KR0129568B1 - Remote control apparatus and its method of illuminating device - Google Patents

Abstract

The remote control device of an illuminator includes a radio transmitter(20) and a radio receiver(40). The radio transmitter(20) is comprised of a key board(24), a first channel selecting part(25) for conforming in the channel to the radio receiver(20), a microcomputer(23) for determining the button function of the key board(24) to output the corresponding signal, and an infrared output part(22) for radiating infrared rays proportional to the input signal from the microcomputer(23). On the other hand, the radio receiver(40) is comprised of an infrared receiving part(40), a second channel selecting part(42) for conforming in the channel to the radio transmitter(20), a setting switch(43), a microcomputer(44), an illumination sensing circuit(47), a buzzer generating part(48), a second display(49) for informing current operation mode state by means of the lighting of a lamp, and a driver circuit(45) having a switching function of lighting a load(50) as a plurality of lamps in accordance with the control signal of the microcomputer(44).

Description

Remote control device for lighting equipment and control method thereof

1 is a conceptual diagram of a remote control device and a control method of a general lighting fixture.

2 is a block diagram of a transmitter according to the present invention.

3 is a block diagram of a receiver according to the present invention.

4 is a detailed circuit diagram of a transmitter according to the present invention.

5 is a detailed circuit diagram of a receiver according to the present invention.

6 is an external view of a transmitter according to the present invention.

7 is a flowchart illustrating an operation of a microcomputer according to a reception signal of a receiver according to the present invention.

8 is another implementation circuit diagram of a receiver according to the present invention.

9 is an input / output waveform diagram of each stage of FIG.

* Explanation of symbols for main parts of the drawings

20: transmitting unit 21: power supply unit

22: infrared output unit 23: micom

24: keyboard 25: first channel selector

26: first display unit 40: receiving unit

41: power supply circuit 42: second channel selector

43: setting switch 44: micom

45: drive circuit 45a-45c: first to third switching parts

46: infrared receiver 47: illuminance detection circuit

48: buzzer generating part 49: second display part

50: load 50a-50c: first to third lamp

60: light control circuit

The present invention relates to a remote control device for a lighting device and a control method thereof, and in particular, a brightness control function and a sequential blinking function of a plurality of lighting devices using a remote controller, and a bedtime function automatically turned off at a setting time, and a predetermined time when a lamp is turned on. The present invention relates to a remote control device for a luminaire and a method of controlling the same, which have a timer function that automatically turns off after a time, and a security function that repeats auto flashing periodically every predetermined time according to the ambient brightness level.

A conceptual diagram of a remote control apparatus of a lighting apparatus generally used includes a transmitter 20 having a remote control function and a receiver 40 installed on a wall, a ceiling, and the like, as shown in FIG. Is composed of a signal generator (1) for generating a predetermined control signal and an infrared output (2) for emitting the control signal in the infrared to the space.

In addition, the receiver 40 includes an infrared receiver 11 for receiving infrared radiation emitted into a space, a signal conversion circuit 12 for converting a received signal of the infrared receiver 11 into an electrical signal, and the signal change circuit. And a control circuit 13 for comparatively analyzing and identifying the output signal of (12), and a drive circuit 14 for flashing the load 50, which is a lamp, in accordance with the control signal of the control section 13.

Such a remote control device of the conventional luminaire and a control method thereof, when a button (not shown) of the transmitter 20 is first operated to turn on or turn off the lamp 50, the signal generator 1 generates an arbitrary control signal. The infrared ray output unit 2 is turned on in response to the signal and radiates infrared rays of a predetermined wavelength into the space.

At this time, the infrared receiver 11, which is the receiver 40, receives the infrared radiation emitted into the space, converts the infrared signal into an electrical signal in the signal conversion circuit 12, and transmits the signal to the controller 13, and the controller 13 transmits the signal contents. The lamp 50 flashes by driving the drive circuit 14 by decryption and identification.

The remote control apparatus and control method of the conventional lighting fixture as described above, by using a remote controller (remote control) which is a transmitting unit, only the lamp can be turned on and off according to the user's choice, which satisfies consumers who demand better functions. By not satisfying the problem, the remote control device of the luminaire and the problem that causes the reliability of the control method is caused.

