KR101685062B1 - A artificial intelligent wall outlet for automatic quiescent power cut-off and recovery function - Google Patents

Abstract

The present invention relates to an artificial intelligent buried-type outlet with automatic blocking and recovering functions of standby power. The artificial intelligent buried-type outlet according to an embodiment of the present invention can automatically block and recover the standby by an object detection sensor technology which is the combination of a PIR sensor and an IR sensor. The artificial intelligent buried-type outlet according to the embodiment of the present invention includes: an outlet case which protects an outlet driving module embedded in the outlet; and the outlet driving module which is composed of a power source unit which generates and outputs an operation voltage, an operation condition setting unit which outputs a switching signal, a wireless transceiver unit, a touch operation condition setting unit, a current detection unit which outputs a detection signal, a control unit which outputs an on or off control signal, and an output control unit.

Description

[0001] The present invention relates to an artificial intelligent wall outlet for automatic quiescent power cut-off and recovery function,

The present invention relates to a touch switch and a touch switch, which can automate standby and automatic restoration of standby power by applying object detection sensor technology, which is a combination of a PIR sensor and an IR sensor, Switch, and IR wireless sensor. In addition, by using the object detection sensor and the human body detection sensor that detect the distance and the object by the automatic method, the user can select the manual method and the automatic method. The touch switch, the tact switch and the LED are inserted into the injection without protruding tact switches and LEDs, so that the functional element can be inserted into the interior while maintaining the outer shape of the design without holes in the appearance, Depending on the time and number of times the switch is pressed, the power is turned on, the power is always on, the standby power is set, In addition to switching and controlling the four functions, it is possible to visually display specific functions while changing the functions simultaneously by using the LED display and buzzer, and it is possible to display the special function through the current IC and the shunt resistor It is able to transmit the current and power amount to the control center or other institutions through wired or wireless communication by the wired or wireless receiving unit by grasping the standby power and power consumption of the device, (IOT) communication control method can be applied to the outlet control, which can receive the commands to control the four functions such as standby power setting, The present invention relates to an artificial intelligent recessed receptacle having an automatic restoration function.

In general, electrical appliances used in industrial facilities such as homes, offices or factories are required to be always powered and connected to a power source such as a refrigerator, and to be supplied with electrical energy As shown in FIG.

However, in the latter electric appliances, since the power is connected to the wall or floor outlet, etc., it is used in a state in which the power is always connected in most cases due to difficulties in interception and troublesomeness.

FIG. 1 is a configuration diagram of a power supply system for supplying electric power to a conventional electric product 200. Electric energy is supplied by connecting a plug 200 of an electric product to an AC power supply or a general outlet 100. In most cases, electric appliances are used in a state in which the power supply is always connected due to the difficulty of power shutoff and the troublesomeness.

Therefore, a lot of unnecessary electric power is consumed by leakage power, and there is also a risk of a large fire due to a short circuit. Converting the power waste caused by such leakage power to the whole country is a significant waste of power.

Even if the electric appliance and the electronic product connected to the power outlet are turned off, a small amount of electric current flows and therefore a small amount of electric power is consumed. This small amount of power is called standby power. This standby power not only has a negative impact on the life span of electrical appliances and electronic products, but also becomes a part of power wastes. In addition, there is a problem of increasing the possibility of a short circuit accident or the like.

Therefore, it is necessary to shut off such standby power. In this case, the user has to find the electrical appliances and electronic products that consume each standby power and disconnect them from the power outlet. In this case, there is a problem in that the user can not interrupt the standby power when the separation operation is not performed due to the user's carelessness as well as such troublesome operation.

In addition, domestic and foreign product technologies use a method of recovering power from a wired / wireless communication and a manual switch after an automobile end of a standby power, which is a hassle, which is a cause of lowering the usage rate of a user in a power saving outlet .

In addition, the ice storage heat system, which is mainly used as a heat storage system using midnight power, which is one of methods for efficiently using power by maximizing power, increases initial investment cost, installation space, and heat storage tank installation space by addition of various devices including a heat storage tank, It is impossible to utilize existing facilities when applied to existing buildings, and there is a problem that the maintenance cost is increased due to an increase in the number of additional equipment.

