Abstract:
Die Erfindung betrifft einen Wundpflegeartikel, aufweisend mindestens eine flächige Lage enthaltend ein absorbierendes Material, wobei der Wundpflegeartikel mindestens ein Wirkelement aufweist, welches ihm mindestens abschnittsweise eine plastische Verform- oder Modellierbarkeit verleiht
Abstract:
This disclosure relates to a substrate comprising multiple layers which are designed to provide moisture absorption, non-adherence, and antimicrobial properties to a contact surface. The substrate is minimally comprised of (a) at least one skin contact layer of apertured hydrophobic polymeric film, (b) at least one layer of absorptive material that contains a reinforcement material, and (c) at least one layer of liquid impermeable film backing. The substrate may also include a layer of material that contains an antimicrobial agent. The substrate may be ideally suited for use in the medical field as an absorptive pad for end-uses such as wound care (e.g. burn care), surgery care, and incontinence care.
Abstract:
A wound dressing includes one or more layers containing a first anti-microbial agent and at least one of: a chelating agent, and a second anti-microbial agent.
Abstract:
A wound dressing has a film dressing layer (10) which is coated with adhesive on one side. The dressing is supported in a flat, wrinkle-free condition by two edge portions of the adhesive protector layer and a support layer (13a, 13b) on the non-adhesive surface of the dressing layer.
Abstract:
A topical dressing for dermal or transdermal administration of a substance, comprising a backing structure (1) comprising a disc (3), a pad (9) containing the active substance, a resilient layer (4) with an adhesive (5) provided on one side thereof, the resilient layer and the adhesive being provided with a cut-out (7) defining a cavity (8) in which the pad (9) is placed, the disc (3) of the backing structure (1) being provided on the side of the resilient layer remote from the side provided with the adhesive and partly covering the resilient layer (4), and a covering structure (2) having a release liner and a dish (18), the dish being formed to receive the pad (9) during production and storage of the dressing, said covering structure (2) being provided on the adhesive side of the resilient layer (4), whereby the backing structure (1) is provided with one or more strips (20) extending outwardly from the periphery edge of the backing disc (3) towards the periphery edges of the resilient layer (4) and the cover structure (2) and the backing structure (1) are sealed together within the cavity (8). There is also provided a method of producing a topical dressing according to the invention and a suggested use of the same topical dressing.
Abstract:
The present invention provides a biological bandage (10), comprising an envelope (12) enclosing cells (16) which secrete biologically active cellular products (17) such as growth factors, which promote the healing of wounds. The envelope (12) is further comprised of a permeable bottom membrane (15) through which the cellular product (17) diffuses, and an impermeable top membrane (14). Preferably the bandage (10) has a separator (30) interposed betwen the two membranes. This invention also relates to a method for genetically engineering the cells (16), and a method for treating wounds. The bandage (10) provides a continous, uniform source of fresh, pure cellular product (17).
Abstract:
The present invention discloses an ostomy device comprising an adhesive wafer, wherein said adhesive wafer comprises means for preventing deformation and tearing when the adhesive wafer is removed from the skin. In particular, the present invention relates to adhesive wafers formed of soft adhesives.
Abstract:
A wound dressing (1;15;18) comprising a polyurethane film sheet (2;19) having a wound facing side (3) and an opposite side (4). The wound facing side (3) has a peripheral rim zone (5) provided with an adhesive (6) or an adhesive means (16), the peripheral rim zone (5) encircles a central sheet part (11) free of adhesive (6) or adhesive means (16), and the wound dressing (1) has a moisture vapor transmission rate of at least 1,200 g/m 2 /24 hour at the adhesive- coated or adhesive-means provided rim zone (5) and a moisture vapor transmission rate at the central sheet part (12) of at least 3,000 g/m 2 /24 hour. A method and production line for manufacturing various embodiments of wound dressings are also disclosed.
Abstract translation:1.一种伤口敷料(1; 15; 18),包括具有面向伤口的侧面(3)和相对侧(4)的聚氨酯膜片(2; 19)。 伤口面对侧(3)具有设置有粘合剂(6)或粘合装置(16)的外围边缘区域(5),周边边缘区域(5)围绕不含粘合剂(6)的中心片部分 )或粘合剂装置(16),并且伤口敷料(1)在粘合剂涂覆或粘合剂装置的边缘区域(5)处具有至少1200g / m 2/24小时的湿气透过率和湿气 中心片部分(12)处的蒸汽透过率至少为3,000g / m 2/24小时。 还公开了用于制造伤口敷料的各种实施例的方法和生产线。
Abstract:
The present invention relates to a wound dressing comprising a hydrophilic foam layer; a hydrocolloid layer wherein said hydrocolloid layer is contoured with one or more pockets; and a film backing layer. Said pockets increase the absorptive capacity of the said dressing.
Abstract:
The present invention provides a reinforced absorbent article that includes one or more reinforcement means. The reinforced absorbent article allows for the use of high-speed processing without machinery malfunction and downtime. In one embodiment the reinforced absorbent article is a reinforced absorbent food pad.