KR20110113932A - Standby power/overload cutting apparatus and standby power/overload cutting method using the same - Google Patents

Abstract

The present invention relates to a standby power / overload blocking device and a standby power / overload blocking method using the same. The present invention includes a first sensor formed between an illumination power control unit and a microcomputer, and configured to sense the first power value supplied from the lighting / light power supply unit to the lighting / light and transmit the sensed first power value to the microcomputer; An illumination power control unit controlling power to the illumination / light power supply unit connected to the illumination / light according to the control of the microcomputer; A second sensor formed between an outlet power control unit and the micom, and configured to sense a second power value supplied from the outlet power supply unit to the outlet to transmit the sensed second power value to the micom; An outlet power control unit controlling power to the outlet power supply unit connected to the outlet according to the control of the microcomputer; Receives and stores the first power value sensed by the first sensor, and when the stored first power value is higher than or equal to the stored first power value, the control unit controls the lighting power control unit to control the lighting / light source from the lighting / light power supply unit. Cut off the power supply, receive and store the second power value sensed from the second sensor, and when the stored value is equal to or greater than the stored second power value, control the outlet power control unit from the outlet power supply unit; Micom to cut off the power supply to; A / A function of receiving an analog signal from the micom and converting the digital data into digital data to display a power value including the first and second power values on a power consumption display window connected to the microcomputer and connected to the power consumption display unit. D converter; A remote control receiver connected to the remote control receiving window and transmitting and receiving data and signals with the remote control transmitter; A power consumption display unit configured to receive and display the digital data from the A / D converter and to have a structure connected to the power consumption display window; A standby ON / OFF button which is a button for setting standby power off for the outlet; A button for setting a maximum cut-off power, the cut-off power button used for setting the cut-off power for the lighting / light and the outlet; A regular ON / OFF button used for setting an overload cut-off for the outlet according to a normally ON or always OFF setting; An illumination ON / OFF button used for setting an overload cutoff for the illumination / light; A standby LED indicating a setting state of blocking standby power to the outlet by the standby ON / OFF button as flashing / flashing; A remote control LED for indicating a setting state of the standby power cutoff for the remote control transmitter by blinking / flashing by the standby ON / OFF button; A constant LED indicating the setting state of the overload cut-off for the outlet by the ON / OFF button as a blink / flash; An illumination LED indicating the setting state of the overload cut-off for the illumination / light by the illumination ON / OFF button as flashing / flashing; A remote control receiving window which displays a state received from the remote control transmitter as flickering / flashing and is connected to the remote control receiving unit; And a power consumption display window which displays the amount of power consumed by the lighting / light and the outlet and is connected to the power consumption display. Characterized in that it comprises a. By this, the standby power consumed by unplugging the home appliance is automatically cut off the anode to reduce unnecessary power waste and to prolong the life of the home appliance and prevent electrical safety accidents due to overload. In addition, according to the present invention, the standby power and flashing / radiation phenomena that are consumed even when the lights (lights) such as fluorescent lights are switched off are prevented, thereby reducing power waste and preventing soiling of lights and lighting devices such as fluorescent lights. And it extends the life of lighting equipment and provides the effect to prevent electrical safety accidents caused by overload.

Description

STANDBY POWER / OVERLOAD CUTTING APPARATUS AND STANDBY POWER / OVERLOAD CUTTING METHOD USING THE SAME}

The present invention relates to a power cut technology, and more specifically, to automatically cut off the positive power consumed by unplugging the home appliance, thereby reducing unnecessary power waste and extending the life of the home appliance and electrical safety due to overload. The present invention relates to a standby power / overload blocking device for preventing an accident and a standby power / overload blocking method using the same.

The power consumed in a state in which the device is not inherently operated is called standby power, which not only wastes power but also causes a shortened life of the device due to deterioration of the device.

On the other hand, the standby power cut-off device and the electronic safety cut-off device for the safe use of power in accordance with the recent energy saving, the electronic power meter and lighting control device for the remote meter reading in the home network field. However, the conventional lighting control device, standby power cut-off device, safety breaker (leakage, overload, short circuit), and electronic wattmeter are composed of separate products, and installation places are different, and consumers have to purchase and install each device separately. There was a ham. This led to difficulties in construction and management.

