KR200306373Y1 - Flush type concentric plug capable of controlling of power - Google Patents

Abstract

The present invention relates to an embedded outlet capable of controlling power, and in detail, a user desired time by supplying and disconnecting power from the outlet itself according to a preset time using a timer provided in the recessed outlet itself. It provides convenience to control the power supply and prevents unnecessary power consumption from being wasted. Also, it is possible to control the outlet only by inserting a separate key. You can make it impossible.

Description

Flush type outlet with power control {FLUSH TYPE CONCENTRIC PLUG CAPABLE OF CONTROLLING OF POWER}

The present invention relates to an outlet, and more particularly, to an embedded outlet capable of controlling power to be able to freely cut off and supply power according to a user's predetermined time.

In general, the embedded outlet refers to a device formed so as to insert the plug by connecting to the indoor wiring in the state of being embedded in the wall of the room in order to connect the plug used in the indoor wiring of the electricity.

However, such a conventional recessed outlet has a problem in that it does not provide convenience to the user because power is supplied or cut off, although the user simply inserts or leaves the plug from the outlet.

In addition, because the above problems are used as it is without removing the plug from the outlet there is another problem that unnecessary power consumption is wasted even when the electrical appliance is not used.

Therefore, an object of the present invention is to solve the above problems, by using a timer provided in the receptacle itself, at the time desired by the user by supplying and disconnecting power from the outlet itself according to a predetermined time. It provides convenience to control the power and prevents unnecessary power consumption from being wasted.

In addition, another object of the present invention is to be able to perform the control of the outlet only by inserting a key provided separately to make it impossible to operate due to children's mischief or operation of outsiders.

1 is a block circuit diagram schematically showing the configuration of a recessed outlet capable of power control according to the present invention

Figure 2 is a perspective view showing the configuration of the recessed outlet capable of power control according to an embodiment of the present invention

3 is a front view of FIG. 2

4 is a partially enlarged view of FIG. 2;

<Explanation of symbols for main parts of the drawings>

1: track 101: main body

102: contact 103: key

110: relay 120: relay drive unit

130: power supply 140: battery

150: battery charger 160: power detector

170: key insertion detection unit 180: operation panel unit

190: buzzer sound generator 200: liquid crystal display

210: video current transformer 220: earth leakage detector

230: microcomputer

Features of the present invention for achieving the above object,

A relay installed between the commercial power source (110V / 220V) and the output terminal and switched according to a control signal input from the outside to open and short the commercial power source and the output terminal;

A relay driver for outputting a control signal to the relay and driving the same according to a control signal input from the outside;

A power supply unit which receives commercial power (110V / 220V) and changes it into a DC power supply to supply DC power required for each component configured in the product;

A battery for supplying DC power when the power supply is cut off;

A battery charger which detects the voltage of the battery and charges the battery by using a DC power supplied from the power supply when the voltage drops below a predetermined value;

A power detection unit that detects an abnormality of the DC power supplied from the power supply unit and outputs a control signal to continuously store data stored in the system when the DC power is cut off;

A key insertion detector for detecting whether a key is inserted;

An operation panel unit including a plurality of buttons, the operation panel unit for setting and canceling a current time, a desired timer operation start time, a desired timer operation end time, and a desired alarm operation time according to operation of each button;

A buzzer sound generator for generating a buzzer sound when a key input is generated according to a control signal input from the outside and when an alarm is activated, before a timer starts operation and before an end thereof;

A liquid crystal display which displays the current time, power on / off, timer on / off, alarm, key insertion and removal according to a control signal input from the outside,

An image current transformer installed on each line leading from the commercial power supply to the output terminal and detecting leakage current of each line;

A ground fault detector for detecting a ground fault according to the magnitude of the leakage current detected from the image current transformer, and outputting a control signal to cause the relay driver to operate;

A timer is provided therein to provide time information, and when a button signal is input through the operation panel unit in a state in which a detection signal corresponding to a key insertion is detected from the key insertion detector, the buzzer sound generator and the liquid crystal display are controlled. In addition to performing the operation at the same time to generate and store the time setting data corresponding to the button signal, and outputs a control signal to the relay driver at the time set by the user according to the time setting data to control the driving of the relay The controller may be configured to open the relay by operating the relay driver in response to a control signal output from the ground fault detecting unit.

