Abstract: A machine knitting tool and in particular a machine knitting needle has a shank extending in the longitudinal direction. The machine knitting tool has a stitch-forming portion directly adjacently to a front end and a drive portion directly adjacently to a rear end. At least in the drive portion, an underside of the shank does not have any indentations or recesses and extends along a plane. The shank in the drive portion forms at least one rib portion with a rib height, which is at most 1.1 mm. In addition, the shank in the drive portion forms at least one support elevation, which extends in the height direction beyond the rib height of the at least one rib portion and has an elevation height at its point of maximum height.

Abstract: An apparatus, method, program product, and system are disclosed for changing text input modes. A text input module receives text input in a first text input mode from a text input device, the first text input mode may comprise a predictive text input mode. A trigger detection module detects a triggering event associated with text input received in the first text input mode. The triggering event may be intended to change a text input mode of the text input device. A mode change module changes the text input from the first text input mode to a second text input mode in response to the triggering event. The second text input mode may comprise a literal text input mode.

Abstract: An article includes a knitted component. The knitted component includes a knit element that is configured to stretch between a neutral position and a stretched position. The knitted component also includes a tensile strand. The tensile strand is at least partially inlaid within the knit element. The tensile strand includes a portion that is arranged as a stretch limiter element that is configured to move between a slack position and a taut position as the knit element moves between the neutral position and the stretched position. The stretch limiter element is in the slack position when the knit element is in the neutral position, and the stretch limiter element is in the taut position when the knit element is in the stretched position to prevent stretch of the knit element beyond the stretched position.

Abstract: There is provided a knitted fabric in which a spacing of an open portion can be adjusted as necessary, and a method for knitting the same. An inlay knitting of interweaving a first line (Y1) supplied from a far side line feeder (F1) into a first knitted fabric portion (11) is carried out (process ?). An inlay knitting of interweaving a second line (Y2) supplied from a near side line feeder (F2) into a second knitted fabric portion (12) is carried out, and the second line (Y2) is made intersect the first line (Y1) on the open portion (50) side (process ?). An inlay knitting of interweaving the first line (Y1) into the first knitted fabric portion (11) is carried out, and a state in which the first line (Y1) is entwined around the second line (Y2) and turned back is obtained (process ?). An inlay knitting of interweaving the second line (Y2) into the second knitted fabric portion (12) is carried out, and a turn-back end of the first line (Y1) and a turn-back end of the second line (Y2) are entwined (process ?).

Abstract: A feeder for a knitting machine includes a feeder arm with a dispensing area configured to feed a strand toward a knitting bed of the knitting machine. Moreover, the feeder includes an actuation arm that is operably coupled to the feeder arm. The actuation arm includes an abutment surface that is configured to abut against a drive bolt of the knitting machine to selectively move the feeder arm relative to the knitting bed. The abutment surface is rounded and convex.

Abstract: A knitting needle with a jointed tip is disclosed. The knitting needle comprises a shank having a first end comprising a protuberance and a second end having an upper portion and a lower portion. The upper and lower portions of the shank each configured to comprise a dip. The dips of the upper and lower portion configured to form a track wherein a tip may be coupled. The tip comprising a working end and a non-working end. A plurality of ridges runs along the non-working end of the tip. The ridges are configured to allow the non-working end to be coupled in the track formed by the dips of the upper and lower portions of the shank. The joint tip knitting needle may apply to single-pointed, double-pointed, circular, and/or cable knitting needles configurations.

Abstract: A knitting needle has multiple segments, at least one of which is relatively non-rigid, wherein the segments can be combined to produce a needle that is sufficiently rigid to be used for knitting, while also having diminished usefulness as a weapon. In three major classes of embodiments, one of the segments fits inside the other in a telescoping manner, one of the segments wraps around the other, or the two segments can fit together in some sort of slotted fashion. There may be one or more engineered points of structural failure. Segments can be held together frictionally, magnetically, threadably, using a snap or twist and lock fitting, or in any other suitable manner. Contemplated segments can have any suitable composition, including especially a bendable plastic or a foam rubber.

