KR100909598B1 - Stand by power control and power consumption display device using the socket outlet having a stand by power choice - Google Patents

Abstract

A standby power control and a power consumption displaying apparatus using a concentric plug having standby power are provided to switch the standby power or concentric power according the features of electronic devices. A standby power line(13) and normal power line(14) are classified. A selection switch selects the stand-by power line or the always power line. The selection switch supplies the stand-by power or a connection port. An apparatus for standby power control is installed on standby power line. The apparatus for standby power control cuts off the stand-by power which the receptacle is supplied to the manipulation of the user.

Description

Standby power control and power consumption display device using the socket outlet having a stand by power choice}

The present invention relates to a standby power control and a power consumption display apparatus using an outlet having a standby power / continuous power selection function, and more particularly, at least one connection consisting of first and second terminals to which a commercial AC power is applied. The outlet includes an outlet installed in a wall of the room while being provided with a port, wherein the outlet is connected to a standby power line and a constant power line, and selects the standby power line or the constant power line according to a user's operation. And a selection switch for supplying standby power or continuous power to the connection port, and standby power control means for screening the power consumption while blocking standby power supplied to the outlet by a user's operation. The generation of energy while significantly reducing the energy consumption by standby power consumption of the product The present invention relates to a standby power control and a power consumption display device using an outlet having a standby power / continuous power selection function, which allows a consumer to check power consumption in real time and to reduce energy consumption by providing power consumption to a screen. .

Generally, various kinds of electronic products such as TVs, refrigerators, computers, printers, and copiers are used in each home or office.

Most users use various electronic devices connected to the outlets, and there is a problem that the so-called standby power is consumed, which consumes a large amount of electricity even when the electronic products are not in the standby state. Will be able to save.

However, in the related art, since a device for easily shutting off standby power has not been provided, the standby power cutoff of the electronic product has to be relied on by the user unplugging the battery. Due to the hassle of unplugging, there was a problem that the standby power blocking is not widely executed.

In addition, if the amount of electricity used in each household is converted into an amount and provided to the consumer in real time, the consumer may reduce the energy consumption by causing an alarm on the energy consumption.

Accordingly, the present invention for solving the above problem is to provide an outlet for the user to select the standby power or the constant power, switching the outlet to standby power or the constant power according to the characteristics of the electronic component connected to the outlet installed in the wall The purpose is to make it available.

In addition, the standby power supplied to the outlet can be easily cut off or supplied by using a mechanical or electronic switch installed on the wall of the room or the wall of the front door for the purpose of conveniently blocking the standby power. do.

In addition, by connecting the network switch that controls the standby power supplied to the outlet so as to be able to communicate with the home network, the standby power supplied to the outlet of the entire room can be cut off as well as the standby power set individually. It aims to be able to collectively control the supply state or interruption state of the standby power return state.

In addition, by converting the amount of power consumed within the household into the amount of money through a separate display unit for the purpose of reducing the amount of consumption while checking the energy consumption.

The present invention for achieving the above object,

In the case of including a receptacle installed on the interior wall while having at least one or more connection ports consisting of the first and second terminals to which a commercial AC power is applied,

The outlet is connected to the standby power line and the regular power line is separated, and includes a selection switch for supplying the standby power or the regular power to the connection port by selecting the standby power line or the constant power line, the standby power line user Standby power control means to cut off the standby power supplied to the outlet by the operation of,

The standby power control means

Standby power button for controlling the supply or interruption of standby power, a storage button for storing the standby power consumption, standby for supplying or blocking standby power supplied to the outlet by operating on / off according to the operation of the standby power button A first standby power detector configured to connect a power switch and both ends of the standby power switch to detect standby power consumption used at a load side, and a storage button in a state where all of the electronic and electrical products connected to the connection port are turned off; When the input is stored, the standby power consumption detected by the standby power detector is stored as a reference consumption, and then the standby power consumption detected by the standby power detector is within the set error range of the previously stored reference consumption. Determining that all are off and automatically turns off the standby power switch, detecting the first standby power A control unit for displaying information received through the first unit, the first power consumption detection unit and the communication unit through the first display unit, a first power consumption detection unit for detecting the amount of power consumption consumed through the outlet, and power consumption information (power consumption amount and standby state). Power consumption, price information) and a first display unit for displaying the amount of CO2 generated in proportion to the transfer amount and the power consumption, and a first communication unit for receiving the transfer power consumption information from an external device.

According to the present invention, the user can control the outlet installed to be embedded in the wall in the household so that the standby power or the regular power is selectively applied, through which the electronic products capable of blocking the standby power (computer, TV, microwave oven) , The user can switch the outlet connected to the standby power as needed, and can easily block the standby power by operating the network switch installed on the indoor wall. It provides the so-called IHD (In Home Display) function that displays the consumption amount through a separate display means and provides it to the consumer so that the consumer can check the power consumption and reduce the energy consumption. You can expect.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings, FIGS. 1 to 4.

Figure 1 shows an outlet having a standby power / constant power selection function of the present invention.

The outlet 1 of the present invention has at least one connection port 11 composed of the first and second terminals 11a and 11b to which a commercial AC power is applied, and is installed to be embedded in an indoor wall, and is provided with standby power. The line 13 and the continuous power line 14 are divided and connected, and the standby power line or the continuous power line 14 is selected according to the user's operation to connect the standby power or the continuous power supply port 11 It comprises a selection switch 12 to be supplied to).

