Abstract: At least three bind-off courses are formed starting at not less than three loops, i.e., loops of the first and second knitted fabrics at side ends thereof on the side on which the knitting of a tubular fabric is finished in the region of the binding-off process, and a loop adjoining to the loop of at least either of the first and second knitted fabrics at the side end. The loop of the bind-off course formed is laid over the loop of the last course of the opposite knitted fabric in such a manner that while being formed, the respective bind-off courses can be allowed to extend in zigzag from the first knitted fabric to the second knitted fabric and vice versa, ranging over the region of the binding-off process, to be crossed with each other. As a result of this knitting, no undesirable gap is produced between the joined knitted fabrics and also an undesirable stretch of the fabric at the joints is suppressed.

Abstract: When a first knitted fabric, a second knitted fabric and a third knitted fabric are knitted, with the first knitted fabric sandwiched between the second and third knitted fabrics, and the first knitted fabric is joined to the second and third knitted fabrics by loops in final courses of the second and third knitted fabrics being sequentially overlapped with loops at ends of the first knitted fabric from a side thereof closer to the first knitted fabric, processing from one end thereof toward the other end thereof, the knitting wherein with the second knitted fabric and the third knitted fabric separately retained on front and back needle beds, the first knitted fabric and the third knitted fabric are shifted toward the second knitted fabric by racking; the first knitted fabric is changed over between the front and back needle beds and a loop of the first knitted fabric at an end thereof on the second knitted fabric side and a loop of the second knitted fabric at a side end thereof are overlapped with each oth

Abstract: Knitting of a neckline 10 formed in a front body 2a of seamlessly knitted, sleeved knitwear, such as a sweater.

Abstract: A yarn carrier comprises a carrier base, a reciprocator, a feeder, and a movement converter. The reciprocator is supported on the carrier base to move in reciprocation with a traveling direction of the carrier base. An engaging surface is temporarily engageable with an accompanying member of a carrier accompanying device. The feeder, has a main-yarn feeding hole and a plating-yarn feeding hole, and supports at least one of the yarn feeding holes to freely rotate about an axis in a longitudinal direction of the feeder. The movement converter converts reciprocating movement of the reciprocator into rotation movement of the yarn feeding holes provided in the feeder, such that when the reciprocator is moved with its engaging surface engaged with the accompanying member, the yarn feeding holes can be rotationally displaced to change a positional relationship between the main-yarn feeding hole and the plating-yarn feeding hole.

Abstract: A flat knitting machine comprising a transfer jack bed (9) holding transfer jacks (7) in such a manner as to freely advance and retract, wherein when a loop is transferred from the transfer jack (7) to the needle (19), the loop retaining portion (53) of the transfer jack (7) put in its advanced position is moved down to its lowered position, first; then, a back side (39b) of a needle hook of the needle (19) is made to go into the loop (111) retained on the loop retaining portion (53) of the transfer jack (7); then the loop retaining portion (53) is raised up to its raised position; and thereafter, a front side (39a) of the needle hook of the needle is made to go into the loop, whereby the transfer of loop can be ensured with a reduced burden on the loop in the transfer of loop through the use of a common track for the needles of the front bed (13a) and for the needles of the back bed (13b).

Abstract: A compound needle (1) is provided with a slider (8) having two slider springs (11, 12). These are arched away from each other in a section immediately adjoining their insertion funnel (28). The compound needle has a slider slit (4), which initially is relatively narrow at its inlet (15), so that a guide section (4a) has been established there. Thereafter the slider slit (4) widens, so that a running section (4b) is established. The lateral bulge of the slider springs (11, 12) is of such a dimension that the slider (8) runs free in the running section (4b), and is guided without lateral play in the guide section (4a). The compound needle (1) also operates precisely in case of tension forces acting laterally on the slider (8) and requires only a small opening width of its funnel (28).

