Techniques for providing replenishment point information
First Claim
1. An information processing system comprising a portable communication terminal and a server,said portable communication terminal comprising:
- a current location/destination information acquirer that acquires current location information and destination information of a vehicle;
a power source level information acquirer that acquires power source level information representing a remaining level of a power source of said vehicle; and
a first transmitter that transmits the current location information, the destination information, and the power source level information to the server, and said server comprising;
a first receiver that receives the current location information, the destination information, and the power source level information;
an accumulator that accumulates past driving history information using said vehicle and a plurality of replenishment enable points representing positions where the power source of said vehicle can be replenished;
a selector that selects, based on the current location information, the destination information, and the power source level information, which are received, and the accumulated driving history information, a replenishment point representing a position where the power source of said vehicle should be replenished from the plurality of replenishment enable points;
a second transmitter that transmits information about the selected replenishment point to said portable communication terminal; and
a generator that generates, when the selector selects a first replenishment point and a second replenishment point that is located far apart from the first replenishment point with respect to the vehicle and that provides the power source less expensively than at the first replenishment point, information representing a route for said vehicle to reach the second replenishment point and a minimum necessary replenishment amount of the power source to be replenished at the first replenishment point to reach the second replenishment point.
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Accused Products
Abstract
A portable communication terminal includes a current location/destination information acquirer that acquires current location information and destination information of a vehicle, a power source level information acquirer that acquires, from the vehicle, power source level information representing a remaining level of a power source, and a first transmitter that transmits the current location information, the destination information, and the power source level information to a server. A server includes a first receiver that receives, from the first transmitter, the current location information, the destination information, and the power source level information, an accumulator that accumulates past driving history information using the vehicle and a plurality of replenishment enable points representing positions where the power source of the vehicle can be replenished, a selector that selects, based on the current location information, the destination information, and the power source level information, which are received, and the accumulated driving history information, a replenishment point representing a position where the power source of the vehicle should be replenished from the plurality of replenishment enable points, and a second transmitter that transmits information about the selected replenishment point to the portable communication terminal.
11 Citations
31 Claims
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1. An information processing system comprising a portable communication terminal and a server,
said portable communication terminal comprising: -
a current location/destination information acquirer that acquires current location information and destination information of a vehicle; a power source level information acquirer that acquires power source level information representing a remaining level of a power source of said vehicle; and a first transmitter that transmits the current location information, the destination information, and the power source level information to the server, and said server comprising; a first receiver that receives the current location information, the destination information, and the power source level information; an accumulator that accumulates past driving history information using said vehicle and a plurality of replenishment enable points representing positions where the power source of said vehicle can be replenished; a selector that selects, based on the current location information, the destination information, and the power source level information, which are received, and the accumulated driving history information, a replenishment point representing a position where the power source of said vehicle should be replenished from the plurality of replenishment enable points; a second transmitter that transmits information about the selected replenishment point to said portable communication terminal; and a generator that generates, when the selector selects a first replenishment point and a second replenishment point that is located far apart from the first replenishment point with respect to the vehicle and that provides the power source less expensively than at the first replenishment point, information representing a route for said vehicle to reach the second replenishment point and a minimum necessary replenishment amount of the power source to be replenished at the first replenishment point to reach the second replenishment point. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17)
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18. An information processing method comprising:
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causing a portable communication terminal to acquire current location information and destination information of a vehicle; causing the portable communication terminal to acquire power source level information representing a remaining level of a power source of the vehicle; causing the portable communication terminal to transmit the current location information, the destination information, and the power source level information to a server; causing the server to receive the current location information, the destination information, and the power source level information; causing the server to accumulate past driving history information using the vehicle and a plurality of replenishment enable points representing positions where the power source of the vehicle can be replenished; causing the server to select, based on the current location information, the destination information, and the power source level information, which are received, and the accumulated driving history information, a replenishment point representing a position where the power source of the vehicle should be replenished from the plurality of replenishment enable points; causing the server to transmit information about the selected replenishment point to the portable communication terminal; and causing the server to generate, when the server selects a first replenishment point and a second replenishment point that is located far apart from the first replenishment point with respect to the vehicle and that provides the power source less expensively than at the first replenishment point, information representing a route for said vehicle to reach the second replenishment point via the first replenishment point and a minimum necessary replenishment amount of the power source to be replenished at the first replenishment point to reach the second replenishment point.
