KR100405278B1 - The Recessed Type Concent for reclamation timer and that control means - Google Patents

Abstract

The present invention relates to an outlet having a built-in timer for turning on the power of the load at the same time every day for a set time by pressing a button or automatically repeating the off for 30 minutes after being turned on for 30 minutes. The controller and the controller to clear the registers and flags of the memory, set the input and output modes, and electronically control the power of the load for the set time at the same time every day, and through the outlet. A signal detecting unit detecting a sine wave in the power source, a plurality of semiconductor relays for cutting off / supplying the power for a predetermined time by the control unit, a plurality of outlets for using the power applied to the semiconductor relay, and the control unit A plurality of switches for manipulating and using signals received from the controller It characterized in that it comprises a display unit for displaying the usable state, the power consumption by the timer set in the A mode and B mode when used by connecting the electrical appliance connected to the outlet with a built-in timer of the present invention Reduction, long life of the device, especially the liquid electronic mosquito scent can be used for a long time even if the same amount of mosquito scent is performed sequentially.

Description

Receptacle with built-in timer and its control means {The Recessed Type Concent for reclamation timer and that control means}

The present invention relates to an outlet having a built-in timer, and includes a timer for automatically turning on the power of the load at the same time every day for a set time by pressing a button or automatically repeating the off for 30 minutes after being turned on for 30 minutes. It relates to an electrical outlet and a control method thereof.

Recent advances in electronic technology have made it possible to automate factories, offices and homes. In particular, the most common category of automation technology is the timer function of electronic devices. The timer function of the electronic device is to allow the device to be operated or stopped at the time set by the user. The timer function of general household appliances (washing machines, rice cookers, fans, air conditioners, televisions, etc.) and office automation products (computers, etc.) Significantly advanced functionality.

By the way, such a conventional electronic device with a built-in timer itself has a timer, compared to the electronic device that does not have a built-in timer is expensive electronic devices with a built-in timer, the timer built into the device It has the disadvantage of being used in a limited way.

In addition, a number of products requiring a timer among electronic products or electricity products that are currently used, and there is a problem that it is very difficult to use a separate timer attached to these products.

Therefore, the present invention is to solve the above problems, the electric outlet with a built-in timer according to the present invention is configured in the form of the outlet plug to control the power of each of the two loads for a set time electronically at the same time every day An object of the present invention is to provide an electrical outlet having a built-in timer and a control method thereof.

1 is a block diagram showing the configuration of an electrical outlet with a built-in timer.

2A and 2B are flowcharts illustrating an operation state of an electric outlet having a built-in timer.

* Description of the symbols for the main parts of the drawings *

10: control unit 20: signal detection unit

30a, 30b: semiconductor relay 40a, 40b: outlet

50: display unit 60a, 60b: switch

70: receiver 80: remote controller

90: plug

Electrical outlets with a built-in timer according to the present invention for achieving the above object, in the electrical outlet with a built-in timer, the plug is inserted into the outlet to receive AC power; A controller which clears the registers and flags of the memory, sets input and output modes while performing an initialization process, and controls the power of the load for a set time electronically at the same time each day; A signal detection unit detecting a sine wave at an AC power source of 60 Hz applied through the outlet; A plurality of semiconductor relays that cut off or supply power for a predetermined time by a control signal of the controller; A plurality of outlets for enabling use of power applied to the semiconductor relay; A plurality of switches for manipulating the operation of the control unit; And a display unit for receiving a signal from the controller to display which outlet is used.

In addition, a remote controller having a plurality of switches according to the present invention; And a receiving unit receiving a control signal of the remote controller and applying a signal to the control unit.

In order to achieve the above object, an outlet having a built-in timer according to the present invention is a method of controlling an electric outlet having a timer, and the signal applied by an operation of a remote controller or a switch of a user is A signal or B signal. A determination step determined by the control unit; A checking step of determining how many hours are previously set in the A mode or B mode signal applied by the control signal; A switching step of switching a mode to an upgraded time rather than a preset time by the checking step; An on / off step of applying or disconnecting power to an outlet by a time set by the switching step; Grasping step of determining whether the basic unit is 1 second; And a timer driving step of driving a timer by checking a flag in A and B modes every 1 second of the power applied to the outlet based on the basic unit.