Abstract: A knitting device (10) comprising a needle bed (12) and knitting tools (16), wherein the needle bed (12) is designed so as to be without joints and seams in view of the configuration of its channel walls (18, 19) as well as perpendicularly to the floor (23) of the channel through the base body (20) of the needle bed (12). The channel depth of the individual guide channels (13, 14, 15) is preferably less than three times the channel width. Consequently, in particular in the case of extremely fine needle divisions, the resultant channel walls (18, 19) are robust and stable and can be subjected to a hardening or coating treatment. The reduced overall weight, the smaller friction surfaces, and the sturdier design of the knitting device enable the operation at greater knitting speeds and with greater rotational accelerations, in particular in reciprocating mode, and an overall savings of lubricants and energy.

Abstract: Knitting tool arrangement, knitting tool and method of forming the knitting tool arrangement that includes a tool holder having several parallel grooves and several knitting tools, in which each knitting tool includes a working end and a holding area that is removably positioned in one of the several grooves. At least one filling element is located between adjacent knitting tools and is arranged between the holding area and the working end. The instant abstract is neither intended to define the invention disclosed in this specification nor intended to limit the scope of the invention in any way.

Abstract: A knitting device (10) comprising a needle bed (12) and knitting tools (16), wherein the needle bed (12) is designed so as to be without joints and seams in view of the configuration of its channel walls (18, 19) as well as perpendicularly to the floor (23) of the channel through the base body (20) of the needle bed (12). The channel depth of the individual guide channels (13, 14, 15) is preferably less than three times the channel width. Consequently, in particular in the case of extremely fine needle divisions, the resultant channel walls (18, 19) are robust and stable and can be subjected to a hardening or coating treatment. The reduced overall weight, the smaller friction surfaces, and the sturdier design of the knitting device enable the operation at greater knitting speeds and with greater rotational accelerations, in particular in reciprocating mode, and an overall savings of lubricants and energy.

Abstract: A knitting machine needle having at least at one point S2, S3, S4 or S5 of its hook, a cross-section that is asymmetrical with respect to a longitudinal center plane M. Preferably, this cross-section is an oval cross-section and, more preferably, an elliptical cross-section. Using this measure, the robbing-back effect can be affected in a targeted manner during the knitting operation.

Abstract: In order to simplify handling of the knitting machine needles and of associate coupling members—in particular when loading the rib dials—a knitting machine needle with a coupling member that is pivotally supported on said knitting machine needle is being provided. The transverse bearing surfaces (21a) and (b), as well as (22a) and (b), said surfaces being at least temporarily in abutment with each other, are disposed to laterally secure the coupling member (3) on the needle body.

Abstract: A slider needle (1) having a partition element (15) clipped through an insertion slit (19) in the needle base body (2). The partition element (15) is shaped such that it can be easily inserted in the needle base body 2, but is still securely held, optionally with some play, as a result of positive engagement. The partition element comprises, preferably as a one-piece component, a spring part (25) and a foot extension (26) interacting with the bottom (17) of the slider slit. Preferably, the foot extension 26 has two sections (27, 28, 27a, 28a) that are bent in opposite directions, either in a transverse or a longitudinal direction of the otherwise flat partition element (15). In the region of the insertion slit (19), the back (18) of the needle base body (2) has an indentation (24) so that the bent over sections (27, 28, 27a, 28a) cannot project beyond the needle back (18).

Abstract: A needle for transferring stitches therefrom to adjacent needles for hosiery knitting machines comprises a shank, a head, arranged at a longitudinal end, or upper end, of the shank, and a latch which is pivoted to the shank proximate to the head, about a pivoting axis which is substantially perpendicular to the longitudinal axis of the shank and can rotate about the pivoting axis in order to open or close the head. The needle comprises at least one elastically flexible lamina, which is associated with the shank and forms, on the two opposite sides of the shank, below the latch, two receptacles, one for each side of the shank. The head of an adjacent needle can be inserted in each of the receptacles, in order to transfer the loop of knitting, from the needle being considered to the adjacent needle.

