KR200408667Y1 - Multi-outlet capable of controlling power voltage - Google Patents

Abstract

The present invention, in the multi-concentrator device, is configured to display the power supply priority on each of the surface of the connection socket of the multi-outlet body having a plurality of connection sockets and to install an operation lamp, and to install an electric circuit inside the multi-outlet body. However, the electrical circuit unit, a plurality of switches corresponding to each of the plurality of connection sockets and the plurality of switches to selectively form the supply passage of the commercial power supply by a predetermined switch control, and load current by detecting the current flowing to the supply power line of the multi-outlet Switch control based on a current detection unit for outputting a signal, a wireless transmission / reception unit for transmitting / receiving a wireless control signal with an external remote control unit, and a switch remote control signal of a remote control unit received through the wireless transmission / reception unit, and a load from the current detection unit. Preset power supply as status output exceeds preset overload threshold The controller is configured to control switching of a plurality of switches based on priorities.

Multi-outlet body, connection socket remote individual control, overload control

Description

MULTI-OUTLET CAPABLE OF CONTROLLING POWER VOLTAGE}

1 is an external configuration diagram of a power controllable multi-outlet device according to an embodiment of the present invention;

2 is a circuit block diagram of a multi-outlet body in the multi-outlet device of FIG. 1;

3 is a circuit block diagram of a remote control device in the multi-outlet device of FIG. 1;

4 is an external schematic diagram of the remote control device of FIG.

5 is a control flowchart of a control unit of the multi-concentration main body of FIG. 2.

The present invention relates to a power supply control device, and more particularly to a multi-outlet device capable of power control.

Electrical outlets are used in many ways in homes and offices, and among them, electrical appliances that require power (e.g. computer equipment, household appliances, heating appliances, kitchen appliances, etc.) are separated from the mains wall outlet. Many electrical outlets are used to connect to electrical appliances.

Since there are many connecting sockets installed in the multi-outlet, many electric appliance plugs are plugged in and used, so there is always a risk of overloading, and mainly the electric plug is continuously plugged in. There was a drawback to being consumed.

In order to prevent this, an outlet has been developed that allows the user to manually switch on / off the switch individually by separately providing a switch in each of the plurality of connection sockets of the multi-outlet. It's not a hassle anymore.

Accordingly, an object of the present invention is to provide a multi-concentration device that allows a user to remotely control connection sockets of a multi-concentration main body.

Another object of the present invention is to provide a multi-concentration device for controlling the power supply is continuously supplied to the electrical appliances that must be supplied preferentially while preventing overload in case of overload of the multi-outlet body.

Another object of the present invention is to provide a multi-outlet device that can remotely check the power state of the multi-outlet connection socket.

In accordance with the above object, the present invention, in the multi-outlet device, it is configured to display the power supply priority on each of the surface of the connection socket of the multi-outlet body having a plurality of connection sockets and to install the operation lamp, Install the electric circuit inside the main body,

The electric circuit unit,

A plurality of switches corresponding to each of the plurality of connection sockets and selectively forming a supply passage for commercial power by a predetermined switch control, and a current detector for detecting a current flowing through a supply line of a multi-outlet and outputting a load state And switch control of the switches on the basis of a wireless transmission and reception unit for transmitting and receiving a wireless control signal to and from an external remote control device, and a switch remote control signal of the remote control device received through the wireless transmission and reception unit, and outputting a load state from the current detection unit. The controller may be configured to control switching of a plurality of switches based on a preset power supply priority according to a preset overload threshold.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. It should be noted that the same elements in the figures are represented by the same numerals wherever possible. In addition, detailed descriptions of well-known functions and configurations that may unnecessarily obscure the subject matter of the present invention will be omitted.

1 is an external configuration diagram of an external power supply controllable connection socket according to an embodiment of the present invention, which is composed of a multi-outlet main body 2 and a remote control device 4.

Multi-concentration main body 2 and the remote control device 4 according to an embodiment of the present invention is implemented to enable radio frequency (RF) short-range wireless communication in a commercial frequency band, the user remotely using the remote control device (4) A plurality of connection sockets provided in the multi-outlet body 2 are implemented to control individual power supplies.

The multi-concentration main body 2 is provided with a power switch PSW similarly to a general multi-outlet, and also has a plurality of connection sockets, for example, six connection sockets C1 to C6. However, the multi-concentration main body 2 of the present invention has a color R (red), O (orange), Y (indicative of power supply priority on the upper outer circumferential surface of each of the plurality of connection sockets C1 to C6, unlike the general multi-outlet. yellow), BL (blue), G (green), and BK (black) are painted, and corresponding operating lamps LP1 to LP6 are provided on one side. Among the color display R (red), O (orange), Y (yellow), BL (blue), G (green), and BK (black), red (R) is the highest priority, followed by O ( Orange, Y (yellow), BL (blue), G (green) followed by BK (black) is the lowest rank.

