Abstract: This invention relates to flying paster, comprising a frame (1), a turret (46) rotatably arranged around a horizontal axis (L1) inside of said frame (1), reel arms (3, 5; 3A, 3B, 5A, 5B) arranged on said turret (46), at least one of said reel arms (3, 5; 3A, 3B, 5A, 5B) arranged to be axially movable on said turret (46), said moveable reel arm (3; 3A, 5 5B) holding at least one chuck arrangement (30A, 30B; 50B) for paper rolls (R1, R2; R1?, R2?), said at least one chuck arrangement (30A, 30B; 50B) having a driven spindle (328, 329) to drive at least one of said paper rolls (R1, R2; R1?, R2) and at least one motor (20; 20A, 20B) which via at least one transmission arrangement (21-27) is arranged to drive said spindle (328, 329), wherein that said at least one motor (20; 20A, 10 20B) is arranged outside of said frame (1) and that said transmission arrangement (21-27) is arranged to transmit the driving force to said spindle (328, 329) by means of a coaxially extending device that extends coaxially with said hor

Abstract: The invention relates to a roll stand (1) for a continuous unrolling of several rolls (8, 8?) of reeled, web-like material, which are unrolled consecutively after each other in the roll stand, and which rolls are arranged to be changed by roll changing from an almost depleted roll (8?) to a new, full roll (8) in said roll stand, which roll stand comprises a machine stand (2) with two gable sides (3, 4), which are arranged aloof from each other, a horizontally arranged hub girder (9) which is rotatably journalled at the gable sides and around which hub girder the rolls are arranged to be pivoted between an inlet side (6), to which new, full rolls (8) are delivered, and an outlet side (7) from which the web-like material is unrolled, at least two roll holders (10, 10?) which are arranged at the hub girder for handling of each roll and which roll holders each comprises two roll holding arms (11) which are mounted linearly displaceable laterally along one or several, axially along the hub girder and rigidity moun

Abstract: The present invention provides a method for producing a bending-resistant, elongated body, preferably a shaft or beam. The invention is characterized in that an elongated blank is produced having at least one cavity extending essentially along the entire length of the blank, the inner surface of which cavity is at a distance from the mass center of the blank seen in a section at right angles to its longitudinal axis and that affixed in the cavity is a fiber composite body with an outer surface essentially congruent with the inner surface of the cavity and that majority of the fibers in the fiber composite body both extend essentially parallel to the longitudinal axis of the elongated blank and are elongated along the whole of its length. The invention also relates to an arrangement produced according to the method.

Abstract: The invention relates to a roll stand (1') comprising a frame (3') with a roll-holding device (71) for two unwinding stations (A', B'), which frame (3') comprises means (101, 102, 103) for joining, in a roll-changing operation, a material web, which is unwound from a roll (12, 12a) provided with a rotating spindle (171, 181), to a leading end, provided with adhesive, of a material web from another roll (12, 12a) which is similarly provided with a rotating spindle (171, 181), as well as means (108, 109) for cutting off the first-mentioned web and a mechanism for braking the spindles.

Abstract: A roll stand is designed to unwind a material web (60) to a printing machine (2) or other production machine from an unwinding roll (13) in the roll stand and for a stoppage-free automatic shifting to a new roll (5), when the unwinding roll has been emptied to the desired degree. In accordance with the invention, tension is detected in the material web, which while braked in the roll stand is fed into the production machine. Based on that detection, the power supplied to or from a power receiving or power supplying system is regulated in such a way that the tension in the material web, which is fed in to the production machine, is kept constant.