Communication terminal, power supply management system of the same, and charging method at the time of purchasing fuel reservoir
AssigneeKabushiki Kaisha Toshiba
InventorTakahiro Suzuki
Life of this patent
Estimating the term…
Abstract
A communication terminal, to which a power is supplied from the fuel cell, includes an ID detecting unit that detects at least one of unique identification information of a fuel reservoir for supplying fuel to the fuel cell and unique identification information of the fuel cell, a content detecting unit that detects a content executed in the communication terminal, a cell driving detecting unit that detects an operating state of the fuel cell, and a matching process unit that collates and associates with each other data obtained from the ID detecting unit the content detecting unit and the cell driving detecting unit.
Claims11
A communication terminal, to which a power is supplied from a fuel cell, comprising:
- an ID detecting unit that detects at least one of unique identification information of a fuel reservoir for supplying fuel to the fuel cell and unique identification information of the fuel cell;
- a content detecting unit that detects a content executed in the communication terminal;
- a cell driving detecting unit that detects an operating state of the fuel cell;
- and
- a matching process unit that collates and associates with each other data obtained from the ID detecting unit, the content detecting unit, and the cell driving detecting unit.
A communication terminal, to which a power is supplied from the fuel cell, comprising:
- an ID detecting unit that detects unique identification information of a fuel reservoir for supplying fuel to the fuel cell or unique identification information of the fuel cell;
- a content detecting unit that detects a content executed in the communication terminal;
- and
- a power supply controlling unit that changes a power supply path to the fuel cell in accordance with execution of a specific content in the communication terminal.
A communication terminal, to which a power is supplied from the fuel cell, comprising:
- an ID detecting unit that detects unique identification information of a fuel reservoir for supplying fuel to the fuel cell or unique identification information of the fuel cell;
- and
- an output controlling unit that controls whether a power is supplied from the fuel cell or not based on the unique identification information detected by the ID detecting unit.
A communication terminal, to which a power is supplied from the fuel cell and which performs P2P communication, comprising:
- an ID detecting unit that detects unique identification information of a fuel reservoir for supplying fuel to the fuel cell or unique identification information of the fuel cell;
- a cell driving detecting unit that detects an operating state of the fuel cell;
- a data comparison unit that compares an amount of data that a user of the communication terminal actively transmits and receives with an amount of data transmitted and received through the communication terminal for another user to performing the P2P communication to transmit and receive data;
- and
- a matching process unit that collates and associates with each other data obtained from the ID detecting unit, the cell driving detecting unit, and the data comparison unit.
A communication terminal, to which a power is supplied from the fuel cell and which performs P2P communication, comprising:
- an ID detecting unit that detects unique identification information of a fuel reservoir for supplying fuel to the fuel cell or unique identification information of the fuel cell;
- a cell driving detecting unit that detects an operating state of the fuel cell;
- a mode detecting unit that detects whether a communication mode of the communication terminal is a P2P communication mode;
- and
- a power supply controlling unit that changes a power supply path to the fuel cell, when the communication mode of the communication terminal is the P2P communication mode in the communication terminal based on the unique identification information of the fuel cell.
A power supply management system of a communication terminal to which a power is supplied from the fuel cell, the communication terminal comprising:
- an ID detecting unit that detects unique identification information of a fuel reservoir for supplying fuel to the fuel cell or unique identification information of the fuel cell;
- a content detecting unit that detects a content executed in the communication terminal;
- a cell driving detecting unit that detects an operating state of the fuel cell;
- and
- a matching process unit that collates data obtained from the ID detecting unit, the content detecting unit, and the cell driving detecting unit.
A charging method of a fuel reservoir at the time of purchasing the fuel reservoir which supplies fuel to a fuel cell supplying a power to a communication terminal, comprising:
- collating unique identification information data of the fuel cell or the fuel reservoir, content information data executed in the communication terminal, and consumed fuel information data obtained by an operation situation of the fuel cell;
- creating electronic data obtained by associating, with each other, the unique identification information data, the content information data, and the consumed fuel information data;
- storing the electronic data created by collating and associating the data in a management system of the communication terminal and a content supply side;
- and
- calculating a shared expense of the content supply side, to charge the shared expense based on the stored electronic data at the time of purchasing the fuel reservoir.
Dependencies are inferred from the claim text.