The connection port 11 is connected to a plug of an electronic product, and is composed of two first and second terminals 11a and 11b, and the selection switch 12 is connected to a neutral line (N: neutral). The first contact point 12a, the second contact point 12b to which the standby power line 13 is connected, and the third contact point 12c to which the constant power line 14 is connected, and the second contact point according to the user's operation. Switched to the contact 12b or the third contact 12c to supply the standby power or the constant power to the connection port 11.

The selection switch 12 is installed to be exposed to the surface of the outlet (1) by applying a mechanical switch to enable the user to operate or having a communication port on / off by a remote control signal transmitted from an external device Applied as a moving electronic switch.

In addition, the selection switch 12 may be provided with display means for displaying a standby power selection state or a constant power selection state, if necessary, the display means is implemented using an LED.

On the other hand, the standby power line 13 is provided with standby power control means (2) that can cut off the standby power supplied to the outlet (1) by the user's operation,

The standby power control means 2 may be implemented as a network switch installed in the indoor entrance.

In addition, the standby power control means 2 may be implemented as a mechanical switch that is mechanically on / off operation or an electronic switch (eg, a network switch) capable of communicating with the home network 8.

The standby power line 13 and the continuous power line 14 is called a standby power line 13 that can control the power by using the standby power control means 2, the standby power control means (2) The power cannot be interrupted by using the constant power line 14.

The outlet 1 of the present invention configured as described above can be switched so that the user can easily supply standby power or constant power by operating the selector switch 12.

This function can be very easily used to cut off standby power of electronic products used in home or office.

In other words, when an electronic product, such as a refrigerator, to which standby power should not be cut off is connected to a specific outlet 1, the user operates the selector switch 12 so that the constant power is supplied to the corresponding outlet 1 while the standby power is cut off. As a result, the refrigerator is stopped to prevent the contents from corrupting.

In addition, when a certain outlet (1) is connected to any electronic device, such as a computer, TV, microwave oven, audio equipment, even if standby power may be cut off, the user operates the selector switch 12 to wait for the outlet (1) By supplying power, when the user goes out or does not use the electronics, by operating the standby power control means (2) installed on the wall to cut off the standby power supplied to the outlet (1) by the standby power in the electronic products It is possible to reduce energy consumption by preventing it from being consumed.

On the other hand, Figure 2 illustrates an outlet 1 provided with a plurality of connection ports 11,

In FIG. 2 (a), three connection ports 11 are provided in the outlet 1, and a selection switch 12 which selects power supplied to each connection port 11 as standby power or constant power is provided. It was shown to be installed exposed to the surface of the outlet (1).

In addition, it is illustrated that the selection switch 12 is provided with blue and red lamps 12d as display means for indicating whether the standby power is currently selected or the continuous power is selected.

FIG. 2 (b) shows the wiring state when three connection ports 11 are installed, and the first terminal 11a constituting the connection port 11 is the first contact 12a of the selector switch 12. As shown in FIG. ), And the second terminal 11b is wired so as to be selectively connected to the second and third contacts 12b and 12c of the selector switch 12.

On the other hand, Figure 2 (c) is fixed to some of the connection port 11 of the plurality of connection ports 11 provided in the outlet 1 to the power supply side, the remaining connection port 11 to the selection switch 12 By connecting to the user, the user can switch to standby power or constant power as needed.

FIG. 3 stores the standby power consumption (reference consumption) consumed when the load-side electrical / electronic product is in an off state, and when the standby power consumption consumed by the standby power line 13 is within an error range of the previously stored standby power consumption. It is to the standby power control means (2) is provided with a display means for automatically shutting off the standby power, detecting the amount of power consumed through the outlet (1) and display the screen.

3, a plurality of outlets 1 are connected to the standby power control means 2.

And, the standby power control means 2

Standby power button 22 for controlling the supply or interruption of standby power, a storage button 23 for storing standby power consumption, and the on / off operation according to the operation of the standby power button 22 to operate the outlet 1. A standby power switch 24 for supplying or cutting off standby power supplied to the first power supply; and a first standby power detector configured to connect both ends of the standby power switch 24 to sense standby power consumption used at a load side; 25) and the standby power consumption detected by the standby power detector 25 when the storage button 23 is input in a state in which both the electronic and electrical appliances connected to the connection port 11 are turned off as a reference consumption. When the standby power consumption detected by the standby power detection unit 25 is within the set error range of the previously stored reference consumption, it is determined that both the electronic and electrical products are turned off and the standby power switch 24 is turned off. The controller 26 automatically turns off and displays the information received through the first standby power detector 25, the first power consumption detector 27, and the communicator 29 through the first display unit 28, and an outlet ( 1) a first power consumption detection unit 27 for detecting the amount of power consumed through 1), the power consumption information (power consumption and standby power consumption, price information) and the second and displays the amount of CO2 generation in proportion to the transfer consumption and power consumption It comprises a first display unit 28 and a first communication unit 29 for receiving the transfer power consumption information from the external device.

The control means 2 shown in FIG. 3 has a function of automatically shutting off standby power supplied to the outlet 1.

That is, in normal times, the user operates the standby power button 22 to turn on / off the standby power switch 24 to supply or cut off the standby power supplied to the outlet 1, After saving the standard consumption by pressing 23), standby power is automatically cut off. The operation is explained as follows.

