Abstract: A method for separating or removing from a label carrier labels that adhere with a certain adhesive force to or on a label carrier, in particular to or on a bottle case, very particularly to or on a bottle or on the lateral surfaces of a bottle case, is known; it is distinguished in that for separating at least one stream of fluid is directed onto the area between label carrier and label.

Abstract: In order to further develop a method for producing tubular films that can be applied to an article as well as an apparatus for performing such a method, so that the complexity of production management aspects during production of tubular films is minimized and at the same time there is little material waste, the following arrangement is suggested: at least one pre-folding station for upwardly folding each of the two lateral regions of the film web along a respective bending edge that extends in the direction of travel of the film web; at least one flattening station for largely symmetrically pressing the two upwardly folded lateral regions on the central region of the film web; and, at least one welding station for forming the tubular film by means of welding the respective lateral region, in particular near the respective lateral edge, and the part of the central region spatially associated with the respective lateral region.

Abstract: The invention relates to a device for applying individual labels from a web of the same, said web taking the form of a strip or sleeve and said labels being applied to objects, preferably bottles. The device comprises a storage container for the labels that are to be applied. The storage container is configured as an interchangeable box, containing the labels in layers of loose accordion-folds. According to the invention, the uppermost layer of the web is drawn off for dispensing the labels and the undermost layer of the web is fed back at least up to the height of the uppermost layer and is freely accessible from the exterior of the box as an end piece.

Abstract: The present invention relates to a glove, especially a single-use or disposable glove with at least two essentially congruent plastic sheets, one forming the outer face for the back of the hand and one forming the inner face for the palm of the hand and with at least one absorbent outer layer applied to the outer face and/or top side of the inner face, which outer layer is provided with at least one fluid, especially sprayed and/or soaked and/or impregnated, the plastic sheets being permanently joined to one another at least along the lateral border regions while providing a glove opening which is opposite the finger section, is essentially sealed against the penetration of fluid, and may be exposed and/or opened when the glove is to be used.

Abstract: The invention relates to a composite material, comprising at least one support layer and at least one adhesive film the non-adhesive upper surface of which can be at least partially printed and/or at least partially painted and/or at least partially written on and/or at least partially coloured and/or at least partially provided with information and the adhesive underside of which is detachably arranged on the upper surface of the support layer.

Abstract: The invention relates to a glove, especially a disposable glove. Said glove comprises at least two plastic films (6, 7) of substantially the same dimensions that are firmly linked with each other at least in the lateral marginal zones (8), thereby defining the inner (10) and the outer (9) face of the glove and leaving free a glove opening (11). Said glove is further characterized by an absorbing exterior layer (12) that is applied on the outer surface that pertains to the back of the hand and/or the inner surface that permits to the palm.

Abstract: The present invention relates to an information carrier provided for mounting on a bottle and/or on a bottle case, particularly on the lateral surfaces of a bottle case,

Abstract: The invention relates to a method for detaching or removing labels from a label substrate which adhere with a specific adhesive force to a label substrate, especially to a bottle case, specifically to the lateral surfaces of a bottle case, wherein

Abstract: A spin-stabilized projectile includes a projectile body having a longitudinal axis; a metal driving band mounted on the projectile body and having a circumferential groove surrounding the axis; and a plastic sealing ring seated in the groove and affixed to the projectile body.

Abstract: A spin-stabilized projectile includes a projectile body having a longitudinal axis, a forward and a rearward direction; a metal driving band mounted on the projectile body for transferring spinning forces to the projectile body; a circumferential groove provided in the outer surface of the projectile body rearwardly of the metal guide band; and a metal sealing ring seated in the groove and being freely rotatable relative to the projectile body.

Abstract: A packing unit with two protective gloves arranged on a carrier sheet, particularly AIDS protective gloves characterized in that both protective gloves are attached to one side of carrier sheet and/or to an opposite side of the carrier sheet such that the contour outlines of the two protective gloves overlap at least partially.

Abstract: A method for manufacturing a web of interconnected bags from a semitubular web of material, in which pockets are formed at a first side of the web and a second side of the web adjacent a first of two longitudinal outer edges of the web. At least one continuous strip is inserted into the pockets before separation of the bags. The strips are cut to predetermined lengths, and their ends are fastened together. The web is welded together along transverse lines substantially perpendicular to the pockets for producing one bag at a time, which is conveyed transversely substantially perpendicular to the direction motion of the web. The pockets project at one of the two sides of the web beyond the pockets on the other side of the web substantially perpendicular to the direction of motion of the web. Each bag is welded and conveyed substantially perpendicular to the direction of motion of the web.