KR20040077395A - Power-saving tap for cutting the power of standby state electric appliances - Google Patents

Abstract

PURPOSE: A power-saving tap is provided to sense standby power using a sensor to save power. CONSTITUTION: A power-saving tap includes a multi-polarity switch(40) for controlling a plurality of power supply units, a sensor for sensing a load of a device having a plug inserted into the tap. The sensor includes a sensing part for sensing loads of the plurality of power supply units to block electricity of the power supply units. The power-saving tap further includes a controller for controlling electricity of the power supply units using a sense signal of the sensor.

Description

Power outlet {omitted}

The present invention relates to a power saving outlet, and more particularly, to a power saving outlet that senses an outlet.

Nowadays there is a mains cut-off power outlet. Therefore, it is a main blocking to cut off the main power supply, that is, a multi-blocking method to cut off a plurality of uses. This multi-blocking method has a plurality of controls. Multiple power savings are not possible.

Therefore, the purpose is to provide a power-saving outlet that shuts off electricity in the normal standby power of a product that is installed with a plug in a socket and stopped using a plug.

In order to achieve the above object, the power-saving outlet according to a preferred embodiment of the present invention, a bipolar switch, a sense for controlling the power supply unit is installed in the outlet, and the power supply unit is energized and disconnected by the double pole switch, the plug is inserted into the power supply of the outlet Device means for disconnecting the power supply unit by sensing the load of the product used:

The sense means includes a sensing means for detecting a load of the plurality of power supply units and blocking the plurality of power supply units: and means for energizing the power supply unit with the double pole switch based on the device means, and powering the double power unit unit with the sense power.

A power saving outlet according to a preferred embodiment of the present invention, a sense means for installing a sense of power in the outlet, the sense of the load of the product inserted into the plug and control the electricity:

Control means for the control unit to control the electricity of the power supply unit by the sense detection signal:

The sense detecting means senses the stop load of the product, cuts off the electricity, detects the start signal of the product, the control means for supplying electricity to the power supply unit: and the load of the product inserted using the plug based on the sense means It senses, and cut off the electricity by the blocking means, detects the start signal, the control unit is provided with a means for supplying electricity to the power supply.

Figure 1 is an exemplary perspective view of a power saving outlet according to an embodiment of the present invention

Figure 2-Disassembly of the power saving outlet of Figure -1. Partial decomposition, side view

Figure 3 is a switch power supply sense installation of power saving outlet according to an embodiment of the present invention

Figure 4 is a multi-sense installation of the switch power supply unit of the power saving outlet according to an embodiment of the present invention

5 is a configuration diagram of a power saving outlet according to an embodiment of the present invention;