Therefore, it is possible to automate and auto restoration of standby power by applying object detection sensor technology, which is a combination of PIR sensor and IR sensor, and it is possible to prevent touch switch, tact switch and tact switch By inserting the LED inside the injection, the function device can be implemented by inserting the function device while maintaining the outer shape of the design without the hole in the appearance, and the function of the outlet with one button. According to the time and number of pressing the switch, It is able to switch and control the four functions such as constant power supply, standby power setting, and overload cutoff function, as well as displaying specific functions while visually changing the function using LED display and buzzer at the same time. , It is possible to transmit the current and electric energy to the control center or other institutions through wired / wireless communication, (IOT) communication control method can be applied to the outlet control so that the user can receive the commands to control the above four functions through the computer or the smart phone in which the controller is implemented. Development of an artificial intelligent socket-type receptacle having an automatic restoration function is urgently required.

KR 10-2001-0003385 (Jan. 1, 2001)

Accordingly, the present invention is conceived to solve the above problems, and it is an object of the present invention to provide an object detection sensor which is a combination of a PIR sensor and an IR sensor, An object of the present invention is to provide an intelligent built-in receptacle.

Another object of the present invention is to provide a touch switch, a tact switch and an IR wireless receiving sensor which employ a touch IC in a manual manner by a function switch of an outlet, an object detection sensor for detecting a distance and an object by an automatic method, The present invention is to provide an artificial intelligent recessed receptacle having an automotive stand-by power supply and an automatic restoration function that can be used by selecting a manual type or an automatic type by applying a sensor.

Another object of the present invention is to insert a touch switch, a tact switch, and an LED into an injection mold without protruding a touch switch, a TACT switch and an LED on a surface of an upper end of an outlet, The present invention also provides an artificial intelligent recessed receptacle having an automobile end of standby power and an automatic restoration function that can be inserted and implemented in the artificial intelligent socket.

Another object of the present invention is to switch and control four functions such as power on, constant power, standby power setting, and release upon overload shutdown according to the time and frequency of pressing the function switch of a button, Is an automobile intelligent type recessed receptacle having a stand-by power automobile unit and an automatic restoration function capable of displaying a specific function while simultaneously performing a function change using an LED display and a buzzer.

Another object of the present invention is to understand the standby power and power consumption of a device plugged into an outlet through a current IC and a shunt resistor to a power saving outlet and to transmit current and power amount to a control center or other organization And can receive commands to control four functions such as power on, normal power, standby power setting, and overload shutdown through a computer or smart phone in which the Internet is implemented, so that bidirectional communication control An object of the present invention is to provide an artificial intelligent built-in receptacle having an automobile terminal of standby power and an automatic restoration function that can apply the internet (IOT) communication control method to the outlet control.