Abstract: In order to simplify handling of the knitting machine needles and of associate coupling members—in particular when loading the rib dials—a knitting machine needle with a coupling member that is pivotally supported on said knitting machine needle is being provided. The transverse bearing surfaces (21a) and (b), as well as (22a) and (b), said surfaces being at least temporarily in abutment with each other, are disposed to laterally secure the coupling member (3) on the needle body.

Abstract: A knitting needle designed specifically for achieving particularly fine divisions, or another knitting tool (2), has a narrower working section (4) and a wider support section (5), whereby the support section (5) is provided with a positioning means (11), for example, having the form of a slit (12) or having the form of a rib (32). The knitting tool (2) is associated with a fixing means (29) in the form of a projection (17) or a groove (33) on the side of the bar (1). Due to this measure, the support sections (5) of the knitting tools (2) may be arranged—in close proximity to each other, in contact with or at a minimal distance from each other—on the bar (1), so that a maximum cross-section is available for configuring the support section (5). This provides strong stability for the knitting tools (2)—even in cases of extremely fine divisions—and, at the same time, provides precise alignment and avoids division errors.

Abstract: A knitting machine needle (1) that is designed as a meander needle in accordance with the invention comprises at least one meander curve (12) that is provided with a meander curve slit (18) having the shape of a vertical slit that is parallel to the tongue slit. It is delimited by two side walls (19, 20) that are preferably aligned parallel to each other and circumscribe an open intermediate space.

Abstract: A knitting needle for knitted sueded fabric is provided. The needle includes a shank, a hook, a latch, and an abrasive surface. The abrasive surface is defined on at least one of the shank, the hook, and the latch.

Abstract: A jacquard needle equipped with a return structure is installed in a circular knitting machine which has a computer needle selected device including plural jacquard needles and plural needle selected sheets on an upper needle dial. Each jacquard needle is driven by a cam to move a knitting needle. The needle selected sheet depresses the jacquard needle to escape from the cam. The jacquard needle includes a fulcrum, a neck, a force received section, a needle foot and a return structure. The fulcrum is connected with the knitting needle. The needle foot is located in a slide track of the cam. The return structure has a bend end at a distal end beneath the needle foot. The bend end butts an inner wall of the upper needle dial. The force received section transmits the depressing force to bend the return structure to generate a returning elasticity.

Abstract: In a transfer needle (1) having at least one transfer spring (8), this transfer spring (8) is held, on its one end, in a preferably lateral pocket or recess of the needle body, while the tip of the transfer spring is positioned in a longitudinal slit of the needle body. This longitudinal slit (24) has an inlet (25) that is open in longitudinal direction (L) of the needle body (5). The inlet (25) of the longitudinal slit (24) is located at an end of the longitudinal slit (24) away from the hook (6).

Abstract: A flexible knitting pin consisting of two relatively stiff shanks (1) pointed one end each, wherein said shanks (1) are connected with each other by the other end with a flexible hollow connecting material (2) comprising a joint; said joint between the stiff shanks (1) characterized in that it comprises a flexible hollow connecting material.

Abstract: For longitudinal shifting, a needle in accordance with the invention is provided with a longitudinal slit 14 that is disposed to accommodate a bearing element (19), for example, having the form of a strip (20). Whereas known needles are set in a guide channel and thus are held or guided between two guide flanks, the needle in accordance with the invention extends around a strip (20) and is guided on said strip. Thus, the needle is guided on two surfaces of the guide element (19) and the strip (20), respectively, said surfaces facing away from each other. The support section (4) and the bearing element (19) form a highly precise positioning or guide device.

Abstract: A fabric can be formed by a process comprising providing a knitting needle and providing a sinker. The sinker can include a first end and a nib. The first end and the nib can form a groove for receiving a yarn. The first end in or near the groove can have a first abrasive surface for abrading the yarn during knitting. A knitting needle can have a shank with a first edge and a hook. The knitting needle can have a latch having an outer region. At least a portion of the first edge and at least a portion of the outer region can have a second abrasive surface for abrading a yarn during knitting.

Abstract: A knitting needle for knitted sueded fabric is provided. The needle includes a shank, a hook, a latch, and an abrasive surface. The abrasive surface is defined on at least one of the shank, the hook, and the latch.

