KR100915125B1 - Concentic plug and multi-tap having removal of din and power saving function - Google Patents

Abstract

A power connecting system having a noise removing and power-saving function is provided to remove the noise generated from a compressor by selectively supplying and blocking the power supplied to electrical and electronic devices according to the actual usage state. At least one or more power connecting members(7) supply the commercial power to electrical and electronic devices. A light receiving sensor(12) senses the brightness and darkness of a space to which the commercial power is supplied and then generates an operation control signal based on the sensed result. A power supply switching unit(14) blocks or connects the supplied commercial power. A timer unit(16) generates a recovery signal for recovering the power connecting members which are blocked.

Description

Power connection system with noise reduction and power saving function {concentic plug and multi-tap having removal of din and power saving function}

The present invention relates to a power connection system having a noise reduction function and a power saving function, and selectively supplies and cuts power supplied to electric and electronic devices such as a general refrigerator or cold / hot water according to the actual use state, thereby providing a refrigerator and the same cooling function. The present invention relates to a power supply connection system having a noise reduction and a power saving function for removing noise generated from a compressor of a device having the same.

A general power connection system is to supply commercial power and operating power to one or more electrical and electronic devices such as outlets and power strips.

Such an outlet or a power strip has only a switch for supplying power, and a switching function for supplying power by the switch facilitates power supply to electric and electronic devices, and simultaneously supplies power to a plurality of electric and electronic devices. You can also supply

In general homes, offices, and lodging, such outlets and power strips are used, and in particular, homes and lodging are almost essential. For example, a number of electronic and electrical equipment such as refrigerators and hot and cold water heaters are placed in lodging establishments, and in order to supply power to them, multiple outlets such as power strips are essential.

Many domestic and foreign lodging establishments use cold and hot water heaters or refrigerators for the purpose of providing drinking water or food to their guests. There are many noise complaints because it causes noise pollution and disturbs the bedtime.

This phenomenon is because only the internal temperature of the refrigerating space is measured and the temperature sensor is repeatedly started and stopped (ON / OFF) as the temperature changes, regardless of the sleeping environment or power saving. Therefore, a new system that can be easily controlled in real time as needed for the sleep environment or power saving for the life style (LIFE-STYLE) by improving such inconveniences.

Many lodging establishments are still investing and investing in new devices to solve these problems. However, there are many problems in the performance or durability of the introduced product, and the purchase price is also high, so the public low change is difficult.

If you look at the problems caused by the noise of the hot or cold water heater or the refrigerator, you will be disturbed by the noise of the cold or hot water heater or the refrigerator when you are sleeping.The only way to eliminate this noise pollution is You must stop it to stop the noise. However, even if this causes a user's uncomfortable problem is a common reflection. The reason is that most cordless water heaters and refrigerators are plugged into power outlets on the back wall of furniture, so it is possible to move furniture or move products. Even if the outlet or power strip is exposed, the inconvenience of plugging and unplugging the electric cord every time also increases the risk of electric shock due to inadequate surroundings. Moreover, if you go to bed for a long time after unplugging the power cord, the power supply is not connected, so the drinking water stored in the cold or hot water heater or the refrigerator does not maintain the proper temperature and loses the necessary refrigeration function.

In this regard, the present invention will be a breakthrough alternative that can solve the chronic noise pollution and power saving while maintaining the function of the cold or hot water heater or refrigerator used in the place of noise-sensitive space such as lodging establishment.

Therefore, while saving unavoidable standby power and providing a stable sleeping environment to the user, it is possible to meet the improved lifestyle of our real life.

The present invention has been made to solve the above problems, the power supply to the electrical and electronic devices such as refrigerators, cold and hot water heaters in general according to the operation signal of the light receiving sensor and remote wireless, wired communication or It provides a power connection system with noise reduction and power saving function that allows users to secure a comfortable bed by removing noise generated from the compressor when going to bed by selectively supplying and cutting off power according to the environment of actual use according to the power saving. , Its purpose is.

According to the present invention, in the power connection system having a noise canceling and power saving function having a plurality of plug fasteners for supplying commercial power to electric and electronic devices, the plug fastener is provided to the commercial At least one power connection member for supplying commercial power to the electric and electronic devices by connecting a power supply with a conductive metal body, a main body accommodating the power connection member, and exposed to the outside of the main body, A light receiving sensor that detects the light and dark of a space where commercial power is supplied to the electric and electronic devices by a connecting member to generate an operation control signal when a predetermined value is lower than a predetermined light intensity value, and receives the operation control signal; A power supply switching unit for cutting off or connecting commercial power supplied by a power connection member, the light receiving sensor and the following remote control; Receiving an operation control signal of the signal receiver to maintain a state in which the power is cut off by the power supply switching unit for a set time, and counts a predetermined time to control the power supply switching unit when the set time (delay time) is reached. A timer unit for generating a restoration signal for restoring the power connection member blocked by the power supply switching unit, and a remote control signal receiver for receiving an external remote control signal and generating an operation control signal to the timer unit and the power supply switching unit. And, by controlling the operation of the timer unit and the power supply switching unit is achieved by a power connection system having a noise reduction and power saving function including an antenna unit for connecting to the remote control signal receiver wirelessly and wired to improve reception sensitivity. .