In addition, the timer time of the mode A according to the present invention is characterized in that the cycle of 2 hours, 4 hours, 8 hours, 12 hours, continuous, off.

In addition, the B mode timer time according to the present invention is characterized in that cycled to 4 hours, 8 hours, 10 hours, 12 hours, 24 hours, off.

In addition, the checking step according to the present invention determines whether the predetermined time in the A mode confirmed by the determination step is off, 2 hours, 4 hours, 8 hours or 12 hours, or continuous In the B mode checked by the determination step, it is determined whether the preset time is off, 4 hours, 8 hours, 10 hours, 12 hours or 24 hours.

In addition, the mode A according to the present invention checks the set flag, if not set, converts to 2 hours on mode, if it is 2 hours mode to 4 hours mode, if it is 4 hours mode to 8 hours mode, If it is 8 hours mode, it converts to 12 hours mode, and if it is 12 hours mode, it is set to continuous mode, and it displays on the display while turning on the load and operates the timer for the set time.

In addition, the mode B according to the present invention is characterized in that the power is supplied to the outlet for 30 minutes and the power is supplied to the outlet for 30 minutes for 4 hours to 24 hours when the load is set.

In addition, the power output to the plurality of outlets in the A mode or B mode according to the invention is characterized in that it is controlled by each timer.

In addition, the remote control according to the invention is characterized in that it is possible to set the time of the A mode or B mode preset in the control unit.

Hereinafter, the electrical outlet with a built-in timer for achieving the above object according to the present invention and a control method thereof will be described in detail with reference to the accompanying drawings.

1 is a block diagram showing the configuration of an electrical outlet with a built-in timer. As shown in the drawing, an outlet with a built-in timer according to the present invention includes a plug 90, a controller 10, a signal detector 20, And semiconductor relays 30a and 30b, a plurality of outlets 40a and 40b, a plurality of switches 60a and 60b, a display unit 50, a receiver 70 and a remote controller 80. .

The plug 90 applies an AC power of 60 Hz to the controller 10, and the controller 10 clears the registers and flags of the memory and sets the input and output modes while performing an initialization process. The power of the load is controlled for the set time at the same time.

The signal detecting unit 20 receives AC power from the outlet and counts a power frequency of 60 Hz to make a 1 second signal of a basic unit, and based on this 1 second signal, 30 minutes, 2 hours to 12 hours, and 24 hours signal based on the 1 second signal. Control the load, but keep A mode, B mode 30 minutes on and 30 minutes off so that it can operate for the set time every day at the same time.

The semiconductor relays 30a and 30b cut off or supply power for a predetermined time by a control signal of the controller 10. The semiconductor relays 30a and 30b are provided in plural.

The outlets 40a and 40b are connected to the respective semiconductor relays 30a and 30b so that the user can use the power applied through the semiconductor relays 30a and 30b.

And, a plurality of switches (60a, 60b) is provided to operate the operation of the control unit 10, the plurality of switches (60a, 60b) is composed of the A key (60a) and B (60b) key, The setting time of the A key 60a is set to 2 → 4 → 8 → 12 → continuous → off, and the setting time of the B key 60b is set to 4 → 8 → 10 → 12 → 24 → off.

The display unit 50 displays when the switch 60a, 60b is operated so that the user can know that power is applied to the outlet 40a, 40b.

In addition, the remote controller 80 is further provided so that the user can operate the outlet in which the timer of the present invention is built even in a predetermined distance from the receiver, and receives a wireless signal of the remote controller 80 ( 70 is provided, the wireless signal received by the receiving unit 70 is applied to the control unit 10.

According to the present invention configured as described above, when the plug 90 is plugged into an outlet to which normal power is applied, the LED lamp of the display unit 50 is turned on so that the user can check the same.

At this time, when the remote controller 80 or the switches 60a and 60b are operated, the operation signal is applied to the control unit 10, and after understanding how the preset mode is set by the applied signal, the register and flag of the memory are determined. Clear and set the input and output modes. In addition, the signal detection unit 20 counts a frequency in an applied power source to generate a one second signal, which is a basic unit, and the semiconductor relay 30a, by a program set in the controller 10 based on the one second signal. Power is applied to the plurality of outlets 40a and 40b through 30b).