Abstract: A knitting machine needle (1) that is designed as a meander needle in accordance with the invention comprises at least one meander curve (12) that is provided with a meander curve slit (18) having the shape of a vertical slit that is parallel to the tongue slit. It is delimited by two side walls (19, 20) that are preferably aligned parallel to each other and circumscribe an open intermediate space.

Abstract: To reduce the drive power consumption of a circular knitting machine by reducing the contact area of a tool for the knitting machine with the side faces of a thin groove to suppress a rise in temperature and the thermal deformation of the knitting machine by frictional heat. A part of the stem (17) of the tool for the circular knitting machine is raised from the bottom face (20) of the thin groove (19) in which the tool for the circular knitting machine is inserted and, at the same time, sunk from the upper end face (21) of the thin groove to form float parts (22, 22A to 22L) extending parallel with the thin groove (19). When a distance (L) between the bottom face and the upper end face of the thin groove (19) is used as a reference, the float part is so formed that its raised length (L1) is 10 to 40% of (L) and its sunk length (L2) is 10 to 40% of (L).

Abstract: A knitting needle for knitted sueded fabric is provided. The needle includes a shank, a hook, a latch, and an abrasive surface. The abrasive surface is defined on the shank, the hook, the latch, and any combinations thereof. A method of knitting a sueded fabric is also provided. The method includes forming an abrasive surface on a knitting needle, moving the knitting needle through a knitting cycle, and moving a yarn across the abrasive surface to form fibrils on the yarn as the knitting needle is moving through the knitting cycle.

Abstract: A knitting tool for a bar (1) of a knitter comprises a shaft (4), which is provided with a plastic body (15) at least on one side, which extends beyond the side surface (11) of the shaft. Said plastic body (15) is in contact with the side surface of the adjacent knitting tool. Thus, both knitting tools concerned are supported at one another.

Abstract: The cutting needle (1) according to the invention is, for example, a latch needle and has a knife element (11) secured to the shank (2). The knife element (11) defines a cutting edge (18) which projects obliquely upward from the shank. The knife element (11) is arranged externally of the range of motion of the latch (4) and cuts open a loop situated on the shank when it is overdriven outward. The knife element (11) is made, for example, of a suitable spring steel and is held unremovably on the shank (2).

Abstract: [Problems] To reduce the drive power consumption of a circular knitting machine by reducing the contact area of a tool for the knitting machine with the side faces of a thin groove to suppress a rise in temperature and the thermal deformation of the knitting machine by frictional heat. [Means for Solving Problems] A part of the stem (17) of the tool for the circular knitting machine is raised from the bottom face (20) of the thin groove (19) in which the tool for the circular knitting machine is inserted and, at the same time, sunk from the upper end face (21) of the thin groove to form float parts (22, 22A to 22L) extending parallel with the thin groove (19). When a distance (L) between the bottom face and the upper end face of the thin groove (19) is used as a reference, the float part is so formed that its raised length (L1) is 10 to 40% of (L) and its sunk length (L2) is 10 to 40% of (L).

Abstract: In a transfer needle (1) having at least one transfer spring (8), this transfer spring (8) is held, on its one end, in a preferably lateral pocket or recess of the needle body, while the tip of the transfer spring is positioned in a longitudinal slit of the needle body. This longitudinal slit (24) has an inlet (25) that is open in longitudinal direction (L) of the needle body (5). The inlet (25) of the longitudinal slit (24) is located at an end of the longitudinal slit (24) away from the hook (6).

Abstract: A cutting needle (1) for knitting machines and similar applications has been provided, said cutting needle having a needle body (2) on which a knife (6) is detachably held, preferably by means of a detent device (19). Such a cutting needle (1) reduces the maintenance costs of knitting machines and discloses ways for optimizing needle bodies (2) and knives (6) in view of manufacturing technology and materials.

Abstract: Knitting tool arrangement, knitting tool and method of forming the knitting tool arrangement that includes a tool holder having several parallel grooves and several knitting tools, in which each knitting tool includes a working end and a holding area that is removably positioned in one of the several grooves. At least one filling element is located between adjacent knitting tools and is arranged between the holding area and the working end. The instant abstract is neither intended to define the invention disclosed in this specification nor intended to limit the scope of the invention in any way.

