TWI420766B - Electronic receptacle - Google Patents

Description

Power socket module

The invention relates to a power socket device, in particular to a power socket device capable of setting the duration of an output power source.

As shown in FIG. 1 , the power socket device 1 has a timer 12 disposed on the body 10 , wherein the timer 12 can be a mechanical countdown timer, and the user can use the timer 12 above. The roulette is set to count down time to control the power supply time of the power outlet device 1 to save power consumption of an electrical device (not shown) plugged into the power outlet device 1.

However, in order to match the indoor wiring or maintain the neat appearance of the environment, the position of the power outlet device 10 may be disposed behind the electrical device or under the table, and the user may need to move the electrical device or squat under the table to operate the power socket. A timer 12 on the device body 10. Therefore, it is known that the power outlet device 1 having the timing function is still inconvenient in timing operation.

The present disclosure describes a power socket module that uses a remote control device to send a timing signal to a power outlet device, so that the user can quickly set or re-adjust the duration of the output power of the power socket device to save the plug on the socket device. The power consumed by the electrical device during standby.

According to an embodiment of the present invention, a power socket module includes a remote control device and a power socket device, and the remote control device has a signal sending unit and a The adjustment button has a signal receiving unit, a counting unit, a full-time power output interface, and a timing power output interface. When the adjustment button is pressed, the remote control transmits a timing signal through the signal transmitting unit.

The power socket device is configured to receive a power source, and the power socket device receives the timing signal through the signal receiving unit, and the counting unit starts counting the timing time, and the power socket device supplies power to the timing power output interface during the timing time, and the power socket device Power is supplied to the full-time power output interface at full time. The adjustment button has an increase button and a decrease button. When the increase button is pressed, the timing signal sent by the remote control device increases the timing time, and when the decrease button is pressed, the timing signal sent by the remote control device reduces the timing time.

According to an embodiment of the present invention, another power socket module is provided, including a remote control device and a power socket device. The remote control device has a display unit, a signal sending unit, an adjustment button, and a confirmation button, and presses an adjustment button to adjust a timing time displayed by the display unit. The number is pressed and the confirmation button is pressed to cause the remote control device to transmit the timing signal according to the confirmed timing time.

The power socket device has a signal receiving unit, a counting unit, a full-time power output interface and a timing power output interface, and the power socket device is configured to receive a power source; wherein the power socket device receives the timing signal through the signal receiving unit, and the counting unit is The counting time is started, the power socket device supplies power to the timing power output interface during the timing time, and the power socket device supplies power to the full-time power output interface at full time.

Another power socket module is provided in accordance with an embodiment of the present invention, including a remote control device and a power outlet device. The remote control device has a signal transmitting unit and an adjustment button. When the adjustment button is pressed, the remote control device transmits the timing signal through the signal sending unit. The power socket device has an operation unit, a signal receiving unit, a counting unit, a full-time power output interface, and a timing power output interface. The power socket device is configured to receive a power source, the power socket device receives the timing signal through the signal receiving unit, and the counting unit starts counting the timing time, the power socket device supplies power to the timing power output interface during the timing time, and the power socket device supplies power at full time. Give the full-time power output interface.

The adjustment button has an increase button and a decrease button. When the increase button of the adjustment button is pressed, the timing signal sent by the remote control device increases the timing time, and when the decrease button of the adjustment button is pressed, the timing signal sent by the remote control device is timed. The time is reduced, and when the operating unit is pressed, the power outlet device is simultaneously powered off to the timing power output interface.

Another power socket module is provided in accordance with an embodiment of the present invention, including a remote control device and a power outlet device. The remote control device has a signal transmitting unit and an adjustment button. When the adjustment button is pressed, the remote control device transmits the timing signal through the signal sending unit. The power socket device has an operation unit, a signal receiving unit, a counting unit, a full-time power output interface, and a timing power output interface.

The power socket device is configured to receive a power source, and the power socket device receives the timing signal through the signal receiving unit, and the counting unit starts counting the timing time, and the power socket device supplies power to the timing power output interface during the timing time.

The adjustment button has an increase button and a decrease button. When the increase button of the adjustment button is pressed, the timing signal sent by the remote control device increases the timing time. When the decrease button of the adjustment button is pressed, the timing signal sent by the remote control device reduces the timing time. When the operation unit is pressed, the power outlet device simultaneously stops supplying power to the full-time power output interface and the timing power output interface.