The apparatus may further include a remote control signal transmitter for generating a wireless remote control signal to the remote control signal receiver at a long distance in order to control the operation of the timer unit and the power supply switching unit.

Here, the remote control signal transmitter is composed of any one of a wireless button, a wired button, a remote control transmitter to generate a wireless remote control signal of any one of a long distance and a short distance, and the remote control signal of the remote control signal transmitter is infrared and It is preferable to generate the control signal by any one of frequency methods.

In addition, when the remote control signal transmitter is an infrared type, a remote control signal relay is provided for receiving the remote control signal of the infrared and indirectly relaying the remote control signal to a remote control signal receiver. Having a wired / wireless receiving end and a wired / wireless transmitting end, when the remote control signal transmitting unit is a frequency type, a radio relay unit is provided for relaying the remote control signal in a reflective manner as soon as the remote control signal is received. It is desirable to have.

In addition, when the remote control signal transmitter is a frequency method, in order to increase the incident energy to the remote control signal receiver by providing a remote control signal of the radio wave to the remote control signal is transmitted at the same time and reflectively relay the remote control signal relay The radio relay unit is provided at a short distance, and the radio relay unit has a wired / wireless receiver and a wired / wireless transmitter, and when the remote control signal transmitter is an infrared type, The remote control signal receiving unit is provided with a remote control signal relay unit for relaying the remote control signal indirectly to the remote control signal receiving unit, and the remote control signal relay unit preferably has a wired or wireless receiving end and a wired or wireless transmitting end.

On the other hand, the remote control signal receiver is provided with either one of the internal and external antennas to increase the reception sensitivity when the remote control signal transmitter is a frequency method, the external type is a folding antenna that can variably adjust the radio wave reception sensitivity And, any one of the fixed antenna having a constant radio wave reception sensitivity is connected, it is preferable that the antenna is formed integrally or detachably fixed to the main body.

In addition, the light receiving sensor is connected to a light intensity value memory unit for storing the light control value as an operating point when any one of natural light and artificial light control is maintained for a certain time, the light receiving sensor is a plurality of degrees of brightness. The light receiving sensitivity control unit is provided to divide the control unit to generate an operation control signal. When the light control value is higher than the dimming level, it is preferable to generate a restoration light detection signal to the power supply switching unit so as to connect the commercial power source.

In addition, the timer unit and the power supply switching unit is connected by wire, and includes a wired control button for generating a wired control signal at a long distance to control the operation of the timer unit and the power supply switching unit, the wired The control button preferably has a command for controlling supply and interruption of commercial power to electric and electronic devices by an operation control signal generated according to the control signal of the wire, and a command for directly forcibly supplying and cutting off power. Do.

And, it is provided so as to be exposed to the main body, and a function selection switching unit for selectively providing any one of the noise reduction and power saving function and a simple power supply function, and any one of the plurality of plug fasteners individually noise reduction And an individual function selection switching unit for selecting and providing any one of a power saving function and a simple power supply function.

In addition, the power supply switching unit is preferably opened and closed by cutting off any one of the power supply line of the disconnection and double wire in the commercial power supply line of the power connection member.

In addition, the light receiving sensor is remote from the main body, in order to ensure a stable light receiving state is provided with a connection line for moving to a position so that it can be clearly exposed to the illumination light of the indoor space, the connection line is received Like a sensor, it is possible to input an operation control signal to a power supply switching unit, and it is preferable that a connecting jack 22 is provided to be detachable from the main body.

The timer may include a built-in timer that counts only during an initial delay time, an analog timer controller that can be adjusted to set a desired delay time, and a digital timer controller that inputs a number or a symbol. It is preferably provided as one, wherein the timer control unit is preferably made of a separate timer control unit to adjust the different delay time according to the purpose of the device connected to each power connection member when there are a plurality of power connection members.

On the other hand, it is preferable that the plug fastener, the power connection member, the main body, the light receiving sensor, the power switching supply part, and the timer part are embedded in the wall.

In addition, it is preferable that the remote control signal receiving unit, the antenna, the timer adjusting unit, the light intensity numerical memory unit, the light receiving sensitivity control unit is further included.

