Abstract: The invention relates to a cam segment with an assembly device for the assembly of cam sections. To facilitate the production and assembly, the assembly device comprises a receiving plate or at least one spacing disc fitted on a receiving plate, such that in the assembly surfaces of the cam sections and of the receiving plate and/or of the spacing disc, which are made by stamping and/or punching and/or fine blanking, recesses are formed in such a manner and/or locating pins protruding into said recesses are formed such that the position of the cam sections on the cam segment are clearly established by the locating pins and recesses.

Abstract: The invention relates to a circular knitting machine for the production of knit goods with combed-in fibers, having a rotatable, needle-bearing needle cylinder and a card which has a means for feeding the fibers, a comb-in zone through which the needles pass for the purpose of contactlessly receiving the fibers, and a teasing cylinder rotating at high speed which takes the fibers from the feed means and yields them to the comb-in zone. To prevent thin areas or thick areas from being produced in the finished goods on account of the contactless fiber loading, the circular knitting machine has a protective device (60) which becomes active in the still state of the needle cylinder for the purpose of retaining the already combed-in fiber tufts (57) in the needles (3) which are in the comb-in zone in the still state of the needle cylinder.

Abstract: The invention concerns a process and a circular knitting machine for the production of knit goods with combed-in fibers, in which an amount of fibers synchronous with the needle cylinder rotatory speed is fed to a teasing cylinder rotating at high speed, transferred by the latter to the comb-in zone, and taken from the needles in the comb-in zone without contacting the teasing cylinder. To prevent the development of areas overfilled with fibers or short of fibers in the finished knit goods on account of the contact-less fiber feed, during or before abrupt reductions or increases in the rotatory speed of the needle cylinder, at least temporarily smaller or larger amounts of fibers are fed to the comb-in zone than corresponds to the synchronous amount of fibers.

Abstract: The invention relates to a magnetic patterning system on a knitting machine, which has knitting tools which are selectable independently of one another. The patterning system comprises ferromagnetic control elements associated with the knitting tools, an electromagnetic control pole which can be excited according to a pattern, and at least one permanent holding pole, the selection of the knitting tools being performed by relative motion between the control elements and the control pole and the holding pole during which motion the control elements adhere or do not adhere to the holding pole depending on the state of excitation of the control pole.

Abstract: A circular knitting machine for the production of high-pile fabrics having combed-in fibres is disclosed herein. The knitting machine has a needle cylinder carrying knitting tools, at least one carding means for combing fibres into the knitting tools, an exhaust hood disposed above the needle cylinder and intended for the removal of loose fibres and at least one component disposed within and/or outside of the exhaust hood and fastenable thereto by means of at least one strut, to substantially eliminate the danger of any accumulation of loose fibres on the strut. The strut has an airfoil configuration.

Abstract: The invention relates to a thread carrier for a knitting machine, having at least one controllable thread gripper and an inserter (19) whose end at which the thread (16) emerges is in the form of an open channel (76). To simplify the insertion or removal of threads, the thread gripper (109) and the inserter (19) are disposed so as to be movable relative to one another such that the thread can either be inserted into the channel or removed therefrom by the thread gripper (109) itself.

Abstract: A circular knitting machine for the production of knit goods with combed-in fibers, has a rotating needle cylinder in which needles having hooks for receiving fibers are mounted, at least one carding device having a feed apparatus for feeding a fiber strand, a separating apparatus for separating the fiber strand into a stream of individual fibers, and a combing-in zone through which the needles pass, and wherein the fibers are carried within the fiber stream for the purpose of contactlessly combing-in the fibers into the hooks of the needles. Guides are provided ahead of the combing-in zone for the purpose of dividing the fiber stream into partial fiber streams, thus considerably reducing or varying the percentage of fibers which are bound across several neighboring loops by several neighboring needles.

Abstract: Knitting machine having two needle beds in which loop-forming knitting needles are mounted for extension and retraction, having disk cams disposed on a revolving drive shaft with an angular offset for the purpose of lifting the knitting needles, and having a patterning apparatus for engaging and disengaging the knitting needles and the cams according to the pattern, such that only engaged knitting needles can be raised by the disk cams, a transfer device being provided, which is intended for the transfer of loops formed on knitting needles of at least one needle bed to associated knitting needles of the other needle bed. This transfer device can control the coupling produced by means of the patterning apparatus between the disk cams and the knitting needles such that the knitting needles can be extended selectively by the disk cams into a knit position or into a transfer position (FIG. 1).

Abstract: Knitting machine with at least one needle bed in which knitting tools exhibiting feet are mounted for camming up and camming down, with at least one cam transportable past the feet and influencing the latter, which exhibits at least one cam-down part mounted movably but lockably and unlockably and adjustable as to its cam-down depth, and with a switching apparatus arranged outside the needle bed which exhibits means for unlocking, means for adjusting and means for locking the cam-down part, while the means for adjusting the cam-down depth exhibit an adjustable guide rail intended to slide the cam-down part and a switching device to adjust the guide rail according to pattern before the cam-down part rides up (FIGS. 1 and 6).