The detailed description of the present invention and the accompanying drawings are to be understood by the claims Scope Any restrictions.

The present disclosure provides a power socket module and a timing method thereof. The power socket module can provide a friendly timing setting function, in particular, using a remote control device to send a timing signal to a power outlet device, so that the user can remotely set The power supply duration of the power outlet device.

[First Embodiment]

Please refer to FIG. 2. FIG. 2 is a schematic diagram of a first embodiment of a power socket module according to the present invention. As shown in FIG. 2, the power socket module 20 includes a remote control device 21 and a power outlet device 23 having a timing power output interface 233 whose power supply duration is controlled by the remote control device 21.

2 shows that the remote control device 21 can remotely control the power outlet device 23 via wireless communication.

This embodiment is described by way of a wireless communication method. The remote control device 21 includes a main body 210, a display unit 211, an input unit 213, and a signal transmitting unit 214. The display unit 211, the input unit 213, and the signal sending unit 214 are all disposed on the body 210. The power socket device 23 includes a housing 230, a power input interface 231, a timing power output interface 233, a signal receiving unit 234, a full-time power output interface 235, a prompt unit 237, and an operation unit 239. The power input interface 231, the timing power output interface 233, the signal receiving unit 234, the full-time power output interface 235, the prompting unit 237, and the operating unit 239 are all disposed on the housing 230.

The input unit 213 can be a plurality of physical buttons or touch sensitive buttons. The input unit 213 is configured to receive external operations from the user. The external operation is to press or touch the input unit according to the required number of hours of use. 213, to set a timing time for supplying power to the power outlet device 23. The remote control device 21 converts the time input by the user into a timing signal, and the signal transmitting unit 214 outputs a timing signal, and the timing signal includes a timing time.

The display unit 211 can be a liquid crystal display screen for prompting the user to input related information. The remote control device 21 controls the display unit 211 to display a message regarding the timing time in accordance with an external operation received by the input unit 213. In actual implementation, the input unit 213 can be integrated with the display unit 211 to become a touch display unit.

The signal sending unit 214 and the signal receiving unit 234 can be a group of RF wireless communication modules, and the communication between the two is in accordance with a specific communication protocol, and can communicate with each other at a specific transmission distance. Thereby, the power socket module 20 of the present invention can provide a user to simply operate the remote control device 21, and can quickly set the timing time for the power socket device 23 to supply power.

The power socket device 23 of the present embodiment is exemplified by an extension cord socket device. However, the present invention is not limited thereto, and those skilled in the art can modify the socket device of other wall sockets or adapter sockets according to the present invention. The power input interface 231 can be a line of AC plugs for plugging into a socket of a wall socket or a power supply to receive a power source. The timing power output interface 233 can be a two-hole or three-hole AC socket for providing plugging of an electrical device (not shown) and supplying power from the power input interface 231 to the electrical device. .

In particular, the power supply time of the timing power output interface 233 is controlled by the remote control device 21, that is, the power supply time of the timing power output interface 233 is the same as the time set by the user, and the remaining time, the timing power output interface 233 is No output power is available.

The power socket device 23 receives the timing signal through the signal receiving unit 234. When the power socket device 23 receives the timing signal, the power socket device 23 controls the timing power output interface 233 to start supplying power, and starts counting according to the timing time included in the timing signal. The total time counted will be equal to the timing time, thereby controlling the powering time of the timing power output interface 233 until the counting is completed, the power outlet device 23 controls the timing power output interface 233 to be powered down.

The power socket device 23 can only include a timing power output interface 233 and a signal receiving unit 234. The power socket device 23 can include a plurality of timing power output interfaces 233, and the remote control device 21 can simultaneously control the power supply duration of the plurality of timing power output interfaces 233. The power supply duration of each of the timing power output interfaces 233 can also be individually set.

In a preferred embodiment, the prompting unit 237, the operating unit 239, and the full-time power output interface 235 can assist the power outlet device 23 as a more practical socket device.