The number of the connection sockets of the multi-concentration main body 2 and the color display are shown as an example, and the present invention may be modified and modified in various ways without departing from the spirit of the present invention. Self-explanatory to those with ordinary knowledge.

Therefore, the user can plug the important electrical appliances into the connection sockets C1 and C2 that belong to the highest priority group, and the unused or less important electrical appliances can be plugged into the lowest priority connection sockets C6 and C5.

The multi-concentration main body 2 as described above is intended to allow the power to be continuously supplied to the electrical appliances that must be supplied preferentially while the overload is prevented when an overload occurs.

Meanwhile, as shown in FIG. 4, the remote control device 4 of FIG. 1 has a socket control button part 40 provided with socket control buttons corresponding to the number of connection sockets (for example, six) provided in the multi-outlet body 2. In the outer circumferential surface of each of the six buttons, the same color markings R (red), O (orange), Y (yellow), BL (blue), G (green) and BK (black) are painted. The buttons are constituted of, for example, a light-transmissive to semi-transparent cap, and corresponding light emitting lamps LD1 to LD6 are provided in the case of the remote control device 4 below. In addition, the keypad (36 in FIG. 3) of the remote control device 4 includes a mode switch 42 for selecting one of the outlet mode and the television mode, and the status of each of the connection sockets C1 to C6 of the multi-concentrator main body 2; A lamp button 44 for request, and an adjustment button 46 for adjusting channel and volume in the television mode are provided.

The remote control device 4 as described above includes a TV control function along with a function of remotely controlling the power supply passages of the connection sockets of the multi-outlet body 2, and as shown in FIG. And a wireless transmitting and receiving unit 32, an infrared ray transmitting unit 34, a keypad 36, and a light emitting lamp unit 38.

 The remote control unit 30 controls the overall operation of the remote control device 4, the wireless transmission and reception unit 32 is a block for RF wireless transmission and reception with the multi-conductor main body 2 in the commercial frequency band, infrared transmission unit 34 When the television mode is selected, an infrared signal is sent to the television. The keypad 36 is composed of the socket control button unit 40, the mode switch 42, the lamp button 44, and the adjustment button 46 described with reference to FIG. 4, and corresponding keys according to the user's key input. The data is applied to the remote control unit 30. The light emitting lamp unit 38 includes three color light emitting lamps LD1 to LD6 installed under the socket control buttons as many as the number of connecting sockets, and is turned on under the control of the remote controller 30.

In the multi-concentrator main body 2 of FIG. 1, a multi-concentration main body electrical circuit unit as shown in FIG.

Referring to FIG. 2, the multi-conductor main body electric circuit unit includes a control unit 10, a DC power supply unit 12, a wireless transmission / reception unit 14, a memory 16, a current transformer (CT), a current detector 18, and a plurality of units. It consists of an operation lamp unit 20, and a switching unit 24 having the operation lamps LP1 to LP6 of.

The switching unit 24 includes a plurality of relay switches RL1 to RL6 and relay driving units RD1 to RD6 connected to the plurality of connection sockets C1 to C6, respectively, and the relay driving units RD1 to RD6 are controlled by the control unit 10. Switching control of -RL6 forms the supply path of the commercial power supply AC to connection socket C1-C6 selectively.

CT (Current Transformer) is coupled to surround the power supply line 22 in the multi-conductor body 2, the current detection unit 18 by converting the magnetic field generated by the flow of current to the supply power line 22 to the current The current detector 18 applies a voltage value corresponding to the converted current value to the controller 10. Therefore, the control unit 10 is inserted into and connected to the connection sockets C1 to C6 of the multi-outlet body 2 based on the voltage values applied through the CT and the current detector 18 to check the load state of the electric power supplied to various electric appliances. can do.

The wireless transmitter / receiver 14 is a block for transmitting and receiving a wireless control signal with an external remote control device 4 in a commercial frequency band, the DC power supply 12 converts the commercial power AC to a DC power control unit 10 And other circuits. As shown in FIG. 1, the plurality of operation lamps LP1 to LP6 of the operation lamp unit 20 is installed at one upper side of the connection sockets C1 to C6 of the multi-concentration main body 2 and under the control of the controller 10. Lights up selectively.

In the memory 16 of FIG. 2, an operation program is mapped, and data related to power supply priority and data such as an overload threshold are stored, and various data are stored and read under the control of the controller 10.