Therefore, in the relevant technical field, by cutting off the standby power consumed by unplugging the home appliance, unnecessary waste of power is reduced, and the electrical safety accident caused by the extension of the life of the appliance and overload, and the standby of the lamp and lighting equipment There is a demand for technology development to reduce power consumption by preventing power.

The present invention is to solve the above problems, to automatically cut off the standby power consumed by unplugging the home appliance, to reduce the unnecessary power waste and to prevent electrical safety accidents caused by the extension of the life of the appliance and overload To provide a standby power / overload blocking device and a standby power / overload blocking method using the same.

In addition, the present invention prevents power consumption by preventing standby power and flashing / radiation phenomena even when the existing buttons of lights and lighting devices such as fluorescent lights are turned off, preventing soiling of lighting and lighting devices such as fluorescent lights, and lighting equipment life. It is to provide a standby power / overload blocking device and a standby power / overload blocking method using the same to prevent electrical safety accidents caused by overload.

In addition, the present invention is to provide a convenient standby power / overload blocking device and the standby power / overload blocking method using the same can be turned on / off the lighting device / outlet power with a remote control of the home appliance.

In addition, the present invention is a convenient standby power / overload cut-off device that can turn on / off the lighting equipment / outlet power with the remote control of the home appliance to enable the consumer to use the power of the outlet as a standby power standby And to provide a standby power / overload blocking method using the same.

In addition, the present invention has an overload cut-off function and can be used to easily set the overload cut-off power desired by the consumer within the rated cut-off power, standby power / overload blocking device for providing convenience and safety and standby power / overload using the same To provide a blocking method.

However, the objects of the present invention are not limited to the above-mentioned objects, and other objects not mentioned will be clearly understood by those skilled in the art from the following description.

In order to achieve the above object, the standby power / overload blocking device according to an embodiment of the present invention is formed between an illumination power control unit and a microcomputer, and senses a first power value supplied from the illumination / light power supply unit to the illumination / light. A first sensor for transmitting the sensed first power value to the microcomputer; An illumination power control unit controlling power to the illumination / light power supply unit connected to the illumination / light according to the control of the microcomputer; A second sensor formed between an outlet power control unit and the micom, and configured to sense a second power value supplied from the outlet power supply unit to the outlet to transmit the sensed second power value to the micom; An outlet power control unit controlling power to the outlet power supply unit connected to the outlet according to the control of the microcomputer; And receiving and storing the first power value sensed by the first sensor, and when the first power value is greater than or equal to the stored first power value, controls the lighting power control unit from the lighting / light power supply unit to the lighting / light source. Block the power supply to the power supply, receive and store the second power value sensed by the second sensor, and when the stored power is equal to or greater than the stored second power value, control the power outlet control unit from the outlet power supply unit. A microcomputer to cut off the power supply to the outlet; Characterized in that it comprises a.

According to another embodiment of the present invention, a standby power / overload cutoff device may be configured to display a power value including the first and second power values on a power consumption display window connected to the microcomputer and connected to a power consumption display unit. An A / D converter for receiving an analog signal and converting the signal into digital data; A remote control receiver connected to the remote control receiving window and transmitting and receiving data and signals with the remote control transmitter; And a power consumption display unit configured to receive and display the digital data from the A / D converter and to have a structure connected to the power consumption display window. It characterized in that it further comprises.

Standby power / overload cut-off device according to another embodiment of the present invention, the standby ON / OFF button that is a button for setting the standby power off for the outlet; A button for setting a maximum cut-off power, the cut-off power button used for setting the cut-off power for the lighting / light and the outlet; A regular ON / OFF button used for setting an overload cut-off for the outlet according to a normally ON or always OFF setting; An illumination ON / OFF button used for setting an overload cutoff for the illumination / light; A standby LED indicating a setting state of blocking standby power to the outlet by the standby ON / OFF button as flashing / flashing; A remote control LED for indicating a setting state of the standby power cutoff for the remote control transmitter by blinking / flashing by the standby ON / OFF button; A constant LED indicating the setting state of the overload cut-off for the outlet by the ON / OFF button as a blink / flash; An illumination LED indicating the setting state of the overload cut-off for the illumination / light by the illumination ON / OFF button as flashing / flashing; A remote control receiving window which displays a state received from the remote control transmitter as flickering / flashing and is connected to the remote control receiving unit; And a power consumption display window which displays the amount of power consumed by the lighting / light and the outlet and is connected to the power consumption display. It characterized in that it further comprises.

