Abstract: The invention relates to a method to process data packets of a vehicle message received by a privacy gateway (100) from a vehicle (10) via a mobile communications network (20). The method comprises the following steps: The vehicle message transmitted by the vehicle (10) is received. A source IP address in the data packets of the vehicle message is identified. The source IP address in the data packets of the vehicle message is replaced by an IP address of a location collecting entity (50) of the mobile communications network (20). Said mobile communications network collects location information of a plurality of vehicles (10) resulting in an adapted vehicle message with adapted data packets containing the IP address of the location collecting entity as source IP address. Then, the adapted vehicle message is transmitted to a service providing entity (40) which is configured to provide location dependent services for the plurality of vehicles.

Abstract: Spatial information associated with a terminal connected to a network via a radio link is monitored. Depending on the spatial information and further depending on spatially-resolved quality of a data transmission, it is selected between operation of the data transmission in the first mode and in a second mode.

Abstract: The invention relates to a service information entity configured to provide information about a data stream provided to a traffic participant. The service information entity comprises a memory and at least one processor. The memory contains instructions executable by said at least one processor, wherein the service information entity is operative to carry out the following steps: Service information indicating which kind of service the data stream is providing is stored and interface information is stored about at least two interfaces with which the data stream is offered to the traffic participant, wherein the at least two interfaces differ from one another in at least one interface parameter describing how the data stream is transmitted to the traffic participant. Furthermore, the service information which kind of service the data stream is providing and the interface information about the at least two interfaces to the traffic participant is exposed.

Abstract: A method for broadcasting an event message to a geographical area comprising the steps of receiving (S61) an event message with geographical information for which the event message is relevant; requesting (S62) information about available service areas and/or logical areas, wherein at least one logical area is covered by a service area; determining (S63) at least one affected geographical area based on the geographical information of the event message and the received service and/or logical areas; and providing (S64) the event message to the at least one affected geographical area.

Abstract: Spatial information associated with a terminal connected to a network via a radio link is monitored. Depending on the spatial information and further depending on spatially-resolved quality of a data transmission, it is selected between operation of the data transmission in the first mode and in a second mode.

Abstract: Spatial information associated with a terminal connected to a network via a radio link is monitored. Depending on the spatial information and further depending on spatially-resolved quality of a data transmission, it is selected between operation of the data transmission in the first mode and in a second mode.

Abstract: Providing a network service to at least one mobile terminal inside a service area, the at least one mobile terminal being arranged to communicate with a communication network, the service area being a part of a geographical area that is covered by the communication network, comprising defining, by a first grid process, a first grid with first grid lines, the first grid covering at least a part of the service area with one or more tiles framed by the first grid lines; defining, by a second grid process, a second grid with second grid lines, the second grid covering at least a part of the service area with one or more tiles framed by the second grid lines; monitoring a crossing, by the at least one mobile terminal, of a grid line; and determining whether said grid line is a first grid line or a second grid line for notifying correspondingly the first grid process and/or the second grid process.

Abstract: Spatial information associated with a terminal connected to a network via a radio link is monitored. Depending on the spatial information and further depending on spatially-resolved quality of a data transmission, it is selected between operation of the data transmission in the first mode and in a second mode.

Abstract: Providing a network service to at least one mobile terminal inside a service area, the at least one mobile terminal being arranged to communicate with a communication network, the service area being a part of a geographical area that is covered by the communication network, comprising defining, by a first grid process, a first grid with first grid lines, the first grid covering at least a part of the service area with one or more tiles framed by the first grid lines; defining, by a second grid process, a second grid with second grid lines, the second grid covering at least a part of the service area with one or more tiles framed by the second grid lines; monitoring a crossing, by the at least one mobile terminal, of a grid line; and determining whether said grid line is a first grid line or a second grid line for notifying correspondingly the first grid process and/or the second grid process.

Abstract: A device moving in a space determines one or more zones around it, wherein the one or more zones are linked to the device and move together with the device through the space. The device detects if a border of a first of the one or more zones starts to intersect or stops to intersect with a border of an area inside the space. If the detecting is affirmative, the device transmits information related to the intersection. An apparatus receives this information from the device and adapts a status value of the area in dependence of the received information.

