Abstract: The present disclosure relates to a sanitary article (1), such as a sanitary napkin or a pantiliner, the sanitary article comprising a topsheet (2), a backsheet (3), an acquisition layer (4) and an absorbent core (5), the absorbent core (5) being arranged between the topsheet (2) and the backsheet (3) and the acquisition layer (4) being arranged between the topsheet (2) and the absorbent core (5), the sanitary article (1) having an extension in a longitudinal direction L about a longitudinal centerline U and in a transverse direction T, the sanitary article (1) having first and second longitudinal side edges (6,7) extending in the longitudinal direction L and front and rear transverse side edges (8,9) extending in the transverse direction T, the sanitary article being divided in a frontmost half (10) and a rearmost half (11), as seen in the longitudinal direction L, wherein the absorbent core (4) in the frontmost half (10) of the sanitary article (1) is provided with a low-density front shaping element (12) h

Abstract: The present disclosure relates to a sanitary article (1), such as a sanitary napkin or a pantiliner, the sanitary article comprising a topsheet (2), a backsheet (3), an acquisition layer (4) and an absorbent core (5), the absorbent core (5) being arranged between the topsheet (2) and the backsheet (3) and the acquisition layer (4) being arranged between the topsheet (2) and the absorbent core (5), the sanitary article (1) having an extension in a longitudinal direction L about a longitudinal centerline U and in a transverse direction T, the sanitary article (1) having first and second longitudinal side edges (6,7) extending in the longitudinal direction L and front and rear transverse side edges (8,9) extending in the transverse direction T, the sanitary article being divided in a frontmost half (10) and a rearmost half (11), as seen in the longitudinal direction L, wherein the absorbent core (4) in the frontmost half (10) of the sanitary article (1) is provided with a low-density front shaping element (12) h

Abstract: Disclosed is a sanitary article including a topsheet, backsheet and absorbent core, the sanitary article having an extension in longitudinal and transverse directions, the sanitary article having first and second longitudinal edges extending in the longitudinal direction and front and rear transverse edges extending in the transverse direction, the sanitary article being divided in a front portion, crotch portion and a rear portion, the absorbent core including a head portion, body portion and neck portion forming a transitional region between the head portion and the body portion, the head portion being positioned in the front portion and the body portion being positioned in the crotch portion and rear portion, wherein a transverse width at the neck region is smaller than a maximum transverse width of the absorbent core in the head portion and the body portion, wherein the absorbent core comprises three individual and separate embossed functional design elements.

Abstract: The invention relates to a method of, in the electrical ignition of a propellent charge (1) provided with an electrically conductive surface coating (5) and comprising one or more propellant components (3), ensuring that ignition and progressive combustion of the propellent charge take place. The method is characterized in that said electrically conductive surface coating, when ignition of the propellent charge is desired, is connected to an electrical high-voltage source (6), in that said high-voltage source is made to generate at least one high electrical pulse to said connected electrically conductive surface coating, and in that said at least one high electrical pulse produces an instantaneous flashover ignition of the electrically conductive surface coating of the propellent charge and of all its propellant components, simultaneously. The invention also relates to a propellent charge and to an ammunition shot comprising the propellent charge.

Abstract: A method for producing propellant charges with progressive combustion characteristic and a higher charge density than previously considered possible to achieve, intended in the first instance for direct-firing barrel weapons such as tank cannons. Combined in the charge are at least two radially perforated propellant tubes, which are arranged in their entirety inside or after one another, and which have at an e-dimension selected in relation to the actual type of propellant and its desired combustion characteristic, combustion or ignition channels, and which have circular outer and inner boundary surfaces, in conjunction with which, before initiation of the charge, at least one of the total number of outer surfaces of these propellant tubes that are available for initiation has been treated with an inhibition, surface treatment or surface intended to delay the propagation of ignition to that surface so that the combustion of the propellant tubes is partially mutually overlapping.

Abstract: A method for producing propellant charges with progressive combustion characteristic and a higher charge density than previously considered possible to achieve, intended in the first instance for direct-firing barrel weapons such as tank cannons. Combined in the charge are at least two radially perforated propellant tubes, which are arranged in their entirety inside or after one another, and which have at an e-dimension selected in relation to the actual type of propellant and its desired combustion characteristic, combustion or ignition channels, and which have circular outer and inner boundary surfaces, in conjunction with which, before initiation of the charge, at least one of the total number of outer surfaces of these propellant tubes that are available for initiation has been treated with an inhibition, surface treatment or surface intended to delay the propagation of ignition to that surface so that the combustion of the propellant tubes is partially mutually overlapping.

Abstract: The present invention relates to a method of producing propellant charges (2) of multi-perforated stick propellant with maximized charge weights for sub-calibre, armour-piercing, high-velocity projectiles (3), which are provided, for example, with six to eight, fixed stabilizing fins (5-10). The invention also encompasses a multi-perforated stick propellant (11-12) intended for this purpose and a propellant charge produced from multi-perforated stick propellant according to the methods.

Abstract: The invention relates to a method of in the electrical ignition of a propellent charge (1) provided with an electrically conductive surface coating (5) and comprising one or more propellant components (3), ensuring that ignition and progressive combustion of the propellent charge take place. The method is characterized in that said electrically conductive surface coating, when ignition of the propellent charge is desired, is connected to an electrical high-voltage source (6), in that said high-voltage source is made to generate at least one high electrical pulse to said connected electrically conductive surface coating, and in that said at least one high electrical pulse produces an instantaneous flashover ignition of the electrically conductive surface coating of the propellent charge and of all its propellant components, simultaneously. The invention also relates to a propellent charge and to an ammunition shot comprising the propellent charge.

Abstract: The present invention relates to a method and an arrangement for the production of radially perforated, cylindrical propellant tubes (1, 23, 31). The invention is based on the underlying idea that the respective propellant tube (1, 23, 31) must be fixed and centred between its own open ends and thereafter to be perforated in stages in a large number of consecutive perforation operations by means of one or more pins (13) capable of displacement in a pin die (10) relative to the propellant tube towards and at least through the major proportion of the cylindrical wall of the propellant tube. Also included in the invention is the requirement for the displacement, between each perforation operation, of the propellant tube and the pin die (10) used for the preparation operation in such a way relative to one another that the propellant tube, after a complete perforation operation, shall be covered in its entirely by perforations (32, 33, 35, 36), which lie at a predetermined e-dimension distance from one another.

Abstract: The resent invention relates to a method for producing propellant charges with progressive combustion characteristic and a higher charge density than previously considered possible to achieve, intended in the first instance for direct-firing barrel weapons such as tank cannons.

Abstract: The present invention relates to a method and a device for producing perforated propellant in the geometric form of block, stick, slab, cylindrical or tubular propellant (2) with high charge density and high progressivity. The propellant as claimed in the present invention is characterised by a large number of perforations, densely and evenly distributed over the entire propellant segments, made by perforation members (6) that are pressed down into the propellant. The perforations are thereby made in a plurality of steps with a predetermined step feed between each perforation operation. The device as claimed in the present invention also comprises a mobile pin die (5) away from but facing the feed path (1) for the propellant (2), and containing at least one row of pins for perforation of the propellant whereby each such row of pins comprises the number of pins (6) required to cover the complete width of the propellant segment across its direction of advance.