According to another aspect of the present invention, there is provided an artificial intelligent recessed receptacle having an automobile end of standby power and an automatic restoration function for protecting a receptacle driving module built in an outlet, A touch switch, a tact switch, and a touch switch, a tact switch, and an LED are inserted into the injection molding without protruding the function switch and LED on the surface of the upper end of the socket. An outlet case for maintaining the appearance of the design without a hole in the appearance; A SMPS power supply circuit built in the socket case and capable of operating a stable circuit by switching AC to DC and generating and outputting an operating voltage for supplying power from the power supply to each device in the socket; The user can set whether the object detection sensor, the human body detection sensor, the tact switch and the touch switch are used, the output of the LED, and the interlocking or single action condition of the household appliances by the switching operation of the user. The function switch, which is a switch and a touch switch, has a function of restoring power to the power saving opening by pressing the button once, and a function of restoring the power to the power saving opening when the button is pressed twice. And the function to restore after automatically shut down within 3 seconds, switch to the normal outlet when you press and release the button 3 times continuously in 3 seconds or less, and the power saving outlet function, switch the power saving mode to the usual constant switching mode and switch to the power saving mode And if it is pressed for less than 5 seconds, the standby power of the device inserted in the power saving hole within 20 seconds is outputted through the current IC and the amplifying IC (MCU) memory. During the storage, the LEDs are turned on and off so that they can be visually recognized, and the buzzer enables the user to recognize the stored values. Indication of the function of the LED in the output status indicates that the green LED will be off within 3 minutes as the standby power state when the green LED flashes once per second, and the green LED is continuously turned on when the device plugged in is in use This indicates that the function is switched from the power saving function to the normal outlet by turning the red LED on continuously, and then turning off at the set time. When the LED is off, the power outlet of the power outlet is turned off And outputting a switching signal according to the switching signal; An object detection sensor for detecting a distance and an object by a computer or a smartphone via a wired and wireless communication network; a wireless transceiver for determining whether a human body and an object of the human body detection sensor are detected; A built-in or external human body detecting sensor for outputting signals of four functions such as power on, constant power, standby power setting, and release upon overload shutdown in response to human touch change or human movement, a touch operation condition setting unit ; A current detecting unit for detecting a current flowing to an electric appliance operated by interlock or single action and outputting a detection signal according to the detected current; An ON or OFF control signal for collectively controlling the buzzer, the relay, the PIR sensor, the mode switch, the overcurrent, the IR sensor, and the LED, receives the switching signal and the detection signal of the user for selecting the interlocked or single acting function, A control unit for semi-persistently storing the control value and the standby power value of the function; And an output control unit which receives an on or off control signal of the control unit and inputs or receives a current flowing into a power saving port of a socket using a relay, The function to implement the auto-recovery function of the standby power and the function to switch and control the four functions of the power-on, the constant power, the standby power setting, and the release upon overload shutdown by the function switch of the outlet, The receiver can transmit current and electric power to the control center or other institutions by wired / wireless communication and control the four functions of power on, constant power, standby power setting, An outlet driving module having a function of receiving an instruction with an instruction; .

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In the present invention, a USB connector, an external wireless receiving unit, Further comprising:

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In the present invention, the receptacle driving module grasps the standby power and the power consumption of the device plugged into the outlet through the current IC and the shunt resistor to the power saving outlet, and calculates the current and the amount of electric power by wired or wireless communication Control center, or other organization, and receive commands to control the four functions of power on, power on, standby power setting, And the like.

In the present invention, a touch switch, a tact switch, and an IR wireless receiving sensor, to which a touch IC is applied in a manual manner by the function switch, are applied, and an object detection sensor and a human body detection sensor And the power recovery method can be selected and applied by a manual method and an automatic method.

In the present invention, the artificial intelligent recessed receptacle sets and inputs the on and off times of the outlet power by wireless communication selected from among Bluetooth, Zigbee communication and RF communication using the application of the smart phone and the PC, And automatically acting as a timer.

In the present invention, the artificial intelligent recessed receptacle is characterized in that it can be selectively applied to a floor-embedded receptacle, a wall-mounted receptacle, and a multi-tap.

As described above, the artificial intelligent recessed receptacle having an automobile end of standby power and an automatic restoration function according to the present invention has the following effects.

First, the present invention can automate standby and automatic recovery of standby power by applying object detection sensor technology, which is a combination of a PIR sensor and an IR sensor.

Second, according to the present invention, a touch switch, a tact switch, and an IR wireless receiving sensor, to which a touch IC is applied manually, are applied by a function switch of an outlet, and an object detection sensor and a human body detection sensor , It is possible to select the manual method and the automatic method.

Third, according to the present invention, a touch switch, a tact switch, and an LED are not protruded on the surface of an upper end of an outlet, and the touch switch, the tact switch and the LED are inserted into the inside of the injection, Insertion can be implemented and operated.

Fourth, the present invention switches and controls the four functions of the power-on, the constant power, the standby power setting, and the cancellation upon overload shutdown according to the time and the number of times the function switch of the one- LED display and buzzer can be used to display a specific function while changing the function at the same time.

