Abstract: In accordance with an embodiment, a semiconductor device includes: a radiator comprising a radiation layer configured to radiate an electromagnetic wave; a detector comprising a detection layer configured to detect the electromagnetic wave; a substrate; and an interface layer arranged between the radiator or the detector and the substrate, where a thermal conductivity of the radiator or the detector is different from a thermal conductivity of the interface layer.

Abstract: An apparatus, in particular a measuring device, for acquiring a consumption quantity, includes a housing, a circuit board disposed inside the housing, a communication device, and an antenna disposed on the circuit board. The communication device is adapted to transmit data at a given carrier frequency between the apparatus and an external device via the antenna. A dielectric with changeable permittivity with respect to the carrier frequency is disposed inside the housing. The circuit board and/or a metallic or metal-containing shielding device is disposed between the dielectric and the antenna and/or a minimum distance of the antenna from the dielectric is at least 30% or at least 50% of a maximum diameter of the interior of the housing.

Abstract: This rapier is for drawing-in a weft yarn into a shed of a weaving loom (2), along a drawing-in path. The rapier includes a rapier head (206) mounted at one end of the rapier, which extends along a main longitudinal is driven, along the drawing-in path, by a drive. Also included is a clamp (320) for catching a weft yarn, with the clamp being mounted in the rapier head, operable between an open and closed configuration. The rapier includes an electric motor, (208) mounted on the body for actuating the clamp and a mechanism (260-328) for transforming an output movement of the motor, which is a rotation around an axis (A208) parallel to the main longitudinal axis, into an opening or a closing movement of the clamp.

Abstract: A hook-and-loop fastener connector having a plurality of hooks (7) arranged on a base plate (16). The hooks (7) exhibit a hook foot (8) and a hook head (9). The hook foot (8) and hook head (9) are arranged within one plane. The plane (10) and the base plate (16) are angled to each other at an angle (ß) greater than 90°.

Abstract: The invention relates to an apparatus for producing a hook-and-loop fastener connector (18) via an injection molding method, which comprises: an injection mold (11) having a plurality of first and second mold halves (1;2), wherein each first mold half (1) exhibits a plurality of first cavities (3) in a first surface (4) and each second mold half (2) exhibits a plurality of second cavities (5 ) in a second surface (6), and the first and second surfaces (4;6) face each other and contact such that the first and second cavity (3; 5) together form an entire cavity in hook form, wherein the hook form (7) exhibits a hook foot (8) and a hook head (9), and the hook foot (8) and hook head (9) are arranged within one plane, wherein the hook foot (8) is formed at least by the first cavity (3) and the hook head (9) is formed at least by the second cavity (5), wherein the injection mold (11) has a longitudinal axis (12) along which the second mold halves (2) are displaceable in relation to the first mold halves (1), charac

Abstract: A hook-and-loop fastener connector having a plurality of hooks (7) arranged on a base plate (16). The hooks (7) exhibit a hook foot (8) and a hook head (9). The hook foot (8) and hook head (9) are arranged within one plane. The plane (10) and the base plate (16) are angled to each other at an angle (?) greater than 90°.

Abstract: This rapier is for drawing-in a weft yarn into a shed of a weaving loom (2), along a drawing-in path. The rapier includes a rapier head (206) mounted at one end of the rapier, which extends along a main longitudinal is driven, along the drawing-in path, by a drive. Also included is a clamp (320) for catching a weft yarn, with the clamp being mounted in the rapier head, operable between an open and closed configuration. The rapier includes an electric motor, (208) mounted on the body for actuating the clamp and a mechanism (260-328) for transforming an output movement of the motor, which is a rotation around an axis (A208) parallel to the main longitudinal axis, into an opening or a closing movement of the clamp.