Abstract: In a rotary cage which applies warp spools, in atriaxial weaving machine, the spools are driven to unroll their yarns and for compensating for the length differences between the lengths of warp yarns delivered and the ones entrained. The warp spools are arranged in two levels. In a stationary device the warp yarns are rearranged from a preceding circular distribution to a subsequent planar two-plane distribution thereof. The device includes two intake rollers and two lateral shutter masks. In an assembly, a warp-yarn Z-system and a warp-yarn S-system are created. The assembly includes two spirally wound shafts. A shed-forming assembly includes a cam spindle incorporated under a respective spirally wound shaft. A weft laying-in and beating-up, respectively, attachment includes a weft shaft. Alternatively, a shed-forming weft-laying-in and weft-beating-up, respectively, weft shaft is incorporated under a spirally wound shaft.

Abstract: A jacquard machine having lifters controlled by electromagnets. Activated by electromagnets are lifters that, according to the weave pattern, must reside in the upper shed. The lifter is arranged between a continuously rotating lifting roll and an appropriately distanced press roller of an anchor of an electromagnet, the roller pressing the lifter to the mantle surface of the lifting roll when the electromagnet is electrically connected according to the weave pattern. Next to each lifting roll, a series of lifters are positioned. The lifting rolls are arranged so that in a vertical plane, along the width of the warp, there exists a roll matrix composed of mutually equal columns of rolls and mutually equal rows of rolls. The one-column lifting rolls together with the respective lifters, electromagnets and the respective mechanical equipment form a roll module, and two roll modules positioned along the warp compose a roll aggregate.