When the electrical and electronic products connected to the outlet 1 are turned off and the user presses the storage button 23 for a predetermined time while the standby power switch 24 is turned on, the control unit 26 controls the storage button ( 23) recognizes the input.

At this time, the standby power detection unit 25 detects the standby power consumption (Watt-W) consumed in a state in which both electrical and electronic products are turned off and supplies it to the control unit 26, and the control unit 26 is a standby power detection unit The standby power consumption sensed in (25) is stored in its own memory as a reference consumption (watt-W).

The standby power detector 25 detects the standby power consumption passing through the standby power switch 24 in real time and supplies the standby power consumption to the controller 26.

Subsequently, when the user normally turns off all the electric and electronic products connected to the outlet 1 while using the electric and electronic products, the standby power consumption detected by the standby power detection unit 25 is previously stored in the standard consumption amount. If not, or within the set error range, the control unit 26 assumes that all electrical and electronic products connected to the outlet 1 are turned off and automatically turns off the standby power switch 24 to standby. The power is not supplied to the load side, so that standby power is not consumed.

If the user is using one or more electrical or electronic products in the outlet (1) or if new electrical and electronic products are additionally connected to the outlet (1), the standby power consumption when all the electrical and electronic products are turned off It will be larger than this reference consumption, and in this case, the controller 26 will not turn off the standby power switch 24.

The control means 2 displays the power consumption on the screen via the first display unit 28.

That is, when power is consumed through the outlet 1, the first power consumption detection unit 27 senses the amount of power consumption consumed and supplies the power to the control unit 26, and the control unit 26 provides the first power consumption detection unit. The power consumption and the standby power consumption sensed by the 27 and the first standby power detector 25 are output through the first display unit 28.

At this time, the information output through the first display unit 28 as shown in FIG. 10 is the total power consumption, standby power consumption, power consumption conversion amount, last month consumption, CO2 generation amount in the household. The amount of the previous month consumption may be provided to the control unit 26 by the communication unit 29 receives information provided by a power management company such as KEPCO.

According to the present invention as shown in FIG. 3 operating as described above, even if the user does not cut off the standby power supplied to the outlet 1, the standby power is automatically cut off, thereby increasing convenience in use, and the outlet ( Since the power consumption information in the household consumed through 1) is displayed through the first display unit 28 provided therein, the consumer checks the power consumption information displayed on the screen through the first display unit 28 every day and consumes power. Can be reduced.

◆ ◆ first embodiment

Fig. 4 shows a first embodiment of the standby power interruption device of the present invention, showing an embodiment in which the outlet 1 is installed in a household.

A plurality of outlets 1 are installed in bedrooms 1 and 2 in the household, respectively, and a standby power line 13 and a constant power line 14 are connected to the outlet 1, and the standby power line 13 ) Is configured to be interrupted by a network switch installed on the front wall of the household, that is, standby power control means (2).

The standby power control device of such a configuration is operated by the standby power control means (2) installed on the front wall when the user goes out to the outlet (1) selected as standby power by blocking the standby power line (13) By turning off the standby power supplied, the electronic device connected to the outlet 1 selected as standby power can be controlled so as not to consume standby power, and the control means 2 provided on the front wall can be controlled. 1 Consumers can check the power consumption information displayed through the display unit 28 in real time to save power consumption.

◆ ◆ second embodiment

On the other hand, Figure 5 shows a second embodiment of the standby power cut-off device of the present invention, it shows a standby power control device implemented using an electronic network switch.

In the case of including a receptacle (1) having at least one or more connection ports (11) consisting of first and second terminals (11a, 11b) to which a commercial AC power is applied,

The standby power line 13 and the continuous power line 14 branched from the distribution panel are separated and connected, and the standby power line 13 or the continuous power line 14 is selected according to a user's operation to standby power or constant power. A plurality of outlets (1) including a selector switch (12) for supplying power to the connection port (11) and being embedded in a wall of an interior space partitioned in a building;

Installed on the entrance wall of the building, the switch 53 for cutting off the standby power supplied through the standby power line 13 and the standby power button 52 for operating the switch 53 on and off, and Rectifier 54 for rectifying AC power supplied through power line 14, second standby power detector 56 for sensing the amount of standby power consumed by standby power line 13, and consumed at the entire load side in the household A second power consumption detection unit 57 for detecting the power consumption, and a second display unit 58 for displaying power consumption information (power consumption amount and standby power consumption amount, price information), and CO2 generation amount proportional to the transfer consumption power consumption amount. And, received through the communication unit 59, the second standby power detection unit 56, the second power consumption detection unit 57 and the communication unit 59 for receiving the transmission power consumption information from the home network or a separate external device Information is displayed through the second display unit 58 Main network switch 5 is configured by a control unit 55 for the;

The switch 63 is installed between the main network switch 5 and the outlet 1, and is connected to the plurality of outlets 1, respectively, to switch off the standby power supplied to the outlet 1 connected to itself. And a plurality of sub-network switches 6 and 7 having a standby power button 62 for operating the switch 63 on / off.

Standby power of the outlet (1) installed in a compartment indoor space inside the building can be cut off independently using the sub-network switches (6,7), but the standby power supplied to the entire outlet (1) using the main network switch (5) Power can be cut off collectively, and the power consumption and standby power consumption within the generation can be displayed on the screen.

The main network switch 5 further includes a collective off button 51 for collectively extinguishing the lights in the household, and the sub network switches 6 and 7 are for controlling on / off of the lights in the bedroom. A light button 61 is further provided.

