Abstract: A driver's compartment of an automotive vehicle including a steering wheel, an underbody, a seat, the seat having an underframe connected to the underbody, a seat pan carried by the underframe, a seat back and an adjusting device for adjusting the seat toward the steering wheel and away therefrom, a control circuit being associated with said adjusting device.

Abstract: An adjustable motor vehicle seat with an underframe (20), a seat carrier (28) carried by the underframe (20), a cushion shell (34), a first longitudinal guide (44) being disposed between the seat carrier (28) and the cushion shell (34), and a first drive being provided for adjusting the cushion shell (34) relative to said seat carrier (28). The seat includes a front transverse beam (65) associated with a front edge (72) of the seat. A second longitudinal guide (64) is interposed between the cushion shell (34) and the transverse beam (65). A second drive is responsible for adjusting the seat carrier (28) relative to the cushion shell (34).

Abstract: A vehicle seat headrest with a carrier structure including at least one bar and a supporting member in a normally utilization position. In the event of an accident, the supporting member leaves the utilization position and assumes a crash position, in which the supporting member is located in front of the utilization position at least in the x-direction. An expandable container is disposed between the bar and the supporting member in a normally non-expanded state. A source of pressurized gas is connected to the container. A trigger device releases the gas in the event of an accident so that the expandable container is filled with gas and is in an expanded state so that the supporting member is in the crash position.

Abstract: The forwardly movable vehicle seat has an underframe including a longitudinal adjusting device that has two pairs of rails, two catch devices and one actuation lever for actuating the catch devices. The vehicle seat further has a seat pan that is carried by the underframe. The seat pan includes a seat back that is pivotal about a seat back axis and on which there is disposed a release lever. In the actuation state, the seat back is unlocked for tilting, the actuation lever being actuated and the catch device unlocked when the seat back is tilted forward so that the seat can be brought from an initial position to a forwardly moved position. There is provided a memory mechanism that ensures that the seat, when being moved back from its forwardly moved position, resumes its initial position.

Abstract: The underframe of a motor vehicle seat is equipped with weight sensors for sensing a weight load on the motor vehicle seat. The weight sensors are interposed between a first structure part, such as a seat profile of a longitudinal guide, and a second structure part, such as a console or a seat shell, and sense the weight exerted through the second structure part on the first structure part. The weight sensors are fastened to the first structure part and comprise sensor bolts projecting upward. Holes for the sensor bolts are provided in the second structure part. The sensor bolts extend through the holes and one nut, which forms a surrounding grip around the holes, is associated with each of the sensor bolts. The holes of the second structure part each comprise one hole region that surrounds the holes and is configured as a cap.

Abstract: A seat back hinge mounting for a forwardly foldable motor vehicle seat having a first hinge arm and a second hinge arm adapted for relative rotation about a hinge pin. A locking cam is disposed on said second hinge arm and is movable between a locking position and a release position. A first stop flange and a second stop flange are provided on the first hinge arm. The locking cam cooperates with the second stop flange in the locking position and has come free from said second stop flange in the release position. A retainer lug, which is bound by said first stop flange and by said second stop flange in the circumferential direction, is provided on the first hinge arm. A limit stop cooperating with the first stop flange and being spaced the same radial distance apart from the hinge pin as the first stop flange is disposed on the second hinge arm.

Abstract: A vehicle seat has a seat part, a seat back and an underframe. The seat part is connected to the underframe by a front guide member. The seat back is hinged to the underframe by a seat back hinge. A stop device comprising a release lever is associated with the seat back hinge. There is provided a connecting rod that is hinged to the seat part by a front connecting rod joint and to the seat back by a rear connecting rod joint.

Abstract: The invention relates to an integral seat of an automotive vehicle having an underframe, a seat pan carried by underframe, a seat back and a seat belt mechanism, where the seat belt mechanism includes a seat belt with a tongue member that divides the seat belt in a shoulder belt and a lap belt, the seat belt having an upper end formed by the shoulder belt and a lower end formed by the lap belt, a primary automatic belt tensioner that is disposed on the underframe and in which there is secured the lower end of the seat belt and a secondary automatic belt tensioner that is disposed in the seat back and in which there is secured the upper end of the seat belt.