According to another aspect of the present invention, in the power connection system having a noise canceling and power saving function having a plurality of plug fasteners for supplying commercial power to electrical and electronic devices, provided in the plug fasteners At least one power connection member for supplying commercial power to the electric and electronic devices by connecting the commercial power supply with a conductive metal body, a main body accommodating the power connecting member, and exposed to the outside of the main body; And a light receiving sensor that senses the light and dark of a space where commercial power is supplied to the electric and electronic devices by the power connection member, and generates an operation control signal and a restoration control signal when it is lower than or equal to a predetermined set value (luminance value). And a power supply switch for cutting off or connecting commercial power supplied by the power connection member in response to the operation control signal. Receives a switching unit and the operation control signal of the light receiving sensor, and maintains the state that the power is cut off by the power supply switching unit for a set time, and counting a predetermined time to reach the set time (delay time) when the power supply A timer unit for generating a recovery signal for restoring the power connection member blocked by the power supply switching unit by controlling a switching unit, and wirelessly controlling a remote control signal from a distance to control an operation of the light receiving sensor and the power supply switching unit. A remote control signal transmitter for generating a noise, and a remote control signal receiver connected to the light receiving sensor and the power supply switching unit and receiving a remote control signal from the remote control signal transmitter and inputting an operation signal thereto. Achieved by a power connection system with removal and power saving functions.

The present invention enables to selectively supply the power supplied to general electric and electronic devices according to the actual use state to secure power savings and to safely protect the device from lightning strikes, freeing users from the hassle of unplugging the power supply. It can be, and there is an effect that can be prevented in advance from the fire caused by the ignition agent such as dust during bedtime.

In addition, the present invention selectively supplies power supplied to electrical and electronic devices having a refrigerating function, such as a refrigerator or a hot and cold water heater, so that the user can normally operate the electric and electronic devices while eliminating the occurrence of noise during bedtime to secure a comfortable bed. In particular, the user can solve the inconvenience caused by noise pollution in real time in a limited indoor space or accommodation room, and the user can select a desired sleeping environment as needed to provide a comfortable sleep.

1 is a perspective view showing a power connection system having a noise reduction and power saving function according to the present invention;

2 is a perspective view illustrating another embodiment of FIG. 1;

3 is a perspective view showing another embodiment of FIG.

4 is a perspective view showing another embodiment of FIG.

5 is a block diagram of a power connection system having a noise canceling and power saving function according to the present invention;

6 is a block diagram showing another embodiment according to the present invention.

Explanation of symbols on the main parts of the drawing

One ; Outlet and power strip 3; Noise reduction module

6; Power on / off switching part 7; Power connection member

8 ; Function selection switching unit 9; Remote control signal receiver

10; Remote control signal transmitter 12; Receiver

14; Power supply switching unit 16; Timer

18; Timer control unit 19; Individual timer control

20; Photometric memory section 22; Connection

23; Light sensitivity control unit 24; antenna

25; Remote control signal repeater 30; Wired Control Button

Hereinafter, with reference to the accompanying drawings will be described in detail a power connection system having a noise reduction and power saving function according to the present invention.

The power connection system with noise reduction and power saving function performs unique functions such as outlets (1) and power strips (1), and selectively connects and disconnects power in real time according to external conditions. Noise reduction and power saving are possible.

As shown in Fig. 1, the multi-tap 1 includes a main body (not shown) in which electronic and electrical components are formed of conductive metal and an electromagnetic plate, and a main power supply of this multi-step. Power on / off switch 6 for switching on and off, and exposed to the body to allow the user to conveniently operate manual and automatic noise canceling (function by noise canceling module) function for constant power supply. Function selection switching unit (8), remote control signal receiving unit (9), light receiving sensor (12), plug fastener (17), timer control unit (18), individual timer control unit (19), individual function selection switching unit ( 21, a light receiving sensitivity adjusting unit 23, a connecting jack 22, and an antenna 24 are provided.

The power ON / OFF switch 6 is to switch the supply and cutoff of the main power, and to switch the cutoff of the simple power supply to the entire power strip regardless of the noise canceling function.

The function selection switching unit 8 is formed to be exposed to the main body, and performs a function (hereinafter, referred to as a 'noise removing function') to remove noise generated from electric and electronic devices such as a refrigerator or a cold or hot water machine. Alternatively, it is a selector switch to provide a function for connecting general commercial power.

The remote control signal receiver 9 receives the remote control signal wirelessly transmitted from the remote location and provides the remote control signal to the electromagnetic plate to perform the noise canceling function. If the remote control signal is a radio signal having a predetermined frequency, it has its own reception function, but the antenna 24 is connected to increase reception sensitivity. Thus, it is possible to increase the incident energy of the radio wave to perform an accurate function.

The light receiving sensor 12 is disposed above the main body to sense light generated from the illumination of the indoor space and generate an operation control signal to the power supply switching unit 14 or the driving control unit 11 based on the light. That is, it distinguishes between light and dark and detects it. When it is dark, it generates an operation control signal to the power supply switching unit 14 to cut off commercial power supplied to electricity and electronic devices. In the case of electronic devices, if necessary, the operation of the compressor may be stopped for a certain time to remove or cut off the generated noise.

In addition, although not shown in the light receiving sensor 12, the connection line for moving to a position so that it can be clearly exposed to the illumination light source of the indoor space to be remotely spaced from the main body, to ensure a stable light receiving state (not shown) Is connected to the power supply switching unit 14, such as the light receiving sensor 12, and a connecting tweeter 22 is formed to be detachable from the main body.