The control unit 10 controls the switching of the relay switches RL1 to RL6 of the switching unit 24 on the basis of the switch remote control signal of the remote control device 4 applied through the wireless transmission / reception unit 14, and also the current detection unit 18. When the voltage value corresponding to the load state applied from the reference value exceeds the preset overload threshold, the relay switches RL1 to RL6 of the switching unit 24 are controlled based on the preset power supply priority. In addition, the control unit 10 controls the operation lamp corresponding to the switches that are currently supplying the power of the operation lamps LP1 to LP6 is turned on, the current power switch state in response to a power switch state request from the remote control device (4) To the remote control device (4).

Reference numeral “P” not described in FIG. 2 is a plug.

FIG. 5 is a control flowchart of the control unit 10 of the multi-outlet main body 2 of FIG. 2.

Hereinafter, with reference to the accompanying drawings will be described in more detail according to an embodiment of the present invention.

The user checks the color marking on the multi-outlet body (2) and inserts important electrical products into the high-priority connection sockets C1 or C2. Plug it into the C5.

Normally, all connecting sockets C1 to C6 of the multi-outlet main body 2 are controlled to supply commercial power to the corresponding plugged electrical appliances, but are individually controlled according to remote control of the remote control device 4 or overload detection. do.

Usually, the control unit 10 of the multi-concentration main body 2 controls each relay switch RL1 to RL6 of the switching unit 24 to be turned on, and at the same time, turns on all the operation lamps 20 of the operation lamp unit 20 in green light. To be controlled. Accordingly, commercial power is supplied to the corresponding electrical appliances plugged into the connection sockets C1 to C6, and the operation lamps 20 located at each of the connection sockets C1 to C6 are lit green.

However, the light emitting lamps LD1 to LD6 provided at the lower part of each button of the socket control button part 40 corresponding to the connection sockets C1 to C6 of the remote control device 4 are initially turned off, and the user presses the lamp button 44. After the switch status request is made, it is turned on in accordance with the acknowledgment result of the multi-outlet main body 2.

That is, when the user presses the lamp button 44 to request the switch status check, the remote controller 30 wirelessly transmits the switch status request signal through the wireless transmitter / receiver 32, and the wireless transmitter / receiver of the multi-outlet main body 2. The controller 10 receiving the switch state request signal through 14 reads the switch state stored in the memory 16 and wirelessly transmits the switch state acknowledgment signal to the remote control unit 4 (step 104 of FIG. 5). And step 106). As a result, the remote controller 30 controls the light-emitting lamps LD1 to LD6 of the light-emitting lamp unit 38 on and off based on the switch state acknowledgment signal. In addition, the green lighting state of the light emitting lamp unit 38 of the remote control device 30 is controlled to turn off after a predetermined time (for example, about 30 seconds) to reduce battery consumption of the remote control device 4.

The user can determine the current state of the connection sockets C1 to C6 of the multi-outlet main body 2 by looking at the on / off status of each button of the socket control button unit 40, and perform individual power control for the connection sockets desired by the user. can do. In particular, the color painted on each button of the socket control button part 40 and the color painted on the outer circumference of the upper surface of each of the connection sockets C1 to C6 of the multi-outlet main body 2 are the same, so that the connection socket to be controlled by the power supply can be easily You can find it.

When a user presses a button of the buttons of the socket control button part 40 of the remote control device 4 to control individual power, the remote control control part 30 of the remote control device 4 wirelessly transmits a corresponding switch remote control signal. Wireless transmission through the transceiver 32, the control unit 10 of the multi-concentrator main body 2 receives this to control the corresponding relay switch of the switching unit 24 and at the same time corresponding operation of the operation lamp unit 20 The lamp is turned off (steps 100 and 102 of FIG. 5). In addition, by wirelessly transmitting the result of the relay switch control to the remote control device 4, the remote control unit 30 causes the light-emitting lamp corresponding to the newly-connected power source-controlled connection socket to be controlled in green light. As a result, a green light or an off indicator is immediately displayed on the button pressed by the user.

The control as described above enables the user to remotely control the individual power supply connection sockets of the multi-concentration main body 2 and to monitor the individual power supply control status of the current connection socket as needed.

On the other hand, the control unit 10 of the multi-outlet main body 2 periodically detects the power load state applied to the multi-outlet main body 2 through the current detector 18, and the current load is set to an overload threshold value preset in the memory 16. Check if greater than (108 and 110 in Fig. 5). The preset overload threshold may be set in the range of 80% to 130% of the rated load.