In order to solve the above problems, the present invention adds a channel selector, a function key, an illuminance sensing circuit, a dimming circuit, and the like, which can match a channel and a functional aspect to each other, to the wireless transmitter and the wireless receiver. According to the operation of the function key of the wireless transmitter, the brightness control function and selective blinking function of many lighting devices in the microcomputer of the wireless receiver unit, the sleep function automatically turns off at the setting time, the timer function automatically turns off after a predetermined time when the lamp is turned on, and the surrounding area Provides a remote control device and a control method of a lighting fixture that can satisfy the consumer's needs by providing a security function by repeating the auto flashing periodically every predetermined time according to the brightness level of the lamp. It is an object of the present invention.

A feature of the present invention for achieving the above object is a remote control device for a lighting device having a wireless transmitter 20 and a wireless receiver 40, the wireless transmitter 20 to select a desired function among a number of functions A keyboard 24 consisting of a plurality of buttons for connection, a first channel selector 25 connected to one side of the keyboard 24 to match a channel with a wireless receiver 40, and the other end of the keyboard 24. A microcomputer 23 for identifying a function of a button that is connected and input and generating a signal corresponding thereto, and an infrared output unit 22 that is connected to an output terminal of the microcomputer 23 and radiates infrared rays in proportion to an input signal into a space. The wireless receiver 40 includes, an infrared receiver 46 for receiving infrared rays radiated in a space and converting them into electrical signals, and a second channel selector for matching a channel with the wireless transmitter 20. 42 and up The setting switch 43 connected to one side of the second channel selector 42 to match the function set on the keyboard of the wireless transmitter 20 and the output signal of the infrared receiver 46 are compared, analyzed and The microcomputer 44 with a built-in program for controlling the plurality of lamps 50 so as to correspond to the function of the received signal by reading and senses the ambient illumination, and converts the sensed illumination into an electric value to convert the microcomputer 44 into an electric value. And a buzzer generator 48 connected to an output terminal of the illuminance detecting circuit 47 for transmitting a buzzer sound every time a keyboard operation of the wireless transmitter 20 is performed, and a control signal of the microcomputer 44. The second display unit 49 for notifying the attached position of the wireless receiving unit 40 and the current operation mode state by the lighting of the lamp and the load 50 which is a plurality of lamps according to the control signal of the microcomputer 44 according to the present invention. Drive circuit with switching function to light ).

According to another aspect of the present invention, there is provided a remote control method for a lighting device having a wireless transmitter and a wireless receiver, the method comprising: initializing by inputting power to the system, lighting the display lamp at the same time of initialization, and waiting for key input An initial execution step (L1) consisting of scanning a state, an input key signal, and determining whether there is an input signal by operating a button; An on / off process (L2) comprising a step of determining whether the button input in the step of operating the button is a simple on / off control, and a step of turning on and off a lamp corresponding to the simple on / off; Determining whether the input button in the step of operating the button is a sleep button, reading a setting time in the case of a sleep button, determining whether the setting time is completed, and when the setting time is completed. Sleeping function execution process consisting of the step of turning off the lamp that is turned on (L3); Judging whether the buttons input in the step of operating the buttons are sequential buttons; when the sequential buttons are input; sequentially turning on the lamps according to a program designated to the microcomputer; and determining whether the sequential buttons are re-entered. And a step of releasing the sequential blinking function when the sequential button is input again; Determining whether the button input in the step of operating the button is a timer button, lighting a designated lamp when the timer button is input, determining whether the set time is completed, and setting time is completed A timer running process (L5) consisting of turning off the lamp which is turned on; Determining whether the input button is a security button in the step of operating the button; determining whether the ambient illuminance is below the reference level when the security button is input; and repeatedly every predetermined time when the button is below the reference level. And a security execution process (L6) consisting of executing the lamp in an on / off state and maintaining the lamp in the off state when it is not below the reference level.

Hereinafter, described in detail by the accompanying drawings as follows.

