Abstract: Various embodiments include a combined cooling and extinguishing system for a motor vehicle, the system comprising: a cooling system circulating carbon dioxide as a coolant, the cooling system including a compressor, an evaporator, an expansion valve; and a condenser; an extinguishing system including a pressure vessel storing compressed CO2; and a control valve connected to the pressure vessel and to the cooling system. The control valve includes a first setting to supply CO2 from the pressure vessel to the cooling system and a second setting to supply CO2 from the cooling system to the pressure vessel.

Abstract: Various embodiments include a combined cooling and extinguishing system for a motor vehicle, the system comprising: a cooling system circulating carbon dioxide as a coolant, the cooling system including a compressor, an evaporator, an expansion valve; and a condenser; an extinguishing system including a pressure vessel storing compressed CO2; and a control valve connected to the pressure vessel and to the cooling system. The control valve includes a first setting to supply CO2 from the pressure vessel to the cooling system and a second setting to supply CO2 from the cooling system to the pressure vessel.

Abstract: A system for delivering shipping items in vehicles includes a first communication module establishing a communication link to a communication terminal of a delivery person, the communication terminal receiving authorization data via a communication network; a first identification routine unambiguously identifying a delivery person; a second communication module establishing, via a wireless communication network, a communication link to a communication device of a control unit of the access arrangement on a vehicle; a second identification routine for unambiguously identifying the system by the access arrangement; a third communication module for receiving update request data from the driver; and an update routine for updating authorization data in a memory of the system. Upon updating authorization data, information is wirelessly transmitted relating to the successful delivery and the content of the delivery to the access arrangement. The driver assistance system displays an alert message about the delivery.

Abstract: The present disclosure relates to automobiles and, more specifically, teaches methods and systems that may be used for wirelessly charging batteries used in vehicles. In one embodiment, a method for detecting a relative position between a vehicle-side receiving charging coil and a fixed transmission charging coil, may include: generating an alternating magnetic orientation field using one of the coils; detecting the orientation field using at least one coil provided for inductive excitation, wherein the orientation field is detected in a frequency-selective manner by the at least one coil; and ascertaining the relative position using an orientation receiving signal induced by the orientation field in the at least one coil.

Abstract: A method for transferring shipments in vehicles, including: a first communications module (M1) for establishing a communication connection to a communications terminal of a supplier which receives authorization data via a communication network (N1); a first identification routine for clearly identifying a supplier; a second communication module (M2) for establishing a communication connection via a wireless communication network (N2) to a communication device of a control device of the access assembly of a vehicle; a second identification routine for clearly identifying the system by the access assembly; a third communication module (M3) for receiving update request information from the driver; and an update routine for updating authorization data in a memory of the system.

Abstract: A system for selectively opening a vehicle includes a first communication module for establishing a communication link to a service provider who obtains authorization data via a communication network, a first identification routine for unambiguously identifying the service provider, and a second communication module for establishing, via wireless communication, a communication link to a control unit of an access arrangement on a vehicle. A second identification routine allows the access arrangement to unambiguously identify the system. A third communication module receives update request data from the driver. An update routine updates authorization data in a memory of the system. When authorization is valid, the control unit receives a profiled control signal via the communication link, the profiled control signal causing the vehicle to be selectively opened via the control unit.

Abstract: A system for transmitting baggage items in vehicles, having a first communication module for communicating with a communication terminal that requests authorization data via a network, an identification routine that identifies a supplier, a second communication module for communication to a control device of an access system for a vehicle, a second identification routine for identification of the system by the access system, a third communication module for receiving request information (AA) from the driver, and an updating routine for updating authorization data of the system. A baggage detection unit detects baggage items loaded into the vehicle. Data regarding the baggage items is transmitted to a logistics service provider and after executing the updating routine transmits information on the baggage items to the vehicle access system. The control device of the access system generates a message regarding the transmission of baggage items via a bus system in the vehicle.

Abstract: The present disclosure relates to automobiles and, more specifically, teaches methods and systems that may be used for wirelessly charging batteries used in vehicles. In one embodiment, a method for detecting a relative position between a vehicle-side receiving charging coil and a fixed transmission charging coil, may include: generating an alternating magnetic orientation field using one of the coils; detecting the orientation field using at least one coil provided for inductive excitation, wherein the orientation field is detected in a frequency-selective manner by the at least one coil; and ascertaining the relative position using an orientation receiving signal induced by the orientation field in the at least one coil.

Abstract: A system for transmitting baggage items in vehicles, having a first communication module for communicating with a communication terminal that requests authorization data via a network, an identification routine that identifies a supplier, a second communication module for communication to a control device of an access system for a vehicle, a second identification routine for identification of the system by the access system, a third communication module for receiving request information (AA) from the driver, and an updating routine for updating authorization data of the system. A baggage detection unit detects baggage items loaded into the vehicle. Data regarding the baggage items is transmitted to a logistics service provider and after executing the updating routine transmits information on the baggage items to the vehicle access system. The control device of the access system generates a message regarding the transmission of baggage items via a bus system in the vehicle.

Abstract: A method is provided for determining at least one operating parameter of a thermoelectric system in a vehicle, wherein the thermoelectric system comprises an energy conversion device having at least one photovoltaic element for converting thermal radiation, which is emitted by a heat source of the vehicle, into electrical energy. The method includes measuring an electrical power of the photovoltaic device, and determining an operating parameter of the thermoelectric system based on the measured electrical power of the photovoltaic device.