A plurality of plug fasteners 17 are formed in the main body, and commercial power is connected along the power supply line 2 to recess a predetermined portion of the plug. A conductive metal body buried in the electrical supply and the electrical supply line 2 is connected to the electrical supply and power supply line 2 so as to supply electrical power to the electronic device.

The timer control unit 18 is formed in the main body of the stick lever of the rotary or left and right adjustment, it is possible to adjust the delay setting time by the timer unit 16 by the user desired time. This is applied to all the devices simultaneously supplied to the power supply through the plug fastener (7) in the absence of the individual timer control unit (19).

The individual timer control unit 19 is to adjust the plug fastener 7 individually one by one when the timer control unit 18 for managing the entire plug fastener (7) is not provided.

If the timer control unit 18 and the individual timer control unit 19 are provided together, any one of them can be used conveniently.

The individual function selection switching unit 21 is easily used when applying at least one or more of the plurality of plug fasteners 17 separately from the function selection switching unit 8 as an individual noise canceling function and a power saving function. Will be.

The light sensitivity control unit 23 is a user can adjust the light sensitivity arbitrarily according to the environment according to the user's light intensity value, the adjusted light intensity value is applied to the light receiving sensor 12 to block and restore the power supply Provide an operating point.

The connecting tweet 22 allows the light receiving sensor 12 connected to the connection line to naturally light natural light or artificial light, that is, the light receiving sensor 12 can be remotely moved to a desired position by the user. Eliminate limited space restrictions on sets and multi-taps.

The antenna 24 is connected to the remote control signal receiver 9 to improve reception sensitivity of the remote control signal receiver 9, and an outlet and a power strip are mainly located at the rear of the electric and electronic device. In many cases, the received remote control signal is disturbed due to radio wave interference, so the reception rate is somewhat lowered, which increases the incident energy in the antenna 24 connected to the remote control signal receiver 9 and provides a stable reception environment. It is made.

Another embodiment of the present invention as described above is as shown in FIG.

That is, the power strip 1 of the embodiment includes a main body (not shown) as shown in Fig. 1, a power ON / OFF switch 6, a function selection switching unit 8, a remote control signal receiving unit 9, and a light receiving sensor ( 12, plug fastener 17, timer control unit 18, individual timer control unit 19, individual function selection switching unit 21, light sensitivity control unit 23, connecting tweet 22, antenna ( In addition to having the same configuration as 24), the on / off switch 4 having a general multi-tap function is provided in a complex state.

In addition, a multi-tap such as a cross (+) type that can be used by directly connecting to a buried receptacle buried in the wall in order to utilize the idle space as shown in FIGS. 3 and 4 as well as the bar-shaped multi-tap as shown in FIGS. The same can be applied to. Here, the function selection switching unit 8 is omitted.

One embodiment of the configuration for implementing the noise canceling function of the present outlet and the power strip as described above is as shown in FIG.

That is, the outlet 1 and the power strip 1 are shown in Fig. 5, the main body, the noise canceling module 3, the power ON / OFF switch (6, as described above), the function selection switching unit (8), the power connection member 7 is basically provided, and they selectively control the commercial power supplied to the electric and electronic devices 5. Here, the power connection member 7 has the same structure and function as the plug fastener 17 as shown in Figs.

For example, if the electrical or electronic device is a refrigerator, a hot or cold water device, or an electronic device having a refrigeration function, the device provides convenience for safe use of food such as drinking water, which is essential to the user, in a certain space for 24 hours. . However, since the functional composition is entirely machine-oriented, there are many cases in which it is inconsistent with our indispensable lifestyle, the sleeping environment. As described above, due to the noise pollution caused by the operation of the refrigeration system compressor or the like, it is a significant obstacle to the convenient sleeping. In order to solve the user's sleep disturbance caused by the noise pollution and to save some power, the outlet 1 or the power strip provided with the noise removing module 3, the function selection switching unit 8, and the power connection member 7 1) was developed as in the present invention.

In the main body, the noise reduction module 3, the function selection switching unit 8, and the power connection member 7 are appropriately formed according to any one of the exposure and the built-in.

The function selection switching unit 8 is formed to be exposed to the main body, and provides a function for connecting a general commercial power source without performing the function of the noise reduction module 3, or the noise reduction module 3 It is a selection switch to provide a function by). It is an electronic switch and a manual switch. That is, it can be used as a noise canceling and power saving function, or it can provide two functions that can simply supply commercial power at all times.

The power connection member 7 is formed of a conductive metal structure inside the main body, and is composed of a conductor that maintains an energized state by electrical contact with a power terminal of a plug connected to an electrical or electronic device. It consists of a double wire power supply terminal for supplying real power. This includes a mechanical and structural configuration having a plug fastening 17 capable of receiving a plug, an electrical contact hole (not shown), and the like.

