Zhejiang Geely Holding Group

A vehicle digital access management system comprising: a data memory system (7) located in the vehicle (5) and configured to store booking data of a first regular vehicle booking (1) including a digital key and a first vehicle access time period, and booking data of a second regular vehicle booking (2) including a digital key and a second vehicle access time period; a short-range wireless communication device (12) located in the vehicle (5) and configured for establishing wireless communication with a user equipment (8); a local access handling unit (9) located in the vehicle (5). The local access handling unit (9) is configured to perform an offline removal of vehicle access from the first regular vehicle booking (1) upon detecting that a vehicle access event of the first regular vehicle booking (1) has ended based on input from at least one vehicle access sensor (14) or a user interface (22, 29), or that the first vehicle access time period stored in the data memory system has ended. The local access handling unit (9) is configured to subsequently give an offline vehicle access to the second regular vehicle booking (2) upon detecting a digital key of the user equipment (8) by means of the short-range wireless communication device (12), verifying that the detected digital key authorizes vehicle access based on the digital key of the second booking stored in the data memory system, and verifying that the second vehicle access time period stored in the data memory system has started.

The invention relates to vehicle (1) comprising a swipe door (2) and a drive unit (6) for opening and closing the swipe door relative to a vehicle body (4) of the vehicle. The vehicle comprises a first door latch (5a), a second door latch (5b) and a third door latch (5c) for locking the swipe door to the vehicle body when the swipe door is closed, and the first door latch (5a) is arranged at an upper roof area of the vehicle (1). When the swipe door (2) is locked to the vehicle body (4) by the second door latch (5b) and the third door latch (5c) but not by the first door latch (5a), the drive unit (6) is arranged to create a force which is applied on the swipe door (2), which force pivots the swipe door about a geometrical axis (9) and moves an upper part (10) of the swipe door (2) towards the vehicle body (4) to a position where the swipe door can be locked to the vehicle body by the first door latch (5a). The geometrical pivot axis (9) extends through the second door latch (5b) and the third door latch (5c).

The disclosure relates to a system (100) and method for managing access to a vehicle (1), the method comprises the steps of determining the geographical location of a portable electronic device (30); determining the distance between a vehicle (1) and the portable electronic device (30) and/or determine the relative speed of the portable electronic device (30) in relation to the vehicle (1) and in a determination that the wireless key (10) is within radio coverage of the wireless key control unit (20) of the vehicle (1), and that the distance between the vehicle (1) and the portable electronic device (30) exceeds a predefined distance (L), or that the relative speed of the portable electronic device (30) in relation to the vehicle (1) exceeds a predefined speed limit (V), send a notification to the portable electronic device (30).

The disclosure relates to a communication system (1) for a vehicle (2) comprising a communication unit (3); a memory (4); and a processing circuitry (7) operatively connected to the communication unit (3) and the memory (4), arranged to cause the communication system to: receive a request that the vehicle (2) needs to send a data package (5); detect that no direct network connection is available for sending the data package; search for surrounding devices (6,6') capable of data communication with the vehicle (2); detect at least one surrounding device (6,6') capable of data communication with the vehicle (2) and wherein the data communication is capable of receiving the data package (5); send a pairing request to the at least one surrounding device (6,6'); sending the data package (5) to the at least one surrounding device (6,6') with instructions to relay the information to network server when a network connection is available. The disclosure further relates to a method for data communication when a vehicle has no direct network connection and a vehicle.

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