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19. A portable communication terminal capable of communicating with a server and a vehicle, comprising:
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a current location/destination information acquirer that acquires current location information and destination information of the vehicle; a power source level information acquirer that acquires power source level information representing a remaining level of a power source of the vehicle; a first transmitter that transmits the current location information, the destination information, and the power source level information to the server; a presenter that presents, to a user, a replenishment point representing a position where the power source of the vehicle should be replenished; and a receiver that receives, from the server, information representing a route for said vehicle to reach a second replenishment point via a first replenishment point and a minimum necessary replenishment amount of the power source to be replenished at the first replenishment point to reach the second replenishment point, wherein the first replenishment point and the second replenishment point are selected by the server, and the second replenishment point is located far apart from the first replenishment point with respect to the vehicle and provides the power source less expensively than at the first replenishment point.
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20. A control method of a portable communication terminal capable of communicating with a server and a vehicle, the method comprising:
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acquiring current location information and destination information of the vehicle; acquiring power source level information representing a remaining level of a power source of the vehicle; transmitting the current location information, the destination information, and the power source level information to the server; presenting, to a user, information representing a route for said vehicle to reach a second replenishment point via a first replenishment point and a minimum necessary replenishment amount of the power source to be replenished at the first replenishment point to reach the second replenishment point, wherein the second replenishment point is located far apart from the first replenishment point with respect to the vehicle and provides the power source less expensively than at the first replenishment point.
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21. A non-transitory computer readable medium storing a control program of a portable communication terminal capable of communicating with a server and a vehicle, the program causing a computer to execute a method comprising:
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acquiring current location information and destination information of the vehicle; acquiring power source level information representing a remaining level of a power source of the vehicle; transmitting the current location information, the destination information, and the power source level information to the server; and presenting, to a user, information representing a route for said vehicle to reach a second replenishment point via a first replenishment point and a minimum necessary replenishment amount of the power source to be replenished at the first replenishment point to reach the second replenishment point, wherein the second replenishment point is located far apart from the first replenishment point with respect to the vehicle and provides the power source less expensively than at the first replenishment point.
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22. A server comprising:
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a receiver that receives current location information and destination information of a vehicle and power source level information representing a remaining level of a power source of the vehicle from a portable communication terminal connected to the vehicle; an accumulator that accumulates past driving history information using the vehicle and a plurality of replenishment enable points representing positions where the power source of the vehicle can be replenished; a selector that selects, based on the current location information, the destination information, and the power source level information, which are received, and the accumulated driving history information, a replenishment point representing a position where the power source of the vehicle should be replenished from the plurality of replenishment enable points; a transmitter that transmits information about the selected replenishment point to the portable communication terminal; and a generator that generates, when said selector selects a first replenishment point and a second replenishment point that is located far apart from the first replenishment point with respect to the vehicle and that provides the power source less expensively than at the first replenishment point, information representing a route for said vehicle to reach the second replenishment point via the first replenishment point and a minimum necessary replenishment amount of the power source to be replenished at the first replenishment point to reach the second replenishment point. - View Dependent Claims (23, 24, 25, 26, 27, 28, 29)
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30. A control method of a server, comprising:
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receiving current location information and destination information of a vehicle and power source level information representing a remaining level of a power source of the vehicle from a portable communication terminal connected to the vehicle; selecting, based on past driving history information accumulated in the server in advance, the destination information, and the current location information, a replenishment point representing a position where the power source of the vehicle can be replenished; transmitting information about the selected replenishment point to the portable communication terminal; and generating, when a first replenishment point and a second replenishment point have been selected, and the second replenishment point is located far apart from the first replenishment point with respect to the vehicle and provides the power source less expensively than at the first replenishment point, information representing a route for said vehicle to reach the second replenishment point via the first replenishment point and a minimum necessary replenishment amount of the power source to be replenished at the first replenishment point to reach the second replenishment point.
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31. A non-transitory computer readable medium storing a control program of a server, the program causing a computer to execute a method comprising:
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receiving current location information and destination information of a vehicle and power source level information representing a remaining level of a power source of the vehicle from a portable communication terminal connected to the vehicle; selecting, based on past driving history information accumulated in the server in advance, the destination information, and the current location information, a replenishment point representing a position where the power source of the vehicle can be replenished; transmitting information about the selected replenishment point to the portable communication terminal; and generating, when a first replenishment point and a second replenishment point have been selected, and the second replenishment point is located far apart from the first replenishment point with respect to the vehicle and provides the power source less expensively than at the first replenishment point, information representing a route for said vehicle to reach the second replenishment point via the first replenishment point and a minimum necessary replenishment amount of the power source to be replenished at the first replenishment point to reach the second replenishment point.
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Specification