Standby power / overload cut-off device according to another embodiment of the present invention, when the user sets the power value through the standby ON / OFF button, and selects the standby power automatic shutdown setting through the standby ON / OFF button, If the microcomputer is lower than or equal to the power value set by the standby ON / OFF button, the power supply to the outlet is automatically cut off when a preset time elapses, and the power value set by the standby ON / OFF button is shipped. It is characterized in that the default is 13W.

In the standby power / overload cut-off device according to another embodiment of the present invention, after the user sets the overload and the maximum cut-off power using the cut-off power button, the microcomputer, the home appliance to be plugged into the outlet and the lighting When the power value or the predetermined maximum power value or more than the problem of the electric light is characterized in that the power supply for the outlet or / and the light / light automatically cut off.

In the standby power / overload cut-off device according to another embodiment of the present invention, the maximum cut-off power setting of the outlet and the light / light is possible within the rated power of the standby power / overload cut-off device, and if the rated power or more It is characterized in that the automatic cut off.

Standby power / overload blocking method using the standby power / overload blocking device according to an embodiment of the present invention, the first sensor, the second sensor, the microcomputer, the remote control receiver, the remote control receiving window, power consumption display, power consumption display window, standby LED In the standby power / overload blocking method using the standby power / overload blocking device, including a remote control LED, always LED, lighting LED, standby ON / OFF button, interrupt power button, always ON / OFF button and illumination ON / OFF button When the microcomputer turns off the main power of the home appliance connected to the outlet by the user and the input for the standby ON / OFF button is input, the standby LED and the remote controller LED are alternately lit, and then the remote controller LED is turned on. Turning on the first step; And when the micom receives the standby ON / OFF button from the user, turns on the standby LED after 3 seconds, and the input received from the first sensor when the input to the standby ON / OFF button is stopped. A second step of receiving and storing a first power value and automatically shutting off the power supply positive pole if it is lower than or equal to the first power value; Characterized in that it comprises a.

Standby power / overload blocking method using the standby power / overload cut-off device according to another embodiment of the present invention, the first sensor, the second sensor, the microcomputer, the remote control receiver, the remote control receiving window, power consumption display, power consumption display window, standby Standby power / overload blocking method using standby power / overload cut-off device including LED, remote control LED, regular LED, lighting LED, standby ON / OFF button, cutoff power button, always ON / OFF button and lighting ON / OFF button The first step of the micom, after the user turns on the standby LED and the remote control LED in accordance with the input to the standby ON / OFF button by the user, the first step of turning on the remote control LED; When the micom stops inputting the standby ON / OFF button by the user and inputs the ON / OFF button of the external remote control transmitter to be used toward the remote control receiving window, the remote LED blinks twice. Completing the setting by turning off the remote control, and setting the remote control transmitter to a usable state; And turning on the standby power / overload cut-off device when the microcomputer has an input from the ON / OFF button of the remote control transmitter, and turning on the home appliance if it is input again. Three steps; It characterized in that it further comprises.

Standby power / overload blocking method using the standby power / overload cut-off device according to another embodiment of the present invention, the first sensor, the second sensor, the microcomputer, the remote control receiver, the remote control receiving window, power consumption display, power consumption display window, standby Standby power / overload blocking method using standby power / overload cut-off device including LED, remote control LED, regular LED, lighting LED, standby ON / OFF button, cutoff power button, always ON / OFF button and lighting ON / OFF button The first step of the micom, when the user receives the input to the on / off button and the cut-off power button at the same time by the user, changing the power display number on the power consumption display window; The microcomputer stops the input of the cut-off power button at the cut-off power value desired by the user, and continuously inputs only the input to the normally on / off button, and after 3 seconds, the regular LED blinks three times. Two steps; And a third in which the microcomputer stores the second power value when the input to the ON / OFF button is stopped by the user, and automatically cuts off power to the outlet when the second power value is greater than the second power value. step; It characterized in that it further comprises.

