Abstract:
PROBLEM TO BE SOLVED: To provide a wipe which can efficiently and hygienically clean and dry a human body and needs less material and is handled securely enough. SOLUTION: A wipe comprises the first surface 102 and the second surface 103, and the first surface 102 is attached with a dry material 101 and it is used especially for hygienic purpose. A tab-shaped handle part 104 is formed on the second surface 103 and it has both longitudinal direction and width direction, and the length of the handle part 104 is at least 10 mm and the width of the handle part 104 is 5 mm or less, and a user can hold the wipe securely by holding the handle part 104 in the longitudinal direction between two fingers.
Abstract:
A dispenser for rolls of flexible sheet material, each of the rolls having spindle elements extending axially outwardly beyond the ends thereof, wherein a first roll is located in a dispensing position. Alternatively, a second roll may be located in a reserve position. The dispenser further includes a stub roll position arranged to receive a first roll exhausted to a predetermined extent. Retaining elements are arranged on both sides of the stub roll position to support the spindle elements inserted into each end of a roll, wherein the retaining elements arranged for simultaneous release of the spindle elements when the dispenser is opened.
Abstract:
A process for collecting and storing data related to a condition of an absorbent product is disclosed. The process includes the steps of: receiving, in a server unit, measurement data related to said condition; storing said measurement data in a first database; adapting said measurement data to a format in which it can be utilized by at least one application program configured for analyzing said condition; storing the adapted measurement data in a second database; and providing access to said second database from at least one application program arranged for analyzing said measurement data. Also disclosed is an arrangement for collecting and storing incontinence-related data.
Abstract:
Un distribuidor para rollos de material laminar flexible, teniendo el distribuidor una cubierta de distribuidor (1) y comprendiendo además al menos un primer rollo (A) que tiene medios de husillo (S1, S2) que se extienden axialmente hacia fuera más allá de los extremos de dicho primer rollo (a), en donde el distribuidor está configurado para mantener el primer rollo (A) en una posición de distribución (16), en cuya posición dicho primer rollo (A) está situado en una posición de distribución (16), en donde el distribuidor está configurado para mantener el primer rollo (A) en una posición de rollo residual (25) dispuesto para recibir el primer rollo (A) desde la posición de distribución (16) cuando el primer rollo se agota en una medida predeterminada, y en donde el distribuidor comprende medios de retención (26) dispuestos a ambos lados de la posición de rollo residual (25) para soportar los medios de husillo (S1, S2) cuando dicho primer rollo (A) se mantiene en la posición de rollo residual, insertándose los medios de husillo (S1, S2) en cada extremo del primer rollo (A), caracterizado por que los medios de retención (26) están dispuestos para la liberación simultánea de los medios de husillo (S1, S2) cuando se abre el distribuidor, y por que los medios de retención (26) están dispuestos para cooperar con la cubierta de distribuidor (1), de tal manera que cuando se mueve la cubierta de distribuidor (1) de una posición cerrada a una posición abierta, los medios de retención (26) se desacoplan de los medios de husillo (S1, S2) con el fin de liberar los medios de husillo (S1, S2).
Abstract:
Se presenta un material no tejido (8) hidroenredado que comprende una mezcla de filamentos continuos (3) aleatorizados y fibras naturales (5), en donde por lo menos parte de las fibras cortadas y/o de los filamentos continuos comprende material termoplástico. El material no tejido está unido en un patrón de ligado no aleatorio que comprende una pluralidad de sitios de ligado (14) en donde material termoplástico comprendido en el material no tejido ha sido por lo menos parcialmente ablandado o derretido para crear enlaces térmicos entre los filamentos continuos. El material no tejido no comprende más enlaces térmicos entre los filamentos que los enlaces térmicos proporcionados por dicho patrón de ligado no aleatorio. El material no tejido puede contener también fibras cortadas (6) sintéticas.
Abstract:
A method of manufacturing an absorbent article in the form of a pants-type diaper or a sanitary panty starts from a flat blank which includes an elongated absorbent body (5) enclosed between two casing sheets (2, 9) which at opposing front and rear end parts of the absorbent body have side parts which extend laterally beyond the body on opposite sides thereof. The method includes the step of folding the blank about a transverse axis so that the end edges of the side parts lie edge-to-edge. The front and rear side parts of the blank which oppose one another in the folded state of the blank are joined together by a releasable and refastenable fastener (20).
Abstract:
A hydroentangled nonwoven material (8), includes a mixture of randomized continuous filaments (3) and natural fibers (5), wherein at least part of the staple fibers and/or the continuous filaments includes thermoplastic material. The nonwoven material is bonded in a non-random bonding pattern including a plurality of bonding sites (14) in which thermoplastic material included in the nonwoven material has been caused to at least partly soften or melt to create thermal bonds between the continuous filaments. The nonwoven material includes no other thermal bonds between the filaments than provided by the non-random bonding pattern. The nonwoven material may also contain synthetic staple fibers (6).
Abstract:
The invention relates to a material laminate (1) with a planar dimension and a thickness direction perpendicular to the planar dimension, including a first liquid-permeable fibrous material layer (2) and a second liquid-permeable, porous and resilient material layer (3), with at least one of the material layers (2, 3) including thermoplastic material and the two material layers (2, 3) being mutually connected by the material laminate (1) exhibiting bonding sites (4) within which the thermoplastic material has been caused to at least partially soften or melt and thereby bond together the two material layers (2, 3). The bonding areas are arranged in two or more groups (5) with at least two bonding sites (4) in each group (5), with the greatest relative distance between two bonding sites (4), which are situated adjacent to each other, in a particular group (5) being less than the shortest distance between the group (5) and its closest adjacent group (5), as a result of whi ch the material laminate (1) exhibits bond-free areas (6) between the bonding sites (4) within each bonding group (5) which have a higher density than bond-free areas (9) of the material laminate which are situated between the bonding groups (5).