2 is a block diagram of a transmitter 20 of a remote control device of a lighting apparatus according to the present invention, in which a first display unit 26 and a first channel selector 25 are connected in parallel to one end of the microcomputer 23. One side of the first channel selector 25 is connected to a microcomputer 23 through a keyboard 24, an infrared output unit 22 is connected to an output terminal of the microcomputer 23, and a power supply unit 21. By this, the driving power of each of the transmitters 20 is supplied.

3 is a block diagram of the receiver 40 of the remote control device of the lighting apparatus according to the present invention, the infrared receiver 46, the illumination sensor circuit 47 and the setting switch 43 are connected to the input terminal of the microcomputer 44, respectively. A drive circuit 45, a buzzer generator 48, and a second display unit 49 are respectively connected to the output terminal of the microcomputer 44, and a second channel is connected between the microcomputer 44 and the setting switch 43. The selector 42 is connected, and the driving power of the receiver 40 is supplied by the power supply circuit 41.

4 is a detailed circuit diagram of the transmitter 20 according to the present invention. In the keyboard 24, a plurality of buttons a1-a3 (f1-f7) are arranged in a matrix and connected to the microcomputer 23. A first channel selector 25 having a plurality of first to fourth address switches 25a-25d connected in parallel to each other is connected to the keyboard 24 in a one-to-one correspondence between the keyboard 24 and the microcomputer 23. It is.

The fifth is a detailed circuit diagram of the receiver 40 according to the present invention, the setting switch 43 is a plurality of function buttons (a1'-a3 ') (f1'-f5') is connected in a matrix form, one side of the A second channel selector 42 having a plurality of fifth to eighth address switches 42a to 42d connected in parallel to the microcomputer 44 is connected one-to-one.

In addition, the drive circuit 45 is composed of the first to the third switching unit (45a-45c) and the number of loads 50 to be controlled (in the present invention, for example, three lamps, but may be controlled more) Each drive circuit 45a-45c includes transistors Q3-Q5 and triacs T1-T3, and the first to third lamps are disposed on one side of each triac T1-T3. 50a-50c) are connected.

In the illuminance detection circuit 47, the photoconductive cells cds, the resistor R1, and the capacitor C1 are connected in parallel to the base terminal of the transistor Q6, and the second display unit 49 is the microcomputer 44. The red and green light emitting diodes (LED2) (LED3) are connected in parallel to the output side of the circuit.

6 is an external view of a remote control device of a lighting apparatus according to the present invention, the switch (a1-a3) for turning on / off a plurality of lamps on the surface of the transmitter 20 of the remote control function and the function keys (f1-) for executing a desired function. f5) is arranged, and the receiving unit 40 has a receiving window 46a for receiving infrared rays emitted from the transmitting unit, an on / off switch for flashing a lamp, and a light emitting diode for indicating the position of the receiving unit and the currently operating function mode ( LED2) (LED3) is exposed and installed on the wall.

According to the present invention made as described above, the first and second channel selectors 25 and 42 of the transmitter 20 and the receiver 40 and the setting switch 43 of the receiver 40 are operated. 20) 40 matches the channel to control the load 50, which is the first to third lamps 50a-50c to be controlled.

That is, when the product is shipped, the first address switch 25a of the first channel selector 25, which is the transmitter 20, and the fifth address switch 42a, which is the second channel selector 42 of the receiver 40, are turned on. When shipped in the ON state, the first lamp 50a is simply turned on / off, a sleep function, and a function of sequentially blinking.

In addition, the on / off button a2 'of the second and sixth address switches 25b and 42b of the first and second channel selectors 25 and 42 and the setting switch unit 43, When the timer button f3 'and the dimming button F5' are connected and shipped, the simple on / off function of the second lamp 50b and the on / off button a1-a3 of the transmitter 20 are operated. A timer function that turns off after a certain time every hour and a dimming function for adjusting the brightness of the lamp are provided.

And the third lamp when the on / off button a3 'and the security button f4' of the third and seventh address switches 25c and 42c and the setting switch 43 are connected in the on state and shipped. The simple on / off function of 50c and the illuminance detection circuit 47 of the receiver 40 are provided with a security function having a security function by repeating auto flashing at regular intervals according to the brightness degree of the ambient illuminance.