The main network switch 5 and the sub network switches 6 and 7 are connected to the home network 8 so as to communicate with each other, and the standby power button 52 provided in the main network switch 5 in the standby power cutoff state. When pressing for a certain time, the switch 53 of the main network switch 5 is turned on so that standby power is supplied to the standby power line 13, and the home network 8 is switched on the sub network switches 6 and 7. By forcibly turning on the 63, the entire outlets 1 are collectively configured to return to the standby power on state.

In FIG. 5, a plurality of outlets 1 for the bedroom 1 and a sub-network switch 6 for cutting off or supplying standby power supplied to the outlet 1 are installed on the wall of the bedroom 1, and a plurality of outlets for the bedroom 2 (1) and a subnetwork switch 7 for blocking or supplying standby power supplied to the outlet 1 are installed on the wall of the bedroom 2, and the standby air is supplied through the subnetwork switches 6 and 7 respectively. The main network switch 5 for supplying or cutting off power is illustrated on the entrance wall of the household.

Referring to this, the operation of the standby power control and power consumption display is described as follows.

First, when the switch 53 is turned on by operating the standby power button 52 of the main network switch 5, the standby power is switched through the standby power line 13 of each of the sub network switches 6 and 7. 63), when the switch 63 of the subnetwork switches 6 and 7 is turned on, standby power is supplied to the outlet 1 connected to each of the sub network switches 6 and 7, The electronic device connected to 1) can be used.

It is assumed that the outlet 1 is switched to the standby power side by the user's manipulation of the selection switch 12.

In the present invention, the user can selectively block the standby power supplied to the outlet 1 installed in the bedroom 1 or bedroom 2.

That is, when the user operates the standby power button 62 of the sub network switches 6 and 7 to turn off the corresponding switch 63, the standby power is cut off by the switch 63, so that the power supply to the outlet 1 is turned off. It is not supplied so that the standby power consumption of the electronic products connected to the outlet 1 can be prevented.

On the other hand, in the present invention, the standby power supply in the household can be cut off collectively using the main network switch 5.

That is, when the user operates the standby power button 52 of the main network switch 5 installed on the front wall while the user goes out to block the switch 53, the standby power line 13 is not supplied with standby power. Therefore, the effect that the standby power consumption of the electronic products connected to the entire outlet (selected as standby power) in the household can be expected.

In addition, according to the operation of the sub-network switch 6, 7 of the standby power control apparatus of the present invention, the outlets 1 installed in the bedroom 1 or the bedroom 2 are selectively present in the standby power interruption or standby power supply state. In this way, the outlets 1 present in different operating states can be collectively returned to the standby power-on state.

As the user presses the standby power button 52 provided in the main network switch 5 for a predetermined time, the switch 53 is turned on to supply standby power through the standby power line 13. A control command is sent from the main network switch 5 to the home network 8 so that the home network 8 turns on the switch 63 to each of the sub network switches 6 and 7. As the control signal is transmitted, the switch 63 of the sub network switches 6 and 7 is turned on so that the power supplied through the standby power line 13 can be supplied to each outlet 1 collectively. Will be.

In the present invention, the power consumption information can be displayed on the screen through the second display unit 58 provided in the main network switch 5, so that the consumer can reduce the power consumption. Is the same as

When the load is used through the outlet 1 installed in each room, the second power consumption detection unit 57 detects the power consumption consumed at the entire load side in the household and transmits it to the control unit 55, and the second standby power detection unit 56 ) Detects the amount of standby power consumed by the standby power line 13 and transmits it to the controller 55, and the controller 55 transmits information from the second power consumption detector 57 and the second standby power detector 56. And output the front end power consumption information received through the communication unit 59 through the second display unit 58, and outputs the CO2 generation amount in proportion to the power consumption amount through the screen of the second display unit 58.

As the power consumption amount is displayed through the second display unit 58, the consumer can not only check the electricity consumption in the household, but also the power consumption and the current consumption, so that the power consumption can be more costlyly planned. .

◆ ◆ third embodiment

In the third embodiment of the present invention, as shown in FIG. 6, the interruption of standby power is directly controlled by the subnetwork switches 6 and 7 provided on the space wall partitioned within the household.

The third embodiment of the present invention

In the case of including a receptacle (1) having at least one or more connection ports (11) consisting of first and second terminals (11a, 11b) to which a commercial AC power is applied,

The standby power line 13 and the continuous power line 14 are separated and connected, and by selecting the standby power line 13 or the continuous power line 14 according to the user's operation to connect the standby power or the constant power supply port ( 11) a plurality of outlets (1) including a selector switch (12) for supplying to be embedded in the wall of the interior space partitioned in the building;

It is installed on the entrance wall of the building so as to communicate with the home network 8, the switch 53 for cutting off the standby power supplied through the standby power line 13 and for operating the switch 53 on / off The standby power button 52, the standby power button 52a for forcibly turning on / off the switch 63 of the sub network switches 6 and 7, and the AC power supplied through the constant power line 14 The rectifying unit 54 to rectify, the second standby power detector 56 for detecting the amount of standby power consumed by the standby power line 13, and the second power consumption detector for sensing the power consumption consumed at the entire load side in the household ( 57), and a second display unit 58 for displaying power consumption information (power consumption and standby power consumption, price information) and transmission consumption and CO2 generation proportional to power consumption, and transmitted from a home network or a separate external device. Communication to receive power consumption information And a control unit 55 for displaying information received through the second standby power detection unit 56, the second power consumption detection unit 57, and the communication unit 59 through the second display unit 58. A main network switch 5 configured;