Standby power / overload blocking method using the standby power / overload cut-off device according to another embodiment of the present invention, the first sensor, the second sensor, the microcomputer, the remote control receiver, the remote control receiving window, power consumption display, power consumption display window, standby Standby power / overload blocking method using standby power / overload cut-off device including LED, remote control LED, regular LED, lighting LED, standby ON / OFF button, cutoff power button, always ON / OFF button and lighting ON / OFF button The first step of the micom, when the input for the illumination ON / OFF button and the input to the cut-off power button is input by the user at the same time, changing the power display number on the power consumption display window; And the micom stops the input of the cut-off power button at a desired cut-off power value by the user, and when the input to the lighting ON / OFF button passes for 3 seconds, the illumination LED blinks three times. A second step of storing the first power value and automatically shutting off the power of the light / lamp when the input to the light ON / OFF button is stopped by the controller; And further comprising:

Standby power / overload blocking device and the standby power / overload blocking method using the same according to an embodiment of the present invention automatically cuts off the standby power consumed by unplugging the home appliance to reduce the unnecessary power waste of household appliances It provides the effect of preventing electric safety accidents due to life extension and overload.

In addition, the standby power / overload cut-off device and the standby power / overload blocking method using the same according to another embodiment of the present invention, the standby power consumed even when turning off the (existing) buttons of lights and lighting equipment, such as fluorescent lights / By preventing radiation phenomenon, it reduces power waste, prevents soiling of lamps and lighting equipment such as fluorescent lamps, extends the life of lighting equipment, and prevents electrical safety accidents caused by overload.

In addition, the standby power / overload blocking device according to another embodiment of the present invention and the standby power / overload blocking method using the same, the present invention, the effect that can be turned on / off the lighting device / outlet power with a remote control of the home appliance To provide.

In addition, the standby power / overload blocking device according to another embodiment of the present invention and the standby power / overload blocking method using the same, home appliances for allowing consumers to selectively use the power of the outlet as a standby power standby power as needed The remote control of the lighting equipment / outlet power can be turned on / off to provide the convenience that can provide convenience.

In addition, the standby power / overload blocking device and the standby power / overload blocking method using the same according to another embodiment of the present invention, has an overload cut-off function and easily set the desired overload breaking power within the rated breaking power It can be used to provide convenience and safety.

1 is a block diagram showing the configuration of a standby power / overload cut-off device according to an embodiment of the present invention.
Figure 2 is a view showing the appearance of the standby power / overload cut-off device of Figure 1;
3 to 6 are flowcharts illustrating a standby power / overload blocking method using the standby power / overload blocking device.

Hereinafter, a detailed description of a preferred embodiment of the present invention will be described with reference to the accompanying drawings. In the following description of the present invention, detailed descriptions of well-known functions or configurations will be omitted when it is deemed that they may unnecessarily obscure the subject matter of the present invention.

In the present specification, when one component 'transmits' data or a signal to another component, the component may directly transmit the data or signal to another component, and through at least one other component. This means that data or signals can be transmitted to other components.

1 is a block diagram showing the configuration of a standby power / overload blocking device according to an embodiment of the present invention. FIG. 2 is a diagram illustrating an appearance of a standby power / overload cutoff device of FIG. 1. 1 and 2, the standby power / overload cutoff device includes an internal device and an external device, and performs signal and data transmission and reception with an external remote controller transmitter (not shown).

The internal device includes a first sensor 10, an illumination power control unit 20, an illumination / light power supply unit 30, a second sensor 40, an outlet power control unit 50, an outlet power supply unit 60, and a microcomputer 70. ), An input setting key 80, an A / D converter 90, a remote control receiver 100, and a power consumption display 110.

The first sensor 10 is formed between the lighting power control unit 20 and the microcomputer 70, and senses the power value sensed by sensing the power value supplied from the lighting / light power supply unit 30 to the lighting / light. 70).

