PLUG SOCKET

• US 20110006615A1
• Filed: 02/27/2009
• Published: 01/13/2011
• Est. Priority Date: 02/29/2008
• Status: Abandoned Application

• Current Assignee: Ki Chool Yang, Sun Young Kim
• Original Assignee: Ki Chool Yang, Sun Young Kim
• Inventors: Yang, Ki Chool, Kim, Sun Young
• Application Number:
  US12/919,385
• Publication Number:
  US 20110006615A1
• Time in Patent Office: Days
• US Class Current: 307/131
• CPC Class Codes: H01R 13/665 with built-in electronic circuit H01R13/70, H01R13/719 take precedence
• CPC Class Codes: H01R 13/70 with built-in switch
• CPC Class Codes: H01R 25/00 Coupling parts adapted for simultaneous co-operation with two or more identical counterparts, e.g. for distributing energy to two or more circuits supported only by co-operation with a counterpart H01R31/00; with a holder adapted for supporting apparatus to which its counterpart is attached H01R33/88
• CPC Class Codes: H01R 31/065 with built-in electric apparatus

Abstract

Provided is a plug socket which determines operation states of a plurality of electrical devices connected to the plug socket to supply or cut off electric power to the electrical devices and selects a method for supplying or cutting off electric power to the electrical devices by setting a desired mode. Thus, it is possible to prevent the waste of energy and electrical accidents by cutting off the electric power when the electrical devices connected to the plug socket are not used. Especially, since the electric power is supplied only when the electrical devices are used in a home network system, it is possible to efficiently use electricity, significantly reduce unnecessary power consumption, and thus the cost is reduced. Moreover, in the case of a built-in plug socket, it is possible to change the time or method for cutting off electric power by setting a desired mode according to the kind of the electrical device, and thus user convenience is significantly improved.

Claims

1. A plug socket comprising:

a power-saving circuit supplying or cutting off electric power to a connected electrical device according to a load current;

a mode setting unit setting any one of an automatic mode, a manual mode, and an optional automatic mode such that the power-saving circuit is operated in the set mode;

a signal input unit connected to a jack connection unit and configured to input an operation signal to supply or cut off electric power to the power-saving circuit; and

a changeover switch unit including a button or a lever to forcibly supply or cut off electric power,

wherein the power-saving circuit comprises;

a switch unit switching the input electric power so that the input electric power is supplied or cut off to the electrical device and cutting off the power supply when the signal input unit is disconnected from the jack connection unit;

a load current detection unit detecting a load current according to an operation state of the electrical device and inputting a load signal; and

a control unit controlling the operation of the switch unit in response to at least one of the mode set by the mode setting unit, the load signal, and the operation signal of the signal input unit.

2. The plug socket of claim 1, wherein when the mode setting unit sets the automatic mode, the control unit controls the power-saving circuit to learn and register an infrared signal or any other radio signal of a remote controller to be used and compares the load signal with a predetermined standby power load value to supply the electric power to the electrical device or cut off after a predetermined delay time.

3. The plug socket of claim 1, wherein when the mode setting unit sets the manual mode, the control unit supplies or cuts off the electric power to the electrical device in response to the operation signal of the signal input unit regardless of the load signal.

4. The plug socket of claim 1, wherein when the mode setting unit sets the optional automatic mode, the control unit controls the power-saving circuit to learn and register an infrared signal or any other radio signal of a remote controller to be used while the power of the electrical device is off, and measures and stores a standby power value of the electrical device through the load current detection unit.

5. The plug socket of claim 4, wherein the control unit sets the measured standby power value and the delay time as a new reference value to determine an operation state of the electrical device, and controls the power supply to the electrical device.

6. The plug socket of claim 2, wherein when the registered infrared or other radio signal is inputted from the signal input unit, the control unit recognizes the inputted signal as an operation signal to control the switch unit and when a signal different from the registered signal is inputted, the control unit ignores the inputted signal.

7. The plug socket of claim 1, wherein the signal input unit comprises:

a connection plug detachably connected to the jack connection unit;

an input unit including at least one button;

a signal receiving unit receiving an infrared signal or any other radio signal transmitted from a remote controller; and

a signal output unit transmitting an operation signal according to an operation of the input unit or the infrared signal or any other radio signal received by the signal receiving unit to the jack connection unit through the connection plug such that an operation signal is applied to the control unit.