The switch 63 and the switch 63 for turning off the standby power supplied to the outlet 1 which is connected to the plurality of outlets 1 and are connected to each other, respectively, are installed on the wall of the space partitioned within the household. A plurality of sub-network switches 6 and 7 having a standby power button 62 for on / off operation and communicatively connected to the home network 8;

When a predetermined control signal is input from the main network switch 5 by the input of the standby power button 52a, the control signal is transmitted to the sub network switches 6 and 7 to force the switch 63 to be turned on or off. A home network 8; By configuring

Standby power of the outlet (1) installed in a compartment indoor space inside the building can be cut off independently using the sub-network switches (6,7), but the standby power supplied to the entire outlet (1) using the main network switch (5) It is possible to collectively intercept electric power and display power consumption and standby power consumption within a generation on a screen.

The third embodiment configured as described above is configured such that standby power supplied to the selector switch 12 of the outlet 1 is supplied through the switch 63 of the subnetwork switches 6 and 7. By operating the standby power button 62 of (7), the standby power of the bedroom 1 or the bedroom 2 can be easily supplied or cut off individually.

In addition, when the user operates the standby power button 52a of the main network switch 5 installed at the entrance, the on / off control command of the standby power is transmitted to the home network 8, and the home network 8 receiving the received home network 8 is received. As the control signal is transmitted to each of the sub network switches 6 and 7, the switch 63 of the sub network switches 6 and 7 is turned on or off so that the standby power is collectively supplied to the entire outlet 1. Is supplied or shut off.

In addition, the power consumption may be displayed on the screen through the second display unit 58 of the main network switch 5.

◆ fourth embodiment ◆

In the fourth embodiment of the present invention shown in FIG. 7, the standby power can be controlled using the standby power control unit 9 installed in the generation distribution panel.

The fourth embodiment of the present invention,

In the case of including a receptacle (1) having at least one or more connection ports (11) consisting of first and second terminals (11a, 11b) to which a commercial AC power is applied,

The standby power line 13 and the continuous power line 14 which are branched from the generation distribution panel are separated and connected, and the standby power line 13 or the continuous power line 14 is selected according to a user's operation, and thus standby power or A plurality of outlets (1) including a selector switch (12) for supplying constant power to the connection port (11), and being embedded in a wall of an interior space partitioned in a building;

The rectifying unit 54 is installed on the front wall of the building and rectifies the AC power supplied through the constant power line 14, and the second standby power detecting unit 56 for sensing the amount of standby power consumed by the standby power line 13. ), A second power consumption detection unit 57 for detecting power consumption at the entire load side in the household, power consumption information (power consumption and standby power consumption, price information), and CO2 generation amount proportional to the transmission consumption and power consumption. The second display unit 58 for displaying a, the communication unit 59 for receiving the transfer power consumption information from a home network or a separate external device, the second standby power detection unit 56 and the second power consumption detection unit 57 And a main network switch 5 including a control unit 55 for displaying information received through the communication unit 59 through the second display unit 58;

First and second standby power switch 91 for controlling the on / off of the standby power supplied through the standby power line 13 to the outlet (1) installed in different indoor space by the control signal of the driving unit 10 ( 92 and a standby power control unit 9 installed in the generation distribution panel;

Is installed on the wall of the space partitioned within the household and connected to the home network 8, the plurality of standby power button (62) for controlling the on / off of the standby power switch (91) 92 Subnetwork switches 6 and 7;

When a predetermined control signal is received by the standby power button 62 input of the sub network switches 6 and 7, the control unit 10 controls a control signal for turning on / off the corresponding standby power switches 91 and 92. A home network 8 for transmitting;

A driving unit 10 driving on / off the first and second standby power switches 91 and 92 of the standby power control unit 9 according to a control signal supplied from the home network 8; Characterized in that configured.

The operation of the fourth embodiment of the present invention configured as described above will be described below.

In the fourth embodiment, the standby power may be interrupted by using the standby power control unit 9 installed in the distribution panel.

The sub-network switches 6 and 7 are first and second standby power switches 91 and 92 of a light button 61 for controlling a lamp in a room and a standby power control unit 9 for controlling standby power. Standby power button 62 for controlling the is configured.

The outlet 1 configured as described above is configured to selectively supply standby power to the connection port 11 by the operation of the selection switch 12 configured as described above, and to provide standby power to the outlet 1. The standby power line 13 to be supplied is connected to the outlet 1 through the first and second standby power switches 91 and 92 provided in the generation panel.

Explaining the interruption process of standby power,

When a user operates the standby power button 62 of the sub network switches 6 and 7, a predetermined control signal is transmitted to the home network 8, and the home network 8 which receives the control signal is driven by a driving unit ( The driving unit 10 transmits a control signal for turning on or off the standby power switches 91 and 92 to the first or second standby power switch 91 of the standby power control unit 9. By turning the 92 on or off, the standby power is supplied to or disconnected from the outlet 1 through the standby power line 13.

According to the fourth embodiment of the present invention, the interruption of the standby power is performed in the generation panel, so that the wiring is easy and the construction of the device can be expected to be convenient.

In addition, since the power consumption display made by the main network switch 5 is the same as described above, a detailed description thereof will be omitted.