The noise reduction module 3 may be configured in one piece, but they may be assembled separately, the light receiving sensor 12, the power supply switching unit 14, the timer unit 16, the timer adjusting unit 18, It has a light numerical value memory section 20, a light receiving sensitivity adjusting section 23, and additionally the remote control signal receiving section 9 may be configured together. Its operating power is transformed into a desired power voltage by a commercial power supply, and rectified and smoothed to use a DC power supply (basically used as an operating device for electronic equipment. Not shown), or a separate operating power supply, that is, a disposable battery. Alternatively, a rechargeable battery may be used.

The light receiving sensor 12 is formed so as to be exposed to the outside of the main body when the external environment is less than the light intensity value set by distinguishing the dark and bright at the light intensity value operating point by a predetermined light intensity to the operation control signal switching unit (14) to cause the power supply switching unit 14 to cut off the commercial power supply. It consists of a photodiode, a diode drive and a sensing circuit, and generates an operation control signal at a set brightness. In the case where the light intensity value is higher, a restoration optical sensing signal is generated to the power supply switching unit 14 to connect the commercial power source.

In more detail, first, the light receiving sensor 12 automatically cuts off the power supply switching unit 14 receiving the operation control signal when the ambient light to be received reaches a dimming value below a predetermined operating point. When a predetermined delay time input to the timer unit 16 passes, the power supply switching unit 14 is connected to the original commercial power supply by the restoration operation control signal.

Second, when the ambient light to be received is a dimming value of less than a predetermined operating point, the power supply switching unit 14 which receives the operation control signal is automatically shut off to maintain a delay time, and then to receive the light. When the peripheral dimming is a dimming value of a predetermined operating point or more, the power supply switching unit 14 receiving the restoring operation control signal is connected to the original commercial power source.

Third, when the ambient light to be received is maintained for a predetermined time, the light receiving sensor 12 calculates the operating point value according to the dimming value and automatically sets and stores the operating point. When the dimming value is lower than the operating point, the power supply switching unit 14 which receives the operation control signal automatically cuts off the power supply, and thereafter, when the predetermined delay time input to the timer unit 16 passes, The power supply switching unit 14 receiving the operation control signal is connected to the original commercial power source.

Fourth, when the ambient light to be received is maintained for a predetermined time, the light receiving sensor 12 calculates an operating point value according to the dimming value and automatically sets and stores the operating point. When the dimming value is lower than the operating point, the power supply switching unit 14 which receives the operation control signal automatically cuts off the power supply, and when the dimming level is higher than the set operating point, the restoring operation control signal Received power supply switching unit 14 is to be connected to the original commercial power.

Here, the light receiving sensor 12 is formed with a connecting tweeter 22 (not shown) that can be detachably connected to a connecting line (not shown) so as to be spaced apart from the main body in order to improve the reception ratio of dimming. . As described above, the light receiving sensor 12 formed on the connecting line and the connecting jack 22 has a wide range of light sensing areas, thereby improving the reception sensitivity of an outlet or a power strip mainly installed in a place where there is a disturbing element in the rear light, and providing a stable light receiving state. It can be secured and placed in a place where it can be clearly exposed to the natural light and the illumination light of the indoor space.

The light intensity value memory unit 20 recognizes the light intensity value detected by the light receiving sensor 12 and calculates an appropriate operating point of the light intensity value according to the light intensity change in the natural or artificial light control state, and the brightness of the proper operating point. It is to record and save the numerical value. This is the same function in natural light as well as artificial light control to record and store the light intensity value of the appropriate operating point to the light receiving sensitivity control unit 23. The luminance value memory section 20 has an arithmetic function for calculating an appropriate operating point, and has a time counting function for calculating an average luminance for a predetermined time for calculating an appropriate operating point.

The light receiving sensitivity adjusting unit 23 adjusts the light receiving sensor 12 to generate an operation control signal by operating the light receiving sensor 12 by receiving a light intensity value of an appropriate operating point from the light intensity value memory unit 20. It is formed to be exposed to the main body, and includes an analog or digital controller that allows the user to adjust to the desired operating point.

Here, the light receiving module is composed of a light receiving sensor 12, a light intensity numerical value memory unit 20, a light receiving sensitivity adjusting unit 23, which may be configured integrally.

The power supply switching unit 14 is to block or connect the commercial power supplied by the power connection member 7 in response to the operation control signal of the light receiving sensor 12, the power connection member 7 In the commercial power supply of the line is to open and close by disconnecting any one of the power supply line disconnection and double.

The timer unit 16 is operated automatically by receiving the operation control signal of the light receiving sensor 12 to maintain the power-off state by the power supply switching unit 14 until the set delay time is reached, and then counts. When the delay time is reached by inputting a recovery signal to the power supply switching unit 14 to maintain a normal power supply state. At this time, the power is cut off by receiving the operation control signal of the light receiving sensor 12 to stop the compressor of the refrigeration equipment such as electronic devices, so that the noise generated here is removed for a predetermined time desired by the user to sleep at bedtime. Can be provided.

