POWER RELAY APPARATUS, POWER RELAY METHOD, POWER SUPPLY CONTROL APPARATUS, POWER SUPPLY CONTROL METHOD, AND POWER SUPPLY CONTROL SYSTEM

• US 20130235504A1
• Filed: 11/14/2011
• Published: 09/12/2013
• Est. Priority Date: 11/22/2010
• Status: Abandoned Application

• Current Assignee: Sony Corporation (Sony Group Corp.)
• Original Assignee: Sony Corporation (Sony Group Corp.)
• Inventors: Washiro, Takanori
• Application Number:
  US13/885,431
• Publication Number:
  US 20130235504A1
• Time in Patent Office: Days
• US Class Current: 361/172
• CPC Class Codes: H01H 47/223 adapted to be supplied by AC
• CPC Class Codes: H02J 13/00009 using pulsed signals
• CPC Class Codes: Y02E 60/00 Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
• CPC Class Codes: Y04S 40/121 using the power network as support for the transmission

Abstract

The present invention relates to a power relay apparatus, power relay method, power supply control apparatus, power supply control method, and power supply control system which can readily manage individual power consumption.

Output terminals 51 and 52 relay and output the AC power supplied by input terminals 41 and 42 to connected equipment. An IC chip 325, in order to receive authentication from a power supply control apparatus and receive a supply of the AC power from the power supply control apparatus to the input terminals 41 and 42, outputs stored power information to the power supply control apparatus via the input terminals 41 and 42, by subjecting a high frequency signal that is input from the power supply control apparatus via the input terminals 41 and 42 to load modulation. The high-pass filter 323 serving as a high frequency signal filter inputs the high frequency signal input via the input terminals 41 and 42 to the IC chip 325, while inhibiting the AC power having a frequency lower than the high frequency signal, which is input via the input terminals 41 and 42, from being input in the IC chip 325.

Claims

1. A power relay terminal comprising:

an input terminal in which power is input;

an output terminal configured to relay the power supplied from the input terminal and outputs to an equipment which is connected and is configured to operate by power; and

a storage device which, in order to receive authentication from a power supply control apparatus connected to the input terminal and receive a supply of the power from the power supply control terminal in the input terminal, is configured to output stored power information to the power supply control apparatus via the input terminal, by subjecting a high frequency signal that is input from the power supply control apparatus via the input terminal to load modulation.

2. The power relay terminal according to claim 1, wherein the storage device is an electronic tag.

3. The power relay terminal according to claim 2, further comprising:

a filter that is configured to cause the high frequency signal input via the input terminal to be input to the storage device, while inhibiting the power that is input via the input terminal from being input into the storage device.

4. The power relay terminal according to claim 3, further comprising:

a filter that is configured to supply the power that is input from the input terminal to the output terminal, while inhibiting the high frequency signal that is input from the input terminal from being supplied to the output terminal.

5. The power relay terminal according to claim 3, further comprising:

a power generating unit configured to be connected in parallel to the storage device, and to supply, to the storage device, the voltage generated by the high frequency signal which is input from the input terminal.

6. The power relay terminal according to claim 5, wherein the voltage generating unit is made up of a coil or a transformer.

7. The power relay terminal according to claim 6, wherein the power information stored in the storage device includes at least one of identifying information and history information.

8. The power relay terminal according to claim 7, wherein the power information stored in the storage device further includes specification information or billing information.

20. The power relay terminal according to claim 4, further comprising:

a power generating unit configured to be connected in parallel to the storage device, and to supply, to the storage device, the voltage generated by the high frequency signal which is input from the input terminal.

9. A power relay method which is a power relay method of a power relay terminal providing an input terminal and an output terminal and a storage device,

wherein the input terminal inputs power;

and wherein the output terminal configured to relay the power supplied from the input terminal and output to an equipment which is connected and operates by power;

and wherein the storage device outputs, in order to receive authentication from a power supply control apparatus connected to the input terminal and receive a supply of the power from the power supply control terminal in the input terminal, stored power information to the power supply control apparatus via the input terminal, by subjecting a high frequency signal that is input from the power supply control apparatus via the input terminal to load modulation.

10. A power supply control apparatus comprising:

an output terminal configured to output output power;

a switch configured to switch when outputting and when blocking the output power from the output terminal;

a communication unit configured to output a high frequency signal via the output terminal and communicate with a power relay terminal that further relays and outputs the output power supplied from the output terminal to the equipment operated by power, thereby reading out power information of the power relay terminal; and

a control unit configured to switch a switch so that, upon authenticating from the power information read out by the communication unit that that which is connected to the output terminal is the power relay terminal that relays and outputs, to the equipment, the output power supplied from the output terminal, the output power is output from the output terminal, while the output power supplied to the power relay terminal is measured, and when authentication is not made that that which is connected to the output terminal is the power relay terminal, the output of the output power from the output terminal is blocked.