Since the power applied to the outlet 90 is different from the set time, when the user selects and selects where to connect and use the electrical appliance, the set program controls the time and operation of the power supply.

Figure 2a, Figure 2b is a flow chart showing the operation state of the electrical outlet with a built-in timer, as shown in the drawing, the outlet with a timer according to the present invention as shown in the control method for controlling the electrical outlet with a timer, the user A determination step (S1) of determining, by the controller 10, whether the signal applied by the remote controller 80 or the switches 60a, 60b of the controller is an A mode signal or a B mode signal; In the mode A or the B mode signal applied by the control signal, a confirmation step (S2) of determining how many hours are previously set, and a mode upgraded from the time previously set by the checking step (S2). Switching step (S3) for switching the, the on / off step (S4) for applying or cutting power to the outlet (40a, 40b) by the time set by the switching step (S3) and the basic unit is Grasp to determine if it is 1 second Composed of (S5), and a timer-driven step (S6) for driving the timer to check the flag at on the basis of the basic unit of the outlet (40a, 40b) for each second sheets of the power applied to A, B mode.

In more detail, performing the above steps, the plug is plugged into an outlet to which normal power (220 Hz AC 220V power) is applied, and power is applied to the control unit 10 and the signal detecting unit 20 in an initial state. And the state in which the output is turned off (S1).

In this case, when the user operates the remote controller 80 or the switches 60a and 60b, the A mode or the B mode is inputted to the controller 10 by the operation signal to determine which signal (S2).

And the timer time of the mode A is cycled into 2 hours, 4 hours, 8 hours, 12 hours, continuous, off, the mode B timer time is 4 hours, 8 hours, 10 hours, 12 hours, 24 hours, off It is characterized by being circulated to.

The checking step (S2) is based on the setting in the A mode or B mode, the time previously set, that is, the time used in the A mode is off or 2 hours, 4 hours, 8 hours, 12 hours, continuous And check whether the time used in the B mode is off or 4 hours, 8 hours, 10 hours, 12 hours, or 24 hours, and applies the checked time to the controller 10.

Then, in the switching step 4S, when the mode is switched to an upgraded time than the preset time, and power is applied to the outlets 40a and 40b through the semiconductor relays 30a and 30b, the user changes the liquid electronic mosquito coil, lighting, etc. It can be used by connecting electrical appliances such as computers, fans, fans, and televisions.

AC power is supplied from the signal detecting unit 20 to count a power frequency of 60 Hz to make a 1 second signal, which is an existing unit, and to generate a load for 30 minutes, 2 hours to 12 hours, and 24 hours based on the 1 second signal. A mode continues, B mode is 30 minutes on, 30 minutes off, and operates for the set time at the same time every day.

Referring to the operation and effect of the built-in timer according to the present invention configured as described above are as follows.

First, when the liquid electronic mosquito repellent is plugged into an outlet having a built-in timer, the controller 10 of the present invention clears the registers and flags of the memory while performing an initialization process and sets input and output modes.

After setting the mode, the state of the switch 60a or 60b is checked, the 60Hz sine wave signal is counted to update various timers, and the on / off state of each output load is controlled based on this.

Then, when the A key 60a of the remote controller 80 or the switches 60a and 60b is operated, the previously set flag is checked, and if it is not set, it is made into 2 hours on mode and 4 hours if it is 2 hours on mode. 4 hours on mode is set to 8 hours, 8 hours mode to 12 hours, 12 hours mode is set to continuous mode to turn on the LED lamp while turning on the load so that the user can confirm that the power is applied, timer Will operate for the set time (except in continuous mode). However, if it was in continuous mode before, clear all flags related to mode A and turn off the load.

In addition, when the B key 60b is operated, the operation is performed as in the case of the A key 60a. However, the load is not turned on continuously for the set time, but 30 minutes off after the set time for the set time is repeated. The time is cycled from 2 → 4 → 8 → 12 → continuous → off for A timer time, but the B timer time is cycled from 4 → 8 → 10 → 12 → 24 → off.)

Every 1 second, check the A and B mode flags to start the timer, turn off the load after each set time, wait for the remote controller or switch to press again, and restart the set timer after 24 hours. Start up.