Therefore, when the product is shipped, the setting conditions of the first to eighth address switches 25a-25c and 42a to 42c, which are the first and second channel selectors 25 and 42, which are the transmission and reception units 20 and 40, are provided. Accordingly, a channel through which transmission and reception is performed is determined, and matching of these channels is for the purpose of preventing interference. In addition, the function to be controlled by the function button operation of the setting switch 43 of the receiver 40 is changed so that the factory model of the product is changed so that it can be selectively adjusted to fit the taste of the consumer.

In addition, each function button on the keyboard 24 is stored as a program in the microcomputer 44 so as to match the function of the receiving unit 40, and if the microcom 44 is connected to each other so that it can be decoded, the transmitting unit 20 All of the functions of the receiver 40 corresponding to all the plurality of buttons can be performed.

In the present invention, for convenience of explanation, both the first and second channel selectors 25 and 42 are connected in an on state to match the channels of the transceiver, and the three first to third lamps 50a to 50c are all controlled. The control process when operating the function buttons f1'-f5 'of the setting switch 43 will be described.

First, selectively turn on / off the buttons a1-a3 disposed on the keyboard 24 of the transmitter 20 shown in FIG. 4 to simply flash each of the first to third lamps 50a-50c. When operating, the microcomputer 23 recognizes the simple control of each of the first to third lamps 50a-50c, and transmits a signal to turn on or off the lamp of the corresponding channel to the infrared output unit 22, respectively. When the function button, i.e., sleep, selection flashing, timer, security, dimming button (f1-f5) of the operation, the microcomputer 23 recognizes each mode and transmits a control signal proportional thereto to the infrared output unit 22. do.

At this time, the infrared output unit 22 is turned on by the transistor Q is turned on by the control signal generated from the microcomputer 23, the infrared diode (LED) is turned on to emit infrared rays having an appropriate wavelength into the space, The infrared signal is generated differently by the output signal of (23).

Here, the light emitting diode LED1 of the first display unit 26 has a function of notifying the user that the button is pressed whenever each button of the keyboard 24 is operated.

Meanwhile, the infrared rays emitted by the operation of the transmitter 20 as described above are received by the receiver 40 illustrated in FIG. 5 to perform a selected function.

That is, the infrared receiver 46 receives the infrared radiation emitted into the space, converts it into an electrical signal, and transmits it to the microcomputer 44. The microcomputer 44 reads the output signal of the infrared receiver 46 and then controls each of the control functions. As a result, the first to third lamps 50a to 50c are controlled.

This control process will be described with reference to FIGS. 5 to 6 as follows.

First, when the data obtained by reading the output signal of the infrared receiver 46 by the microcomputer 44 is read as a control signal for selectively lighting the first to third lamps 50a-50c, the first to the first to third drives of the drive circuit 45 may be read. The third switch 45a to 45c is operated to selectively flash the load 50 to be controlled, that is, the first to third lamps 50a to 50c.

For example, when the microcomputer 44 reads the control signal for turning on the second lamp 50b, the high signal is applied to the transistor Q4 of the second switching unit 45b of the drive circuit 45 to be turned on. As the triac T2 is triggered, the second lamp 50b is supplied with power to turn on the lamp. If the received data is recognized as a signal for turning off the first lamp 50a that is currently turned on, a low signal is applied to the transistor Q1 of the first switching unit 45a to turn off the triac ( As the trigger signal supplied to T1 is blocked, the first lamp 50a is turned off.

Therefore, the first to third lamps 50a to 50c are selectively turned on and off by the selective operation of the first to third buttons a1 to a3 of the key mode 24, which is the transmitter 20.

Next, look at the control process of the lamp during the operation of the sleep button f1 of the keyboard 24, which is the transmitter 20, first, the sleep function is a state in which one or more of the first to third lamps 50a-50c are turned on. The operation is performed at the same time and controlled simultaneously. In addition, the sleep burr (f1) is given a set time of 30 minutes at the same time the sleep function is executed at the time of one operation, 60 minutes in two operations of the sleep button (f1), 90 minutes, four times in three operations When the sleep function is canceled during the operation, the set time for automatically turning off is determined according to the number of times the sleep button f1 is pressed.