The prompting unit 237 can be a speaker unit or a lighting unit, and the speaker unit, such as a speaker, can send a prompt message corresponding to the counting of the power socket device 23, and the prompt message can be various sounds related to the counting result, for example, every One hour is forced to make a sound, and two sounds are issued at the end of the power supply to prompt the user that the power outlet device 23 is about to be powered off. The light-emitting unit, such as an LED light, is used to issue a prompt message corresponding to the count of the power outlet device 23, and the prompt message may be various color lights related to the counting result, for example, a light that is bright green when the counting starts, that is, the power supply ends. At that time, a red light is illuminated to prompt the user that the power outlet device 23 is about to be powered off.

The prompting unit 237 can also send a prompt message to prompt the user to receive the signal successfully when the socket device 23 receives the timing message.

The operation unit 239 can be a switch button for accepting external operations of the user to switch the power supply and power off of the timing power output interface 233. When the remote control device 21 is lost or has no power, or the user intends to change the power supply schedule during the counting process of the power socket device 23, the user can manually control the power supply of the timing power output interface 233 by using the operation unit 239. Power off. For example, after the power socket device 23 starts to supply power according to the timing signal control timing power output interface 233, if the user temporarily wants to change the power supply duration of the timing power output interface 233, the remote control device 21 can be operated again to change the timing time, or The operation unit 239 on the power outlet device 23 is operated to directly power off the timing power output interface 233.

The full-time power output interface 235 can be a two-hole or three-hole AC socket for providing plugging of an electrical device (not shown) that requires long-term use of electricity, such as a freezing device or a security device. As long as the power input interface 231 is plugged into the power supply source, the full-time power output interface 235 can be controlled by the remote control device 21, and is always on the electrical device that requires long-term power consumption.

In order to let the user distinguish that the power outlet device 23 has two different types of power output interfaces 233, 235, a controlled timing region 2330 and a full-time activation region 2350 can be planned on the housing 230, and the timing power output interface 233 Located within the controlled timing region 2330, the full-time power output interface 235 is located within the full-time activation region 2350. The two areas 2330 and 2350 are marked with different colors, patterns, frames, or characters to prompt the user to insert the electrical devices with different power requirements on the power socket device 23. In an embodiment, the controlled timing area 2330 is further provided with a DC power output interface 2331, which can provide DC power to the small electrical device, and the duration of the power supply can be controlled by the remote control device 21.

Therefore, the power socket device 23 in the power socket module 20 of the present invention can simultaneously have a timing power output interface 233 and a full-time power output interface 235, and the user can use the remote control device 21 to activate the timing power source in the power socket device 23. The power supply of the output interface 233 is automatically turned off after the set timing time elapses. The power outlet device 23 can also be used as a socket device generally having an operation unit 239 for manually switching power supply and power-off of the outlet device.

[Second embodiment]

Please refer to FIG. 3. FIG. 3 is a schematic diagram of a second embodiment of the power socket module of the present invention. As shown in FIG. 3, the power socket module 30 is substantially the same as the power socket module 20 of the first embodiment, except that the power socket module 30 includes a remote control device 31 and a plurality of power socket devices 33A, 33B. The user can purchase a plurality of different power outlet devices 33A, 33B to match a remote control device 31 according to the actual power consumption.

The plurality of power socket devices 33A, 33B can be disposed in different floors or areas of the room, and the user only needs to hold one remote control device 31, and can control the remote control device 31 by a specific transmission distance from the power socket device 33A or 33B. The power supply time of the different power outlet devices 33A or 33B is controlled, whereby the standby power consumption of the plurality of electrical appliances can be saved.

Please refer to FIG. 4 , which is a schematic diagram of a remote control device of the power socket module of the present invention. As shown in FIG. 4, the remote control device 41 includes a body 410, a display unit 411, an input unit 413, and a signal transmitting unit 414. The signal transmitting unit 414 is disposed at the front end of the body 410, and the display unit 411 and the input unit 413 are disposed on the same side of the body 410. The installation positions of the above-described units 411, 413 are merely illustrative, and the remote control device 41 of the present invention is not limited thereto.

The input unit 413 takes a physical button as an example, and the input unit 413 has a tone. The whole button 4131 is used to provide a user to quickly set or re-adjust the timing time. For example, each time the adjustment button 4131 is pressed, the remote control device 41 immediately sends a timing signal to increase the timing time by one hour, and each time the adjustment button is pressed. The 4131 reduction button, the remote control device 41 immediately sends a timing signal to reduce the timing time by one hour. The unit of the timing time is not limited thereto, and may be minutes, days or weeks.