Abstract: Circular knitting machine for the manufacture of knit wares of hosiery with combed-in fibers, having at least one needle bed possessing knitting needles and having at least one carding machine which possesses a feed apparatus for a band of fibers, a combing-in zone, through which the knitting needles pass, for the contact less insertions of fibers into the knitting needles, and a separating apparatus for separating the band of fibers into individual fibers. The separating device comprises a separating drum that can be driven at high peripheral speed and is provided with a fitting (card wires) for which a drive mechanism is provided that is independent of the knitting machine drive mechanism.

Abstract: A pivoted latch needly having stem segments or budge portions of a height of eleven tenths of a millimeter and a length of at least eight millimeters.

Abstract: Knitting machine with a needle bed in which knitting tools having projections are mounted for raising and lowering, with a cam unit which can be transported past the projections and which has at least one lowering cam acting on the projections of the knitting tools which is adjustable with regard to its lowering depth, on which a runner is movably fastened having a plurality of pathways interacting according to pattern with the runner during the carrying of the cam unit past the projections of the knitting tools for the adjustment of the lowering cam to a preselected lowering depth, and with a controller acting before each passage of the cam unit past the feet of the knitting tools for the shifting of the runner to the position required for the interaction with a selected pathway (FIG. 7).

Abstract: Circular knitting machine for the production of high pile fabrics having combed-in fabrics, having a needle cylinder with displaceably mounted knitting needles defining a circular knitting field along the upper edge of the cylinder, carding devices disposed along the knitting field, and an exhaust disposed above the knitting field. A lamp is fastened to the exhaust to illuminate the knitting field from within, and a mirror is fastened to the exhaust for the section-wise viewing of the inside of portions of the knitting field disposed on the side of an observer.

Abstract: Knitting machine for performing knits having a beginning and an end, which has at least one needle bed in which knitting needles are mounted for extension and retraction, which has a plurality of thread carriers running successively along an endless path and having at least one thread inserter and one thread gripper, the thread carriers being transportable through a working section and through a return section for the return transport of the threads from the end of the knit to the beginning of the knit for the insertion of threads into select needles, and having furthermore at least one thread clipper for severing the threads after they have been worked by the last active needle each time and after they have been gripped in the corresponding thread gripper, and having a control apparatus suitable for varying the knit width for the opening or closing of the thread grippers for the purpose of the release or of the gripping of the thread ends produced by the clipping device and carried by the thread carriers in

Abstract: Circular knitting machine for producing artificial furs or pile fabric having combed-in fibres comprises a drive motor and at least a carding device, which has a drive member being in operative connection with the drive motor for supplying rotary movement to the rotatable parts of the carding device. In order to achieve that in the event of excessive load in the rotating parts at least the operation of the carding device is automatically suspended, according to the invention there is provided between the drive motor (6) and the drive member (25) an overload clutch (23) having a device (30, 63) for automatically stopping the drive motor (6) (FIG. 2) when the overload condition is reached.

Abstract: A thread guide system for feeding a plurality of threads to a plurality of thread carriers moving in tandem in an endless circuit.

Abstract: A machine for producing a knitted fabric having a knitted ground material of a ground thread and a pile or loop-pile surface from additional pile threads or fibers, the machine having a plurality of individually selectable knitting elements and at least two knitting systems, each with a feeding position for the ground thread and the pile thread or a fiber web. A patterning mechanism is provided at each knitting system for selecting the particular knitting element which is to process the pile threads or fibers in that system and each knitting element having a knitting cam segment to produce the stitches.

Abstract: An apparatus for feeding a plurality of threads to a knitting machine wherein the thread guides are moving in endless path about the needle bed one after the other in one direction.

Abstract: A control magnet system for a pattern apparatus on a textile machine, in particular a knitting machine, comprises a permanent magnet which includes a control pole having a pole surface and controllable by means of a control coil and a co-operating pole having a pole surface, and comprises at least one armature which is movable relative to the two poles and which can be applied against the pole surface of the control pole against a spring force in such a manner that, when the control coil is not energized, the armature remains against the pole surface of the control pole by virtue of the magnetic force produced by the permanent magnet, whereas, when the control coil is energized the armature is released from the pole surface of the control pole by virtue of the spring force, wherein the pole surface of the control pole is perpendicular to the direction of release of the armature, and the pole surface of the co-operating pole is perpendicular to the pole surface of the control pole (FIG. 2).

Abstract: A simple and easily manufactured assembly plate for receiving cam parts of a knitting machine in a predetermined position and in which the assembly plate is easily positioned in a knitting machine. The plate is provided with positioning projections, pins or the like which properly position the cam parts and which are formed by simple stamping procedures or by casting or extruding plastic materials.