8. The plug socket of claim 7, wherein when the input unit is pressed for more than a predetermined time, the signal input unit applies a predetermined signal to the control unit to register an infrared signal or any other radio signal of a specific remote controller, and the controller controls the power-saving circuit to register the infrared signal or any other radio signal according to the predetermined signal.

9. The plug socket of claim 1, wherein the signal input unit comprises:

a connection plug detachably connected to the jack connection unit;

a time input unit including at least one button to input time;

a time output unit displaying the time inputted by the time input unit; and

a timer control unit setting a timer in response to the number of times the time input unit is operated or an operation method thereof and, when reaching a set time of the timer, applying an operation signal to the jack connection unit through the connection plug to be transmitted to the control unit.

10. The plug socket of claim 9, wherein each time the time input unit is operated, the timer control unit increases the set time of the timer in a predetermined time unit and, when reaching a given maximum time, resets the set time of the timer.

11. The plug socket of claim 10, wherein the timer control unit divides the maximum time into a plurality of time frames such that the set time of the timer is increased by a first time unit each time the time input unit is operated in a first time frame, and the set time of the timer is increased by a second time unit each time the time input unit is operated in a second time frame.

12. The plug socket of claim 11, wherein the timer control unit further sets a third time frame and a fourth time frame such that the set time of the timer is increased by a third time unit each time the time input unit is operated in a third time frame, and the set time of the timer is increased by a fourth time unit each time the time input unit is operated in a fourth time frame.

13. The plug socket of claim 9, wherein when the button of the time input unit is pressed for more than a predetermined time or is continuously pressed in a predetermined time unit, the timer control unit initializes the set time of the time or terminates the operation of the signal input unit.

14. The plug socket of claim 9, wherein when the timer control unit is restarted upon normal termination of the timer, the timer control unit sets the last set time of the timer as an initial value and, when the button of the time input unit is further pressed, changes the set time of the timer.

15. The plug socket of claim 9, wherein the signal input unit further comprises a repetitive mode setting unit setting the set time of the timer to be repeatedly counted, and

wherein when a repetitive mode is set by the repetitive mode setting unit, the timer control unit counts the time in each period of the set time of the timer and, when reaching the set time of the timer, repeatedly applies an operation signal to the plug socket.

16. The plug socket of claim 1, further comprising a power switch unit directly connected to the switch unit to forcibly operate the switch unit in response to an operation state such that the switch unit is turned on regardless of a control command of the control unit, thus supplying the electric power to the electrical device.

20. The plug socket of claim 4, wherein when the registered infrared or other radio signal is inputted from the signal input unit, the control unit recognizes the inputted signal as an operation signal to control the switch unit and when a signal different from the registered signal is inputted, the control unit ignores the inputted signal.

17. A plug socket comprising:

an adaptor type socket main body in which a power-saving circuit is mounted to cut off electric power supplied to a connected electrical device;

a first connection unit including a first connector connected to one side of the socket main body and a second connector having a shape different from that of the first connector and supplying external power to the socket main body;

a connection plug detachably connected to the socket main body; and

a signal input unit inputting an operation signal to the socket main body to supply or cut off electric power to the electrical device.

18. The plug socket of claim 17, further comprising a second connection unit including a third connector having the same shape as the first connector and a fourth connector having the same shape as the second connector and connected to the socket main body through the third connector to supply electric power to an electrical device connected to the fourth connector.

19. A plug socket comprising:

a built-in type socket main body in which a power-saving circuit is mounted to cut off electric power supplied to a connected electrical device;

a first power connection portion provided on a rear surface of the socket main body and connecting external power to the power-saving circuit such that electric power is supplied to the power-saving circuit;

a second power connection portion connecting the power-saving circuit to external power; and

a power-line disconnecting and fixing portion fixing a power line inserted into the first power connection portion and the second power connection portion in a first state and opening the first power connection portion and the second power connection portion such that the power line inserted and fixed to the first power connection portion and the second power connection portion is separated in a second state.