Furthermore, the input unit 413 may further have a confirmation button 4133. Before the user presses the confirmation button 4131, the number of the time displayed by the display unit 411 may flash at a specific frequency until the user presses the confirmation button 4133. The number of the timed time is normally displayed on the display unit 411, and the remote control device 41 transmits the timing signal according to the confirmed timing time. The display manner of the display unit 411 is merely an example. In actual implementation, the timing may be displayed in other manners.

In addition, the confirmation button 4133 can also be used as a shutdown button, for example, repeatedly pressing the confirmation button 4133 or continuously pressing the confirmation button 4133 for a few seconds, the remote control device 41 sends a shutdown signal to the power outlet device 23, so that the power socket device 23 stops supplying power to the controlled The timing power supply output interface 233 in the timing area 2330.

[Third embodiment]

Please refer to FIG. 5. FIG. 5 is a functional block diagram of a third embodiment of the power socket module of the present invention. Referring to FIG. 2 and FIG. 3, the power socket module 50 of FIG. 5 can be used to describe the signal conversion and transmission of the power socket module 20 of the first embodiment or the power socket module 30 of the second embodiment. The group 50 includes a remote control device 51 and a power outlet device 53. The remote control device 51 controls the power supply time of the power outlet device 53 by wire or wirelessly.

The remote control device 51 includes a first micro control unit 510 and a display unit 511. The input unit 513 and the signal sending unit 514 are respectively coupled to the micro control unit 510. The first micro control unit 510 is disposed within a body (not shown) of the remote control device 51.

The power socket device 53 includes a second micro control unit 530, a power input interface 531, a counting unit 532, a timing power output interface 533, a signal receiving unit 534, a full-time power output interface 535, a prompting unit 537, a power switching unit 538, and an operating unit. 539. The counting unit 532, the signal receiving unit 534, the prompting unit 537 and the power switching unit 538 are respectively coupled to the second micro control unit 530. The power switching unit 538 is coupled between the power input interface 531 and the timing power output interface 533. The operating unit 539 is coupled between the power switching unit 538 and the timing power output interface 533. The full-time power output interface 535 is coupled to the power input interface 531. The second micro control unit 530, the counting unit 532, and the power switching unit 538 are all disposed in a casing (not shown) of the power socket device 53.

The input unit 513 is configured to receive an external operation, and output a command signal to the first micro control unit 510 according to an external operation. The first micro control unit 510 obtains a timing time according to the command signal, and the command signal can be an adjustment signal for adjusting the timing time. The first micro control unit 510 controls the display unit 511 to display the currently adjusted timing time. When the command signal is the confirmation signal, the first micro control unit 510 converts the timing time into a timing signal according to the command signal control signal transmitting unit 514, and transmits the timing signal through the signal transmitting unit 514, wherein the timing signal includes the timing time.

The power input interface 531 is for receiving power, and the full-time power output interface 535 is for outputting power when the output power input interface 531 receives power.

The power switching unit 538 can be operated in an on or off state for cutting The power input interface 531 and the timing power output interface 533 are turned on or off to switch the timing power output interface 533 to output or stop the output power.

The second micro control unit 530 receives the timing signal through the signal receiving unit 534. When the second micro control unit 530 receives the timing signal, the second micro control unit 530 controls the power switching unit 538 to operate in the conducting state. At the same time, the second micro control unit 530 controls the counting unit 532 to start counting the timing according to the timing time in the timing signal. When the counting unit 532 counts, the second micro control unit 530 controls the power switching unit 538 to operate in the disconnected state. The counting unit 532 can count down or accumulate timing according to the timing time.

The prompting unit 537 is controlled by the second micro control unit 530, the prompting unit 537 is configured to issue a prompt message corresponding to the counting result of the counting unit 532, and the second micro control unit 530 controls the prompting unit 537 to issue according to the counting result of the counting unit 532. A prompt message corresponding to the counting result of the counting unit 532, the prompting message includes a sound or a light number. The prompting unit 537 is not limited to the above two types, and the prompt message about the timing result may be expressed in other forms.