The lighting power controller 20 controls the power of the lighting / light power supply 30 connected to the lighting / light under the control of the microcomputer 70.

The lighting / light power supply unit 30 supplies power to the lighting / light connected to itself under the control of the lighting power control unit 20.

The second sensor 40 is formed between the outlet power control unit 50 and the microcomputer 70, and senses the power value supplied to the outlet from the outlet power supply unit 60 to transmit the sensed power value to the microcomputer 70. do.

The outlet power control unit 50 controls power to the outlet power supply unit 60 connected to the outlet under the control of the microcomputer 70.

The outlet power supply unit 60 supplies power to an outlet connected to itself under the control of the outlet power control unit 50.

The microcomputer 70 receives and stores the sensed power value from the first sensor 10, and when the stored power value is greater than or equal to the stored power value, the microcomputer 70 controls the illumination power control unit 20 to illuminate the light from the illumination / light power supply unit 30. / Disconnect the power supply to the lamp. In addition, the microcomputer 20 receives and stores the power value sensed by the second sensor 40, and when the stored power value is greater than or equal to the stored power value, the outlet from the outlet power supply unit 60 through the control of the outlet power control unit 50. Shut off the power supply.

The input setting key 80 is connected to the standby ON / OFF button 131, the cutoff power button 132, the normally ON / OFF button 133, and the lighting ON / OFF button 134 protruding from the external device to the inside. The unit is configured to. The detailed components of the standby ON / OFF button 131, the cutoff power button 132, the always ON / OFF button 133, and the illumination ON / OFF button 134 will be described later.

The A / D converter 90 is connected to the microcomputer 70 and receives analog signals from the microcomputer 70 to display the power value on the power consumption display window 111 connected to the power consumption display 110 to convert the digital data into digital data. Perform the function of converting.

The remote control receiver 100 is connected to the remote control receiver 101 and performs transmission and reception of data and signals with a remote control transmitter (not shown).

The power consumption display 110 receives and displays digital data from the A / D converter 90 and is formed in a structure connected to the power consumption display window 111.

The external device includes a remote control reception window 101, a power consumption display window 111, a standby LED 121, a remote control LED 122, a constant LED 123, an illumination LED 124, a standby ON / OFF button 131, The cut-off power button 132, the normally ON / OFF button 133, and the illumination ON / OFF button 134.

The standby ON / OFF button 131, the cutoff power button 132, the normally ON / OFF button 133, and the illumination ON / OFF button 134 are detailed components of the input setting key 80.

Standby ON / OFF button 131 is a button for setting the standby power cut off for the outlet, it is also used for setting the transmission and reception status for the external remote control transmitter.

The cutoff power button 132 is a button for setting the maximum cutoff power, and is used for setting cutoff power for lighting / light and an outlet.

The normally ON / OFF button 133 is a button for setting the constant power, and is used for setting the overload cutoff for the outlet according to the always ON or always OFF setting.

Illumination ON / OFF button 134 is used to set the overload cutoff for illumination / light.

Standby LED 121 is an LED display device, by the standby ON / OFF button 131 to display the setting state for the standby power cut off to the outlet by flashing / flashing.

The remote control LED 122 is an LED display device, and displays the setting state for the standby power cutoff for the remote control transmitter (not shown) by the standby ON / OFF button 131.

Always LED 123 is an LED display device, by the ON / OFF button 133, the setting state for the overload cut-off to the outlet is displayed as flashing / flashing.

Illumination LED 124 is an LED display device, by the lighting ON / OFF button 134 displays the setting state for the overload cut-off for the lighting / light as flashing / flashing.

The remote control reception window 101 displays a state received from a remote control transmitter (not shown) as blinking / flashing. The remote control receiving window 101 is formed in a structure connected to the remote control receiving unit 100.

The power consumption display window 111 may be formed of an LED which is a liquid crystal device for displaying the amount of power consumed by the lighting / light and the outlet. The power consumption display window 111 is formed in a structure connected to the power consumption display unit 110.

When explaining the use method according to this structure, when the user sets the power value through the standby ON / OFF button 131, and selects the automatic standby power off setting through the standby ON / OFF button 131, standby ON / If it is lower than or equal to the power value set by the OFF button 131, when a predetermined time (for example, 3 minutes) elapses, power to the outlet is automatically cut off. In this case, the set power value may be set to 13W at the time of shipment or may be variably applied according to the application target.

