Abstract: A closure part, for vulcanization into products which are produced at least in part by vulcanization, includes at least a rear side, a function side and a barrier layer. The rear side is integrally bonded to a rubber material. The function side has individual hook-and-loop elements that are kept free of the rubber material and produce a releasable hook-and-loop closure when engaged with corresponding hook-and-loop elements. The barrier layer is between the rear and the function side. The barrier layer prevents liquid rubber material and/or flowable vulcanization products from entering the function side from the rear side during vulcanization.

Abstract: A sensor device is for determining moisture using an electrical conductivity measurement. A non-conducting support has individual electrical conductors. The electrical resistance between the electrical conductors is dependent upon the amount of moisture present on the support and the electrical conductors. The respective electrical conductor is an integral component of a hook-and-loop fastener part.

Abstract: A closure part, for vulcanization into products which are produced at least in part by vulcanization, includes at least a rear side, a function side and a barrier layer. The rear side is integrally bonded to a rubber material. The function side has individual hook-and-loop elements that are kept free of the rubber material and produce a releasable hook-and-loop closure when engaged with corresponding hook-and-loop elements. The barrier layer is between the rear and the function side. The barrier layer prevents liquid rubber material and/or flowable vulcanization products from entering the function side from the rear side during vulcanization.

Abstract: A method for producing a touch-and-close fastener part includes producing a base structure from a thread system having individual loops which are at least partially of a polyamide or polyester plastics material. At least a portion of the loops are cut to form two stem-like loop ends. The loop ends are heated at a predeterminable temperature and for a predeterminable heating time until a head shape is produced as a thickening at the respective loop end under the surface tension of the plastics material. The head shape is formed with a convex upper side which, at the point of a linear transition, merges into a concave interlocking surface which is seamlessly transferred into the adjoining stem-like loop end for an interlocking element.

Abstract: A connecting part (3) is formed by injection moulding. A closure part (11) forms a component of an adhesive closure having adhesive or hooking elements and is introducible as an insert part into an injection mould. In a back-injection process, the connecting part (3) forms a structural part containing the closure part (11) as an integral component.

Abstract: A foot mat arrangement with a floor unit and a foot mat can be fastened to the floor unit. The foot mat can be fastened to the floor unit by means of a hook-and-loop connection. The hook-and-loop connection has a first hook-and-loop element, which is fastened to the floor unit by material bonding, in particular, by a welded connection. The first hook-and-loop element can have a loop pile fabric. The first hook-and-loop element is preferably fastened to an attachment. The attachment and/or a carpet can be fastened to a floor element of the floor unit, in particular, by a material bond. A vehicle may have such a foot mat arrangement and a method for producing the floor unit of such a foot mat arrangement is disclosed.

Abstract: A fastening device has a plurality of individual spaced-apart interlocking elements made of a plastics material, each of which projects towards one side from a carrier part by being provided with a stem part and a head part. The number of interlocking elements is 100 to 200 pieces per cm2, preferably 120 pieces per cm2. The diameter of the stem part of an interlocking element is 150 to 250 ?m, preferably 213 ?m. The height of the interlocking element, calculated from the root-side base on the carrier part to the head-part end, is 1200 to 2200 ?m, preferably 1500 to 1980 ?m. The dimension of the largest head-part diameter of an interlocking element is 200 to 400 ?m, preferably 220 to 290 ?m.

Abstract: 1. Adhesive fastener and diaper having such an adhesive fastener. 2. An adhesive fastener, consisting of at least one plastic material, having a plurality of hook means which are integrally connected to a substrate (10), each in the form of a stalk part (14) which is provided with a head part (12) and which protrudes above the substrate (10), is characterized in that at least a portion of the plastic material used is biodegradable and/or is bio-based.

Abstract: A fastening system is disclosed, which can be applied repeatedly to third components, preferably having a smooth surface, for the purpose of detachable fastening to the same, consisting of at least two interconnected functional parts (2, 6) of planar shape, of which at least one functional part (2) has the form of a film and bears information and at least one further functional part (6) has a plurality of individual elements (4), the free end faces (8) of which adhere to the surface of the respective third component by means of adhesion.

Abstract: A touch fastener part has a first substrate tape (10) with hooking elements (12) arranged on one side and has a second substrate tape (16) connected to the first substrate tape (10). The second substrate tape (10) has a connectors (20) on its side facing away from the hooking elements (12) and is wider than the first substrate tape (10). At least one free lateral edge area (22) of the second substrate tape (16) projects beyond the adjacent longitudinal edge of the first substrate tape (10). The two substrate tapes (10, 16) can be bent along and transversely to their longitudinal orientation by at least one free side edge area (22) of the second substrate tape (16) being provided with a weakening of resistance (27) in such a way that bending the two substrate tapes (10, 16) transversely to their longitudinal orientation is facilitated.

