Abstract: The invention provides a system for performing dynamic production and knitting machine work management comprising a production demand management unit, an advanced scheduling management unit, a cloth pattern storage unit and a manufacturing execution unit. The production demand management unit receives at least one production demand data. The advanced scheduling management unit generates a production scheduling data according to working conditions of a plurality of knitting machines and the production demand data. The cloth pattern storage unit stores a plurality of knitting machine work setting data. The manufacturing execution unit controls each knitting machine to extract one of the plurality of knitting machine work setting data from the cloth pattern storage unit based on a production cloth pattern data. The knitting machine work setting data is forcibly deleted by the knitting machine when a knitting number meets a set value defined by the knitting number limiting data.

Abstract: Systems and methods for manufacturing a garment, include: (a) receiving garment design input data for a garment design including data representing a first textile structural unit at a first location in the garment design and data representing a second textile structural unit at a second location in the garment design; (b) generating a textile production machine instruction data set based on the garment design input data; (c) forming a first garment using a first textile production machine to include the first textile structural unit at a first location in the first garment and the second textile structural unit at a second location in the first garment; (d) creating revised garment design input data for the garment design based on the first garment created in the forming step; (e) generating revised textile production machine instruction data set based on the revised garment design input data; and (f) forming a second garment using a textile production machine and the revised garment design input data includi

Abstract: A high temperature resistant textile sleeve and method of construction thereof is provided. The textile sleeve has a flexible, tubular knit wall of thermoplastic yarns. The yarns are tightly knit with weft knit stitches extending along a circumferential direction about the tubular knit wall to provide a substantially smooth inner surface and a substantially smooth outer surface. The yarns are knit in a tricot stitch pattern, wherein the tricot knit stitches extend along a circumferentially direction of the sleeve wall.

Abstract: An enhanced knit fabric fire barrier for mattresses and method for making same, the fabric barrier including a looped terry knitted fabric with a jersey side and a looped terry side; the jersey side including a fire retardant yarn and a melting yarn; the looped terry side including a fire retardant yarn; the loops in the jersey side are very high loops between about 4 mm and about 8 mm which char to provide a fire barrier for latex and highly volatile foams in mattresses. Also a double knit construction and method for making same, the fabric providing improved performance with the addition of a fire retardant yarn on the outside of the loops. Also, an enhanced fire-resistant full-foam mattress.

Abstract: A knit fabric, protective sleeve and glove constructed therefrom has three knit layers knit constructed and knit to one another in a single knitting operation to provide the fabric as a single piece of knit material. The fabric includes an outer layer, an inner layer and an intermediate layer sandwiched between the outer and inner layers. The outer layer is knit with a first yarn, the inner layer is knit with a second yarn and the intermediate layer is knit with a third yarn in looped fashion about at least some of the first and second yarns to provide an integrally knit structure having three layers knit stitched together in a single knitting process.

Abstract: A method for producing open-knit fabric with machines for knitting hosiery or other articles and an open-knit article obtained with the method. The method consists in producing in succession rows of knitting (A,B,C) by means of a plurality of needles (1,2), with openwork being performed which is constituted by holes, each of which is provided by means of a group of needles (1,2) in which a first needle (1), after taking part in the formation of a first row (A) of knitting, is freed from the loop (1a) of the first row (A) of knitting by transferring the loop to a second needle (2) that is contiguous to the first needle (1). The first needle (1) is actuated so as to resume knitting, forming a new loop (1b) of a row (B) of knitting that is subsequent to the first row (A).

Abstract: A method of forming an openwork knitted fabric formed of closely knitted, fine gauge yarns formed into knitted loops utilizing at least 11 needles per inch and having at least 25 courses per inch. The fabric is formed by using needles having a hook formed in a top end of a needle shank and a latch pivotally mounted on the needle shank below the hook for opening and closing the hook, and including a deflector for deflecting a loop of yarn being formed by a needle into the vertical plane of an adjacent needle, and a needle cam mounted for reciprocal movement between first and second vertically-spaced positions. The fabric is characterized by having a fine, dense background with small, closely-spaced holes which enable a highly-detailed pattern suitable for a wide range of undergarments and hosiery products. The density and fineness of the fabric provides both the comfort and lack of show through necessary for many garments of this type.

