摘要:
A travel energy learning device (10) includes a road section identifying unit (21a) that identifies a road section where a host vehicle is currently located, a travel condition information obtaining unit (21b) that obtains travel condition information that indicates a travel condition when the host vehicle traveled the road section, a work rate deriving unit (21c) that derives information that indicates a work rate of a transmission shaft based on a revolution of the transmission shaft (50) that transmits a driving force from a drive source (47,48) of the host vehicle to a wheel and torque transmitted by the transmission shaft (50), and an energy information accumulating unit (21d) that derives information that indicates the energy required for traveling the road section, links that derived information to the road section and the travel condition information, and accumulates the information that indicates the energy required for traveling the road section.
摘要:
A stop-off facility guidance system includes a time required for maintenance calculating processing device for calculating a vehicle maintenance when the vehicle maintenance is undergone at a predetermined facility, a stop-off facility search processing device for searching for stop-off facilities near the facility, a stop-off facility setting processing device for setting one stop-off facility when the stop-off facility is selected among the searched, displayed stop-off facilities, a total time calculating processing device for calculating a total time required for visiting the stop-off facility and getting back to the facility, and a stop-off facility notification processing device for notifying whether the stop-off facility can be visited based on a comparison of the total time and the time required for the maintenance. It is possible to predict the good timing to get back to the facility at which the maintenance is undergone after visiting the stop-off facility.
摘要:
A travel support system, comprising a required power amount obtaining unit (21 a) that is adapted to obtain a required power amount in a rechargeable battery (46) mounted in a vehicle for traveling a predetermined section in the vehicle and a remaining power amount obtaining unit (21b) that is adapted to obtain a current remaining power amount in the rechargeable battery (46) and an excess power amount obtaining unit (21c) that is adapted to obtain an excess power amount in the rechargeable battery (46) when the predetermined section is traveled, based on the required power amount and the remaining power amount and an introduction unit (21d) that is adapted to introduce information indicating the availability of an electrical component (49) of the vehicle while traveling the predetermined section, based on the excess power amount.
摘要:
A travel energy learning device (10) includes a road section identifying unit (21a) that identifies a road section where a host vehicle is currently located, a travel condition information obtaining unit (21b) that obtains travel condition information that indicates a travel condition when the host vehicle traveled the road section, a work rate deriving unit (21c) that derives information that indicates a work rate of a transmission shaft based on a revolution of the transmission shaft (50) that transmits a driving force from a drive source (47,48) of the host vehicle to a wheel and torque transmitted by the transmission shaft (50), and an energy information accumulating unit (21d) that derives information that indicates the energy required for traveling the road section, links that derived information to the road section and the travel condition information, and accumulates the information that indicates the energy required for traveling the road section.
摘要:
A stop-off facility guidance system includes a time required for maintenance calculating processing device for calculating a time required for maintenance, a total time calculating processing device for calculating a total time a driver takes to visit stop-off facilities on foot and to get back to the facility at which the maintenance is undergone on foot, and a stop-off facility notification processing device for comparing the total time with the time required for the maintenance and for notifying the driver of stop-off facilities which can be visited on foot. Therefore, it is possible for the driver to predict when he/she should get back to the predetermined facility after visiting the stop-off facilities. Further, it is possible for the driver to easily determine whether the stop-off facilities should be visited before the maintenance is terminated or after the maintenance has been terminated.