In more detail, first, after the real-time power supply switching unit 14 is blocked by the operation signal of the wired or wireless remote control communication, the power supply switching unit 14 is blocked by the timer unit 16. In this state, the delay time may be maintained, and the power supply switching unit 14 may automatically restore the original commercial power again by another wired or wireless restore operation signal.

Second, after the real-time power supply switching unit 14 is blocked by the operation signal of the wired or wireless remote control communication, the timer adjusting unit 18 is initially used to maintain the blocked power supply switching unit 14 for a predetermined time. In the timer method for setting the delay time by a) and after a predetermined delay time, the power supply switching unit 14 may automatically restore the original commercial power again.

The second operation can be performed when the timer unit 16 has a basic configuration using the built-in timer unit 16 that counts only during an initially set delay time.

The timer control unit 18 is formed to be exposed to the outside of the main body, the analog timer control unit for adjusting the delay time set by the user in the form of volume or stick lever, and inputs a number or symbol It is provided with any one of the digital timer control unit. The digital timer controller may be set by the remote controller, that is, the remote control signal transmitter 10.

In addition, the timer control unit 18, if the plurality of power connection member (7) is more than a plurality of analog individual timer control unit and digital type of volume control to adjust the different delay time according to the use of the device connected to each power connection member It consists of individual timer control unit.

The noise reduction module as described above may control the operation by a remote control signal at a remote location, the configuration of which comprises a remote control signal transmitter 10 and a remote control signal receiver 9.

The remote control signal transmitter 10 is commonly referred to as a remote control, and the power supply switching unit 14 and the light receiving module 12, the light receiving sensor 12, the timer unit 16, and the light intensity numerical memory unit ( 20), to control the light-receiving sensitivity control unit 23 from a remote location to perform a power saving and noise reduction function. The signal transmission method of the remote control signal transmitter 10 is formed by any one of a straight type radio signal such as an infrared ray and a radio signal such as a predetermined frequency propagation method. This may simply be replaced by a wireless button (not shown) for remotely directly transmitting a shutoff command to the power supply switching unit 14, in which case the timer unit 16 operates to count for a certain delay time. When the delay time is reached, the power supply is restored.

On the other hand, the remote control signal receiving unit 10 for controlling the remote control signal receiving unit 9 and the power supply switching unit 14 may be composed of any one of a wireless button, a wired button, the button is a touch button It generates a remote control signal with any one of the sensor-type buttons of thermal sensing and sound sensing so that the operation of the noise reduction module can be performed.

The remote control signal receiving unit 9 is connected to the timer unit 16, the light receiving sensor 12, and the power supply switching unit 14, and receives a remote control signal from the remote control signal transmitting unit 10. Receives the operation signal to them and proceeds to the mode (mode) for noise cancellation, when the remote control signal transmitter is a frequency method is installed an antenna for increasing the reception sensitivity, the antenna is built-in type installed inside the main body And an external type installed outside the main body, and the external type includes any one of a folding type antenna that can variably adjust radio wave reception sensitivity and a fixed antenna having a constant radio wave reception sensitivity, and the antenna is fixed to the main body. It is integrally formed or detachably formed.

When the remote control signal transmitter 10 is an infrared type, a remote control signal relay 25 is provided to indirectly relay the remote control signal to the remote control signal receiver 9, and the remote control signal relay is provided. 25 has a wireless receiving end and a wired and wireless transmitting end, and when the remote control signal transmitting unit 10 is a frequency method, the incident energy to the remote control signal receiving unit 9 increases the remote control signal of the radio wave. A radio wave reflection relay (not shown) is provided for relaying the remote control signal in a reflective manner as soon as the remote control signal is received.

Here, the remote control signal relay unit 25 and the radio relay unit are connected to a refrigerator or a cold / hot water purifier and the like, and an outlet or a power strip for supplying power is mainly installed on the rear or lower side of the electronic device or furniture to receive radio interference. The remote control reception sensitivity is reduced, so it is possible to eliminate such disturbance and improve the reception rate to minimize the reception error.

Such a noise canceling module has the advantage that the remote control signal transmitting unit 10 and the remote control signal receiving unit 9 are considerably convenient by wireless wireless, but an error of a remote control signal due to radio interference may occur depending on the environment. Therefore, the wired control button 30 by wired communication that can certainly resolve this situation may sometimes be more convenient.

That is, as shown in Figure 6, the wired control button 30 is fixed to a visible place, the timer unit 16 and the light receiving sensor 12 and the power supply switching unit of the noise reduction module ( 14 is wired and connected to the wired control button 30 to generate a wired control signal at a distance to control the operation of the timer unit 16, the light receiving sensor 12 and the power supply switching unit 14 in a wired manner. The wired control button 30 includes a command for controlling supply and interruption of commercial power to electrical and electronic devices by an operation control signal generated according to an operating light intensity value set by the light receiving sensor 12; Directly forcibly turns on and off power.