Therefore, when the data reading the output signal of the infrared receiver 46 to the microcomputer 44 of the receiver 40 is a sleep function, when the set time is completed, the control signal is output to the drive circuit 45 to be turned on. The load 50 is to be turned off.

On the other hand, looking at the control process of the lamp during the operation of the sequential button f2 of the keyboard 24, which is the transmitter 20, first, the data read the output signal of the infrared receiver 46 in the microcomputer 44 is first to third When the lamps 50a-50c are sequentially read as a control signal, the plurality of first to third lamps 50a-50c are selectively blinked by a program embedded in the microcomputer 44 itself. If re-input is checked, the sequential flashing function is released.

That is, when it is determined that the sequential button f2 is pressed once, only the first lamp 50a is turned on, the second and third lamps 50a-50c are turned off while the sequential button f2 is turned off twice. If it is determined that the first and second lamps 50a and 50b are turned on and the remaining third lamps 50c are turned off, and the sequential button f2 is pressed three times, the first and second lamps 50a are pressed. The third lamp 50c is turned off, and when the sequential button f2 is operated four times, the sequential flashing function is released.

Then, when the data read the output signal of the infrared receiver 46 in the microcomputer 44 is an operation command of the timer button f3, it performs a timer function to automatically turn off after a predetermined time set by the program, This timer function can control only one lamp.

For example, assuming that the third lamp 50c is a lamp capable of performing the timer function, when the timer button f3 is operated while the third lamp 50c is turned off, the third switch is switched on the microcomputer 44. The unit 45c is operated to turn on the third lamp 50c, and after a predetermined time (about 1 minute), the third switching unit 45c is turned off to turn off the third lamp 50c to turn off the timer button f3. In each operation, the third lamp 50c is turned on for one minute and then automatically turned off.

In addition, when the data read out from the infrared receiver 46 by the microcomputer 44 is determined to be the security button f4 operation, the illuminance detection circuit 47 automatically flashes every predetermined time according to the surrounding brightness. It controls only one lamp.

For example, assuming that the first lamp 50a has a security function, first, the photoconductive cell cds of the illuminance sensing circuit 47 varies its resistance value according to the brightness of the peripheral illuminance so that the transistor Q6 By changing the bias voltage supplied to the base, the output current of the transistor Q6 varies in proportion to the ambient illuminance.

Therefore, the microcomputer 44 reads the output voltage of the illuminance sensing circuit 47 and then cross-compares with the reference voltage set therein, and when the peripheral illuminance is less than the predetermined level, the first lamp 50a is turned on every predetermined time. The lighting is turned on and off periodically, and when the peripheral illuminance is determined to be higher than or equal to the set level, the first lamp 50a is turned off to have a security function.

On the other hand, the buzzer generating unit 48 of the receiving unit 40 transmits a low buzzer sound each time a button is operated on the keyboard 24 of the transmitting unit 20 to inform the user that the reception state, and the second display unit 49 ) The light emitting diode (LED2) is red, and is turned on during sleep, timer, and security functions to indicate that the receiving unit 40 is performing a functional operation, and the light emitting diode (LED3) connected in parallel to the receiving unit 40 is green. ) Is to inform the position of.

7 is an operation flow of the microcomputer by the reception signal of the receiver according to the present invention. Looking at the control process, in the process of initially executing the system (L1), power is supplied through the whole warm part 21 of the system in step 101. Is applied, the system is initialized by the applied power. In step 102, the display lamp is turned on at the same time as the system is initialized. In step 103, the system is in a state of waiting for key input while the display lamp is turned on. If there is a key input, the signal by the key input in step 104 is scanned. In step 105 it is determined whether there is a button input.

In the initial execution process L1, when there is a button input, the on / off process L2 is performed. In the on / off process (L2), if there is an input of a button by the operation of the button, it is determined whether the control is by simple on or off in step 106. If the input button is a simple on or off control, the corresponding lamp is turned on or off in step 107.

