Abstract:
Provided are a seat belt assist device and a vehicular seat such that a seat belt can be moved to a position easily accessible by a seated person in a compact and simple configuration. A seat belt assist device is configured to move at least a part of a seat belt of a seat for a vehicle to a position easily accessible by a seated person, and is provided with a movable member that supports a part of the seat belt and that moves between a normal position and a protruded position that protrudes beyond the normal position. The movable member is disposed on an upper surface of a seat back of the seat, with an end portion thereof at the door side of the vehicle being disposed toward an end of the upper surface of the seat back in a right and left direction, and with a forward end disposed rearward of a front end surface of the upper surface of the seat back.
Abstract:
A belt buckle feeder comprises a base (12) adapted to be fixedly attached to the vehicle and a carriage (14) being movably supported on the base (12) to which carriage a belt buckle (20) can be coupled and which can be moved by a drive arranged on the base (12). The drive includes an electric motor (26) and a worm gear comprising a worm shaft (34) which has a worm (36) as well as drive spur wheel teeth (40), with the shaft (28) of the electric motor (26) including a pinion (30) which is engaged in the drive spur wheel teeth (40) and drives the worm shaft (34).
Abstract:
Provided are a seat belt assist device and a vehicular seat such that a seat belt can be moved to a position easily accessible by a seated person in a compact and simple configuration. A seat belt assist device is configured to move at least a part of a seat belt of a seat for a vehicle to a position easily accessible by a seated person, and is provided with a movable member that supports a part of the seat belt and that moves between a normal position and a protruded position that protrudes beyond the normal position. The movable member is disposed on an upper surface of a seat back of the seat, with an end portion thereof at the door side of the vehicle being disposed toward an end of the upper surface of the seat back in a right and left direction, and with a forward end disposed rearward of a front end surface of the upper surface of the seat back.
Abstract:
A belt buckle feeder for a vehicle seat belt system includes a spindle drive and a belt buckle (12) mounted on a spindle (14) of the spindle drive, the belt buckle being movable in height via a spindle nut (26) located on the spindle (14). A safety mechanism comprising at least one locking element (44) is provided which is configured so that the locking element (44) enters into force fit and/or form fit with the spindle (14), when a predetermined force threshold is exceeded, and introduces force acting on the belt buckle (12) in the extending direction (R) of the spindle (14) into a mounting point fixed to the vehicle white bypassing the spindle drive.
Abstract:
A belt buckle presenter for a safety belt of a vehicle is disclosed. The belt buckle presenter includes at least one belt buckle which is connected to a drive unit via a force transmission element. The belt buckle is able to be moved between an operating position and a presenting position. The force transmission element is formed as a roller chain and a movement direction of the belt buckle during driving is able to be provided by a guide element.
Abstract:
A belt presenter for a seat belt system of a vehicle includes an arm (22) which is pivotal in a state mounted on the vehicle, wherein the arm (22) can adopt a feeding position (A) and a parking position (P). The arm (22) includes a finger (44) for seizing the strap (20) when the arm moves into the feeding position (A), and the finger (44) is pivoted at the arm (22) so that it can adopt a folded position in which it is located substantially in parallel to the arm (22) and an unfolded position in which the finger (44) is orientated substantially perpendicularly to a pivoting plane of the arm (22).
Abstract:
Method and arrangement for monitoring an atmosphere includes a sensor system arranged to obtain data about the atmosphere at its location and a communications system coupled to the sensor system for providing data obtained by the sensor system to a monitoring facility, e.g., by wireless transmits, which monitors the atmosphere. A location determining system may be arranged in connection with the sensor system for determining the location thereof. The communication system is coupled to the location determining system and transmits the location of the sensor system along with the data obtained by the sensor system to the remote facility.
Abstract:
Vehicle including a seat support structure, a cushion arranged thereon and having an upper surface for supporting an occupying item and that deflects downward as a function of weight of the occupying item, and a sensor system including a force-measuring device that responds to downward deflection of the cushion. An interrogator sends a signal to the force-measuring device and the force-measuring device transmits, after receipt of the signal from the interrogator, a return signal to the interrogator related to the response of the force-measuring device to the downward deflection of the cushion. In a method for obtaining an indication of weight of an occupying item of the seat, a signal is transmitted from the interrogator on the vehicle to the force-measuring device and from the force-measuring device, the transmitted return signal related to the response of the force-measuring device to the downward deflection of the cushion is received.
Abstract:
A seat belt device for a vehicle includes a buckle head mounted on a seat and designed to couple with a tongue and a carriage unit allowing the buckle head to be displaced in horizontal and vertical directions of the seat so that the buckle head and the tongue are easily coupled to or decoupled from each other when a belt is fastened or unfastened. The seat belt device facilitates fastening of a seat belt more conveniently by allowing for the horizontal and vertical displacement of a buckle head.
Abstract:
Arrangement and method for obtaining information about objects exterior of a vehicle in which a light source is mounted in the vehicle, structured light is projected into an area of interest exterior of the vehicle, rays of light forming the structured light originate from the light source, reflected light is detected at an image sensor at a position different than the position from which the structured light is projected, and the reflected light is analyzed relative to the projected structured light to obtain information about the object in the area of interest exterior of the vehicle. The structured light is designed to appear as if it comes from a source of light (virtual or actual) which is at a position different than the position of the image sensor.