Abstract: In a knitting member selection actuator (1) of a knitting machine, there is provided between a pair of yokes a magnetic property means (35a, 35b, 45a, 55a, 55b) for making a magnetic reluctance between the confronting yokes (32a, 32b, 42a, 42b, 52a, 52b) of an uncontrolled attraction region (7, 8, 9) larger than a magnetic reluctance between the yokes of the uncontrolled attraction region and the knitting member attracted to attraction surfaces and also smaller than a magnetic reluctance between the yokes of the uncontrolled attraction region and attraction surfaces of the adjacent controlled attraction region (5, 6).

Abstract: A method of knitting knitwear comprises the joining knit step comprising the step that whenever an adequate number of courses of the front body 3a and the back body 3b are knitted by using different yarn feeders, both right and left sleeves 5, 7 are shifted to the body side and joined together; and the step that when the front body 3a and the back body 3b are knitted by different feed yarns, respectively, and the yarn is fed to either of the right and left sleeves 5, 7 to form stitches in the next course, split knit is provided for stitches of the front sleeves 5a, 7a and back sleeves 5b, 7b at side ends thereof on the body side and then the stitches formed by the split knit are laid over the stitches of the different courses in the bodies 3a, 3b, respectively, to join together the sleeves 5, 7 and the body 3.

Abstract: A knitting method for disposing an unused yarn edge produced in yarn-in or a yarn-out operation. The knitting method includes forming that two or more unused-yarn-edge disposal loops are from the knitting yarn introduced in and/or drawn out in knitting a knitted fabric by using an empty needle around an end side of a knitted fabric body; and moving the unused-yarn-edge disposal loops thus formed and laying each disposal loop over loops of different courses of the knitted fabric body located at an end side thereof in knitting the next course of the knitted fabric body. This knitting method allows the unused yarn edge to be held in the knitted fabric by the loops of the knitted fabric, and as such can allow the unused yarn edge to be disposed by simply cutting it at its portion close to the knitted fabric, without the need of the linking.

Abstract: When binding off loops are formed in the process of a binding off process, intermediate wale loops, which are formed with the needles located between downstream wale loops and upstream wale loops of the binding off loops, are formed with the number of courses twice as much as wale loops between the downstream wale loops and those between the upstream wale loops. This can provide the result that when a force acts on the knitted fabric, the yarn is drawn out from the intermediate wale loops to enlarge the downstream wale loops and the upstream wale loops. This can allow the bound off part of the knitted fabric to have an excellent stretchability.

Abstract: A sinker device comprises a sinker jack 50 which can be freely advanced and retracted with respect to a needle bed gap 4 and a sinker 30 supported on an upper surface of the sinker jack formed as a supporting surface in a freely swingable manner. The sinker 30 and the sinker jack 50 have sliding contact surfaces sidably contactable with each other which are each formed at a front side thereof with respect to a swinging pivot point. When the sinker jack 50 is advanced toward the needle bed gap 4 to move relative to the sinker 30, the sinker 30 takes the swinging attitude controlled by the sliding contact relation between the respective sliding contact surfaces of the sinker and the sinker jack, so that the sinker 30 is controllably swung to at least a knitted loop pushing level, a knitted loop releasing level and a stitch forming level.

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: Knitting of a knitted fabric having a forked portion which is forked into a first knitting region and a second knitting region at a certain point of its knitting width by using a flat knitting machine including at least two yarn feeders arranged over needle beds. Prior to the knitted fabric being forked, a pair of right and left widening stitch loops that confront each other across the forked portion are formed at the back side of the knitted fabric during a course knitting of the knitted fabric, first, and, then, two groups of stitch loops, consisting of a pair of right and left stitch loops that are formed at a front side of the knitted fabric and confront each other across the forked portion and a pair of right and left widening stitch loops that are newly formed, are crossed to each other across a boundary of the forked portion. This can provide enhanced strength for the forked portion without impairing the appearance of the knitted fabric.