When the remote control signal is detected, the code is checked to perform the same function as when the A key 60a and the B key 60b are pressed.

In this way, when the electrical appliance is connected to the plurality of outlets 40a and 40b, the power of the A and B mode loads can be controlled at a predetermined time every day. Therefore, the A mode loads include liquid electronic mosquito coils, lighting, computers, fans, The power consumption can be reduced when connecting electric and electronic products such as a fan and a television, and the life of the device can be extended, and the load of B can be operated for the set time every day when the liquid electronic mosquito coil is connected. Repeats on and off at 30-minute intervals, so it is possible to use 90 days, or 3 months, which is twice as long as 45 days. One liquid electronic mosquito can cover the time of mosquitoes in summer. If you have to leave the house for long periods of time or when you come home late at night, you can turn on the lamp and set the time appropriately. So repeatedly it can have a silent crime prevention effect, even if you connect the fans in the summer it is possible to prevent suffocation.

Looking at the effect of the electrical outlet with a built-in timer according to the present invention as described above, by connecting the electrical appliance to the outlet with the built-in timer of the present invention by using the timer set in the A mode and B mode It can reduce power consumption and extend the life of the device. Especially, the liquid electronic mosquito scent can be used for a long time even if the same amount of mosquito scent is carried out sequentially. There is an effect that can be done, when used by connecting the lighting device is automatically turned on / off, the security effect brings a very large effect.

Claims (10)

In an electrical outlet with a built-in timer, A plug inserted into an outlet to receive AC power; A controller which clears the registers and flags of the memory, sets input and output modes while performing an initialization process, and controls the power of the load for a set time electronically at the same time each day; A signal detecting unit detecting a sine wave from an AC power source of 60 Hz commercial power applied through the outlet; A plurality of semiconductor relays that cut off or supply power for a predetermined time by a control signal of the controller; A plurality of outlets for enabling use of power applied to the semiconductor relay; A plurality of switches for manipulating the operation of the control unit; A display unit for receiving a signal from the controller to display which outlet is used among the plurality of outlets; And And a receiver configured to receive a control signal from a remote controller having a plurality of switches and to apply a signal to the controller. delete A method of controlling an electrical outlet with a timer, A determination step of determining, by the controller, whether a signal applied by a user's remote controller or a switch is an A signal or a B signal; A checking step of determining how many hours are previously set in the A mode or B mode signal applied by the control signal; A switching step of switching a mode to an upgraded time rather than a preset time by the checking step; An on / off step of applying or disconnecting power to an outlet by a time set by the switching step; Grasping step of determining whether the basic unit is 1 second; And a timer driving step of driving a timer by checking a flag in A and B modes every 1 second of the power applied to the outlet on the basis of the basic unit. The method of claim 3, The timer mode of the A mode is a socket control method with a built-in timer, characterized in that cycled to 2 hours, 4 hours, 8 hours, 12 hours, continuous, off. The method of claim 3, The B mode timer time is a socket control method with a built-in timer, characterized in that cycled to 4 hours, 8 hours, 10 hours, 12 hours, 24 hours, off. The method of claim 3, The checking step determines whether the preset time in the A mode confirmed by the determining step is off, 2 hours, 4 hours, 8 hours or 12 hours, or confirmed by the determining step. And a preset time is off, 4 hours, 8 hours, 10 hours, 12 hours or 24 hours. The method of claim 3, If the mode is not set by checking the set flag, the mode A is changed to 2 hours on mode, and if it is 2 hours mode, it is converted to 4 hours mode, if it is 4 hours mode, it is converted to 8 hours mode, and if it is 8 hours mode, 12 hours Mode, and if it was 12 hours mode, it is set to continuous mode, and it displays on the display while turning on the load, and operates the timer for a set time. The method of claim 3, The B mode is a socket control method with a built-in timer, characterized in that for 30 minutes while the load is set to apply power to the outlet, 30 minutes to turn off the power supplied to the outlet. The method of claim 3, The outlet control method with a built-in timer, characterized in that the power output to the plurality of outlets in the A mode or B mode is controlled by each timer. The method of claim 3, The remote control is a socket control method with a built-in timer, characterized in that to set the time of the A mode or B mode preset in the control unit.