Fifth, the present invention can identify the standby power and the power consumption of a device plugged into an outlet through a current IC and a shunt resistor to a power saving outlet, and transmit current and power amount to the control center or other institutions through wired or wireless communication In addition to this, it is possible to receive commands to control the four functions of power on, normal power, standby power setting, and overload shutdown through a computer or smart phone in which the Internet is implemented. The Internet (IOT) communication control method can be applied to the outlet control.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exemplary view showing a power supply system of an electric product according to the prior art; FIG.
BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to an artificial intelligent recessed receptacle having an automobile end of standby power and an automatic restoration function according to an embodiment of the present invention.
3 is a view showing a configuration of an artificial intelligent recessed receptacle having an automobile end of standby power and an automatic restoration function according to another embodiment of the present invention.
FIG. 4 is a perspective view of an artificial intelligent embedded socket according to an embodiment of the present invention. FIG. 4 is a perspective view of an artificial intelligent embedded socket according to an embodiment of the present invention. Fig. 3 is a view showing a switch for supplying a switch; Fig.
5 is a block diagram of a module for driving an idle power automotive stage and an artificial intelligent recessed receptacle having an automatic recovery function according to an embodiment of the present invention.
FIG. 6 is an MCU circuit diagram showing a general control of a buzzer, a relay, a PIR, a mode switch, an overcurrent, an IR, and an LED in a module for driving an artificial intelligent recessed receptacle according to an embodiment of the present invention.
FIG. 7 is a block diagram of a touch sensing device according to an exemplary embodiment of the present invention. FIG. 7 is a block diagram illustrating a touch sensing device according to an embodiment of the present invention. Referring to FIG. 7, Circuit diagram.
FIG. 8 is an IR and LED circuit diagram that allows operation to be distinguished visually in an artificial intelligent recessed receptacle according to an embodiment of the present invention; FIG.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, when it is determined that a detailed description of related art or configuration may unnecessarily obscure the gist of the present invention, The detailed description will be omitted, and the terms described below are defined in consideration of the functions of the present invention, and this may be changed according to the intention or the custom of the user, the operator, The invention should be based on the entire contents of this specification, which describe an artificial intelligent built-in receptacle having a receptacle.

FIG. 2 is a diagram illustrating a configuration of an artificial intelligent recessed receptacle having an automobile end of standby power and an automatic restoration function according to an embodiment of the present invention. FIG. 3 is a cross- FIG. 4 is a perspective view of an artificial intelligent embedded socket according to an embodiment of the present invention. FIG. 4 is a perspective view of an artificial intelligent embedded socket according to an embodiment of the present invention. FIG. 5 is a view showing a switch for supplying a touch signal current, which is in contact with a spring on a surface of a hole and an external injection object, Figure 6 is a block diagram of a module for driving an artificial intelligent recessed receptacle; Figure 6 is a block diagram of an artificial intelligence embedded < RTI ID = 0.0 > FIG. 7 is an MCU circuit diagram for controlling the buzzer, the relay, the PIR, the mode switch, the overcurrent, the IR, and the LED in a module for driving the socket outlet. FIG. 7 is a block diagram of a module for driving an artificial intelligent recessed socket according to an embodiment of the present invention FIG. 8 is a circuit diagram of a touch switch switch that enables switching of four functions, that is, power on, constant power, standby power setting, and release upon overload shutdown, It is an IR and LED circuit diagram that allows visual discrimination of motion.

An artificial intelligent recessed receptacle having an automobile end of standby power and an automatic restoration function of the present invention includes a socket case 10, a touch and tact switch 11, an LED 12, a USB connector 13, an external wireless receiving unit 14, A power supply 16, a general socket 17, an outlet driving module 20, an operating condition setting unit 21, a wireless transmitting / receiving unit 22, a power supply unit 23, a control unit (MCU) 24 A built-in human body detection sensor, a touch operation condition setting unit 25, an output control unit (Relay) 26, a current detection unit 27, an external human body detection sensor, a touch operation condition setting unit 28, (30) and the like.

