Abstract: Disclosed is a pressure-measuring plug (100) for a combustion engine comprising a hollow plug body (102), a housing (110) attached to a distal end (102D) of the plug body (102), electronic components (116) arranged in the housing (110) and a sensing module (104) arranged in the hollow plug body and attached to a proximal end (102P) of the hollow plug body (102) The measuring plug further comprises an interconnection module (108) configured to electrically connect the electronic components (116) to the sensing module (104) through the hollow plug body. The interconnection module (108) comprises an elongated support structure (108A) with a first end (108P) provided with first terminals (108C) and a second end (108D) provided with second terminals (108B1), wherein the first terminals (108C) provide an electrical coupling which is flexible in axial direction. The interconnection module provides a reliable connection and could be used for mass production.

Abstract: Disclosed is a pressure-measuring plug (100) for a combustion engine comprising a hollow plug body (102), a housing (110) attached to a distal end (102D) of the plug body (102), electronic components (116) arranged in the housing (110) and a sensing module (104) arranged in the hollow plug body and attached to a proximal end (102P) of the hollow plug body (102) The measuring plug further comprises an interconnection module (108) configured to electrically connect the electronic components (116) to the sensing module (104) through the hollow plug body. The interconnection module (108) comprises an elongated support structure (108A) with a first end (108P) provided with first terminals (108C) and a second end (108D) provided with second terminals (108B1), wherein the first terminals (108C) provide an electrical coupling which is flexible in axial direction. The interconnection module provides a reliable connection and could be used for mass production.

Abstract: A communications headset may be worn on an ear of a user. The headset may include a housing provided with a protruding concha-engaging part and a hook. The hook has an ear-engaging part and a joint part. The joint part is connected to the housing in that it is retained by a lug which is provided on an upper surface of a bottom wall of the housing. The joint part has an end portion which is configured as a rotation axis around which the hook is rotatable.

Abstract: An adjustable earpiece for a communications headset includes a hook, an arm to displaceably connect to the hook, a hinge to connect to the arm and to the communications headset, and a connection mechanism to adjustably prevent relative displacement of the arm and the hook.

Abstract: An adjustable earpiece for a communications headset includes a hook, an arm to displaceably connect to the hook, a hinge to connect to the arm and to the communications headset, and a connection mechanism to adjustably prevent relative displacement of the arm and the hook.

Abstract: A two-part electromagnetic radiation shielding device (10) for mounting on a Printed Circuit Board (PCB). The device (10) comprises a substantially open frame member (6) for receiving an electric or electronic component requiring shielding, and a closing can or cover member (1). The frame and cover members (6; 1) are constructed from electrically conductive material and have peripheral sides (7; 3) adapted to grip each other such that, in use, the frame and cover member (6; 1) surround the component in a closing arrangement. The peripheral sides (7; 3) of the frame and cover member (6; 1) have a shape such that a continuous gripping force is exerted (14) to establish and maintain circumferential electrical contact (13) between the frame and cover member (6; 1) at facing edges (5; 11) of the peripheral sides (3; 7) of the members (1; 6). Separate mechanical (14) and electrical (13) engagements are provided for optimum Electro Magnetic Compatibility (EMC) shielding.