Abstract: A hinge mounting for a seat back of a motor vehicle seat that is particularly suited for a motor vehicle seat having but one door on either side of the vehicle and has a first hinge arm, a second hinge arm and a round member that is interposed between the first hinge arm and the second hinge arm. The round member including (a) a first round plate connected to the first hinge arm, (b) a second round plate associated with the second hinge arm, (c) a clamp forming a partial grip around the rim of the two round plates to hold them together and (d) a stop device located between the two round plates. The two hinge arms are adapted for relative rotation about a hinge pin. The clamp has a cutout. The second round plate includes at least one retainer face located in the region of the cutout. A releasable retainer device matching the retainer face, cooperating therewith and optionally blocking same is provided on the second hinge arm.

Abstract: A spindle gear for a motor vehicle seat adjusting device having a housing, a spindle nut, a spindle and a worm wheel. The spindle nut may have an external bearing surface and a bearing shell may include an internal bearing surface cooperating with the external bearing surface. The spindle nut may have a slide lacquer coat. The spindle nut may have an external bearing surface and a stop disk may be attached to the external bearing surface so as to surround it. A projection may engage a corresponding spindle nut recess. The housing may comprise at least two housing parts made of zinc diecasting. The external teeth of the spindle nut may form a globoidal gear. The external spindle nut teeth may have an outer diameter that is smallest in an axial center thereof and increases toward the axial end regions.

Abstract: A step down gear train for an adjusting device of an automotive vehicle seat which has an input shaft and an output shaft that is connected to a pinion. At least one first cogwheel and one second cogwheel are provided in the path between input shaft and output shaft. A follower wheel is provided, in engagement with the first cogwheel, and is not located in the path between the input shaft and the output shaft. A pusher wheel is provided, that is likewise not located in the path between input shaft and output shaft, and is in engagement with both the follower wheel and the second cogwheel, and is carried so as to be longitudinally slidable. An elastic means is provided, that is associated with the pusher wheel, and which elastically biases said pusher wheel into engagement with the follower wheel and the second cogwheel.

Abstract: The automotive vehicle seat has a lengthwise adjustment device, a seat carrier and two rear rockers that are disposed between the seat carrier and the lengthwise adjustment device and that are each connected at an upper hinge point to the seat carrier and at a lower hinge point to the lengthwise adjustment device and a seat belt comprising a belt end on one side and a belt buckle on the other side of the seat. A fastening point, to which a respective one of the belt end and the belt buckle is fastened, is provided on at least one of the rear rockers. The fastening point is located in proximity to the lower hinge point and is nearer to the lower hinge point than to the upper hinge point.

Abstract: A gear train is provided including an output shaft rotatable about an output axis, a housing rotatable relative to the shaft, a toothed washer having a circumferential first toothed surface, an eccentric that is rotatably disposed on the shaft and has an eccentric driving surface offset relative to the axis by an eccentricity, the eccentric comprising a driving region, an annular gear comprising a circumferential second toothed surface, a circumferential third toothed surface and an eccentric driven surface cooperating with the driving surface, a gearwheel comprising a circumferential fourth toothed surface, the first toothed surface of the washer and the second toothed surface of the annular gear meshing together in a first angular position and forming a first nutating gear having the eccentricity and the third toothed surface of the annular gear and the fourth toothed surface of the gearwheel meshing together in a second angular position.

Abstract: The invention relates to a forwardly movable vehicle seat having an underframe including a longitudinal adjusting device, the longitudinal adjusting device including two pairs of rails, two catch devices and one actuation lever for actuating the catch devices. The vehicle seat further includes a seat pan that is carried by the underframe, and a seat back that is pivotal about a seat back axis and on which there is disposed a disengagement lever. In an actuated condition, the seat back is unlocked so as to be foldable, the actuation lever being actuated and the catch devices unlocked and the seat being allowed to be brought from an initial position to a forwardly moved position when the seat back is folded forward.