Claims (23)

A power connection system having a noise canceling and power saving function having a plurality of plug fasteners for supplying commercial power to electric and electronic devices; At least one power connection member provided at the plug fastener and configured to supply commercial power to the electric and electronic devices by connecting the commercial power with a conductive metal body; A main body accommodating the power connection member; It is provided to be exposed to the outside of the main body, by detecting the light and dark of the space supplied with commercial power to the electrical, electronics by the power connection member to control the operation is less than or equal to a predetermined set value (brightness value) A light receiving sensor for generating a signal; A power supply switching unit for cutting off or connecting commercial power supplied by the power connection member in response to the operation control signal; Receiving an operation control signal of the light receiving sensor and the following remote control signal receiver, maintains a state in which power is cut off by the power supply switching unit for a set time, and counts a predetermined time to reach the set time (delay time). A timer unit controlling a power supply switching unit to generate a restoration signal for restoring the power connection member blocked by the power supply switching unit; A remote control signal receiver which receives an external remote control signal and generates an operation control signal to the timer unit and the power supply switching unit; And an antenna unit for connecting to a remote control signal receiver wirelessly and wired to control the operation of the timer unit and the power supply switching unit to improve reception sensitivity. The method of claim 1; Power supply having a noise canceling and power saving function further comprises a remote control signal transmitting unit for generating a wireless remote control signal to the remote control signal receiver at a distance to control the operation of the timer unit and the power supply switching unit. Connection system. The method of claim 2; The remote control signal transmitter comprises one of a wireless button and a remote controller, and generates a wireless remote control signal of one of a long distance and a short distance, and the remote control signal of the remote control signal transmitter is one of an infrared method and a frequency method. Power connection system having a noise reduction and power saving function, characterized in that to generate a control signal in the manner of. The method of claim 3; When the remote control signal transmitter is an infrared type, a remote control signal repeater is provided for receiving the remote control signal of the infrared and increasing the reception sensitivity to the remote control signal receiver to relay the remote control signal. It has a wireless receiving end and a wired and wireless transmitting end, and when the remote control signal transmitter is a frequency method, a radio wave reflecting unit is provided for relaying the remote control signal by reflecting the remote control signal at the same time as the remote control signal is transmitted. Power connection system having a noise reduction and power saving function, characterized in that. The method of claim 3; When the remote control signal transmitter is a frequency system, the remote control signal is transmitted to the remote control signal receiver to increase the reception sensitivity to the remote control signal receiver to increase the reception sensitivity. The radio relay unit is provided at a short distance, and the radio relay unit has a radio receiver terminal and a wired / wireless transmitter terminal, and when the remote control signal transmitter is an infrared type, the remote control signal is received by the remote control signal receiver. A remote control signal relay unit is provided to increase the width to relay the remote control signal, and the remote control signal relay unit has a wireless receiving end and a wired / wireless transmitting end, wherein the power connection has a noise canceling and power saving function. system. The method of claim 1; The remote control signal receiver is provided with any one of a built-in and an external type to increase the reception sensitivity when the remote control signal transmitter is a frequency method, the external type is a folding antenna that can variably adjust the radio wave reception sensitivity; Any one of the fixed antenna having a constant radio wave reception sensitivity is connected, the antenna is a power connection system having a noise reduction and power saving function, characterized in that the fixed to the main body or is formed detachably. The method of claim 1; The light receiving sensor is connected with a light intensity value memory unit for storing the light control value as an operating point when any one of natural light and artificial light is maintained for a predetermined time, and the light receiving sensor has a plurality of levels of brightness. The light receiving sensitivity control unit is provided to divide the control unit to generate an operation control signal, and when the dimming level is greater than or equal to the noise level, a restoration light sensing signal is generated in the power supply switching unit so as to connect commercial power. And a power connection system having a power saving function. The method of claim 1; The wired control button is connected to the timer unit and the power supply switching unit in a wired manner, and includes a wired control button for generating a wired control signal at a distance to control the operation of the timer unit and the power supply switching unit. Has a command for controlling supply and interruption of commercial power to electrical and electronic devices by an operation control signal generated according to the control signal of the wire, and a command for directly forcibly supplying and cutting off power. Power connection system with noise reduction and power saving function. The method of claim 1; It is provided to be exposed to the main body, the function selection switching unit for selectively providing any one of the noise canceling and power saving function and the simple power supply function, and any one of the plurality of plug fasteners individually noise canceling and power saving A power connection system having a noise canceling and power saving function further comprising an individual function selection switching unit for selecting and providing one of a function and a simple power supply function. The method of claim 1; The power supply switching unit is a power connection system having a noise reduction and power saving function, characterized in that for opening and closing any of the power supply line of the disconnection and double wire in the commercial power supply line of the power connection member. The method of claim 1; The light receiving sensor is remote from the main body and is provided with a connection line for moving to a position so that it can be clearly exposed to the illumination light of the indoor space to ensure a stable light receiving state, the connection line is the power supply switching Power connection system having a noise reduction and power saving function, characterized in that the removable connection jack 22 is provided to input the operation