On the other hand, when the user sets the overload and the maximum use cut-off power by using the cut-off power button 132, the outlet or / and if the cut-off power value or the preset maximum power value or more than the pre-set maximum power value set due to the problem of home appliances and lights / lights to be plugged into the outlet Automatically turn off the power to the lights / lights.

3 to 6 are flowcharts illustrating a standby power / overload blocking method using the standby power / overload blocking device according to an embodiment of the present invention. 1 to 6, look at the function setting method for the above-described method of use as follows.

Referring to FIG. 3, a standby power setting will be described as a first embodiment of the present invention. Turning off the main power of the home appliance connected to the outlet and pressing the standby ON / OFF button 131, after the standby LED 121 and the remote control LED 122 alternately lights up, the remote control LED 122 is turned on (S1).

If the user keeps pressing the standby ON / OFF button 131, the standby LED 121 lights up after 3 seconds. At this time, when pressing the standby ON / OFF button 131 stops (S2) the power value at this time is stored in the microcomputer 70 (S3) if the power value is lower than or equal to this time, the power supply anode is automatically cut off (S4) .

4, a second embodiment of the present invention looks at a remote controller setting. When the user presses the standby ON / OFF button 131 (S11), the standby LED 121 and the remote control LED 122 light up alternately, and then the remote control LED 122 is turned on.

When the user stops pressing the standby ON / OFF button 131 and presses the ON / OFF button (not shown) of the remote control transmitter (not shown) to be used toward the remote control receiving window 101 (S12), the remote control LED (122). ) Blinks twice and the setting is completed and you can use the remote control transmitter (not shown). In this case, when the ON / OFF button (not shown) of the remote control transmitter (not shown) is pressed once, the standby power / overload cut-off device is turned on (S13), and when pressed again, the home appliance is turned on (ON). (S14).

Referring to FIG. 5, a third embodiment of the present invention looks at an overload cutoff setting for an outlet. When the user presses the ON / OFF button 133 and the cut-off power button 132 at the same time (S21), the power display number changes in the power consumption display window 111.

When the user stops pressing the cut-off power button 132 at the desired cut-off power value and continues to press only the ON / OFF button 133 at all times (S22), the constant LED 123 blinks three times. In this case, when it stops pressing the ON / OFF button 133 at all times (S23), when the power value at this time is stored in the microcomputer 70 or more, the outlet power is automatically cut off (S24). This applies to outlets.

Referring to FIG. 6, a fourth embodiment of the present invention looks at an overload cutoff setting for lighting / lighting. When the user presses the lighting ON / OFF button 134 and simultaneously the cut-off power button 132 (S31), the power display number is changed on the power consumption display window 111. When the user stops pressing the cut-off power button 132 at a desired cut-off power value and continues to press only the lighting ON / OFF button 134, the lighting LED 124 blinks three times (S32). At this time, when the user stops pressing the illumination ON / OFF button 134 (S33), when the power value at this time is stored in the microcomputer 70 or more than the stored power value, the power of the lighting / light is automatically cut off (S34). .

In the embodiment shown in Figures 3 to 6 of the present invention, the maximum cut-off power setting of the outlet and the light / light can be set within the rated power of the standby power / overload breaker, and in any case the power is automatically cut off if the rated power or more do.

According to such a configuration and use, the power plug of the home appliance is not unplugged, saving standby power consumption and preventing a safety accident due to the extension of the life of the home appliance and an overload. In addition, it saves standby power consumed by lighting / lighting devices such as fluorescent lamps, extends the life of lighting devices, and prevents safety accidents due to overload. In addition, the user can set and use the blocking power for standby power and overload, it is convenient, and can reduce the cost for construction.

In addition, as another embodiment of the present invention according to those skilled in the art can be configured to control the lighting and the constant power remotely using wireless communication.

That is, in applying the remote control technology, the standby power setting and the overload blocking setting described above through wired and wireless communication for the standby power blocking and overload prevention configuration according to the present invention in the home or building using RS-485 communication. Values can be specified and changed, and the user can be configured to control the lighting and constant power remotely by applying the set value variably according to the user.