As shown in FIGS. 2 to 8, the artificial intelligent recessed receptacle 30 having an automobile end of standby power and an automatic restoration function according to an embodiment of the present invention includes an outlet driving module 20 built in the outlet A general socket 17 and a power saving socket 16 are formed so that a power plug of various electronic devices can be inserted and used. A touch switch, a function switch 11 as a tact switch, and an LED (10) for inserting a touch switch, a tact switch (11), and an LED (12) into the injection case without protruding the protrusions (12) A function of implementing an automobile terminal and an automatic restoration function of standby power by applying an object detection sensor technology which is built in the socket case 10 and is a combination of a PIR sensor and an IR sensor, A function of switching and controlling the four functions of power-on, constant power, standby power setting, and cancellation when overload is cut off, and a function of transmitting current and electric power to the control center or other institutions by wired or wireless communication by the wired or wireless receiving unit (22) An outlet driving module 20 having a function of receiving a command to control four functions of turning on a power source, a constant power source, a standby power setting, and releasing an overload when a computer or an Internet is implemented; And is separated from the receptacle driving module 20 and detects four kinds of signals of a function of detecting a touch change of a person or a movement of a person and correspondingly turning on a power, a constant power, a standby power setting, An external human body detection sensor for outputting, a touch operation condition setting unit 28; Respectively.

The function of each technical means constituting the automotive stand-by of the stand-by power and the artificial intelligent built-in receptacle having the automatic restoration function will be described as follows.

2 and 3, the receptacle case 10 protects the receptacle driving module 20 built in the receptacle and is provided with a general socket 17 for inserting a power plug of various electronic devices, A touch switch, a tact switch 11 and a LED 12 are provided on the surface of the upper end of the receptacle without protruding a function switch 11 and a LED 12 as touch switches, tact switches, Is inserted into the injection to maintain the outer appearance of the design without holes in the outer appearance. A USB connector 13 and an external wireless receiving unit 14 are formed at the upper end of the receptacle case 10 in addition to the touch switch, the tact switch 11 and the LED 12.

As shown in FIG. 4, in the artificial intelligent type socket-outlet, a spring penetrating the spring of the internal ejection member and the surface of the external ejection member by using the touch pad or the spring 15 of the touch portion, It is possible to know a switch for supplying a signal current.

The receptacle driving module 20 is built in the receptacle case 10 and incorporates an object detection sensor technology, which is a combination of a PIR sensor and an IR sensor, A function of switching and controlling the four functions of power-on, constant power supply, standby power setting, and cancellation when overload is cut off by the function switch 11 of the outlet, and a function of switching and controlling the four functions of wired or wireless reception unit 22, To the control center or other organizations, and receives commands to control the four functions of turning on the power, the constant power, the standby power setting, and the release upon overload shutdown through a computer or a smart phone in which the Internet is implemented .

As shown in FIG. 5, the receptacle driving module 20 is an SMPS power supply circuit, which converts AC into DC to enable stable circuit operation, and generates an operating voltage A power supply unit 23 for generating and outputting a power supply voltage; An operation condition setting unit for setting whether to use the object detection sensor, the human body detection sensor, the tact switch and the touch switch, the output of the LED, and the interlocking or single action condition of the appliance by the switching operation of the user, (21); A wireless transmitting / receiving unit 22 for connecting an object detecting sensor for detecting distance and object to a computer or a smart phone via a wired and wireless communication network and for detecting whether a human body and an object of a human body detecting sensor are detected; A built-in human body detecting sensor for detecting a touch change of a person or a movement of a person and outputting signals of four functions such as power-on, constant power, standby power setting, ; A current detection unit 27 for detecting a current flowing to an electric appliance operated by interlock or single action and outputting a detection signal according to the detected current; An ON or OFF control signal for collectively controlling the buzzer, the relay, the PIR sensor, the mode switch, the overcurrent, the IR sensor, and the LED, receives the switching signal and the detection signal of the user for selecting the interlocked or single acting function, The control unit 24 semi-permanently stores the control value and the standby power value of the function. And an output control unit 26 for receiving an on or off control signal of the control unit and supplying or cutting off a current flowing into a power saving socket of the socket by using a relay.