The operation unit 539 can be operated in a conduction and disconnection state for a switch or a push bottom, and the operation unit 539 switches the conduction between the power supply switching unit 538 and the timing power output interface 533 according to an external operation, when the operation unit 539 operates at In the open state, the power supply to the timing power output interface 533 is stopped. The operation unit 539 can also be disposed between the power input interface 531 and the power switching unit 538 to stop the power received by the power input interface 531 from passing through the power switching unit 538, and the timing power output interface 533 is not controlled by the remote control device 51. Thereby, the user can manually control the timing power output interface 533 to forcibly turn off the power.

In addition, the operating unit 539 can be coupled between the full-time power output interface 535 and the power input interface 531, and the power switching unit 538 is coupled to the operating unit 539, so that the user can manually force the full-time power output interface at the same time. 535 and timing power output interface 533 power off.

[Fourth embodiment]

Please refer to FIG. 6. FIG. 6 is a flowchart of a method for timing a method for timing a power socket module according to the present invention. As shown in FIG. 6, the timing method of the power socket module is applicable to the power socket module 20, 30 or 50 of the first embodiment, the second embodiment or the third embodiment, and the reference numerals of the first embodiment will be referred to hereinafter. The timing method of the power socket module includes the following steps. The timing method of the power socket module needs to be established under the condition that the power input unit 231 of the power socket device 23 has received power.

First, an external operation is received by the remote control device 21, and an external operation is converted into a command signal by the input unit 213, and the remote control device 21 sets a time period based on the command signal (S601). The remote control device 21 determines whether or not to confirm the setting based on the command signal (S603). If the remote control device 21 determines that the setting is not confirmed, the process returns to step S601 to continue receiving the external operation.

When the remote control device 21 determines that the setting has been confirmed, the remote control device 21 converts the set timing time into a timing signal, and transmits a timing signal (S605) through the signal transmitting unit 214, and the timing signal includes a timing time.

If the power socket device 23 is separated from the remote control device 21 by a specific transmission distance, the power socket device 23 receives the timing signal sent by the remote control device 21 through the signal receiving unit 234, and when the power socket device 23 receives the timing signal, The power outlet device 23 activates the timing power output interface 233 to output power from the power input interface 231 (S607).

When the power outlet device 23 receives the timing signal, the power outlet device 23 starts counting according to the timing time in the timing signal (S609), for example, by counting means (not shown).

The power outlet device 23 determines whether or not the counting unit has been counted based on the counting result (S611), that is, whether the counting time is equal to the timing time. If the power outlet device 23 determines that the count has not been completed, that is, the count time is less than the timer time, then the process returns to step S609 to continue counting.

If the power outlet device 23 determines that the counting has been completed, that is, the counting time is equal to the timing time, the power outlet device 23 stops the timing power output interface 233 from outputting power (S613).

Through the timing method of the power socket module, the power socket device 23 can receive the start and end time of setting the power output of the remote end, and automatically power off after the power output continues for the timing time, so as to save the plugging on the power socket device 23. The power consumption of the electrical device during standby.

In summary, according to the embodiment of the present disclosure, the power socket module described above has an easy-to-operate input unit and a display unit for easy interpretation, and provides a user to set and send a timing signal for easy and safe control. The timing function of the power socket device can not only save power, but also the user does not need to reach out to touch the power socket device to achieve safe operation.

The above description is only an embodiment of the disclosure, and is not intended to limit the scope of the invention.

1‧‧‧Power outlet device

10‧‧‧ Ontology

12‧‧‧Timer

20‧‧‧Power socket module

21‧‧‧Remote control

210‧‧‧ body

211‧‧‧Display unit

213‧‧‧ input unit

214‧‧‧Signal sending unit

23‧‧‧Power outlet device

230‧‧‧ housing

231‧‧‧Power input interface

233‧‧‧Timed power output interface

41‧‧‧Remote control

410‧‧‧ Ontology

411‧‧‧Display unit

413‧‧‧Input unit

4131‧‧‧Adjustment button

4133‧‧‧ Confirmation button

414‧‧‧Signal sending unit

50‧‧‧Power socket module

51‧‧‧Remote control

510‧‧‧First Micro Control Unit

511‧‧‧Display unit

513‧‧‧ input unit

514‧‧‧Signal sending unit

53‧‧‧Power outlet device

2331‧‧‧DC power output interface

2330‧‧‧Controlled timing area

234‧‧‧Signal receiving unit

235‧‧‧Full time power output interface

2350‧‧‧Full-time start-up area

237‧‧‧Cue unit

239‧‧‧Operating unit

30‧‧‧Power socket module

31‧‧‧Remote control

33A‧‧‧Power outlet device

33B‧‧‧Power outlet device

530‧‧‧Second micro control unit

531‧‧‧Power input interface

532‧‧‧counting unit

533‧‧‧Timed power output interface

534‧‧‧Signal receiving unit

535‧‧‧Full time power output interface

537‧‧‧Cue unit

538‧‧‧Power switching unit

539‧‧‧Operating unit

S601 to S611‧‧‧ Flow of an embodiment of a timing method for a power outlet module

