extending perpendicularly to the shoulders; another variation which provides sleeves having seam regions extending at an angle to the shoulders; and further variations which provides raglan sleeves.

Abstract: A thread control device for a flat knitting machine having a housing and at least one thread brake arranged on the housing, has a spring acting on the thread brake, a flat spring web supported at one side, and a slider movable in a recess of the housing and having a foot which slides on the spring web so that a free end of the flat spring changes a force of the spring which acts on the thread brake in correspondence with a position of the slider.

Abstract: In an adjusting device for opposite adjustment of drawing off cam parts of a cam system of a flat knitting machine carriage, with a common stepper motor moving with the machine carriage and providing a rotary movement which is converted into a longitudinal movement of a carriage running direction and transferred to cam parts to be adjusted, with at least one control curve transferring the rotary movement of the stepper motor the cam parts to be adjusted, and with two first control sliders adjustable in the carriage running direction and provided with a toothed strip, a driven pinion of the stepper motor acts simultaneously and oppositely directly on the first control sliders, and at least two second control are each connected with a cam part to be adjusted, with which the first control sliders are drivingly coupled through the control curve in a drawing manner.

Abstract: A fabric take-off roller arrangement for flat bed knitting machines is provided with a driven fabric take-off roller that has roller elements disposed next to each other in the axial direction. To ensure that, even with irregular thickenings of the fabric to be taken off, engagement of the fabric take-off roller arrangement is provided both in the region of the thickening and in the adjacent region(s) of the fabric to be taken off, it is provided that the roller elements engage one another in a co-rotational manner at their ends facing one another and are rotatably held on respectively one support carrier, that the support carriers are pivotably held in a direction perpendicular to the orientation of the roller elements that the ends of the roller elements facing each other are flexibly seated against each other as well as in the support carrier, and that the fabric take-off roller is pressed against a counter-roller, between which rollers the fabric run is taken off.

Abstract: A method of producing a fashioned, one-piece flat knitted article for a garment includes knitting several knitted article parts having a front part, a rear part and two sleeves separately and sequentially so that in each knitted article part always several loop rows are knitted in accordance with a pattern for said each knitted article part before transferring to a next knitted article part, knitting the front part and a shoulder region of any shape and pattern after finishing the sleeves with the formation of an arbitrarily shaped neck opening between the front part and the rear part, transferring connecting rows of the sleeves in a loop-like manner inwardly in a direction of the shoulder region and the front and rear parts until sleeve connecting edges are completely turned inwardly relative to the front part and rear part, and subsequently finally knitting a last knitted article part in correspondence with a pattern for said last knitted article part.

Abstract: A method of knitting a multi-dimensional fabric for use in upholstery is accomplished by simultaneously knitting rib and jersey wales. The resultant fabric creates a layered or convex pocket appearance similar to that of pleated fabric formed by sewing. The method uses movement of the rib forming carriage to form pockets that are connected by the jersey stitches on the rear face and rib stitches on the face of the fabric.

Abstract: The draw-off mechanism for a flat bar knitting machine having needle beds includes a pair of driven feed rollers arranged axially parallel to each other and located adjacent to the needle beds under a gap between the needle beds; a pair of pivoting levers, each pivoting lever being two-armed and having a feed roller mounted at one end thereof and an adjustable stop device for setting a minimum spacing between the feed rollers located at another end of each pivoting lever remote from the feed rollers; and a device for adjusting an initial tension on at least one of the pivoting levers to urge the pivoting levers closer together, so that the driven feed rollers can cooperate with each other and act on a workpiece running between them.

Abstract: In the yarn-delivery device having at least one friction cylinder (11, 12) and at least one pivoting arm (15, 16) for each yarn (20) to be delivered, the pivoting arms having at least one deflecting roller for the yarn are mounted pivotably outside the friction cylinder and are so curved that they are pivotable to behind a friction cylinder (11, 12) and a plurality of pivoting arms (15, 16) for separate yarns (20) can be arranged next to one another. (FIG.

Abstract: In a flat knitting machine equipped with a manually movable handlebar (11) which is oriented parallel to a needle bed, the eccentrically mounted handlebar (11) is connected to a pivoting lever (15) which is the carrier of an armature (19) for a stationarily arranged electromagnet which can be excited via a control device and which, in the excited state, keeps the handlebar in an end position. The arrangement is such that, when the handlebar (11) is struck from above, the magnetic coupling can be released and it is also thereby possible to switch off the machine drive by hand in the quickest way possible.

Abstract: In the fabric structure (10.1) which can be produced in one piece on a two-bed flat-bar knitting machine, a first fabric web (11.1) and a second fabric web (12.1) are connected to one another by means of at least one third fabric web (13.1), a knitted connection being made at the coupling places (15) of the third fabric web (13.1) with the other two fabric webs (11.1, 12.1) respectively.

Abstract: In the process for the fully-fashioned knitting of intarsia jacquard fabric on a two-bed flat knitting machine, intarsia yarns floating on the back of the fully-fashioned fabric are avoided even in intarsia regions of changing width by effecting a yarn-guide adjustment at points of change of direction of the intarsia regions, and the resulting floating intarsia yarns are subsequently bound into the fabric.

Abstract: In a knitting take-off device provided with gripping elements (14) movable through the comb gap of a flat bed knitting machine, the plane of the gripping elements (14) is directed perpendicular to the hooking planes of the knitting needles (13) mounted in the needle beds. As a result, the dimensions of the gripping elements are no longer limited by the width of the comb gap, and the gripping elements (14) can be coupled to additional elements, such as a cover stop rod (16). By means of the cover stop rod (16), the opening (14.2) of the gripping element (14) can be closed and a thread take-up space (20), closable by the head (14.1) of the gripping element (14), can be formed.

Abstract: The sinkers (15) which are used together with the needles of a two-bed flat knitting machine and which are located opposite one another in the needle beds (1, 2) have an upper projection (17) and a lower projection (18) which, in one of their positions, both have a retaining effect on the stitches or stitch rows made.

Abstract: In the process for producing a fully fashioned flat fabric for a garment equipped with sleeves, first one of two body part, for example front parts (10), and additionally the two sleeves (11, 12) are knitted with separate yarn guides (A, B, C) to the completion of the sleeves. Subsequently, further knitting is carried out only with the yarn guide (A) for the front part (10), the end edges (11a, 12a) of the sleeves (11, 12) being tied stitch by stitch, by transfer, to the further formed body parts of the fabric. Thus the two sleeves (11, 12) are brought out of their original position parallel to the front part (10) into a desired transverse position in the finished flat fabric.

Abstract: The threading and yarn-changing device allows yarn guides each to be equipped automatically and selectively with one of a plurality of yarns (14, 15). It possesses a nozzle head (11) and a yarn-proportioning device (12) with guide parts (30.1, 30.2) for each of the yarns (14, 15) and an additional yarn-clamping and cutting-off device (13) and can be arranged in a stationary or movable manner on a knitting machine.

Abstract: In a flat knitting machine with adjustable sinkers (33), these sinkers are in each case arranged between a needle (43) and a fixed loop-forming web (31) of a needle bed (42) and designed in such a way that they can cooperate with the loop-forming webs (31) forming a draw edge when newly-formed loops are knocked over.