In the determination of step 110 of FIG. 5, if the current load is greater than the preset overload threshold, the controller 10 sequentially turns off the relay switch of the switching unit 24 in order of low priority based on the priority. Check the load again (steps 112 and 114 of FIG. 5). In addition, by wirelessly transmitting the result of the relay switch off to the remote controller 4 (step 114 in FIG. 5), the remote controller 30 determines that the light emitting lamps (for example, LD6 and LD5) corresponding to the power socket are turned off. Controls to turn off after red flashing period.

The lower priority of the connection sockets C1 to C6 of the multi-outlet main body 2, for example, the connection sockets C6 and C5 have been plugged into a power plug of an electrical appliance that is not used well or is less important to the user. Even if the supply is stopped, no big problem occurs.

The control according to the embodiment of the present invention is to ensure that the electrical power is continuously supplied only when the overload is prevented in the event of an overload of the multi-conductor body to be supplied first.

If the overload condition continues even though the switches of the switching unit 24 are controlled off based on the priority and only the switches corresponding to the highest priority group are on, the multi-concentration main body 2 The control unit 10 first drives a delay time of several tens of seconds to several tens of minutes without first turning off the switches corresponding to the highest priority group, and wirelessly transmits a switch-off scheduled notification signal to the remote controller 30. Accordingly, the remote controller 30 controls the light emitting lamps (eg, LD2 and LD1) corresponding to the connection socket of the highest priority group to be powered off to blink yellow.

As the light emitting lamps of the buttons corresponding to the connection sockets of the highest priority group turn yellow, the user can take the action of moving the plug of the electric appliance to another mains outlet.

When the driving of the delay timer expires, the control unit 10 of the multi-concentration 2 turns off the low priority switch among the priority group switches and sends the result of the relay switch off to the remote controller device 4. Wireless transmission (steps 118 and 120 of Figure 5). Accordingly, the remote controller 30 controls the light-off lamps (for example, LD2 and LD1) that are blinking yellow to correspond to the power-off connection socket and turns off red after a predetermined period of time.

On the other hand, the remote control device 4 can be used as a remote control of a television, in addition to the function of remotely controlling the power of the connection sockets of the multi-outlet body 2 individually.

That is, the mode switch 42 is provided on the keypad 36 of the remote controller 4, and when the user switches the mode switch 42 from the outlet to the TV, the remote controller 30 Enter the mode. In the television mode, when the user presses the up, down, left, and right adjustment buttons 46, the channel and the volume of the television can be adjusted.

Specifically, when the user presses the up, down, left, and right adjustment buttons 46 in the television mode, the keypad 36 applies the corresponding key data to the remote controller 30, and the remote controller 30 emits infrared rays. Through 34, the corresponding infrared signal is sent out to the television.

In the embodiment of the present invention, the short-range wireless communication between the multi-concentrator main body 2 and the remote control device 4 is referred to as RF wireless communication, but it can be implemented by other short-range wireless communication methods such as Bluetooth or Wi-Fi. It will be apparent to those skilled in the art.

In the above description of the present invention, specific embodiments have been described, but various modifications may be made without departing from the scope of the present invention. Therefore, the scope of the present invention should not be determined by the described embodiments, but should be determined by the equivalent of utility model registration claims and utility model registration claims.

As described above, the present invention allows the user to remotely control the power sockets of the multi-outlet main body and prevent the overload when the multi-outlet main body occurs. It also has the advantage of being able to remotely check the power status of individually controlled multi-outlet connection sockets.

Claims (3)

In a multi-outlet device, The power supply priority is displayed on each of the connection socket surfaces of the multi-conductor main body having a plurality of connection sockets, and an operation lamp is installed. The electric circuit unit, A plurality of switches corresponding to each of the plurality of connection sockets and selectively forming a supply passage of commercial power by a predetermined switch control; A current detector for detecting a current flowing through a multi-outlet power supply line and outputting a load state; A wireless transmitter and receiver for transmitting and receiving wireless control signals to and from an external remote control device; Switch-controlling the switches based on a switch remote control signal of a remote control device received through the wireless transmission / reception unit, and based on a preset power supply priority as the load state output from the current detection unit exceeds a preset overload threshold A multi-outlet device comprising a control unit for controlling switching of a plurality of switches. According to claim 1, The power supply priority is displayed on each of the buttons surface of the remote control body having a plurality of buttons and the operation lamps are installed to the lower portion of the corresponding buttons, respectively, and according to the user's predetermined button press the multi-outlet main body And a remote control device for wirelessly transmitting a remote control signal corresponding to the controller, and selectively turning on and controlling the operation lamps based on a wireless signal from the multi-outlet main body. The method of claim 1 or 2, wherein the remote control device Located on the keypad, the mode switch for selecting one of the outlet mode and the television mode, And an infrared transmitting unit for transmitting an infrared signal to a television under the control of a control unit of the remote control unit.

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