Abstract: A diaper, such as a baby diaper or incontinence diaper, consisting of at least one outer shell (10) and having an absorbent body connected to the shell (10), is characterized in that the absorbent body can be separated from the shell by means of a mechanical fastener system acting between the outer shell (10) and the absorbent body.

Abstract: A touch fastener system has two interconnectable and detachable touch fastener parts (4), each of which has a plurality of fastening elements (6) projecting from a carrier. The fastening elements (6) can be brought into detachable engagement with each other opposite from each other in a predeterminable connection area. The fastening elements (6) of the one type of a touch fastener part (4) within the connection area receive the fastening elements (20) of the other type between them forming strips (22, 24). One of the touch fastener parts (4) has fastening elements (6) of only one type, which, when engaged within the connection area, are connected to fastening elements (6) of this type and to fastening elements (20) of a further type of the respective other touch fastener part (4).

Abstract: A touch fastener system, consisting of two interconnectable and detachable touch fastener parts (4), each of which has a plurality of fastening elements (6) projecting from a carrier, which fastening elements (6) can be brought into detachable engagement with each other opposite from each other in a predeterminable connection area, wherein the fastening elements (6) of the one type of a touch fastener part (4) within the connection area receive the fastening elements (20) of the other type between them forming strips (22, 24), is characterized in that one of the touch fastener parts (4) has fastening elements (6) of only one type, which, when engaged within the connection area, are connected to fastening elements (6) of this type and to fastening elements (20) of a further type of the respective other touch fastener part (4).

Abstract: 1. Touch fastener part 2. A touch fastener part having a first substrate tape (10) having hooking elements (12) arranged on one side thereof, and having a second substrate tape (16) which, connected to the first substrate tape (10), has a connection means (20) on its side facing away from the hooking elements (12), wherein the second substrate tape (16) is wider than the first substrate tape (10) and at least one free lateral edge area (22) of the second substrate tape (16) projects beyond the adjacent longitudinal edge of the first substrate tape (10), and wherein the two substrate tapes (10,16) can be bent along and transversely to their longitudinal orientation, is characterized in that at least one free side edge area (22) of the second substrate tape (16) is provided with a weakening of resistance (27) in such a way that bending the two substrate tapes (10,16) transversely to their longitudinal orientation is facilitated.

Abstract: A connecting part (3) is formed by injection moulding. A closure part (11) forms a component of an adhesive closure having adhesive or hooking elements and is introducable as an insert part into an injection mould. In a back-injection process, the connecting part (3) forms a structural part containing the closure part (11) as an integral component.

Abstract: A flame-resistant finish is adapted for a closure piece to form a detachable closure. The closure piece has a flat basic fabric (14) of warp threads (10), and weft threads (12). Functional elements (18) protrude on the front side of the basic fabric (14). The basic fabric (14) is provided with the flame-resistant finish. The fabric (14) and the functional elements (18) are predominantly, preferably entirely, made of flame-resistant plastic materials.

Abstract: A method produces a connecting part (3) using an injection molding method. In a first step, a closure part (11) forming a component of an adhesive closure is produced having adhesive or hooking elements and is introduced as an insert part into an injection mold. In a second step, a back-injection process forms the connecting part (3) in the form of a structural part containing the closure part (11) as an integral component.

Abstract: A flat touch-and-close fastener element, which is detachably connected to a second touch-and-close fastener element, thereby forms a touch-and-close closure. The fastener element has a system of threads (10) of warp and weft threads, as well as pile threads. The individual threads have different chemical and/or physical properties and, for this purpose, are formed of different materials.

Abstract: A connection method, in addition to a functional part used in it and to a flame-retardant total system, connects a single- or multilayer functional part (10) to a third component (20). The functional part (10) has functional elements (14, 16) projecting on one side. The functional part (10) is formed at least partially from a material at least partially transparent to laser light. A blocking layer (18) is disposed to be at least partially opaque to laser light such that after passage of the laser light through the functional part (10), the laser light inside the blocking layer (18) generates heat by absorption for melting the functional part (10) and/or the third component (20) to connect them to one another.

Abstract: A method for producing a connecting part (28) uses an injection foam molding process. In a first step, a fastening part with adhesive and/or hooking elements (18), forming a component of a contact fastener, is produced and introduced into an injection mold (2) as an insert part (16). A support part (26) is formed in the mold in a second step using a foamed synthetic material (22). The support part is connected to the insert part to form the connecting part (28).