Abstract: A compound needle (1) is provided with a slider (8) having two slider springs (11, 12), whose ends constitute an open funnel pointing toward the hook (3). The ends, or legs (21, 22), constituting the funnel, are flattened. Therefore, starting at a starting point, the thickness of the material is reduced in the tapered area (29) toward the ends of the slider springs (11, 12). By means of this a correct functioning of the compound needle is also provided if the slider (8) is not completely centered. Moreover, it is possible to improve the easy movement of the slider (8) in the slider slit in that the funnel, formed by the legs (21, 22), can be embodied to be narrower at a constant width, than without the taper of the slider springs (11, 12).

Abstract: A compound needle which includes a needle body 3 having a needle hook 15 at a front end thereof and a slider 5 having tongues 31a, 31b formed by overlapping two blades 11a and 11b with each other and is so structured that the needle body 3 and the slider 5 are individually movable back and forth in the state in which the blades 11a and 11b of the slider 5 are supported in a blade groove 17 formed in the needle body 3, wherein a partition wall 41 having thickness smaller than that of the needle hook 15 of the needle body 3 is formed in the blade groove 17 and the blades 11a and 11b of the slider 5 are accommodated in the blade groove 17 to sandwich the partition wall 41 therebetween, to thereby provide a reduced sliding resistance and a reduced degree of stretch of the blades when the blades are advanced beyond the needle hook.

Abstract: A smart peripheral device includes a first interface which connects to the printer output port of a first personal computer and receives first printer data of a first printer format from the printer output port of the first personal computer. The smart peripheral device also includes a second interface for connecting to the I/O port of a second computer device containing predetermined application software. The smart peripheral automatically translates the first printer data into a general purpose import file which is compatible with the application saoftware of said second computer device, and outputs the general purpose import file via the second interface.

Abstract: A coordinate input device containing system table having a table portion for mounting thereon a monitor, a computer body and the like. The table portion includes a front table surface portion of flat and seamless as a whole, a top board having an accommodating portion formed to accommodate the coordinate input device in a lower level than the front table surface portion in a state of readiness to use, and a holding member fixed to the table portion at a reverse side thereof to support and fix the coordinate input device accommodated in the accommodated portion formed in the top board.

Abstract: A compound needle has blades of a slider having tongues formed by two superposed blades accommodated in a blade accommodating groove formed in a needle body. The blades are provided with bends to bring side surfaces of the blades accommodated in the blade groove in the needle body into press-contact with side walls of the groove. Front end portions of the blades can thus be held in positions that are equally divided to the right and left with respect to the widthwise direction of the blade groove from a widthwise center of the groove to more reliably center the blades in the blade groove.

Abstract: A method of knitting a knitting fabric by use of a flat knitting machine having a plurality of yarn feeders, wherein the knitting fabric has at least a first region and a second region in a course including a stitch loop formed in the second region smaller in size than a stitch loop formed in the first region, the method comprising the step that a first yarn and a second yarn are fed to the first region in a paralleled state so as to form a stitch course of the first region; the step that the first yarn is fed to the second region to form a first stitch course; and the step that the second yarn is used to form a second stitch course next to the first stitch course formed in the last step.

Abstract: A compound needle comprising a needle body having a hook-shaped hook at a front end thereof and a slider which is supported on the needle body to move relative thereto in a longitudinal direction of the needle body to the hook-shaped hook so as to open and close the hook-shaped hook, so as to capture a knitting yarn and escape a knitting stitch, wherein a tongue provided at a front end portion of the slider is provided, at a front end thereof, with a drop-stitch-preventing shoulder to prevent a stitch held on the tongue of the slider from slipping off the tongue during a knitting operation, and also the hook-shaped hook is provided, on an outer edge thereof extending from a front end of a lip portion thereof toward a top thereof, with a stitch escape surface, such that when the hook-shaped hook is closed by the tongue, the drop-stitch-preventing shoulder is hidden by the stitch escape surface to facilitate a knock-over of the stitch.