Abstract: An openwork tubular knitted fabric formed of closely knitted, fine gauge yarns formed into knitted loops utilizing at least 11 needles per inch and having at least 25 courses per inch. The fabric is formed by using needles having a hook formed in a top end of a needle shank and a latch pivotally mounted on the needle shank below the hook for opening and closing the hook, and including a deflector for deflecting a loop of yarn being formed by a needle into the vertical plane of an adjacent needle, and a needle cam mounted for reciprocal movement between first and second vertically-spaced positions. The fabric is characterized by having a fine, dense background with small, closely-spaced holes which enable a highly-detailed pattern suitable for a wide range of undergarments and hosiery products. The density and fineness of the fabric provides both the comfort and lack of show through necessary for many garments of this type.

Abstract: An openwork tubular knitted fabric formed of closely knitted, fine gauge yarns formed into knitted loops utilizing at least 11 needles per inch and having at least 25 courses per inch. The fabric is formed by using needles having a hook formed in a top end of a needle shank and a latch pivotally mounted on the needle shank below the hook for opening and closing the hook, and including a deflector for deflecting a loop of yarn being formed by a needle into the vertical plane of an adjacent needle, and a needle cam mounted for reciprocal movement between first and second vertically-spaced positions. The fabric is characterized by having a fine, dense background with small, closely-spaced holes which enable a highly-detailed pattern suitable for a wide range of undergarments and hosiery products. The density and fineness of the fabric provides both the comfort and lack of show through necessary for many garments of this type.

Abstract: A method for creating an opening in tubular knitted fabric articles on a machine including a needle cam mounted for reciprocal movement between first and second vertically-spaced positions. In the first position the needle cam lowers successive needles to a position where the loop of yarn is released from a selected loop-forming needle and transferred to a transfer needle. In the second position the needle cam lowers successive needles to a position where the loop of yarn is transferred to a transfer needle adjacent the selected loop forming needle without being released from the selected loop-forming needle to thereby form a no-run stitch in the knitted fabric. A needle is selected from which a loop is to be transferred and the loop is enlarged on the selected needle by deflecting the loop out of the vertical plane of the selected needle laterally into the vertical plane of an adjacent needle while the adjacent needle is in a lowered, non-interfering position relative to the deflected loop.

Abstract: A method for the manufacture of designed knitwear on circular stocking knitting and knitting machines is provided using one or more feed stations, starting from a first base yarn (13) and from a second base yarn (14) for the manufacture of a basic knit fabric and from at least one dyed yarn (15) to create a design in the basic knit fabric. Some needles (11) are selected to pick up and knit the dyed yarn (15) and the first base yarn (13) without picking up the second base yarn, while the remaining needles pick up and knit the second and first base yarns (13, 14), excluding the dyed yarn.

Abstract: A method for facilitating in seaming closed an open end of a generally tubular structure is described. The method involves providing first and second handles extending from opposite sides of an open end of the tubular structure, extending the first and second handles in opposing directions to thereby flatten the tubular structure upon itself and align opposing faces of the tubular structure so that the open end terminates along a common edge. The open end can then be seamed by sewing or other securement methods, to thereby form a closed end on the tubular structure. The first and second handles can be integrally formed as a bridge extending across the open end of the tubular structure, and subsequently severed to form a free end on each of the handles. The tubular structure can be circular knit, with the bridge being formed during the knitting process through the formation of long floats extending a substantial distance around the circumference of the open end of the tubular structure.

Abstract: A method for creating an opening in tubular knitted fabric articles, including the steps of providing a knitting machine having a plurality of needles mounted in axial needle slots in a needle cylinder, the needles having a hook formed in a top end of a needle shank and a latch pivotally mounted on the needle shank below the hook for opening and closing the hook. A deflector is provided for deflecting a loop of yarn being formed by a needle into the vertical plane of an adjacent needle. A needle is selected from which a loop is to be transferred. The loop on the selected needle is enlarged by deflecting the loop out of the vertical plane of the selected needle laterally into the vertical plane of an adjacent needle while the adjacent needle is in a lowered, non-interfering position relative to the deflected loop.