Abstract: A system for delivering shipping items in vehicles includes a first communication module establishing a communication link to a communication terminal of a delivery person, the communication terminal receiving authorization data via a communication network; a first identification routine unambiguously identifying a delivery person; a second communication module establishing, via a wireless communication network, a communication link to a communication device of a control unit of the access arrangement on a vehicle; a second identification routine for unambiguously identifying the system by the access arrangement; a third communication module for receiving update request data from the driver; and an update routine for updating authorization data in a memory of the system. Upon updating authorization data, information is wirelessly transmitted relating to the successful delivery and the content of the delivery to the access arrangement. The driver assistance system displays an alert message about the delivery.

Abstract: In a method and a device for adapting the injection agent supply for an emission control system, the following steps are carried out: a) setting of a agent pressure target value in the line upstream of the pump in relation to the ambient pressure; b) opening of the pressure relief valve for a predetermined time t; c) determining the pressure difference between the target and the injection agent pressure, caused in step b), immediately after step b); d) setting a target value for the agent pressure in the line downstream of the pump in relation to the exhaust gas pressure in the system; e) opening of the injector for a predetermined time t; f) determining the pressure difference between the target and the agent pressure, caused in step e), immediately after step e); g) comparing the pressure differences from steps c) and f); and h) optional adaptation of the injector opening time.

Abstract: A system for selectively opening a vehicle includes a first communication module for establishing a communication link to a service provider who obtains authorization data via a communication network, a first identification routine for unambiguously identifying the service provider, and a second communication module for establishing, via wireless communication, a communication link to a control unit of an access arrangement on a vehicle. A second identification routine allows the access arrangement to unambiguously identify the system. A third communication module receives update request data from the driver. An update routine updates authorization data in a memory of the system. When authorization is valid, the control unit receives a profiled control signal via the communication link, the profiled control signal causing the vehicle to be selectively opened via the control unit.

Abstract: A method is disclosed for distributing energy in an electric vehicle including at least one electric energy store and at least one conditioning module, which can be used to generate electric energy from fuel, as energy sources, wherein driving-related information, or information about a state of the electric vehicle, is recorded before driving, or when beginning to drive, the electric vehicle and, while driving, energy is distributed in the vehicle on the basis of the information.

Abstract: A method for assisting in maintenance of a motor vehicle having a drive motor, an drive energy storage device, and a filling level measuring device. A request for a maintenance process is identified by a self-monitoring device with the maintenance request being transmitted as a maintenance indication to a driver by an information device. The maintenance indication is transmitted to the driver as a function of a switch-off filling level present when the vehicle drive motor is switched off and detected by the filling level measuring device. The maintenance indication is transmitted when the switch-off filling level is lower than a preset filling level threshold value or when a filling level difference between a switch-on filling level, present when the vehicle drive motor is subsequently switched on again and detected by the filling level measuring device, and the preceding switch-off filling level indicates a positive filling level value.

Abstract: In a method for checking the seal of a reducing agent injector of an SCR exhaust gas aftertreatment system of an internal combustion engine comprising at least one reducing agent tank, a reducing agent pump, a reducing agent injector and an NOx sensor connected downstream from the SCR catalytic converter, the following steps are carried out: a) Generation and/or detection of a release state of the SCR system in which no reducing agent is stored in the SCR catalytic converter; b) Determining a setpoint NOx value in the exhaust gas; c) Starting the seal check with a closed reducing agent injector by increasing the reducing agent pressure; d) Detecting the NOx signal at the NOx sensor, and a) Evaluating the NOx signal.

Abstract: In a method for adapting the reducing agent feed in an exhaust gas aftertreatment system having an SCR catalyst for removing nitrogen oxides from the exhaust gas of an internal combustion engine and at least one reducing agent feed device, the minimum opening time of the reducing agent feed device is determined during operation and while suspending nitrogen emission, carrying out the following steps: a) the opening time of the reducing agent feed device is gradually prolonged until b) a reducing agent-sensitive sensor in the exhaust gas aftertreatment system detects a reducing agent signal. An exhaust gas aftertreatment system is designed accordingly for carrying out the method and a device is designed for controlling an exhaust gas aftertreatment system.

Abstract: A method is disclosed for distributing energy in an electric vehicle including at least one electric energy store and at least one conditioning module, which can be used to generate electric energy from fuel, as energy sources, wherein driving-related information, or information about a state of the electric vehicle, is recorded before driving, or when beginning to drive, the electric vehicle and, while driving, energy is distributed in the vehicle on the basis of the information.

Abstract: A method is provided for determining at least one operating parameter of a thermoelectric system in a vehicle, wherein the thermoelectric system comprises an energy conversion device having at least one photovoltaic element for converting thermal radiation, which is emitted by a heat source of the vehicle, into electrical energy. The method includes measuring an electrical power of the photovoltaic device, and determining an operating parameter of the thermoelectric system based on the measured electrical power of the photovoltaic device.

Abstract: A method for controlling an SCR-exhaust gas after-treatment system (1) of an internal combustion engine (8), in particular of an internal combustion engine of a motor vehicle, has one or more steps for determining the quality of the reducing means.