◆ ◆ fifth embodiment

8 and 9 illustrate a fifth embodiment of the present invention, while controlling the interruption of standby power using a light switch 103 installed on an indoor wall, and linking the human body sensor 102 to the light switch 103. In order to control the on / off control of the lamp 101 in more various ways.

The fifth embodiment of the present invention

In the case of including a receptacle (1) having at least one or more connection ports (11) consisting of first and second terminals (11a, 11b) to which a commercial AC power is applied,

The standby power line 13 and the continuous power line 14 are separated and connected, and the standby power line or the continuous power line 14 is selected according to the user's operation to connect the standby power or the continuous power supply port ( 11) a plurality of outlets (1) including a selector switch (12) for supplying to be embedded in the wall of the interior space partitioned in the building;

A sensor 102 that detects a human body existing in a room by a heat sensing method or an infrared method and informs the light switch 103;

The on-off control of the lamp 101 installed in the room according to whether the sensor 102 detects the human body, and also supply the standby power supplied to the outlet 1 through the standby power line 13 according to the user's operation. Or a light switch 103 for blocking; Consist of,

The light switch 103 is

A relay contact 132 for controlling the power supplied to the lamp 101 installed indoors,

 A power conversion unit 133 which converts 220V AC power into DC voltage and supplies the driving voltage of the light switch 103 while supplying the driving voltage of the sensor 102;

A mode switch 135 for setting an automatic mode or a manual mode,

Operation switch 134 for inputting the on / off command of the lamp 101 in the manual mode;

Standby power button 138 for controlling the on / off standby power supplied to the outlet (1),

A standby power switch 139 which controls the standby power supplied to the standby power line 13 by turning on / off by the control signal of the MCU 131,

A third power consumption detector 140 for detecting an amount of power consumed through the outlet 1;

A third standby power detector 142 for detecting standby power consumption;

A third display unit 141 for screening power consumption information;

In the manual mode, the relay contact 132 is controlled according to the operation of the operation switch 134 of the user to control the light 101 on / off, and in the automatic mode, the relay contact (according to the human body sensing information of the sensor 102) 132 to control the lamp 101 on / off, the standby power switch 139 on / off control according to the user's operation of the standby power button 138, the power consumption information consumed in the outlet (1) It is characterized by consisting of the MCU 131 to display the screen through the third display unit 141.

The relay contact 132 operates on / off under the control of the MCU 131 to supply or cut off AC power supplied to the lamp 101, and the power conversion unit 133 supplies the input 220V commercial AC power. The voltage is converted into a DC voltage and supplied as the driving voltage of the light switch 103 while being supplied as the driving voltage of the sensor 102.

The operation of the MCU 131 is differentiated by the user operating the mode switch 135 to set the automatic mode or the manual mode. In the automatic mode, the lamp 101 is dependent on the human body sensing information detected by the sensor 102. ) On / off control, and in the manual mode to control the light 101 on / off depending on the user operating the operation switch 134.

However, even in the manual mode, if the human body is not detected by the sensor 102 for a preset time (for example, about 10 minutes) while the lamp 101 is turned on, the MCU 131 may relay the contact point 132. To turn off the lamp 101 to prevent unnecessary electricity is consumed.

On the other hand, as the user manipulates the standby power button 138 provided in the light switch 103, the MCU 131 to turn on or off the standby power switch 139, thereby the standby power line 13 As the standby power is supplied or cut off, it is possible to block standby power consumption of the electric and electronic products connected to the outlet 1.

Since the operation of blocking standby power has been described in detail above, a detailed description thereof will be omitted.

In addition, when power is consumed through the outlet 1, the third power consumption detector 140 detects power consumption consumed through the outlet 11 and transmits the power consumption to the MCU 131, and the third standby power detector ( 142 detects the standby power consumption consumed through the standby power switch 139 and transmits it to the MCU 131, the MCU 131 is the third power consumption detector 140 and the third standby power detector 142. The power consumption and standby power consumption detected by the screen is displayed on the third display unit 141 so that consumers can check the power consumption consumed through the outlet 1 in real time to reduce energy consumption.

In addition, the light switch 103 has a buzzer 136 which outputs an alarm sound by itself in preparation for being used as an unmanned security system, and the external control device (main) Communication unit 137 for transmitting to a controller or home network) or receiving a control command from an external controller.

That is, the light switch 103 may be independently installed in the room and may be utilized as a function of controlling the light 101 to be turned on or off, and is also supplied to the outlet 1 using the light switch 103. Power can be interrupted and used to build a security system with multiple light switches installed in different rooms.

On the other hand, Figure 10 shows an embodiment of the power consumption display provided through the display unit 28, 58, 141 applied to the present invention,

Power consumption information such as electricity consumption (current power consumption), current rate, estimated price, monthly fee, CO2 generation amount, standby power consumption is displayed on the display screen, and the user himself / herself can use power consumption information provided through the display unit. By checking the amount of energy used will be able to reduce the energy consumption.

It is preferable that the display unit applied to the present invention uses an LCD which is conventional display means.

1 is a view showing an outlet having a standby power / constant power selection function applied to the present invention.

2 is a view showing an embodiment of an outlet of the present invention.

3 is a view showing another embodiment of the control means applied to the standby power control and power consumption display device using an outlet having a standby power / standby power selection function of the present invention.

4 is a view showing a first embodiment of the standby power control and power consumption display of the present invention.