Abstract: A method for a network entity requesting information from clients located in a first area is disclosed, said method comprising determining of a second area overlapping with the first area and transmitting an information request to clients located in the second area, wherein said information request comprising a condition defining when a client shall respond to the information request.

Abstract: The invention relates to a method to process data packets of a vehicle message received by a privacy gateway (100) from a vehicle (10) via a mobile communications network (20). The method comprises the following steps: The vehicle message transmitted by the vehicle (10) is received. A The source IP address in the data packets of the vehicle message is identified. The source IP address in the data packets of the vehicle message is replaced by an IP address of a location collecting entity (50) of the mobile communications network (20). Said mobile communications network collects location information of a plurality of vehicles (10) resulting in an adapted vehicle message with adapted data packets containing the IP address of the location collecting entity as source IP address. Then, the adapted vehicle message is transmitted to a service providing entity (40) which is configured to provide location dependent services for the plurality of vehicles.

Abstract: A method for broadcasting an event message to a geographical area comprising the steps of receiving (S61) an event message with geographical information for which the event message is relevant; requesting (S62) information about available service areas and/or logical areas, wherein at least one logical area is covered by a service area; determining (S63) at least one affected geographical area based on the geographical information of the event message and the received service and/or logical areas; and providing (S64 ) the event message to the at least one affected geographical area.

Abstract: A device moving in a space determines one or more zones around it, wherein the one or more zones are linked to the device and move together with the device through the space. The device detects if a border of a first of the one or more zones starts to intersect or stops to intersect with a border of an area inside the space. If the detecting is affirmative, the device transmits information related to the intersection. An apparatus receives this information from the device and adapts a status value of the area in dependence of the received information.

Abstract: A clamping device for sliding roofs is provided in the region of the guidance and runner rail. An actuation lever is pivotable between locking and release positions. A clamping element is modifiable in its position by means of the actuation lever, which coacts with a countermember of the end carriage and moves the end carriage to the end of the guidance and runner rail. The clamping element is aligned with the guidance and runner rail, and is shiftable in a longitudinal direction, between a locking position retaining the end carriage, and a release position. The guide comprises in a subregion on the underside an open space such that upon shifting of the actuation lever into the release position, the clamping element is at least partly lowerable sufficiently that the end carriage can be displaced away from the end of the guidance and runner rail.

Abstract: The invention relates to a roller carriage for a sliding bow roof for a truck or truck trailer. The roof encompasses guidance and runner rails, extending on the cargo surface of the truck along the longitudinal sides of the cargo surface. Roller carriages, which comprise rollers and on which retaining bows, embodied in gantry fashion and having a roof tarpaulin mounted thereon, are displaceably guided. At least one roller carriage is equipped with a securing device for preventing inadvertent shifting of the roller carriage along the rails. The securing device encompasses a wedge element associated with a roller, which element is shiftable between a release position and a secured position. In its release position it has no contact with the roller. In its secured position a portion of the wedge element is between the roller and the corresponding guidance and runner rail.

Abstract: The invention relates to a roller carriage for a sliding bow roof for a truck or truck trailer. The roof encompasses guidance and runner rails, extending on the cargo surface of the truck along the longitudinal sides of the cargo surface. Roller carriages, which comprise rollers and on which retaining bows, embodied in gantry fashion and having a roof tarpaulin mounted thereon, are displaceably guided. At least one roller carriage is equipped with a securing device for preventing inadvertent shifting of the roller carriage along the rails. The securing device encompasses a wedge element associated with a roller, which element is shiftable between a release position and a secured position. In its release position it has no contact with the roller. In its secured position a portion of the wedge element is between the roller and the corresponding guidance and runner rail.

Abstract: A clamping device for sliding roofs is provided in the region of the guidance and runner rail. An actuation lever is pivotable between locking and release positions. A clamping element is modifiable in its position by means of the actuation lever, which coacts with a countermember of the end carriage and moves the end carriage to the end of the guidance and runner rail. The clamping element is aligned with the guidance and runner rail, and is shiftable in a longitudinal direction, between a locking position retaining the end carriage, and a release position. The guide comprises in a subregion on the underside an open space such that upon shifting of the actuation lever into the release position, the clamping element is at least partly lowerable sufficiently that the end carriage can be displaced away from the end of the guidance and runner rail.