Abstract: A seat-belt buckle for securing persons in motor vehicles, including at least one sensor unit which is designed in such a manner that it can detect the closure state of the seat-belt buckle, the seat-belt buckle having an illumination unit which is integrated, together with the sensor unit, in a common sensor/illumination subassembly.

Abstract: A belt force measuring device with a measuring spring, the displacement thereof being a measurement for the belt force, and with a transmitter, being assigned to the measuring spring, and with a sensor element, being also assigned to the measuring spring, wherein the displacement of measuring spring, effects a change of position of the sensor element in relation to the transmitter. The change of position is detected by the sensor element as measurement for the belt force and the belt force measuring device further has a first connecting element, connecting the measuring spring with a belt lock or a first belt section and a second connecting element, connecting the measuring spring, with a motor vehicle body or with a component of the motor vehicle body or a second belt section. To provide a belt force measuring device, being produced simply and cost effectively, the measuring spring, the first connecting element and the second connecting element are designated as a single-piece component.

Abstract: A cable holder arrangement, including a protective tube, through which one or more cables are run with radial play, a cable retainer strap, arranged on a holder element at one end thereof and enclosing the protective tube and pulled with the free end region thereof through an opening on the holder element to make enclosing contact with the protective tube and prevented from making a movement in the direction of release of the enclosing contact by a blocking means. The cable is enclosed by a spacer in the region of the cable retainer strap the outer diameter of which approximately corresponds to the inner diameter of the protective tube.

Abstract: The invention relates to an electrical device (1), especially for a motor vehicle. Said device comprises an electrical component (2) and a connecting cable (5) which is connected to the component (2) and is surrounded by a sheathing (8), the end (9) of said sheathing being at a distance from the component (2). The sheath end (9) and the respectively connected regions (13, 14) of the sheathing (8) and the connecting cable (5) comprise a sealing coating (16). The aim of the invention is to improve the sealing and to increase the durability thereof. To this end, another section (10) of the sheathing (8), embodied in a sleeve-shaped manner, is arranged between the sheath end (9) and the component (2), and the coating (16) extends over a sleeve end (11) facing the sheath end (9) and over the region (17) of the sleeve-shaped section (10) of the sheathing (8) connected thereto. The invention also relates to a method for producing one such device.

Abstract: A belt force measuring device with a measuring spring, the displacement thereof being a measurement for the belt force, and with a transmitter, being assigned to the measuring spring, and with a sensor element, being also assigned to the measuring spring, wherein the displacement of measuring spring, effects a change of position of the sensor element in relation to the transmitter. The change of position is detected by the sensor element as measurement for the belt force and the belt force measuring device further has a first connecting element, connecting the measuring spring with a belt lock or a first belt section and a second connecting element, connecting the measuring spring, with a motor vehicle body or with a component of the motor vehicle body or a second belt section. To provide a belt force measuring device, being produced simply and cost effectively, the measuring spring, the first connecting element and the second connecting element are designated as a single-piece component.

Abstract: The invention relates to a device for detecting the movement of a movable component, the device having an inner part 1 and the inner part 1 having a housing in which are mounted conductors 3 that carry electrical components 4 and a sensor element. One end of each conductor 3 protrudes from the inner part 1 forming plug contacts 6, and the inner part 1 is encapsulated by a plastic housing 2 in such a way that the plug contacts 6 project into a plug receiver 5 in the plastic housing. The electrical components 4 and the sensor element are covered by covers and encapsulated by the plastic housing 2. The covers protect the components from the plastic in the encapsulation process.

Abstract: The invention relates to an electrical device (1), especially for a motor vehicle. Said device comprises an electrical component (2) and a connecting cable (5) which is connected to the component (2) and is surrounded by a sheathing (8), the end (9) of said sheathing being at a distance from the component (2). The sheath end (9) and the respectively connected regions (13, 14) of the sheathing (8) and the connecting cable (5) comprise a sealing coating (16). The aim of the invention is to improve the sealing and to increase the durability thereof. To this end, another section (10) of the sheathing (8), embodied in a sleeve-shaped manner, is arranged between the sheath end (9) and the component (2), and the coating (16) extends over a sleeve end (11) facing the sheath end (9) and over the region (17) of the sleeve-shaped section (10) of the sheathing (8) connected thereto. The invention also relates to a method for producing one such device.

Abstract: The invention relates to a device for detecting the movement of a movable component, the device having an inner part 1 and the inner part 1 having a housing in which are mounted conductors 3 that carry electrical components 4 and a sensor element. One end of each conductor 3 protrudes from the inner part 1 forming plug contacts 6, and the inner part 1 is encapsulated by a plastic housing 2 in such a way that the plug contacts 6 project into a plug receiver 5 in the plastic housing. The electrical components 4 and the sensor element are covered by covers and encapsulated by the plastic housing 2. The covers protect the components from the plastic in the encapsulation process.

Abstract: The invention relates to a sensor arrangement (8), comprising a flange component (9), for external fixing of the sensor arrangement (8) and a sleeve (1), for housing electrical components, which is firmly secured to the flange component (9). The invention also relates to a method for producing a sensor arrangement. The air of said invention is to simplify the manufacturing of said sensor arrangement (8). Said air is achieved, whereby the sleeve (1) is arranged in a recess (10) of the flange component (9) and secured to the flange component (9), by means of a friction weld (11).

Abstract: In a method for production of an apparatus for detection of the movement of a movable component, the apparatus has an inner part 1 with a housing 11 and with an external contour like a pillar. Conductor tracks 3 are arranged on the pillar and are fitted with electrical components 4 and a sensor element. Ends of the sensor element project out of the inner part 1, forming plug contacts 6. The inner part 1 is extrusion coated with a plastic housing 2 permitting plug contacts 6 to project into the interior of a plug holder 5 in the plastic housing 2.

Abstract: A magnetic field sensor has a carrier element (1) made from metal, on which a holder (2) with a sensor element (3) is fixed in a set position. For this, the holder (2) engages with holding tongues (9, 10), having barbs (11), in recesses (12, 13) in the holder (2). An interspace (15), filled up by an extrusion coating (16), which also surrounds the remaining holder (2) hermetically, exists between the holder (2) and the carrier element (1) through the bearing of the holder (2) against a stop surface (14) of the holding tongue (9, 10).

Abstract: A magnetic field sensor has a carrier element (1) made from metal, on which a holder (2) with a sensor element (3) is fixed in a set position. For this purpose, the holder (2) engages with holding tongues (9, 10), having barbs (11), in recesses (12, 13) in the holder (2). An interspace (15) filled up by an extrusion coating (16), which also surrounds the remaining holder (2) hermetically, exists between the holder (2) and the carrier element (1) through the bearing of the holder (2) against a stop surface (14) of the holding tongue (9, 10).