When the on / off process L2 is being performed, if it is not a simple on / off control in step 106, the process proceeds to the sleep function execution process L3 to determine whether the sleep button is input in step 108. If it is determined that the sleep button, the sleep time set in step 109 is read. That is, by reading the time information set by the user in accordance with the sleep time, the system counts the current time and reads whether the sleep time has arrived. In step 110, it is determined whether the set sleep time arrives and is completed, and it is determined whether the current sleep time that the system counts and the set sleep time coincide. When the setting time is completed, the corresponding lamp currently being lit is turned off in step 111.

In addition, when the input button is not a simple on / off control, the sleep button is not input, and when the sequential button is input, the sequential control process L4 is performed. That is, it is determined whether or not the sequential button is input in step 112, and when the sequential button is input, corresponding lamps are sequentially turned on in accordance with the program specified in the microcomputer 44 in step 113. If it is determined that the sequential buttons are re-input while the lamps are sequentially turned on in step 114, and are re-input, the sequential blinking function is canceled in step 115, and the process returns to step 103 to enter a standby state.

In addition, when the input button is not a simple on / off control or a sleep button or a sequential button, a timer execution process L5 is performed. In step 116, it is determined whether the timer button has been input. When the timer button is input, the lamp designated by the timer is turned on in step 117. That is, the lamp designated by the timer is turned on at the time set by the built-in program. When the designated lamp is turned on by the timer, it is determined whether the time set for the timer is completed in step 118. At this time, when the set time is completed, the designated lamp that has been turned on by the timer is turned off.

Next, when the input button is input as the security button, the security execution process (L6) is performed. In step 120, if it is determined that the security button is input after determining whether the security button is input, the peripheral illumination standard is determined in step 121. It is determined whether the level is below. In other words, when the ambient light level is lower than the set air level, the lamp is repeatedly turned on or off every predetermined time in step 122. If the ambient light level is not lower than the set reference level, the lamp is turned off in step 123. Keep it in the state.

8 is provided with an additional dimming circuit 60 in the receiving unit 40 according to the present invention to give a dimming function that can adjust the brightness of the lamp when operating the dimming button f5 of the transmitter 20, In such a dimming circuit, the presence or absence of installation is determined according to a user's option, and only each lamp installed is selectively controlled. In the present invention, the second lamp 50b has a dimming function. If the dimmer circuit 60 is installed in a lamp that needs to be able to adjust the brightness of the corresponding lamp.

9 is an input / output waveform diagram of each stage of the dimming circuit 60.

That is, when the data obtained by reading the output signal of the infrared receiver 46 by the micom 44 of the receiver 40 is read as a signal for controlling the dimming function, the micom 44 outputs a predetermined voltage to the dimming circuit 60. do.

Therefore, the predetermined output voltage as shown in FIG. 9A of the micom 44 is applied to the base of the transistor Q1 and inverted at the collector (FIG. 9B) by the inverter I1 and I2. Pulses that are shaped and inverted (Figs. 9 (c) and (d)) and inverted to each other are applied to the diodes D1 and D2, respectively, and then to the resistors and capacitors R4, C3, and R5, C4. By the derivative (Fig. 9 (e)) and then applied to the inverter 13 and inverted.

The output of the inverter 13 discharges the capacitor C5, and the capacitor C5 is driven by a time constant by the combination of the resistors R8 and R10-R13 while the output of the inverter I3 is low. When the charge (Fig. 9 (f)) starts to be reached and the low level of the charge level inverter I4 of the capacitor C5 is reached, the derivative (Fig. 9 (g)) is discharged by the capacitor C6 and the resistor R9. After the transistor Q2 is turned on (FIG. 9 (h)) through the inverters I5 and I6, the trigger signal is supplied to the triac T2 to supply the second lamp (2). A current flows through 50b) (Fig. 9 (i)) to light up.

In this case, when the second lamp 50b adjusts the brightness, it is possible to operate the dimming increase / decrease button P1 (P2) of the keyboard 24 which is the transmitter 20.

