Abstract: A motor vehicle latch, in particular a motor vehicle side-door latch, comprising a latch plate and comprising a locking mechanism which is mounted on the latch plate and consists substantially of a catch and pawl. The latch plate has an inlet jaw for a latch holder that enters therein and interacts with the locking mechanism. The inlet jaw is reinforced by a circumferential flange. According to the invention, the flange has at least one interruption which completely or partially reduces its installation height in order to compensate for deformations of the latch plate caused by tensile forces.

Abstract: A latching device for automotive applications, in particular a backrest latch for the bolting and unbolting of seat backrests in motor vehicles, with a locking mechanism fundamentally comprising a catch and at least one pawl, and with a manually and/or mechanically impingeable unbolting element for the locking mechanism, wherein the unbolting element is a component of an exchangeable unbolting module which defines a latch casing together with a basic module incorporating the locking mechanism is proposed. A latching device where only the unbolting module is adapted to the specific purpose of use is provided, considerably reducing manufacturing, installation and warehousing costs.

Abstract: A latching device for automotive applications, in particular a backrest latch for the bolting and unbolting of seat backrests in motor vehicles. The latching device in its basic construction is equipped with a locking mechanism consisting predominantly of a catch and predominantly a pawl. Furthermore, an element which can be mechanically impinged by a drive unit, in particular an unbolting element is provided for the locking mechanism. In accordance with the invention, the drive unit for the element and in particular the unbolting element is equipped with at least an end stop demonstrating a cantilever arm.

Abstract: A latching device for a backrest latch of a motor vehicle for the bolting and unbolting of seat backrests includes a locking mechanism having a catch and at least one pawl, and an unbolting element for the locking mechanism which can be acted on manually and/or mechanically, whereby the unbolting element is a component of an exchangeable unbolting module and whereby the unbolting module forms a latch housing together with a basic module accommodating the locking mechanism, whereby the unbolting element is formed as a multifunctional element and whereby at least a switching and/or attenuation function can be executed by the multifunctional element.

Abstract: A motor vehicle latch, in particular a motor vehicle side-door latch, comprising a latch plate and comprising a locking mechanism which is mounted on the latch plate and consists substantially of a catch and pawl. The latch plate has an inlet jaw for a latch holder that enters therein and interacts with the locking mechanism. The inlet jaw is reinforced by a circumferential flange. According to the invention, the flange has at least one interruption which completely or partially reduces its installation height in order to compensate for deformations of the latch plate caused by tensile forces.

Abstract: The object of the invention is a motor vehicle latch demonstrating a locking mechanism comprising a catch and at least a pawl, a latch plate (1), whereby the locking mechanism can be accommodated in the latch plate (1) and the latch plate (1) demonstrates an inlet area (12), whereby a latch holder (13) can be inserted to interact with the locking mechanism in the inlet area (12) and with at least a deformation (11) formed in a peripheral area of the inlet area (12) in the latch plate (1), whereby the deformation (11) is arranged at least in places directly on an edge of the inlet area (12).

Abstract: A motor vehicle latch, in particular, a backrest latch on a motor vehicle seat. This latch is fitted with a locking mechanism consisting essentially of a catch, of a comfort pawl that secures the catch, as well as a pawl that acts on the comfort pawl. The pawl and the catch are resiliently coupled with the aid of at least one spring. The pawl is fitted with a securing arm and an actuating arm spaced apart from the securing arm over a predefined rotation angle, in each case for the comfort pawl.

Abstract: A motor vehicle latch, in particular, a backrest latch on a motor vehicle seat. This latch is fitted with a locking mechanism consisting essentially of a catch, of a comfort pawl that secures the catch, as well as a pawl that acts on the comfort pawl. The pawl and the catch are resiliently coupled with the aid of at least one spring. The pawl is fitted with a securing arm and an actuating arm spaced apart from the securing arm over a predefined rotation angle, in each case for the comfort pawl.

Abstract: The object of the invention is a latching device (1) for a backrest latch of a motor vehicle for the bolting and unbolting of seat backrests, with a locking mechanism (6) having as essential components a catch (7) and at least one pawl (8), and with an unbolting element (18) for the locking mechanism (6) which can be acted on manually and/or mechanically, whereby the unbolting element (18) is a component of an exchangeable unbolting module (2) and whereby the unbolting module (2) forms a latch housing (5) together with a basic module (3) accommodating the locking mechanism (6), whereby the unbolting element (18) is formed as a multifunctional element (18) and whereby at least a switching and/or attenuation function can be executed by means of the multifunctional element (18).

Abstract: The object of the invention is a latching device (1) for a backrest of a motor vehicle, with a locking mechanism (4) fundamentally comprising a catch (5) and at least one pawl, whereby the catch (5) is pivotable and is accommodated in the latching device (1) to accommodate a latch holder (6) and whereby the locking mechanism (4) can be transferred at least into a main ratchet position, and preferably into a pre-ratchet position and a main ratchet position, by means of the latch holder (6), a latch housing (10), whereby the latch housing (10) has at least an integrated recess (13, 14, 15) and whereby the recess (13, 14,15) is formed as a damping means (11) for the latch holder (6) in the main ratchet position and whereby the integrated damping means (11) has a cooperating section (17), whereby the cooperating section (17) has a supportive effect on the damping means (11).