Abstract: A method for creating an opening in tubular knitted fabric articles, including the steps of providing a knitting machine having a plurality of needles mounted in axial needle slots in a needle cylinder, the needles having a hook formed in a top end of a needle shank and a latch pivotally mounted on the needle shank below the hook for opening and closing the hook. A deflector is provided for deflecting a loop of yam being formed by a needle into the vertical plane of an adjacent needle. A needle is selected from which a loop is to be transferred. The loop on the selected needle is enlarged by deflecting the loop out of the vertical plane of the selected needle laterally into the vertical plane of an adjacent needle while the adjacent needle is in a lowered, non-interfering position relative to the deflected loop.

Abstract: A method of manipulating a garment on a knitting machine includes the steps of orienting the garment with an opening disposed relative to one end on the knitting machine; and knitting a bridge across the opening of the garment. The bridge is affixed to the garment at a first and second site. The first and second sites are disposed near the opening. The exact positioning of the first and second sites relative to the opening are predetermined in accordance with the orientation of the garment on the knitting machine. The first site opposes the second site. The method of manipulating the garment further includes the step of dividing the bridge forming a first and a second handle. The first and second handle are fixed at the first site and the second handle is affixed at the second site. The first and second handles are useful for further processing the garment.

Abstract: A circular knitting machine and a jacquard pattern control mechanism therefor is provided in which knitting instrumentalities slidably mounted in grooves in a rotating member, such as a needle cylinder, sinker cap or dial, are controlled by a rocker bar supporting member slidably mounted in each groove behind the knitting instrumentality, the rocker bar supporting member having at least one butt thereon, a rocker bar pivotally mounted on the rocker bar supporting member and having magnetically attractable sections at opposite ends thereof, a magnetic attraction device selectively attracting the magnetically attractable sections of the rocker bar to pivot the rocker bar to control the selection of knitting instrumentalities to be moved from inactive to active positions and a cam system for moving the rocker bar supporting member and selected knitting instrumentalities.

Abstract: In a multi-feed small-diameter circular knitting machine provided with needles, jacks and selectors, the selector raising cams have a smaller height than the jack cams, so that the selectors return to their selection position while the jacks are still descending. The selectors and jacks therefore move independently after an initial raising by the selectors acting on the jacks. The selectors move within a cylinder trick portion which lies at a greater distance from the cylinder axis than the trick portion within which the needle and jacks move, and comprise an appendix extending towards the cylinder for engaging the jacks. The machine can have a larger number of selection positions than known machines for the same needle circle diameter and fineness.

Abstract: The invention relates to a circular knitting machine comprising a stationary hollow cylinder, a rotor disposed within the stationary hollow cylinder and adapted to revolve in coaxial relation with the stationary hollow cylinder, a plurality of coils disposed on the internal circumferential surface of the stationary hollow cylinder, a plurality of sliders disposed in vertically slidable relation on the external circumferential surface of the rotor, needles mounted on top of the corresponding sliders, a coil energizing means for exciting the plurality of coils, and a driving means for driving the rotor.

Abstract: To produce pattern work and plain jersey, and comprising sets of selection levers for controlling needles which are to be lifted to a higher loop-clearing height and to a lower loop-retaining height, interacting with oscillating selectors, the machine comprises in combination: symmetrical lifting cams (20, 32); symmetrical lowering cams (441; 442; 443; 444) and corresponding counter cams (461; 462; 463; 464) defining two adjacent zones of maximum lowering; pushing cams (490) arranged between these two zones, to exclude the butts of the needles from the action of the secon zone of maximum lowering; symmetrically arranged pushing realignment cams (501A, 501B; 502A, 502B; 503A, 503B; 504A, 504B and 511A, 511B; 512A, 512B; 513A, 513B; 514A, 514B), to prepare all the butts in a row of butts of selectors for selection; partial-lowering cams (20C) to predispose for selection; and cams (701; 703) for the partial re-lifting of selectors of unlifted needles, and for their realignment with the selectors of needles previ

Abstract: The present machine has a device for repeating the selection of the needles at least at one thread feed, which includes a memory element arranged proximate to the lower end of the selectors, which can oscillate in a plane radial to the needle cylinder by virtue of the action of selection levers arranged upstream of a thread feed of the machine, according to the direction of the rotation imparted to the needle cylinder about its own axis. The selectors can individually oscillate in a radial plane with respect to the needle cylinder from an extraction position, whereat they protrude from the needle cylinder with a main heel so as to engage actuation cams arranged about the needle cylinder, to a sunk position, whereat they do not engage the cams.