5 is a view showing a second embodiment of the standby power control and power consumption display of the present invention.

FIG. 6 shows a third embodiment of the standby power control and power consumption display of the present invention; FIG.

7 is a view showing a fourth embodiment of the standby power control and power consumption display of the present invention.

8 and 9 show a fifth embodiment of the standby power control and power consumption display of the present invention.

10 is a diagram illustrating an embodiment of power consumption information displayed through the display unit in the present invention.

Explanation of symbols for main parts of the drawings

1: outlet, 2: standby power control,

5: main network switch, 6, 7: subnetwork switch,

8: home network, 11: connection port,

11a, 11b: terminal, 12: selector switch,

12a, 12b, 12c: contact, 13: standby power line,

14: constant power line, 28: display unit,

Claims (5)

Including an outlet (1) having at least one connection port (11) consisting of first and second terminals (11a, 11b) to which a commercial alternating current is applied, and which is embedded in an indoor wall, The outlet 1 is connected to the standby power line 13 and the continuous power line 14 is connected to the standby power line or the constant power line 14 by selecting the standby power line or the continuous power line 14 to connect the port And a selector switch 12 for supplying the power to the outlet 11, and the standby power line 13 is provided with standby power control means 2 that can block standby power supplied to the outlet 1 by a user's operation. But The standby power control means 2 Standby power button 22 for controlling the supply or interruption of standby power, a storage button 23 for storing standby power consumption, and the on / off operation according to the operation of the standby power button 22 to operate the outlet 1. A standby power switch 24 for supplying or cutting off standby power supplied to the first power supply; and a first standby power detector configured to connect both ends of the standby power switch 24 to sense standby power consumption used at a load side; 25) and the standby power consumption detected by the standby power detector 25 when the storage button 23 is input in a state in which both the electronic and electrical appliances connected to the connection port 11 are turned off as a reference consumption. When the standby power consumption detected by the standby power detection unit 25 is within the set error range of the previously stored reference consumption, the electronic power and the electric product are judged to be in an off state and the standby power switch 24 is turned off. The controller 26 automatically turns off and displays the information received through the first standby power detector 25, the first power consumption detector 27, and the communicator 29 through the first display unit 28, and an outlet ( 1) a first power consumption detection unit 27 for detecting the amount of power consumed through 1), the power consumption information (power consumption and standby power consumption, price information) and the second and displays the amount of CO2 generation in proportion to the transfer consumption and power consumption Standby power control and power consumption using the outlet having a standby power / constant power selection function, characterized in that it comprises a first display unit 28, and a first communication unit 29 for receiving the transfer power consumption information from an external device Display. In the case of including a receptacle (1) having at least one or more connection ports (11) consisting of first and second terminals (11a, 11b) to which a commercial AC power is applied, The standby power line 13 and the continuous power line 14 branched from the distribution panel are separated and connected, and the standby power line 13 or the continuous power line 14 is selected according to a user's operation to standby power or constant power. A plurality of outlets (1) including a selector switch (12) for supplying power to the connection port (11) and being embedded in a wall of an interior space partitioned in a building; Installed on the entrance wall of the building, the switch 53 for cutting off the standby power supplied through the standby power line 13 and the standby power button 52 for operating the switch 53 on and off, and Rectifier 54 for rectifying AC power supplied through power line 14, second standby power detector 56 for sensing the amount of standby power consumed by standby power line 13, and the entire load side in the household The second power consumption detection unit 57 for detecting the power consumption consumed by the second power, and the second display unit for displaying the power consumption information (power consumption and standby power consumption, price information) and the amount of CO2 generated in proportion to the transmission consumption and power consumption ( 58), through a communication unit 59 for receiving transfer power consumption information from a home network or a separate external device, and a second standby power detection unit 56, a second power consumption detection unit 57, and a communication unit 59. The received information is tabulated through the second display unit 58. A main network switch 5 including a control unit 55; The switch 63 is installed between the main network switch 5 and the outlet 1, and is connected to the plurality of outlets 1, respectively, to switch off the standby power supplied to the outlet 1 connected to itself. And a plurality of sub-network switches 6 and 7 having a standby power button 62 for operating the switch 63 on / off. Standby power of the outlet (1) installed in a compartment indoor space inside the building can be cut off independently using the sub-network switches (6,7), but the standby power supplied to the entire outlet (1) using the main network switch (5) Standby power control and power consumption display device using an outlet with standby / continuous power selection function, which can cut off the power collectively and display the power consumption and standby power consumption within the household on the screen . In the case of including an outlet (1) having at least one or more connection ports (11) consisting of first and second terminals (11a, 11b) to which a commercial alternating current power is applied, The standby power line 13 and the continuous power line 14 are separated and connected, and the standby power line or the continuous power line 14 is selected according to the user's operation to connect the standby power or the continuous power supply port ( 11) a plurality of outlets (1) including a selector switch (12) for supplying to be embedded in the wall of the interior space partitioned in the building; It is installed on the entrance wall of the building so as to communicate with the home network 8, the switch 53 for cutting off the standby power supplied through the standby power line 13 and for operating the switch 53 on / off The standby power button 52, the standby power button 52a for forcibly turning on / off the switch 63 of the sub network switches 6 and 7, and the AC power supplied through the constant power line 14 The rectifying unit 54 to rectify, the second standby power detector 56 for detecting the amount of standby power consumed by the standby power line 13, and the second power consumption detector for sensing the power consumption