(a) Switch, sense installation diagram

(b) Control installation diagram

(c) Control unit, multiple switch, multiple sense installation diagram

Explanation of symbols on the main parts of the drawings

10 body 11 cover

11a: power hole 11b: ground hole

12: lower part

20: power supply section 30: center ground

40: switch 50: rotating body

60: coil spring 70: sense

100: control unit 1000: plug

0: control unit 1000: plug

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

1 is a configuration of a power saving outlet according to the present invention, reference numeral 10 is a body of the outlet. The body 10 has a rotating body, a rotating body, a power supply, a grounding part, a rotating body spring, a leaf spring, a sense, and a cover and a lower part therein. Reference numeral 11 is a cover for installing the rotating body in the power hole, ground hole installation and the back which is a part of the body of the outlet. Reference numeral 11a denotes a power supply hole provided in the cover 11 into which the power receiving knife socket of the plug is inserted. Reference numeral 11b denotes a ground hole provided in the cover 11 into which the ground knife support of the plug is inserted. Reference numeral 12 is the lower part of the normal center ground receptacle including a power supply, a grounding part, a leaf spring, and a fixing part. Reference numeral 20 is a power supply unit of a typical center ground outlet. The power supply unit 20 is energized and short-circuited by a bipolar switch (for example, positive electrode or positive electrode) to be described later, and is short-circuited by a sense (for example, standby load, etc.), and by a sense as necessary, the electric leakage sensing power supply unit 20 is disconnected. Proximity detection (eg: heat, frequency, etc.) with a sense of necessity, the power supply unit 20 is energized, a control unit is installed in the outlet as needed, and sense detection (eg: standby load, overload, proximity, heat, frequency, etc.) signal The control unit transmits electricity to and disconnects power from the power supply unit 20. Reference numeral 30 is the center ground of a typical center ground outlet. Reference numeral 40 denotes a normal double pole switch. The bipolar switch 30 energizes and disconnects the power supply of the power supply unit 20. Here, load control of the switch 30 as necessary (e.g., install a sense (e.g., bimetal, contact displacement device, etc.) device in the switch and sense the output (output disconnection), (e.g., a sense device in the switch (e.g., Install the proximity, overload, sense the output (output energization, disconnection), (e.g., install a sense device to control the output of the switch, detect the output (disconnect the output), (e.g. A sense device may be installed and the output may be sense sensed (output energized, disconnected, etc.), (e.g., the output of the controller may be input to the switch, and the controller may be energized or disconnected under the control of the sense detection signal). Reference numeral 60 denotes a coil spring used for the rotational member 50 of the conventional central grounded outlet, and reference numeral 70 denotes a sense installed in the outlet body and disconnecting power from the power supply unit 20. This sense 70 also provides a load control device (e.g., a sensing device (e.g., bimetal, contact displacement device, etc.) on the switch, and senses the output (disconnecting the output) if necessary) (e.g. For example: install proximity, overload and sense the output (output energization, disconnection), (e.g., install a sense device that controls the output of the switch and sense the output (disconnect the output), It is also possible to install a sensing device to control the output and sense the output (output energization, disconnection, etc.), (for example, input the output of the control part to the switch, and the control part is energized or disconnected by controlling the sense detection signal). Sense the power supply unit 20 (e.g., standby load, overload, leakage, proximity, heat, frequency, etc.) by the sense (eg, standby load, overload, leakage, proximity, heat, frequency, etc.) Powers and powers off the power supply unit 20. Here, It is also possible to energize and disconnect the plurality of power supply units 20 with one sense 70. Reference numeral 100 denotes a control unit 100 installed in an outlet as necessary, which is sensed by the sense 70 (e.g., : Standby load, overload, short circuit, proximity, heat, frequency, etc.) signal is received and the control unit energizes and powers down the power supply unit 20. Here, the plurality of power supply units 20 may be energized or disconnected by one sense action. Reference numeral 80 denotes a separate partition of a conventional center grounding installation. Reference numeral 110 is a database installed in the control unit 100. The database 110 stores information (eg, atmospheric load, overload, leakage, proximity, heat, frequency, etc.) and provides the information to the controller. Reference numeral 120 is an output unit provided in the control unit 100. The output unit 120 energizes and disconnects electricity from the power supply unit 20 under the control of the control unit 100.

Reference numeral 1000 denotes a power supply of a conventional center ground plug.

An embodiment of the power saving outlet of the present invention will be described in more detail.

First, the power is inputted into the multi-outlet and the plug installed in the outlet, and the plug connection product inserted into the outlet of the outlet is described.

The power is supplied to the power supply by the main switch installed in the outlet, and the product is operated by using the power switch installed in the plug-connected product inserted into the power supply. Here, a product (e.g., TV, computer, etc.) installed with a load auxiliary device (e.g., transformer, power unit, etc.) waits on an auxiliary power source (e.g., transformer holding load, power is used for standby). Less than the load In addition, a sense (eg, overload, standby load, short circuit, proximity detection, etc.) 70 as necessary is installed, and the power supply of the power supply unit 20 is cut off by the sense 70. In addition, a control unit is installed in the outlet as needed, and a sense (for example, overload, standby load, short circuit, proximity detection, etc.) 70 is detected, and the signal transmission control unit determines the power supply unit 20 power supply to the control unit.

Meanwhile, in the embodiment of the present invention, the number of installation examples of the sense 70 for energizing and powering down the power supply unit is reduced. However, if necessary, the number can be increased, and even if the number is increased, the type of service is increased. Therefore, the operation can be inferred in the above-described configuration.

Plug in the outlet Use the power supply to stop and shut off electricity in large quantities individually and in a stand-by mode. It also installs a short circuit sense by necessity and prevents an electric shock accident.

Claims (5)

A double pole switch 40 and a sense 70 for controlling the power supply unit 20 are installed in the outlet, and the double pole switch 40 electrically energizes and disconnects the power supply unit 20 with the double pole switch 40, and inserts the plug 1000 into the power outlet of the outlet. Apparatus means for bipolar disconnecting electricity from the power supply unit 20 with a sense 70 as an overload load of the used product: The sense 70 detects an overload of the power supply unit 20 and sense means for blocking the electricity of the power supply unit 20: and A power saving outlet characterized in that it comprises means for carrying out double pole energization, power disconnection, and double pole power supply auxiliary power with the double pole switch based on the device means. 2. The plurality of control outlets as set forth in claim 1, further comprising means for installing a plurality of said sense devices (70), and further comprising means for detecting an overload and a short circuit in the power supply and for disconnecting the power supply. The main double pole switch 40 for controlling the power supply unit 20, the double pole switch 40 for controlling a plurality of power supply units, the sense 70, and the control unit 100 are installed in the outlet, and the double pole switch is used to double the power supply unit. Apparatus for energizing and disconnecting: Sense means for transmitting the power unit overload signal to the sense (70) detection control unit, the control unit is a double pole energization, and power off the power supply unit; The power saving socket according to claim 3, further comprising a sense (70) for detecting the short circuit. The power saving socket according to claim 3, further comprising a sense (70) for detecting the proximity.