As described above, the specification and the drawings have been described with respect to the preferred embodiments of the present invention, although specific terms are used, it is only used in a general sense to easily explain the technical contents of the present invention and to help the understanding of the invention. It is not intended to limit the scope of the present invention. It will be apparent to those skilled in the art that other modifications based on the technical idea of the present invention can be carried out in addition to the embodiments disclosed herein.

10: first sensor 20: lighting power control unit
30: lighting / light power supply 40: second sensor
50: outlet power control unit 60: outlet power supply
70: micom 80: input setting key
90: A / D converter 100: remote control receiver
101: remote control receiving window 110: power consumption display
111: power consumption display window 121: standby LED
122: Remote control LED 123: Always LED
124: Illuminated LED 131: Standby ON / OFF Button
132: Cutoff power button 133: Always ON / OFF button
134: Illumination ON / OFF button

Claims (10)

A first sensor formed between an illumination power control unit and a microcomputer and configured to sense a first power value supplied from the lighting / light power supply unit to the lighting / light and transmit the sensed first power value to the microcomputer;
An illumination power control unit controlling power to the illumination / light power supply unit connected to the illumination / light according to the control of the microcomputer;
A second sensor formed between an outlet power control unit and the micom, and configured to sense a second power value supplied from the outlet power supply unit to the outlet to transmit the sensed second power value to the micom;
An outlet power control unit controlling power to the outlet power supply unit connected to the outlet according to the control of the microcomputer; And
Receives and stores the first power value sensed by the first sensor, and when the stored first power value is higher than or equal to the stored first power value, the control unit controls the lighting power control unit to control the lighting / light source from the lighting / light power supply unit. Cut off the power supply, receive and store the second power value sensed from the second sensor, and when the stored value is equal to or greater than the stored second power value, control the outlet power control unit from the outlet power supply unit; Micom to cut off the power supply to; Standby power / overload cut-off device comprising a.
The method of claim 1,
A / A function of receiving an analog signal from the micom and converting the digital data into digital data to display a power value including the first and second power values on a power consumption display window connected to the microcomputer and connected to the power consumption display unit. D converter;
A remote control receiver connected to the remote control receiving window and transmitting and receiving data and signals with the remote control transmitter; And
A power consumption display unit configured to receive and display the digital data from the A / D converter and to have a structure connected to the power consumption display window; Standby power / overload cutoff device characterized in that it further comprises.
The method of claim 2,
A standby ON / OFF button which is a button for setting standby power off for the outlet;
A button for setting a maximum cut-off power, the cut-off power button used for setting the cut-off power for the lighting / light and the outlet;
A regular ON / OFF button used for setting an overload cut-off for the outlet according to a normally ON or always OFF setting;
An illumination ON / OFF button used for setting an overload cutoff for the illumination / light;
A standby LED indicating a setting state of blocking standby power to the outlet by the standby ON / OFF button as flashing / flashing;
A remote control LED for indicating a setting state of the standby power cutoff for the remote control transmitter by blinking / flashing by the standby ON / OFF button;
A constant LED indicating the setting state of the overload cut-off for the outlet by the ON / OFF button as a blink / flash;
An illumination LED indicating the setting state of the overload cut-off for the illumination / light by the illumination ON / OFF button as flashing / flashing;
A remote control receiving window which displays a state received from the remote control transmitter as flickering / flashing and is connected to the remote control receiving unit; And
A power consumption display window configured to display an amount of power consumed by the lighting / light and the outlet and to be connected to the power consumption display; Standby power / overload cutoff device characterized in that it further comprises.
The method of claim 3, wherein
When the user sets the power value through the standby ON / OFF button, and selects the standby power automatic shutdown setting through the standby ON / OFF button, the microcomputer is lower than the power value set by the standby ON / OFF button If the preset time elapses, the power to the outlet is automatically cut off, and the power value set by the standby ON / OFF button is set to 13 W at the time of shipment from the standby power / overload cutoff device. .
The method of claim 4, wherein
