Abstract: A vehicle device includes: a communication device configured to transmit or receive a signal to or from a cloud server operating in conjunction with a service device of a parking lot upon entering the parking lot; and a controller configured to output parking lot information received from the cloud server upon entering the parking lot, and to identify charge settlement information of the parking lot from the cloud server to pay a settlement charge, when a predetermined charge settlement event occurs.

Abstract: A vehicle idle notification system includes a vehicle that transmits idle status information to a server when it is determined that an operation condition of an idle notification timer is satisfied based on a driving state and whether an occupant is detected in the vehicle, and a server that transmits the idle status information to a mobile terminal, thus notifying an idle status of the vehicle to a user, updating a timer setting value for idle notification with a setting value set by the user, storing an idle notification value based on a latest user request information, and stopping the idle at the user's request.

Abstract: A vehicle idle notification system includes a vehicle that transmits idle status information to a server when it is determined that an operation condition of an idle notification timer is satisfied based on a driving state and whether an occupant is detected in the vehicle, and a server that transmits the idle status information to a mobile terminal, thus notifying an idle status of the vehicle to a user, updating a timer setting value for idle notification with a setting value set by the user, storing an idle notification value based on a latest user request information, and stopping the idle at the user's request.

Abstract: A vehicle device includes: a communication device configured to transmit or receive a signal to or from a cloud server operating in conjunction with a service device of a parking lot upon entering the parking lot; and a controller configured to output parking lot information received from the cloud server upon entering the parking lot, and to identify charge settlement information of the parking lot from the cloud server to pay a settlement charge, when a predetermined charge settlement event occurs.

Abstract: A vehicle terminal of a vehicle includes: a communication device configured to transmit or receive signal to or from a sever interworking with a service terminal of a filling station when a refueling event corresponding to a preset condition occurs; and a payment processing device configured to: construct a payment screen for a refueling charge of a corresponding filling station based on filling station guide information from the server when the refueling event occurs; and transmit payment information, which is input through the payment screen, to the server.

Abstract: An apparatus for controlling a message receiving mode of a telematics terminal to which quick paging is applied includes a message receiver configured to receive a message from a telematics service center, an RSSI detector configured to detect an RSSI from a message received by the message receiver, a signal to noise ratio detector configured to detect a signal to noise ratio from the message received by the message receiver, and a controller configured to block the telematics terminal from entering into a sleep mode when the RSSI detected by the RSSI detector is equal to or less than a first threshold value and the signal to noise ratio detected by the signal to noise ratio detector is equal to or less than a second threshold value.

Abstract: A system and method for transmitting and receiving a data while charging a vehicle includes first module configured to calculate an expected charging time based on an instantaneous SOC value obtained through a CAN communication when charging the electrical vehicle is started and a second module that is configured to determine a size of transmittable or receivable data considering a transmission speed and based on information obtained through the expected charging time analysis module. Communication equipment enables data to be transmitted and received between the vehicle and a data center via power line communication. A first storage unit within the vehicle and a second data storage unit provided within the data center are configured to store telematics related data, and an output unit is configured to output information related to data determined by the second module.

Abstract: A system for maintaining a plurality of vehicle consumables includes a storage unit configured to store a consumable maintenance list according to an engine type and a transmission type of a vehicle; a control unit configured to control recommendation of when to change the consumable by calculating a change interval of each consumable and an actual consumption distance in the consumable maintenance list; and a display unit configured to display a screen that recommends when to change a particular consumable.

Abstract: A system and method for transmitting and receiving a data while charging a vehicle includes first module configured to calculate an expected charging time based on an instantaneous SOC value obtained through a CAN communication when charging the electrical vehicle is started and a second module that is configured to determine a size of transmittable or receivable data considering a transmission speed and based on information obtained through the expected charging time analysis module. Communication equipment enables data to be transmitted and received between the vehicle and a data center via power line communication. A first storage unit within the vehicle and a second data storage unit provided within the data center are configured to store telematics related data, and an output unit is configured to output information related to data determined by the second module.

Abstract: A system for maintaining a plurality of vehicle consumables includes a storage unit configured to store a consumable maintenance list according to an engine type and a transmission type of a vehicle; a control unit configured to control recommendation of when to change the consumable by calculating a change interval of each consumable and an actual consumption distance in the consumable maintenance list; and a display unit configured to display a screen that recommends when to change a particular consumable.

Abstract: A vehicle management system and method which analyze diagnostic trouble codes (DTCs) of the past having the same driver environment in order to predict the trouble probability for diagnostic target items in advance and provide the analyzed result to the driver so that the trouble and/or a car accident due to the trouble can be prevented.