That is, when the dimming increase button P1 is operated, the voltage output from the microcomputer 44 of the receiving unit 40 to the dimming circuit 60 is increased, and when the dimming reducing button P2 is operated, the output voltage of the micom 44 is controlled. This lowers the trigger voltage applied to the triac T2 of the second switching unit 50b, so that the driving current value of the second lamp 50b is adjusted to adjust the brightness. It is adjusted in several stages according to the set program.

As described above, the present invention includes a channel selector capable of matching channels and functional aspects between the radio transmitter and the radio receiver, a function key, an illuminance sensing circuit, a dimming circuit, and the like. The brightness control and sequential function of multiple lighting equipments in the microcomputer of the wireless receiver according to the operation of the function keys of the transmitter, and the sleep function that automatically turns off at the setting time, the timer function that automatically turns off after a predetermined time when the lamp is turned on, and the ambient brightness Depending on the degree, it is possible to satisfy the needs of consumers by granting better functions by performing a security function that repeats automatically periodically every predetermined time.

Claims (3)

In the remote control device for a lighting device having a wireless transmitter 20 and a wireless receiver 40, the wireless transmitter 20 is a keyboard (24) consisting of a button of the dash for selecting a desired function among a plurality of functions, and A first channel selector 25 connected to one side of the keyboard 24 to match a channel with the wireless transmitter 40, and a function of a button input connected to the other end of the keyboard 24 and corresponding thereto It comprises a microcomputer 23 for generating a signal, and an infrared output unit 22 connected to the output terminal of the microcomputer 23 to emit infrared light in proportion to the input signal into the space, the wireless receiver 40 A second channel selector 42 for receiving an infrared ray emitted into the space and converting the infrared signal into an electric signal, a second channel selector 42 for matching a channel with the wireless transmitter 20, and the second channel selector 42 Is connected to one side of the wireless transmission The plurality of lamps 50 correspond to the function of the received signal by comparing, analyzing and reading the setting switch 43 matching the function set on the keyboard of the bride 20 and the output signal of the infrared receiver 46. Microcomputer 44 with a built-in program for controlling the, and detect the ambient illumination, and converts the detected illumination into an electrical value and transmits to the microcomputer 44, the illumination sensor 47, and the microcomputer 44 Connected to an output terminal of the buzzer generator 48 for transmitting a buzzer sound every time the keyboard is operated by the wireless transmitter 20, and informs the attached position of the wireless receiver 40 according to the control signal of the microcomputer 44, and the current operation. A second display unit 49 for notifying a mode state by the lighting of the lamp, and a drive circuit 45 having a switching function for lighting the load 50, which is a plurality of lamps, according to the control signal of the microcomputer 44. Luminaire, characterized in that made Remote control unit. 2. A remote control apparatus for a luminaire according to claim 1, wherein a dimming circuit (60) is added to the micom (44) of said receiver (40). (Correction) A remote control method for a lighting device having a wireless transmitter and a wireless receiver, comprising the steps of: initializing by inputting power to the system; turning on the display lamp at the same time of initialization; An initial execution step (L1) comprising scanning the received key signal and determining whether there is an input signal by operating a button; An on / off process (L2) comprising a step of determining whether the button input in the step of operating the button is a simple on / off control, and a step of turning on and off a lamp corresponding to the simple on / off; Determining whether the input button in the step of operating the button is a sleep button, reading a setting time in the case of a sleep button, determining whether the setting time is completed, and when the setting time is completed. Sleeping function execution process consisting of the step of turning off the lamp that is turned on (L3); Judging whether the buttons input in the step of operating the buttons are sequential buttons; when the sequential buttons are input; sequentially turning on the lamps according to a program designated to the microcomputer; And a step of releasing the sequential function when the sequential button is input again (L4); Determining whether the input button in the step of operating the button is a timer button, lighting a designated lamp when the timer button is input, determining whether the set time is completed, and setting time is completed. A timer running process (L5) consisting of turning off the lamp which is turned on; Determining whether the input button is a security button in the step of manipulating the button; determining whether the ambient illuminance is below the reference level when the security button is input; and repeatedly every predetermined time when the button is below the reference level. And executing the lamp in an on / off state, and maintaining the lamp in the off state when the lamp is not below the reference level (L6).