control signal to the unit. The method of claim 1; The timer unit may be any one of a built-in timer unit that counts only during an initial set delay time, an analog timer controller that can be adjusted to set a desired delay time, and a digital timer controller that inputs numbers or symbols. The timer control unit is provided with a separate timer control unit to adjust the different delay time according to the purpose of the device connected to each power connection member when the plurality of power connection member is a plurality of noise reduction and power saving function Power connection system having a. The method of claim 1; And a plug fastener, a power connection member, a main body, a light receiving sensor, a power switching supply part, and a timer part embedded in a wall. The method of claim 13; And a remote control signal receiving unit, an antenna, a timer adjusting unit, a light intensity numerical memory unit, and a light receiving sensitivity adjusting unit. The method of claim 1; After the real-time power supply switching unit is blocked by the operation signal of the wired / wireless remote control communication, the delay time is maintained while the power supply switching unit is blocked by the timer unit, and other delayed operation signals are restored to the wired or wireless operation signals. Power supply switching system with noise reduction and power saving function, characterized in that the power supply switching unit automatically restores to the original commercial power again. The method of claim 1; After the real-time power supply switching unit is cut off by the operation signal of the wired / wireless remote control communication, a timer method for initially setting the delay time by the timer control unit in advance to maintain the blocked power supply switching unit for a predetermined time; Then, after a predetermined delay time is set, the power supply switching unit has a noise canceling and power saving function, characterized in that the power supply switching unit automatically restores the original commercial power again. The method of claim 1; The remote control signal transmitter for controlling the remote control signal receiver and the power supply switching unit is composed of any one of a wireless button, a wired button, the button is a remote control signal by any one of a touch button, a thermal sensor, a sensor type button of sound sensing Power connection system having a noise reduction and power saving function characterized in that it generates. The method of claim 1; The light receiving sensor automatically shuts off the power supply switching unit that receives the operation control signal when the ambient dimming value to be received is less than or equal to a preset operating point, and then restores the operation control after a predetermined delay time input to the timer. Power supply switching system having a noise reduction and power saving function, characterized in that the power supply switching unit is connected to the original commercial power by the signal. The method of claim 1 When the ambient light to be received is a dimming value of less than or equal to a predetermined operating point, the light receiving sensor maintains a delay time by automatically shutting off the power supply switching unit that receives an operation control signal. Power supply switching system having a noise canceling and power saving function, characterized in that the power supply switching unit receives the operation control signal for restoration when the dimming value is reached. The method of claim 1; The light receiving sensor calculates an operating point value according to the dimming value when the ambient dimming to be maintained is maintained for a predetermined time, and sets the operating point automatically and stores the dimming value below that based on the automatically set operating point. When the value is reached, the power supply switching unit that receives the operation control signal automatically cuts off the power supply, and after a predetermined delay time input to the timer, the power supply switching unit receiving the operation control signal for restoration is connected to the original commercial power source. Power connection system having a noise reduction and power saving function, characterized in that. The method of claim 1; The light receiving sensor calculates an operating point value according to the dimming value when the ambient dimming to be maintained is maintained for a predetermined time, and sets the operating point automatically and stores the dimming value below that based on the automatically set operating point. When the value is reached, the power supply switching unit receiving the operation control signal automatically cuts off the power supply. When the dimming value is higher than the set operating point, the power supply switching unit receiving the operation control signal for restoration is connected to the original commercial power source. Power connection system having a noise reduction and power saving function characterized in that. The method of claim 1; The light receiving sensor, the power supply switching unit, the timer unit, and the remote control signal receiving unit are connected to a decompression transformer for converting the commercial power into a desired operating power by decompressing it, and using rectified and smoothed DC power or a separate operating power source. Power connection system having a noise reduction and power saving function, characterized in that using a disposable battery or a rechargeable battery corresponding to the. A power connection system having a noise canceling and power saving function having a plurality of plug fasteners for supplying commercial power to electric and electronic devices; At least one power connection member provided at the plug fastener and configured to supply commercial power to the electric and electronic devices by connecting the commercial power with a conductive metal body; A main body accommodating the power connection member; It is provided to be exposed to the outside of the main body, by detecting the light and dark of the space supplied with commercial power to the electrical, electronics by the power connection member to control the operation is less than or equal to a predetermined set value (brightness value) A light receiving sensor for generating a signal; A power supply switching unit for cutting off or connecting commercial power supplied by the power connection member in response to the operation control signal; Receiving the operation control signal of the light-receiving sensor to maintain a state in which the power is cut off by the power supply switching unit for a set time, and counting a predetermined time to control the power supply switching unit when the set time (delay time) is reached A timer unit for generating a restoration signal for restoring the power connection member blocked by the power supply switching unit; A remote control signal transmitter for generating a wireless remote control signal at a long distance to control operations of the light receiving sensor and the power supply switching unit; And a remote control signal receiver connected to the light receiving sensor and the power supply switching unit and receiving a remote control signal from the remote control signal transmitter and inputting an operation signal thereto. Having power connection system.