Abstract: Referring to a rehanging needle, the shaft is provided with a cutout that receives the tip of a rehanging spring. The cutout is divided into a first section and a second section, whereby the two sections have different depths. When a half stitch slides onto the rehanging spring, the spring tip can use the space due to the recessed second section and sink into said space, without the rehanging spring experiencing a permanent deformation. Consequently, it is possible for the half stitches to consistently and reliably slide up in order to set up the rehanging operation.

Abstract: A system component (1) for a knitting system is composed of a body (3) with butt (18), which projects outward from the narrow side (16) of the body (3). According to a first advantageous embodiment of the invention, the butt (18) is positioned inclined or at an angle to the body (3). A corresponding bending line extends in longitudinal or movement direction of the body (3). The angle (?) is thus defined in an imaginary plane (E) that intersects the body (3) in transverse direction. As a result of this measure, the butt (18) can also be adjusted relatively precisely at a right angle to the cam movement if the system component (1) along with it the body (3) is arranged somewhat inclined inside a corresponding guide slot (4) of a bed (5), wherein the angle ? then compensates for the tilting. A line-type contact between the butt (18) and the guide track (7) is achieved, which reduces wear.

Abstract: The machine knitting needle of the invention, beginning at its hook (3), between the hook (3) and its latch bearing (9), has a convex or at least not concave shank contour, which defines the inner hook contour and on one end (18) adjoins the concave inner hook contour directly. It is attained as a result that the elevation angle which a yarn (23), located in the hook (3), must overcome if it is to slide on the shank does not increase at any point along the inner contour (17). Preferably, it even decreases steadily. It thus has its maximum value inside a space which is defined on the one hand by the inner hook contour (15) and on the other by a plumb line (L) or (L1) which is dropped, from the hook tip (12) or its tapering portion (11), onto the needle back (16), or if the needle back is not oriented parallel to the direction of motion of the machine knitting needle, onto the arrow that defines the direction of motion.

Abstract: A knitting tool (1) is provided with a braking spring (15) formed on the knitting tool as a one-piece member thereof. The braking spring has a thickness (W) which is less than that of the knitting tool (1), whereby the braking spring (15) may yield to a great extent and has a soft spring characteristic. Such a result may be achieved even with short spring lengths, whereby dimensional deviations of the spring have only a slight effect on the spring force. The structure is only slightly prone to soiling. The knitting tool may be manufactured in a simple manner.

Abstract: A knitting machine needle (1), having a butt (3) pointing away from its needle body (2) and a shank (15) extending from the needle body as far as a hook (16), has a deflection (18) which is disposed between the hook (16) and the butt (3). The deflection (18) is provided with at least one recess (24), which locally alters the wave resistance of the deflection (18) and leads to a reduction in hook breakage when the butt (3) is exposed to impacts.

Abstract: A knitting tool (1), particular for high-speed knitting machines, has a shank (2) that is provided with indentations (33, 34). For embodying these indentations, the shank (2) is provided with a slit (25), which creates two legs (29, 31) spaced apart from one another. These legs are bent toward one another so that the desired indentations are created at the flanks (27, 28). The indentations serve to reduce friction and to hold oil.

Abstract: An improved knitting tool, comprising a loop-drawing needle (2) and a transfer needle (3), is improved in terms of its operational reliability, its versatility of use, and its knitting speed, by providing that the loop-drawing needle (2) has a cheek region (12) which is widened compared to the rest of the shank (5) and which is provided with a noucat (16). On the end of the cheek region (12) remote from the hook (9) of the loop-drawing needle (2), a control face (36) is provided, along which the transfer needle (3) runs with its control face (37), as a result of which the spacing between the loop-drawing needle (2) and the transfer needle (3) changes. The transfer hook (26) of the transfer needle (3) is wider than the hook (9) of the loop-drawing needle, and the hook tip is sharpened or pointed in order to fit into the noucat (16) in the loop-drawing needle, Because the transfer hook (26) is embodied as especially wide, the operating safety is increased substantially.

