Abstract: This disclosure is directed to a hood lock for a motor vehicle, comprising a locking mechanism with a rotary latch and at least one pawl, a lock holder cooperating with the locking mechanism, a release lever, wherein the locked locking mechanism can be unlocked by means of the release lever, and wherein the lock holder can be transferred from a main latch position into a support position after a first actuation of the release lever, and wherein the lock holder can be transferred into a release position after a second actuation of the release lever, and a closure drive, wherein the locking mechanism can be transferred from the support position into the main latch position by means of the closure drive, and wherein at least one position of a locking mechanism part is detectable by means of a switching means, wherein the locking mechanism can be unlocked manually and electrically.

Abstract: The invention is directed to a motor vehicle locking device, comprising a motor vehicle locking module and an electronics module, said electronics module being spatially and functionally separated from the motor vehicle locking module, wherein the motor vehicle locking module and the electronics module are connected to exchange data and optional are connected regarding power supply, the motor vehicle locking device further comprising a first plug connector for connecting the electronics module directly to the motor vehicle locking module to establish a mechanical and data connection between the modules and optionally a power supply connection between the two modules, and wherein the first plug connector is designed to be plugged in the modules to established said connections and plugged out of the modules to sever said connections.

Abstract: The invention is directed to a motor vehicle locking device, comprising a motor vehicle locking module and an electronics module, said electronics module being spatially and functionally separated from the motor vehicle locking module, wherein the motor vehicle locking module and the electronics module are connected to exchange data and optional are connected regarding power supply, the motor vehicle locking device further comprising a first plug connector for connecting the electronics module directly to the motor vehicle locking module to establish a mechanical and data connection between the modules and optionally a power supply connection between the two modules, and wherein the first plug connector is designed to be plugged in the modules to established said connections and plugged out of the modules to sever said connections.

Abstract: A motor vehicle door lock which is equipped with a locking mechanism substantially comprising a catch and pawl. Furthermore, a locking pin is provided for interaction with the locking mechanism. Furthermore, there is a damping element for a locking mechanism component and/or the locking pin. Finally, the configuration includes at least one spring which is assigned to the locking mechanism. According to the invention, the spring at least partially abuts the damping element.

Abstract: Provided are methods and systems for encoding data into nucleic acid molecules. Methods and systems disclosed can include the use of promiscuous template nucleic acid molecules which enables data encoding using environmental modifications to yield encoded nucleic acid molecules.

Abstract: A housing for use in motor vehicles, in particular a motor vehicle latch housing. The basic structure of said housing comprises a connecting region and a seal that surrounds the connecting region, and a connecting element that is connected to the housing interior by means of the connecting region. According to the invention, the seal is formed as a sealing grommet that engages over the connecting region and can connect to the housing.

Abstract: A sensor lever for technical applications in motor vehicles. In its basic configuration, this sensor lever has a base lever arm and a sensor lever arm for installing at least one sensor and/or a tactile element. According to the invention, the sensor lever arm is aligned in the desired position with respect to base lever arm in the course of production.

Abstract: A housing for use in motor vehicles, in particular a motor vehicle latch housing. The basic structure of said housing comprises a connecting region and a seal that surrounds the connecting region, and a connecting element that is connected to the housing interior by means of the connecting region. According to the invention, the seal is formed as a sealing grommet that engages over the connecting region and can connect to the housing.

Abstract: A motor vehicle door lock which is equipped with a locking mechanism substantially comprising a catch and pawl. Furthermore, a locking pin is provided for interaction with the locking mechanism. Furthermore, there is a damping element for a locking mechanism component and/or the locking pin. Finally, the configuration includes at least one spring which is assigned to the locking mechanism. According to the invention, the spring at least partially abuts the damping element.

Abstract: A motor vehicle latching system with a locking mechanism 9, which comprises at least a catch and at least a pawl for ratcheting of the catch, with an operating lever 1 which can be rotated to open a motor vehicle door and with a transmission element 2 by means of which rotation of the operating lever 1 can be transmitted into pivoting of a triggering lever 3 to disengage the locking mechanism 9. For the coupling of the transmission element 2 with the operating lever 1, the transmission element 2 shiftably reaches through a coupling opening 5 of the operating lever 1. A coupling section 4 of the transmission element 2 which is located in the coupling opening 5 is arch-shaped. Especially reliable operation of the motor vehicle latching system can thus be enabled.

Abstract: Provided are methods and systems for encoding data into nucleic acid molecules. Methods and systems disclosed can include the use of promiscuous template nucleic acid molecules which enables data encoding using environmental modifications to yield encoded nucleic acid molecules.

Abstract: A motor vehicle latching system with a locking mechanism 9, which comprises at least a catch and at least a pawl for ratcheting of the catch, with an operating lever 1 which can be rotated to open a motor vehicle door and with a transmission element 2 by means of which rotation of the operating lever 1 can be transmitted into pivoting of a triggering lever 3 to disengage the locking mechanism 9. For the coupling of the transmission element 2 with the operating lever 1, the transmission element 2 shiftably reaches through a coupling opening 5 of the operating lever 1. A coupling section 4 of the transmission element 2 which is located in the coupling opening 5 is arch-shaped. Especially reliable operation of the motor vehicle latching system can thus be enabled.

Abstract: An individual can be recognized using recognition messages. Recognition messages can be sent and received using a mobile or other computing device. These recognition messages, which can be in the form of recognition certificates, can include skill icons which identify a characteristic for which the receiving individual is being recognized. The recognition messages may also include or be linked with gift cards to show appreciation to the receiving individual. The ability for employees to include gift cards or the value of included gift cards can be controlled based on a gift card budget and privileges specified by a company.

Abstract: A pop-up striker for raising a lid, like a decklid, hood or door, of a vehicle comprises a spring for providing a pop-up force, whereby a first end of the spring is attached to a base plate. The pop-up striker further comprises a pop-up lever, which is pivoted to the base plate, whereby the pop-up lever is engaged with a second end of the spring. A striker element is secured to the base plate to restrict a pivoting movement of the pop-up lever.