1 is a schematic view of a conventional power outlet device having a timing function.

2 is a schematic view of a first embodiment of a power socket module of the present invention.

3 is a schematic view of a second embodiment of a power socket module of the present invention.

4 is a schematic diagram of a remote control device of the power socket module of the present invention.

FIG. 5 is a functional block diagram of a third embodiment of the power socket module of the present invention.

6 is a flow chart of a method of an embodiment of a timing method for a power socket module of the present invention.

20‧‧‧Power socket module

21‧‧‧Remote control

210‧‧‧ body

211‧‧‧Display unit

213‧‧‧ input unit

214‧‧‧Signal sending unit

23‧‧‧Power outlet device

230‧‧‧ housing

231‧‧‧Power input interface

233‧‧‧Timed power output interface

2331‧‧‧DC power output interface

2330‧‧‧Controlled timing area

234‧‧‧Signal receiving unit

235‧‧‧Full time power output interface

2350‧‧‧Full-time start-up area

237‧‧‧Cue unit

239‧‧‧Operating unit

Claims (12)

A power socket module includes: a remote control device having a signal sending unit, an adjusting button and a confirming button, pressing the adjusting button to adjust a timing time, pressing the confirm button to cause the remote device to send according to the confirmed timing time a timing signal, wherein the timing signal is transmitted by the remote control device through the signal transmitting unit; and a power socket device having a signal receiving unit, a counting unit, a full-time power output interface, and a time power output interface, The power socket device is configured to receive a power source, and the power socket device receives the timing signal through the signal receiving unit, and the counting unit starts counting the timing time, and the power socket device supplies power to the timing power output interface during the timing time. And the power socket device supplies power to the full-time power output interface at a full time; wherein the adjustment button has an increase button and a decrease button, and when the increase button of the adjustment button is pressed, the timing signal sent by the remote control device increases the timing time While pressing the decrease button of the adjustment button, the remote The timing signal sent by the device reduces the timing time. When the confirmation button is repeatedly pressed or the confirmation button is continuously pressed for a few seconds, the remote control device sends a shutdown signal to the power socket device, so that the power socket device stops supplying power to the timing power source. Output interface. The power socket module of claim 1, wherein the remote control device comprises: a body, the signal sending unit is disposed on the body; an input unit is disposed on the body, the input unit is configured to receive The external operation, and outputting a command signal according to the external operation; a display unit is disposed on the body; and a first micro control unit is disposed in the body, the first micro control unit is coupled to the input unit, the display unit, and the signal sending unit, the first micro The control unit obtains the timing time according to the command signal, and controls the display unit to display the timing time. The signal sending unit converts the timing time into the timing signal, and outputs the timing signal to the power socket device. The power socket module of claim 2, wherein the power socket device comprises: a casing, the signal receiving unit and the timing power output interface are disposed on the casing; and a power input interface is disposed at The power input interface is configured to receive the power; the power switching unit is coupled to the power input interface and the timing power output interface, and the power switching unit operates in an on or off state to switch the power The input interface is connected to the timing power output interface to be turned on or off, so that the timing power output interface outputs the power or stops outputting the power; and a second micro control unit is coupled to the signal receiving unit and the power switching unit, the second The micro control unit receives the timing signal through the signal receiving unit, and controls the conduction duration of the power switching unit according to the timing signal, wherein the conduction duration of the power switching unit is the timing time. The power socket device of claim 3, wherein the power socket device further comprises a counting unit coupled to the second micro control unit, when the second micro control unit receives the timing signal, Second micro control list The unit controls the counting unit to start counting the timing time. When the counting unit finishes counting, the second micro control unit controls the power switching unit to operate in an open state, so that the timing power output interface stops outputting the power. The power socket module of claim 4, wherein the power socket device further comprises a prompting unit disposed on the housing, the prompting unit being electrically connected to the second micro control unit, the second micro The control unit controls the prompting unit to output a prompt message according to the counting result of the counting unit. The power socket module of claim 5, wherein the prompting unit is a speaker unit or a lighting unit. The power socket module of claim 3, wherein the timing power output interface of the power socket device has a color indication, or a pattern label, or a line label, or a text label. A