Here, the key insertion detection unit,

A contact is installed inside the key bundle, and when the key is rotated while the key is inserted, the contact is short-circuited.

Hereinafter, the configuration of the recessed outlet capable of controlling power according to the present invention will be described in detail with reference to FIGS. 1 to 4.

1 is a block circuit diagram schematically showing the configuration of a recessed outlet capable of power control according to the present invention, Figure 2 is a perspective view showing the configuration of a recessed outlet capable of power control according to an embodiment of the present invention, Figure 3 2 is a front view of FIG. 2, and FIG. 4 is a partially enlarged view of FIG. 2.

1 to 4, the embedded outlet 100 capable of controlling power according to the present invention includes a relay 110, a relay driver 120, a power supply 130, a battery 140, , The battery charger 150, the power detector 160, the key insertion detector 170, the operation panel 180, the buzzer sound generator 190, the liquid crystal display 200, and the image current transformer ( 210, a ground fault detector 220, and a microcomputer 230.

The relay 110 is installed on the connection line 1 between the commercial power source 110V / 220V and the output terminal 102 and switched according to a control signal input from the outside to open and open the commercial power source and the output terminal 102. Short circuit.

The relay driver 120 outputs a control signal to the relay 110 and switches the control signal according to a control signal input from the outside.

The power supply unit 130 receives commercial power (110V / 220V) and changes it to a DC power supply to supply DC power required for each component configured in the product.

The battery 140 supplies DC power to each component when the power supply of the power supply unit 130 is cut off.

The battery charger 150 detects the voltage of the battery 140 and charges the battery 140 using the DC power supplied from the power supply 130 when the voltage drops below a predetermined value.

The power detector 160 detects an abnormality of the DC power supplied from the power supply unit 130 and outputs a control signal so that the data stored in the system can be continuously stored when the DC power is cut off.

The key insertion detector 170 detects whether a key is inserted. Here, the key insertion detection unit 170 is installed at the side of the main body 101 as shown in FIG. 2, and the contact is installed inside the key bundle so that the contact is short-circuited when the key 103 is rotated. Is formed. In this case, a card reader device may be attached in place of the key insertion detector 170 to perform the same role as a key through the card.

As shown in FIGS. 2 to 4, the operation panel unit 180 includes a plurality of buttons 181, and according to the operation of each button 181, a current time, a desired timer operation start time, and a desired time. You can set and cancel the timer stop time and the desired alarm time.

The buzzer sound generator 190 generates a buzzer sound when a key input is generated and when an alarm is activated according to a control signal input from the outside, before the timer starts operation and before the end of the timer operation. Here, the buzzer sound generator 190 may generate a buzzer when the button 181 of the operation panel 180 is operated according to the setting.

3 and 4, the liquid crystal display 200 is a symbol corresponding to the current time, power on / off, timer on / off, alarm, key insertion and removal according to a control signal input from the outside as shown in FIGS. Are displayed respectively.

The image current transformer 210 is installed at each line 1 leading from the commercial power supply to the output terminal 102 to sense leakage current of each line 1.

The ground fault detecting unit 220 detects a ground fault according to the magnitude of the leakage current detected from the image current transformer 210 and outputs a control signal when the ground fault occurs so that the relay 110 is opened.

The microcomputer 230 has a timer therein to provide time information, and when a button signal is input through the operation panel 180 in a state in which a detection signal corresponding to a key insertion is detected from the key insertion detector 170. By controlling the buzzer sound generation unit 190 and the liquid crystal display unit 200 to perform a corresponding operation therefrom, and generating and storing time setting data corresponding to a button signal, and at a time set by a user according to the time setting data. Outputs a control signal to the relay driver 120 to control driving of the relay 110, and operates the relay driver 120 to open the relay 110 according to a control signal output from the ground fault detection unit 220. Let's do it.

Hereinafter, the operation of the recessed outlet capable of controlling power according to the present invention will be described in detail with reference to FIGS. 1 to 4.

First, the recessed outlet 100 capable of controlling power according to the present invention has a structure similar to that of a well-known recessed outlet. However, as shown in FIG. 2, the liquid crystal display 200 and the operation panel 180 are disposed on the front side. It is formed, the bottom of the bottom is provided with a space for inserting the PCB mounted circuit portion. Meanwhile, the recessed outlet 100 according to the present invention has the same installation method as that of a known recessed outlet. That is, the electric wire is inserted and fixed in the wire insertion hole (not shown) formed in the back of the main body 101, and then the main body 101 is fixed to the embedding hole formed in the wall surface through the bolt.