11. The power supply control apparatus according to claim 10, wherein the control unit stores the results of the output power measurement in the power relay terminal as history information.

12. The power supply control apparatus according to claim 11, wherein the control unit reads out the history information from the power relay terminal for billing processing.

13. The power supply control apparatus according to claim 12, wherein the control unit further reads out the billing information from the power relay terminal for billing processing.

14. The power supply control apparatus according to claim 13, wherein the control unit reads out a credit card number or electronic money information or user information as the billing information.

15. The power supply control apparatus according to claim 12, further comprising:

a voltage switching unit is configured to switch AC power that is input externally to the output power of a predetermined voltage, according to specification information stored in the storage device provided to the connected power relay terminal or the equipment, and outputs to the output terminal.

16. The power supply control apparatus according to claim 15, wherein the voltage switching unit is configured to switch and output, as the output power, one of AC power or DC power of a predetermined voltage, according to specification information recorded in the storage device provided to the connected power relay terminal or the equipment.

17. A power supply control method of a power supply control apparatus comprising:

an output terminal;

a switch;

a communication unit; and

a control unit;

wherein

the output terminal is configured to output the output power;

the switch is configured to switch, when outputting and when blocking the output power from the output terminal;

the communication unit is configured to output a high frequency signal via the output terminal and communicates with a power relay terminal that further relays and outputs the output power supplied from the output terminal to the equipment operated by power, thereby reading out power information of the power relay terminal; and

the control unit is configured to switch the switch so that, upon authenticating from the power information read out by the communication unit that that which is connected to the output terminal is the power relay terminal that relays and outputs, to the equipment, the output power supplied from the output terminal, the output power is output from the output terminal, while the output power supplied to the power relay terminal is measured, and when authentication is not made that that which is connected to the output terminal is the power relay terminal, the output of the output power from the output terminal is blocked.

18. A power supply control system comprising:

a power supply control apparatus configured to output output power supplied to equipment that is operated by power; and

a power relay terminal configured to relay and output, to the equipment, the output power input from the power supply control apparatus,

wherein the power supply control apparatus includes

an output terminal configured to output the output power,

a switch configured to switch when outputting and when blocking the output power from the output terminal,

a communication unit configured to output a high frequency signal via the output terminal and communicate with the power relay terminal which is connected to the output terminal, thereby reading out power information of the power relay terminal, and

a control unit configured to switch the switch so that, upon authenticating from the power information read out by the communication unit that that which is connected to the output terminal is the power relay terminal that relays and outputs, to the equipment, the output power supplied from the output terminal, the output power is output from the output terminal, while the output power supplied to the power relay terminal is measured, and when authentication is not made that that which is connected to the output terminal is the power relay terminal, the output of the output power from the output terminal is blocked;

and wherein the power relay terminal includes

an input terminal in which the output power is input,

an output terminal of the power relay terminal, configured to relay the output power supplied from the input terminal and outputs to the connected equipment, and

a storage device which, in order to receive authentication from the power supply control apparatus connected to the input terminal and receive a supply of the output power from the power supply control terminal in the input terminal, outputs the stored power information to the power supply control apparatus via the input terminal, by subjecting a high frequency signal that is input from the power supply control apparatus via the input terminal to load modulation.

19. A power supply control method of a power supply control system including

a power supply control apparatus configured to output output power to be supplied to equipment operated by power, and

a power relay terminal configured to relay and output, to the equipment, the output power input from the power supply control apparatus,

wherein in the power supply control apparatus,

the output terminal outputs the output power;

the switch switches, when outputting and when blocking the output power from the output terminal;

the communication unit outputs a high frequency signal via the output terminal and communicates with the power relay terminal that is connected to the output terminal, thereby reading out power information of the power relay terminal; and

the control unit switches the switch so that, upon authenticating from the power information read out by the communication unit that that which is connected to the output terminal is the power relay terminal that relays and outputs, to the equipment, the output power supplied from the output terminal, the output power is output from the output terminal, while the output power supplied to the power relay terminal is measured, and when authentication is not made that that which is connected to the output terminal is the power relay terminal, the output of the output power from the output terminal is blocked;

and wherein in the power relay terminal,

the input terminal inputs the output power;

the output terminal of the power relay terminal relays and output, to the connected equipment, the output power supplied from the input terminal; and

the storage device outputs, in order to receive authentication from a power supply control apparatus connected to the input terminal and receive a supply of the output power from the power supply control apparatus in the input terminal, stored power information to the power supply control apparatus via the input terminal, by subjecting a high frequency signal that is input from the power supply control apparatus via the input terminal to load modulation.