The receptacle driving module 20 recognizes the standby power and the power consumption of the appliance plugged into the outlet through the current IC and the shunt resistance to the power saving outlet and transmits the current and the electric energy to the control center Or other organizations, and receive commands to control the four functions of powering on, powering on, powering standby, and canceling overloading through a computer or smart phone equipped with the Internet . Here, the wired / wireless communication method may be selected from the ZigBee method, the RF method, the IR method, and the PIR method

6, the MCU circuit is a circuit for outputting on or off control signals for comprehensively controlling the buzzer, the relay, the PIR sensor, the mode switch, the overcurrent, the IR sensor and the LED. Power supply, standby power setting, and release when overload is cut off.

In addition, the external human body detection sensor and the touch operation condition setting unit 28 are separated from the receptacle driving module 20, and detect a touch change of a person or a movement of a person, and set the power on, , And release when overload is cut off.

The tact switch and the touch switch 11 have a function of restoring the power saving mode to the power saving mode by pressing the button once, and a function of restoring the power saving mode to the power saving mode by pressing the button twice. The function of restoring after being automatically shut off within 10 seconds when energized, Switching to normal outlet by pressing and releasing button 3 times continuously in 3 seconds or less, Switching power saving outlet to normal normal switching function The current value is stored in the MCU memory through the current IC and the amplifying IC. When the LED is turned on, the LED is turned on, And a function of allowing the user to visually and audibly recognize that the data is being stored.

As shown in FIG. 7, the touch switch circuit enables switching of four functions, that is, power ON, constant power supply, standby power setting, and release upon overload shutdown, in a module for driving an artificial intelligent recessed receptacle .

Also, as shown in Fig. 8, the IR and LED circuits allow the operation to be distinguished visually from the artificial intelligent type socket-outlet, and realize the three colors (R, G, O) with LEDs of two colors .

A touch switch, tact switch and IR wireless receiving sensor applying a touch IC by a manual operation method are applied by the function switch (11), and an object detection sensor and a human body detection sensor which detect a distance and an object are applied by an automatic method So that the recovery method of the power supply can be selected by the manual method and the automatic method.

In the method of indicating the function of the LED 12, when the green LED flashes once per second, it means that the standby power is cut off within 3 minutes, and when the green LED is continuously turned on, This indicates that the plugged-in device is in use. When the LED is in the off state, it indicates that the power saving function is switched from the power saving function to the normal outlet by turning the red LED on continuously, Is an indication that the device plugged in is turned off.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention. It is not.

As described above, the artificial intelligent recessed receptacle having an automobile end of standby power and an automatic restoration function of the present invention can be selectively applied to a floor-embedded receptacle, a wall-mounted receptacle, and a multi-tap, .

10: Outlet case
11: Touch and tact switches (or function switches)
12: LED 13: USB connector
14: external wireless receiver 15: spring
16: Power saving zone 17:
20: receptacle driving module 21: operating condition setting part
22: wireless transmitting / receiving unit 23:
24: Control unit (MCU)
25: Built-in human body detection sensor, touch operation condition setting unit
26: output control unit (Relay) 27: current detection unit
28: human body detection sensor, touch operation condition setting section
30: Artificial Intelligent Recessed Outlet

Claims (10)