power socket module includes: a remote control device having a display unit, a signal transmitting unit, an adjusting button and a confirming button, pressing the adjusting button to adjust a number of timing times displayed by the display unit, and pressing the confirmation Pressing the button to cause the remote control device to send the timing signal according to the confirmed timing time; and a power socket device having a signal receiving unit, a counting unit, a full-time power output interface, and a timing power output interface, wherein the power socket device is used Receiving a power supply, the power socket device receives the timing signal through the signal receiving unit, and the counting unit starts counting the timing time, and the power socket device supplies power to the timing power output interface during the timing time, and the power socket device Full-time power supply to the full-time power output interface; wherein the adjustment button has an increase button and a decrease button, and when the increase button of the adjustment button is pressed, the remote control device controls the number of times displayed by the display unit to increase, When the reduction button of the adjustment button is pressed, the remote control device controls the number of times displayed by the display unit to decrease. When the confirmation button is repeatedly pressed or the confirmation button is continuously pressed for a few seconds, the remote control device sends a shutdown signal to the The power socket device stops the power socket device from supplying power to the timing power output interface. The power socket module of claim 8, wherein the number of timing times displayed by the display unit flashes at a specific frequency before the confirmation button is pressed. The power socket module of claim 9, wherein the full-time power output interface and the timing power output interface are two-hole or three-hole AC jacks, and the full-time power output interface and the timing power output interface have Different color indications, or different pattern indications, or different frame markings, or different text labels. A power socket module includes: a remote control device having a signal sending unit, an adjusting button and a confirming button, pressing the adjusting button to adjust a timing time, pressing the confirm button to cause the remote device to send according to the confirmed timing time a timing signal, wherein the timing signal is transmitted by the remote control device through the signal sending unit; and a power socket device having an operating unit, a signal receiving unit, a counting unit, a full-time power output interface, and a time power supply An output interface, the power socket device is configured to receive a power source, the power socket device receives the timing signal through the signal receiving unit, and the counting unit starts counting the timing time, and the power socket device supplies power to the timing during the timing time. Power output interface, and the power socket device supplies power to the full-time power output interface at full time Wherein, the adjustment button has an increase button and a decrease button, and when the increase button of the adjustment button is pressed, the timing signal sent by the remote control device increases the timing time, and when the decrease button of the adjustment button is pressed, the remote control device The sent timing signal reduces the timing time. When the operating unit is pressed, the power socket device stops power supply to the timing power output interface at the same time. When the confirmation button is repeatedly pressed or the confirmation button is continuously pressed for a few seconds, the remote control The device sends a shutdown signal to the power outlet device to stop the power socket device from supplying power to the timing power output interface. A power socket module includes: a remote control device having a signal sending unit, an adjusting button and a confirming button, pressing the adjusting button to adjust a timing time, pressing the confirm button to cause the remote device to send according to the confirmed timing time a timing signal, wherein the timing signal is transmitted by the remote control device through the signal sending unit; and a power socket device having an operating unit, a signal receiving unit, a counting unit, a full-time power output interface, and a time power supply An output interface, the power socket device is configured to receive a power source, the power socket device receives the timing signal through the signal receiving unit, and the counting unit starts counting the timing time, and the power socket device supplies power to the timing time a timing power output interface; wherein the adjustment button has an increase button and a decrease button, and when the increase button of the adjustment button is pressed, the timing signal sent by the remote control device increases the timing time, and when the decrease button of the adjustment button is pressed, The timing signal sent by the remote control device causes the timing time Small, when the pressing operation of the unit, enabling the power outlet means while stopping Powering the full-time power output interface and the timing power output interface. When the confirmation button is repeatedly pressed or the confirmation button is continuously pressed for a few seconds, the remote control device sends a shutdown signal to the power socket device to stop the power socket device from being powered. Timing power output interface.