Abstract: A printed circuit board mounting arrangement, in particular for use in environments with an aggressive vibration profile such as a motor vehicle, includes a housing and a circuit board secured to a connector body by mechanical press fit pins extending through location holes on a flange formed on the connector body to the printed circuit board. The arrangement provides for a secure connection that can achieve a high IP rating.

Abstract: A printed circuit board mounting arrangement, in particular for use in environments with an aggressive vibration profile such as a motor vehicle, includes a housing and a circuit board secured to a connector body by mechanical press fit pins extending through location holes on a flange formed on the connector body to the printed circuit board. The arrangement provides for a secure connection that can achieve a high IP rating.

Abstract: A connector element for an electronic component includes a connecting region for connecting a circuit board to the connector element and a connector for connecting the connector element to another component. The connector element includes a sealing area intended to be brought in contact with a corresponding mating area of a housing. The sealing area has a narrow groove intended to be filled with a sealing material in a dispensing process. The narrow groove includes a dispensing starting region and the dispensing starting region has a width larger than the width of the narrow groove and a conically shaped side wall, in which the tip of the conus points towards the depth of the narrow groove. An electronic component and a method for assembling the electronic component are also provided.

Abstract: A belt force measuring device has a measuring spring, the expansion of which is a measure of the belt force. It further has a detector which is arranged on the measuring spring rigidly to a first bearing of the measuring spring. Furthermore, a sensor element is provided which is arranged on the measuring spring rigidly to a second bearing of the measuring spring. The measuring spring is arranged and formed such that it expands between the first and second bearing as a function of the belt force.

Abstract: Seatbelt lock casing with an integrated force-sensing device for measuring a belt tensile force acting on a seatbelt lock, containing a moving anchor that protrudes through an opening formed in a front wall of the casing and has a stop that restricts the movement of the anchor from the casing against an elastic support operating between the casing and anchor, and a sensor attached to the casing for registering the position of the moving anchor.

Abstract: Force-sensing unit for measuring a belt tensile force acting on a seatbelt lock, including a casing with an opening formed in a front side, and further including a moving anchor which is located in the casing and which protrudes through the opening and which has a stop that restricts the movement of the lug from the casing against an elastic support, and a sensor for registering the position of the moving anchor, whereby the casing can be attached between the seatbelt lock and an anchorage, characterized in that the elastic support is provided by a torsion spring supported on the anchor and on the casing on both sides of the anchor.

Abstract: A belt force measuring device has a measuring spring, the expansion of which is a measure of the belt force. It further has a detector which is arranged on the measuring spring rigidly to a first bearing of the measuring spring. Furthermore, a sensor element is provided which is arranged on the measuring spring rigidly to a second bearing of the measuring spring. The measuring spring is arranged and formed such that it expands between the first and second bearing as a function of the belt force.

Abstract: Seatbelt lock casing with an integrated force-sensing device for measuring a belt tensile force acting on a seat-belt lock, containing a moving anchor that protrudes through an opening formed in a front wall of the casing and has a stop that restricts the movement of the anchor from the casing against an elastic support operating between the casing and anchor, and a sensor attached to the casing for registering the position of the moving anchor.

Abstract: Force-sensing unit for measuring a belt tensile force acting on a seatbelt lock, including a casing with an opening formed in a front side, and further including a moving anchor which is located in the casing and which protrudes through the opening and which has a stop that restricts the movement of the lug from the casing against an elastic support, and a sensor for registering the position of the moving anchor, whereby the casing can be attached between the seatbelt lock and an anchorage, characterized in that the elastic support is provided by a torsion spring supported on the anchor and on the casing on both sides of the anchor.