Abstract: A selection element (16) is movably seated in a system element, for example a needle (1). As an assembly aid for temporary fixation, a material-to-material connection in the form of an adhesive, lacquer, a laser weld spot or a thin strip of material is provided on at least one connecting point (34), which breaks or is dissolved in the course of first use.

Abstract: A needle (1) for loop-forming machines has a needle body (2) with two even flat sides (6, 7), which are joined to one another on the top and back sides of the needle by narrow sides (5, 8). A narrow slit opens out at one of the narrow sides and extends parallel or at an acute angle to the flat sides (6, 7) into the needle body. A substantially rectangular fastening portion (21) of the transfer spring (14) is retained in this slit (16) by positive and/or nonpositive and/or material engagement.

Abstract: A knitting tool (1), particular for high-speed knitting machines, has a shank (2) that is provided with indentations (33, 34). For embodying these indentations, the shank (2) is provided with a slit (25), which creates two legs (29, 31) spaced apart from one another. These legs are bent toward one another so that the desired indentations are created at the flanks (27, 28). The indentations serve to reduce friction and to hold oil.

Abstract: To improve the handling of a needle (1) having a selector element (16) that is seated to pivot on the needle body (2), a fastening element (32) is additionally provided. This element secures the selector element (16) to the needle body (2) in a form fit. One or more individual securing elements (34, 35, 36) acting in the transverse direction (33) serves or serve as the fastening element (32). The individual securing elements (34, 35, 36) can act in one direction or in both transverse directions. They are embodied to prevent the selector element (16) from falling out of the needle body (2) in both lateral directions. For this purpose, at least one individual securing element 34, 35, 36 that acts in the transverse directions 33a, 33b is provided. It is possible to combine all of the individual securing elements 34, 35, 36.

Abstract: A needle (1) for loop-forming machines has a needle body (2) with two even flat sides (6, 7), which are joined to one another an the top and sides of the needle by narrow sides (5, 8). A narrow slit opens out at one of the narrow sides and extends parallel or at an acute angle to the flat sides (6, 7) into the needle body. A substantially rectangular fastening portion (21) of the transfer spring (14) is retained in this slit (16), by positive and/or nonpositive and/or material engagement.

Abstract: The needles (18, 19) of a needle set (17), which substantially agree in their geometry, have butts (28, 29) of different lengths, which have a predetermined breaking point (57, 58). The predetermined breaking points are differently embodied, so that the breaking torques of the butts (28, 29) of the needles (18, 19), which are a part of the set (17), are different. By means of this it is possible, on the one hand, to assuredly prevent damage to the knitting machine, but on the other hand to assure the dependable operation of the needles.

Abstract: A first knitting member 5 has a fork portion 38 extending forwardly formed in an upper portion of a side wall(s) of the first knitting member at an accommodation groove forming portion 33 thereof where the accommodation groove 32 for accommodating the second knitting member 7 is formed, while also the second knitting member 7 has a guiding portion 55 formed to be curved outwardly so that its upper surface can confront a lower surface of the fork portion 38 formed on the side wall(s) of the first knitting member 5, so that while the second knitting member 7 is moved relative to the first knitting member 5, the guiding portion 55 of the second knitting member 7 is guided into a space formed under the fork portion 38 of the first knitting member 5 and supported by the fork portion 38 during at least part of the relative movement.

Abstract: A selection element (16) is movably seated in a system element, for example a needle (1). As an assembly aid for temporary fixation, a material-to-material connection in the form of an adhesive, lacquer, a laser weld spot or a thin strip of material is provided on at least one connecting point (34), which breaks or is dissolved in the course of first use.

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: An apparatus for detecting broken hooks of needles in a knitting machine having first and second cam faces defining a cam for slidably receiving needle butts. The cam includes a raising cam portion, a stitch cam portion, and a welt cam portion in which tension forces between yarn loops and hooks bias the butts of intact needles against the first cam face. The detector has a detector butt raising segment wherein the second cam face in the welt cam portion is inclined away from the second cam face at the stitch position for urging butts toward the first cam face. A detector butt lowering segment follows the detector butt raising segment, in which the first cam face urges the butts toward the second cam face. A recess segment follows the butt lowering segment.