In an artificial intelligent recessed receptacle having a stand-by power of standby power and an automatic restoration function,
It has a general socket and a power saving socket to protect the outlet drive module built in the socket and insert the power plug of various electronic equipments. The touch switch, the tact switch, the function switch An outlet case for inserting the touch switch, the tact switch and the LED into the injection hole without protruding the LED, thereby maintaining the appearance of the design without a hole in the appearance;
A SMPS power supply circuit built in the socket case and capable of operating a stable circuit by switching AC to DC and generating and outputting an operating voltage for supplying power from the power supply to each device in the socket; The user can set whether the object detection sensor, the human body detection sensor, the tact switch and the touch switch are used, the output of the LED, and the interlocking or single action condition of the household appliances by the switching operation of the user. The function switch, which is a switch and a touch switch, has a function of restoring power to the power saving opening by pressing the button once, and a function of restoring the power to the power saving opening when the button is pressed twice. And the function to restore after automatically shut down within 3 seconds, switch to the normal outlet when you press and release the button 3 times continuously in 3 seconds or less, and the power saving outlet function, switch the power saving mode to the usual constant switching mode and switch to the power saving mode And if it is pressed for less than 5 seconds, the standby power of the device inserted in the power saving hole within 20 seconds is outputted through the current IC and the amplifying IC (MCU) memory. During the storage, the LEDs are turned on and off so that they can be visually recognized, and the buzzer enables the user to recognize the stored values. Indication of the function of the LED in the output status indicates that the green LED will be off within 3 minutes as the standby power state when the green LED flashes once per second, and the green LED is continuously turned on when the device plugged in is in use This indicates that the function is switched from the power saving function to the general outlet by turning off the red LED continuously on and after the power is turned off at the set time. When the LED is off, the power outlet of the power outlet is turned off And outputting a switching signal according to the switching signal; An object detection sensor for detecting a distance and an object by a computer or a smartphone via a wired and wireless communication network; a wireless transceiver for determining whether a human body and an object of the human body detection sensor are detected; A built-in or external human body detecting sensor for outputting signals of four functions such as power on, constant power, standby power setting, and release upon overload shutdown in response to human touch change or human movement, a touch operation condition setting unit ; A current detecting unit for detecting a current flowing to an electric appliance operated by interlock or single action and outputting a detection signal according to the detected current; An ON or OFF control signal for collectively controlling the buzzer, the relay, the PIR sensor, the mode switch, the overcurrent, the IR sensor, and the LED, receives the switching signal and the detection signal of the user for selecting the interlocked or single acting function, A control unit for semi-persistently storing the control value and the standby power value of the function; And an output control unit which receives an on or off control signal of the control unit and inputs or receives a current flowing into a power saving port of a socket using a relay, The function to implement the auto-recovery function of the standby power and the function to switch and control the four functions of the power-on, the constant power, the standby power setting, and the release upon overload shutdown by the function switch of the outlet, The receiver can transmit current and electric power to the control center or other institutions by wired / wireless communication and control the four functions of power on, constant power, standby power setting, An outlet driving module having a function of receiving an instruction with an instruction; And an artificial intelligent recessed receptacle having an auto-stop of standby power and an automatic restoration function. delete delete The method according to claim 1,
A USB connector; an external wireless receiving unit; And an automatic intelligent recessed receptacle having an auto-stop of standby power and an automatic restoration function. delete delete The method according to claim 1,
In the receptacle driving module, the standby power and the power consumption of the device plugged into the outlet are detected by the current IC and the shunt resistance to the power saving outlet, and the current and the power amount are transmitted to the control center or other institutions by wired or wireless communication And can receive commands so as to control four functions such as power-on, normal power, standby power setting, and release upon overload shutdown through a computer or smart phone in which the Internet is implemented. , And an artificial intelligent recessed receptacle with automatic recovery function. The method according to claim 1,
Touch switch, tact switch and IR wireless sensor that apply touch IC by manual switch are applied by the above function switch, and object detection sensor and human body detection sensor which detect distance and object by automatic method are applied, And a method of automatically selecting and applying the method of the present invention. The method according to claim 1,
The intelligent built-in receptacle uses the application of smart phone and PC to set and input the power on / off time of the outlet power by radio selected from Bluetooth, Zigbee communication and RF communication, And an artificial intelligent recessed receptacle having an auto-recovery function of the standby power and an automatic recovery function. 10. The method of claim 1 or 9,
An artificial intelligent recessed receptacle comprising a floor-standing receptacle, a wall-mounted receptacle, and optionally a multi-tap.

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