Abstract: A latching device for automotive applications, in particular a backrest latch for the bolting and unbolting of seat backrests in motor vehicles. The latching device in its basic construction is equipped with a locking mechanism consisting predominantly of a catch and predominantly a pawl. Furthermore, an element which can be mechanically impinged by a drive unit, in particular an unbolting element is provided for the locking mechanism. In accordance with the invention, the drive unit for the element and in particular the unbolting element is equipped with at least an end stop demonstrating a cantilever arm.

Abstract: A latching device for automotive applications, in particular a backrest latch for the bolting and unbolting of seat backrests in motor vehicles, with a locking mechanism fundamentally comprising a catch and at least one pawl, and with a manually and/or mechanically impingeable unbolting element for the locking mechanism, wherein the unbolting element is a component of an exchangeable unbolting module which defines a latch casing together with a basic module incorporating the locking mechanism is proposed. A latching device where only the unbolting module is adapted to the specific purpose of use is provided, considerably reducing manufacturing, installation and warehousing costs.

Abstract: The object of the invention is a motor vehicle latch demonstrating a locking mechanism comprising a catch and at least a pawl, a latch plate (1), whereby the locking mechanism can be accommodated in the latch plate (1) and the latch plate (1) demonstrates an inlet area (12), whereby a latch holder (13) can be inserted to interact with the locking mechanism in the inlet area (12) and with at least a deformation (11) formed in a peripheral area of the inlet area (12) in the latch plate (1), whereby the deformation (11) is arranged at least in places directly on an edge of the inlet area (12).

Abstract: Organic Light Emitting Diode (OLED)-aware content creation and composition are disclosed. In one embodiment, the computing system comprises an Organic Light Emitting Diode (OLED) display, a memory to store history data of known pixel usage of the OLED display, and a processor coupled to the memory and the OLED display to manipulate content to be displayed on the OLED display based on the history data.

Abstract: Particular embodiments described herein provide for a stylus that includes a body, a plurality of conductive traces, a resonance circuit, and a tip, wherein the tip can be used to interact with both an electromagnetic resonance touchscreen and a capacitive touchscreen. The conductive traces can be spaced such that the conductive traces do not substantially block a resonance frequency of the resonance circuit.

Abstract: A drive unit for automotive applications, specifically for application with or in combination with a motor vehicle door lock, a housing (5), a motor (1) as well as an associated motor shaft (2), and with at least one spring element (6) generating an axial force at one end of the motor shaft (2), with the spring element (6) being located in at least one receptacle (7, 8) in the housing (5). In a top view, the spring element (6) has essentially a T-shaped design with an end plate (6a) and cantilevers (6b) on both sides, with the end plate (6a) acting upon the motor shaft (2), and at least the cantilevers (6b) being arranged in the receptacle (7, 8).

Abstract: A drive unit for automotive applications, specifically for application with or in combination with a motor vehicle door lock, a housing (5), a motor (1) as well as an associated motor shaft (2), and with at least one spring element (6) generating an axial force at one end of the motor shaft (2), with the spring element (6) being located in at least one receptacle (7, 8) in the housing (5). In a top view, the spring element (6) has essentially a T-shaped design with an end plate (6a) and cantilevers (6b) on both sides, with the end plate (6a) acting upon the motor shaft (2), and at least the cantilevers (6b) being arranged in the receptacle (7, 8).

Abstract: A method and system for adjusting luminance in a display device including displaying an image with saturated colors, and adjusting luminance settings of sub-pixels so that a relative luminance ratio between full white color and any fully saturated color is within approximately 25 percent of a reference relative luminance ratio between the full white color and the same fully saturated color in an equivalent display device including red, green and blue sub-pixels.

Abstract: A lock unit for a vehicle includes a rotatable catch biased in an opening direction about a catch rotation axis toward an open position of the lock unit in which a first recess of the catch is configured to receive a striker of the vehicle. Additionally, the catch includes a second recess disposed before the first recess in the opening direction. A pawl including a slot rotatable about a fixed pawl pivot axis is biased toward both the catch and the pawl pivot axis. The pawl includes a blocking arm which extends into the second recess of the catch when the lock unit is in a secondary latched position. A blocking lever of a ratchet abuts the blocking arm of the pawl against the catch in a primary latched position of the lock unit preventing rotation of the pawl away from the catch. When the lock unit is forced from the secondary latched position to the primary latched position, the pawl moves in a longitudinal direction of the slot avoiding the rotational blocking action of the ratchet.

Abstract: Portable devices (100) that include displays (102) and are used in widely ranging ambient light conditions use selectable or adjustable optoelectronic input/output compensation functions to drive their displays. According to certain embodiments, a camera (122) or a light sensor (120) is used to measure the ambient light level, and an optoelectronic input/output compensation function that is specifically chosen based on the measured ambient light condition is used to drive the display. Furthermore, according to certain embodiments, the optoelectronic input/output compensation function is selected based on whether a display backlight (230) is turned on or off.