After the user sets the overload and the maximum used cut-off power by using the cut-off power button, if the microcomputer is more than the power value set by the problem of the home appliance to be plugged into the outlet and the lighting / light or the preset maximum power value, Standby power / overload cut-off device characterized in that the power is automatically cut off to the outlet or / and the lights / lights.
The method according to any one of claims 1 to 5,
The maximum cut-off power setting of the outlet and lighting / light,
Standby power / overload cut-off device is possible within the rated power of the standby power / overload cut-off device, characterized in that the power is automatically cut off when the rated power or more.
1st sensor, 2nd sensor, micom, remote control receiver, remote control reception window, power consumption display, power consumption display window, standby LED, remote control LED, always LED, lighting LED, standby ON / OFF button, interruption power button, always ON / In the standby power / overload blocking method using the standby power / overload blocking device including an OFF button and the lighting ON / OFF button,
When the micom turns off the main power of the home appliance connected to the outlet by the user and inputs the standby ON / OFF button, the standby LED and the remote controller LED alternately light up, and then the remote controller LED is turned on. Making a first step; And
When the microcomputer receives the standby ON / OFF button from the user, the standby LED is turned on after 3 seconds, and when the input to the standby ON / OFF button is interrupted, the first received from the first sensor is received. A second step of receiving and storing a power value and automatically shutting off the power supply positive pole when the power value is lower than or equal to the first power value; Standby power / overload blocking method using a standby power / overload cut-off device comprising a.
1st sensor, 2nd sensor, micom, remote control receiver, remote control reception window, power consumption display, power consumption display window, standby LED, remote control LED, always LED, lighting LED, standby ON / OFF button, interruption power button, always ON / In the standby power / overload blocking method using the standby power / overload blocking device including an OFF button and the lighting ON / OFF button,
A first step of the micom illuminating the standby LED and the remote controller LED in response to an input to the standby ON / OFF button by the user, and then lighting the remote controller LED;
When the micom stops inputting the standby ON / OFF button by the user and inputs the ON / OFF button of the external remote control transmitter to be used toward the remote control receiving window, the remote LED blinks twice. Completing the setting by turning off the remote control, and setting the remote control transmitter to a usable state; And
A third to turn on the standby power / overload cut-off device when the microcomputer has an input from the ON / OFF button of the remote control transmitter; step; Standby power / overload blocking method using a standby power / overload cutoff device characterized in that it further comprises.
1st sensor, 2nd sensor, micom, remote control receiver, remote control reception window, power consumption display, power consumption display window, standby LED, remote control LED, always LED, lighting LED, standby ON / OFF button, interruption power button, always ON / In the standby power / overload blocking method using the standby power / overload blocking device including an OFF button and the lighting ON / OFF button,
A first step of changing, by the user, the power input number on the power consumption display window when the user simultaneously receives an input to the ON / OFF button and the cut-off power button;
The microcomputer stops the input of the cut-off power button at the cut-off power value desired by the user, and continuously inputs only the input to the normally on / off button, and after 3 seconds, the regular LED blinks three times. Two steps; And
A third step of the micom storing the second power value when the input to the ON / OFF button is stopped by the user, and automatically shutting off power to the outlet when the second power value is higher than the second power value; ; Standby power / overload blocking method using a standby power / overload cutoff device characterized in that it further comprises.
1st sensor, 2nd sensor, micom, remote control receiver, remote control reception window, power consumption display, power consumption display window, standby LED, remote control LED, always LED, lighting LED, standby ON / OFF button, interruption power button, always ON / In the standby power / overload blocking method using the standby power / overload blocking device including an OFF button and the lighting ON / OFF button,
A first step of changing, by the user, the power display number on the power consumption display window when an input for the illumination ON / OFF button and an input for the cut-off power button are simultaneously input by the user; And
When the input of the cut-off power button stops at the cut-off power value desired by the user and the input to the lighting ON / OFF button passes for 3 seconds, the microcomputer causes the lighting LED to blink three times. A second step of storing the first power value and automatically shutting off the power of the illumination / light when the input to the illumination ON / OFF button is stopped by the controller; Standby power / overload blocking method using a standby power / overload cutoff device characterized in that it further comprises.

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