Abstract: A locking device of a longitudinal adjustment device of a vehicle seat is provided with a catch bar with periodically arranged snap openings and snap studs that is assigned to a bottom rail of the longitudinal adjustment device and is further provided with a locking unit assigned to a seat rail of the longitudinal adjustment device. The locking device has at least two licking pins that can be inserted into the snap openings independent of one another, they can be disengaged only jointly. The locking pins are arranged in a guide member which has a pin bore for each locking pin. The guide member is provided with an area facing the catch bar. Projections projecting toward the catch bar are arranged on this area and extend as a continuation of the pin bore.

Abstract: The underframe of a motor vehicle seat is equipped with weight sensors for sensing a weight load on the motor vehicle seat. The weight sensors are interposed between a first structure part, such as a seat profile of a longitudinal guide, and a second structure part, such as a console or a seat shell, and sense the weight exerted through the second structure part on the first structure part. The weight sensors are fastened to the first structure part and comprise sensor bolts projecting upward. Holes for the sensor bolts are provided in the second structure part. The sensor bolts extend through the holes and one nut, which forms a surrounding grip around the holes, is associated with each of the sensor bolts. The holes of the second structure part each comprise one hole region that surrounds the holes and is configured as a cap.

Abstract: A belt deflector for the seat belt of a front seat in an automotive vehicle, more specifically in a cabriolet or coupé-type automotive vehicle, said belt deflector comprising a movable beam (28) that has a deflection portion (50) for the shoulder belt portion (46) of a seat belt, a base member (30) comprising a) securing means for securing it in the side region (22) of a bodywork, behind a front door and beneath a bodywork line (24) that is defined by the lower edges of the side window recesses, and forming b) a guide for the movable beam (28) so that the movable beam (28) is guided between a lower at-rest position and an upper position in which upper position the deflection portion (50) is located above the bodywork line (24), a drive (36) for the beam (28) which is movable relative to the base member (30), a control unit being associated with the drive (36) and a crash sensor that is responsive to crash acceleration of the automotive vehicle and triggers the control unit so that the drive (36) causes the mo

Abstract: A motor vehicle seat with a seat back hinge including a lower hinge arm associated with a seat carrier and an upper hinge arm associated with a seat back. A locking mechanism prevents the seat back tilting forward in a locked position and allows tilting of the seat back in a released position. The locking mechanism includes a handle, and a blocking lever hinged to the seat back that includes a blocking side. The upper hinge arm cooperates with the blocking side and a retaining catch stop. A retaining lever on the seat back forms a retaining lug which abuts the retaining catch stop in the tilted position of the seat back and retains the seat back in position. The blocking lever pivots upon actuation of the handle to abut the retaining lever, which is pivoted as a result, releasing the retaining lug from engagement with the retaining catch stop.

Abstract: A spindle gear for a motor vehicle seat adjusting device having a housing, a spindle nut, a spindle and a worm wheel. The spindle nut may have an external bearing surface and a bearing shell may include an internal bearing surface cooperating with the external bearing surface. The spindle nut may have a slide lacquer coat. The spindle nut may have an external bearing surface and a stop disk may be attached to the external bearing surface so as to surround it. A projection may engage a corresponding spindle nut recess. The housing may comprise at least two housing parts made of zinc diecasting. The external teeth of the spindle nut may form a globoidal gear. The external spindle nut teeth may have an outer diameter that is smallest in an axial center thereof and increases toward the axial end regions.

Abstract: The headrest of an automotive vehicle seat has at least one bar (20) and one supporting member (26). Normally, the supporting member (26) is in a utilization position. When the automotive vehicle is involved in an accident, the supporting member (26) leaves the utilization position and adopts an accident position in which it is located in front of the utilization position. The at least one bar (20) comprises an oblique portion (30) that is located above an upper edge (32) of a backrest of the automotive vehicle seat. Said oblique portion has one component in the x direction and one component in the z direction. The supporting member (26) comprises a guide region (34) that conforms to the oblique portion (30) of bar (20) and that is movable relative to the oblique portion (30). An elastic means (spring 48) biases the supporting member (26) in the accident position. A releasable locking device (52) is associated with the elastic means, which it normally blocks.