Then, when DC power is supplied from the power supply unit 130 to each component, and DC power is supplied to each component, the microcomputer 230 controls the liquid crystal display 200 to control the "power" of the liquid crystal display 200. Let the symbol "on" appear.

In this state, when the user inserts the key 103 into the key bundle of the key insertion detection unit 170 formed on the side of the main body 101 and rotates the internal contact, the internal contact is short-circuited and the microcomputer 230 from the key insertion detection unit 170. ) The detection signal is output.

Then, the microcomputer 230 generates a buzzer sound as an indication that the buzzer sound generator 190 is controlled and recognized, and simultaneously controls the liquid crystal display 200 so that the unlocked symbol appears on the liquid crystal display 200. do.

When the user presses the hour button or the minute button among the buttons 181 of the operation panel 180, the microcomputer 230 controls the liquid crystal display 200 so that the hour or minute display area of the liquid crystal display 200 flickers. In this state, when the user operates the hour and minute buttons to set the current time, the microcomputer 230 controls the liquid crystal display 200 to display the corresponding time in the time display area of the liquid crystal display 200. And save the current set time as time setting data. At this time, the microcomputer 230 increases the time by 1 hour or 1 minute every time the hour or minute button is pressed in the operation panel unit 180, and if there is no input of the button for 5 seconds, the current time is automatically set to the currently set time. Set to.

In addition, when the user presses the timer button among the buttons 181 of the operation panel 180 in the state where the current operation start time is set, the microcomputer 230 controls the liquid crystal display 200 so that the "timer" symbol blinks. In this state, when the user sets an operation start time by operating an hour or minute button among the buttons 181 of the operation panel unit 180 and then presses a timer button to end the setting, the microcomputer 230 sets the currently set time. Save the time setting data. At this time, the microcomputer 230 increases the time by one time each time the button is pressed, increases by 10 minutes each time the minute button is pressed, and automatically operates at the currently set time if there is no input of the button for 5 seconds. Set to start time.

In addition, when the user presses the timer button among the buttons 181 of the operation panel 180 in the state where the current operation start time is set, the microcomputer 230 controls the liquid crystal display 200 so that the "timer" symbol blinks. In this state, when the user sets the operation stop time by operating the hour or minute button among the buttons 181 of the operation panel unit 180 and then presses the timer button to end the setting, the microcomputer 230 sets the currently set time. Save the time setting data. At this time, the microcomputer 230 increases the time by one time each time the button is pressed, increases by 10 minutes each time the minute button is pressed, and automatically operates at the currently set time if there is no input of the button for 5 seconds. Set the stop time.

In addition, when the user presses an alarm button among the buttons 181 of the operation panel 180, the microcomputer 230 controls the liquid crystal display 200 to cause the "alarm" symbol to blink, and the user operates in this state. After setting the alarm time by operating the hour or minute button among the buttons of the panel unit 180 and pressing the alarm button to end the setting, the microcomputer 230 stores the current set alarm time as time setting data. At this time, the microcomputer 230 increases the time by pressing the time button once, in increments of 1 hour, increases the minute button by 10 minutes each time, and if there is no input of the button for 5 seconds, automatically alarms at the currently set time. Set to time.

On the other hand, the user can set and release each possible in one-touch through the setting / submarine button of the button 181 of the operation panel unit 180. In addition, when the user pulls out the key 103 while setting both the operation set time, the operation stop time, and the alarm time, the microcomputer 230 recognizes this and controls the buzzer sound generator 190 so that the key 103 is pulled out. The buzzer is generated as an indication that the user recognizes the same, and at the same time, the liquid crystal display 200 is controlled so that the lock-shaped symbol appears on the liquid crystal display 200. At this time, even if the button 181 of the operation panel unit 180 is operated while the key 103 is pulled out, the microcomputer 230 does not recognize the corresponding signal.

While all the settings are completed, the microcomputer 230 compares the current time with the operation setting time and controls the buzzer sound generator 190 when the current time is 5 minutes before the operation setting time so that the buzzer is generated for a predetermined time and is operated to the user. Informs you that the set time is approaching.