consumed at the entire load side in the household ( 57), and a second display unit 58 for displaying power consumption information (power consumption and standby power consumption, price information) and transmission consumption and CO2 generation proportional to power consumption, and transmitted from a home network or a separate external device. Communication to receive power consumption information And a control unit 55 for displaying information received through the second standby power detection unit 56, the second power consumption detection unit 57, and the communication unit 59 through the second display unit 58. A main network switch 5 configured; The switch 63 and the switch 63 for turning off the standby power supplied to the outlet 1 which is connected to the plurality of outlets 1 and are connected to each other, respectively, are installed on the wall of the space partitioned within the household. A plurality of sub-network switches 6 and 7 having a standby power button 62 for on / off operation and communicatively connected to the home network 8; When a predetermined control signal is input from the main network switch 5 by the input of the standby power button 52a, the control signal is transmitted to the sub network switches 6 and 7 to force the switch 63 to be turned on or off. A home network 8; By configuring Standby power of the outlet (1) installed in a compartment indoor space inside the building can be cut off independently using the sub-network switches (6,7), but the standby power supplied to the entire outlet (1) using the main network switch (5) Standby power control and power consumption display using an outlet with a standby power / continuous power selection function, characterized in that the power can be collectively intermittent and the power consumption and standby power consumption within the household can be displayed on the screen. . In the case of including a receptacle (1) having at least one or more connection ports (11) consisting of first and second terminals (11a, 11b) to which a commercial AC power is applied, The standby power line 13 and the continuous power line 14 which are branched from the generation distribution panel are separated and connected, and the standby power line 13 or the continuous power line 14 is selected according to a user's operation, and thus standby power or A plurality of outlets (1) including a selector switch (12) for supplying constant power to the connection port (11), and being embedded in a wall of an interior space partitioned in a building; The rectifying unit 54 is installed on the front wall of the building and rectifies the AC power supplied through the constant power line 14, and the second standby power detecting unit 56 for sensing the amount of standby power consumed by the standby power line 13. ), A second power consumption detection unit 57 for detecting power consumption at the entire load side in the household, power consumption information (power consumption and standby power consumption, price information), and CO2 generation amount proportional to the transmission consumption and power consumption. The second display unit 58 for displaying a, the communication unit 59 for receiving the transfer power consumption information from a home network or a separate external device, the second standby power detection unit 56 and the second power consumption detection unit 57 And a main network switch 5 including a control unit 55 for displaying information received through the communication unit 59 through the second display unit 58; First and second standby power switch 91 for controlling the on / off of the standby power supplied through the standby power line 13 to the outlet (1) installed in different indoor space by the control signal of the driving unit 10 ( 92 and a standby power control unit 9 installed in the generation distribution panel; Is installed on the wall of the space partitioned within the household and connected to the home network 8, the plurality of standby power button (62) for controlling the on / off of the standby power switch (91) 92 Subnetwork switches 6 and 7; When a predetermined control signal is received by the standby power button 62 input of the sub network switches 6 and 7, the control unit 10 controls a control signal for turning on / off the corresponding standby power switches 91 and 92. A home network 8 for transmitting; A driving unit 10 driving on / off the first and second standby power switches 91 and 92 of the standby power control unit 9 according to a control signal supplied from the home network 8; Standby power control and power consumption display device using an outlet having a standby power / constant power selection function, characterized in that consisting of. In the case of including a receptacle (1) having at least one or more connection ports (11) consisting of first and second terminals (11a, 11b) to which a commercial AC power is applied, The standby power line 13 and the continuous power line 14 are separated and connected, and the standby power line or the continuous power line 14 is selected according to the user's operation to connect the standby power or the continuous power supply port ( 11) a plurality of outlets (1) including a selector switch (12) for supplying to be embedded in the wall of the interior space partitioned in the building; A sensor 102 that detects a human body existing in a room by a heat sensing method or an infrared method and informs the light switch 103; The on-off control of the lamp 101 installed in the room according to whether the sensor 102 detects the human body, and also supply the standby power supplied to the outlet 1 through the standby power line 13 according to the user's operation. Or a light switch 103 for blocking; Consist of, The light switch 103 is A relay contact 132 for controlling the power supplied to the lamp 101 installed indoors,  A power conversion unit 133 which converts 220V AC power into DC voltage and supplies the driving voltage of the light switch 103 while supplying the driving voltage of the sensor 102; A mode switch 135 for setting an automatic mode or a manual mode, Operation switch 134 for inputting the on / off command of the lamp 101 in the manual mode; Standby power button 138 for controlling the on / off standby power supplied to the outlet (1), A standby power switch 139 which controls the standby power supplied to the standby power line 13 by turning on / off by the control signal of the MCU 131, A third power consumption detector 140 for detecting an amount of power consumed through the outlet 1; A third standby power detector 142 for detecting standby power consumption; A third display unit 141 for screening power consumption information; In the manual mode, the relay contact 132 is controlled according to the operation of the operation switch 134 of the user to control the light 101 on / off, and in the automatic mode, the relay contact (according to the human body sensing information of the sensor 102) 132 to control the lamp 101 on / off, the standby power switch 139 on / off control according to the user's operation of the standby power button 138, the power consumption information consumed in the outlet (1) Standby power control and power consumption display device using a socket having a standby power / constant power selection function, characterized in that consisting of the MCU 131 to display the screen through the third display unit (141).

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