Then, the microcomputer 230 controls the relay driver 120 to switch the relay when the operation setting time passes. When the relay 110 is switched, the connection line 1 between the commercial power source 110V / 220V and the output terminal 102 is shorted to supply commercial power through the output terminal 102.

In this state, the microcomputer 230 compares the current time with the operation stop time, and if the current time is 5 minutes before the operation stop time, the microcomputer 230 controls the buzzer sound generator 190 to generate a buzzer for a predetermined time so that the user stops the operation time. Announce the approach. Then, the microcomputer 230 controls the relay driver 120 to switch the relay 110 when the operation stop time enters. When the relay 110 is switched, the connection line 1 between the commercial power supply 110V / 220V and the output terminal 102 is opened to cut off the commercial power supplied through the output terminal 102.

The microcomputer 230 compares the current time with the notification time and controls the buzzer sound generator 190 when the current time is the alarm time so that the buzzer is generated for a predetermined time.

Meanwhile, the ground fault detector 220 detects a leakage current of each line 1 detected from the image current transformer 210 and outputs a control signal to the microcomputer 230 when a ground fault occurs. Then, the microcomputer 230 outputs a control signal to the relay driver V to open the relay 110 to protect the electric device from a short circuit.

Meanwhile, when the DC power supplied from the power supply unit 130 is not normally supplied due to a power failure, the power detection unit 160 outputs a control signal to the microcomputer 230 so that each component is operated by the power of the battery 140. The battery charger 150 detects the voltage of the battery 140 and charges the battery 140 using the DC power supplied from the power supply 130 when the voltage drops below a predetermined value.

Therefore, by supplying and cutting off power from the outlet itself at the time set by the user, it is possible to prevent unnecessary power consumption by cutting off the power supplied to the electric equipment without separately removing the plug from the outlet. The electrical equipment can be protected by turning off the power supply.

As described above, according to the recessed outlet capable of controlling power according to the present invention, a user desires by supplying and disconnecting power from the outlet itself according to a preset time using a timer provided in the recessed outlet itself. It provides convenience to control the power at the same time, and prevents unnecessary power consumption from being wasted, and by controlling the outlet only by inserting a separately provided key, You can make the operation impossible.

Claims (2)

A relay installed between the commercial power source (110V / 220V) and the output terminal and switched according to a control signal input from the outside to open and short the commercial power source and the output terminal; A relay driver for outputting a control signal to the relay and driving the same according to a control signal input from the outside; A power supply unit which receives commercial power (110V / 220V) and changes it into a DC power supply to supply DC power required for each component configured in the product; A battery for supplying DC power when the power supply is cut off; A battery charger which detects the voltage of the battery and charges the battery by using a DC power supplied from the power supply when the voltage drops below a predetermined value; A power detection unit that detects an abnormality of the DC power supplied from the power supply unit and outputs a control signal to continuously store data stored in the system when the DC power is cut off; A key insertion detector for detecting whether a key is inserted; An operation panel unit including a plurality of buttons, the operation panel unit for setting and canceling a current time, a desired timer operation start time, a desired timer operation end time, and a desired alarm operation time according to operation of each button; A buzzer sound generator for generating a buzzer sound when a key input is generated according to a control signal input from the outside and when an alarm is activated, before a timer starts operation and before an end thereof; A liquid crystal display which displays the current time, power on / off, timer on / off, alarm, key insertion and removal according to a control signal input from the outside, An image current transformer installed on each line leading from the commercial power supply to the output terminal and detecting leakage current of each line; A ground fault detector for detecting a ground fault according to the magnitude of the leakage current detected from the image current transformer, and outputting a control signal to cause the relay driver to operate; A timer is provided therein to provide time information, and when a button signal is input through the operation panel unit in a state in which a detection signal corresponding to a key insertion is detected from the key insertion detector, the buzzer sound generator and the liquid crystal display are controlled. In addition to performing the operation at the same time to generate and store the time setting data corresponding to the button signal, and outputs a control signal to the relay driver at the time set by the user according to the time setting data to control the driving of the relay And a control unit which opens the relay by operating the relay driving unit when a short circuit occurs according to a control signal output from the ground fault detecting unit. The method of claim 1, The key insertion detection unit, A contact type outlet is installed inside the key bundle, and when the key is rotated in the inserted state, the outlet is capable of controlling power, characterized in that the contact is formed to be short-circuited.