KR20050104126A - Bio controller for controlling illumination adapted to bio rhythm - Google Patents

Abstract

The present invention is installed in each home to perform the clock function in normal times, in the morning wakes up incandescent light gradually at the time reserved by the user, and when the incandescent light is completely bright, the fluorescent light is turned on so that the incandescent light is turned off to achieve the optimal biorhythm. At the same time, if the sleep function is set, the incandescent light turns on after a certain time, the fluorescent light turns off, and the brightness of the incandescent light gradually diminishes over time, and after a certain time, the incandescent light turns off completely to create a comfortable bed for the biorhythm. Can be.

Description

BIO CONTROLLER FOR CONTROLLING ILLUMINATION ADAPTED TO BIO RHYTHM}

The present invention relates to a biocontroller for controlling lighting according to a biorhythm, and particularly, is installed in each home to perform a clock function in normal times, and when the morning light wakes up, the incandescent lamp gradually brightens and the fluorescent lamp is completely illuminated. It is possible to maintain optimal biorhythm by turning off the incandescent lamp while turning on the lamp, and when the sleep function is set, the incandescent lamp turns on after a certain time, the fluorescent lamp turns off, and the brightness of the incandescent lamp gradually diminishes after a certain time. The present invention relates to a biocontroller that controls lighting according to a biorhythm that can be turned off to create a comfortable sleep according to the biorhythm.

The switch for turning on and off the home lamp, which has been widely used in the related art, has only an effect of simply turning on or turning off a lamp installed on a ceiling or a wall, for example, a fluorescent incandescent lamp.

However, such a conventional on / off control switch has various problems, such as the inability to adjust the brightness of the light in accordance with the human rhythm of the human body and thus cannot create an atmosphere suitable for the human rhythm.

Accordingly, the present invention has been made to solve the above various problems, the object of the present invention is installed in each home to perform the clock function in normal, at the time scheduled by the user during the morning wake-up to maintain the optimal biorhythm The incandescent lamp is gradually brightened and when the incandescent lamp is completely bright, the fluorescent lamp is turned on and the incandescent lamp is turned off to provide a biocontroller that controls the lighting according to the biorhythm to maintain the biorhythm.

Another object of the present invention is to set the bedtime function after incandescent light is turned on after a certain time and the fluorescent light is turned off and the brightness of the incandescent light gradually fades over time while the incandescent light is completely turned off after a certain time to provide a comfortable sleep according to the biorhythm. The present invention provides a biocontroller that controls lighting according to biorhythms.

In order to achieve the above object, the present invention provides a microprocessor for controlling the overall operation, time setting control signal, wake-up control signal, sleep control signal, security control signal, current time change control signal, lamp on / off control signal. A function setting unit input to the microprocessor, a voltage regulator receiving an AC voltage from an AC power supply unit and inputting a DC voltage of a predetermined level to the microprocessor as an operating power source, and zeroing and controlling the incandescent lamp and the first to fluorescent lamps; A synchronization signal generator for receiving an AC voltage from the AC power supply unit to convert a voltage to a predetermined level to control the crossing point, and inputting a square wave signal to the microprocessor; Input from a power-off detection section and the function setting section Said incandescent light. The incandescent lamp under control of the microprocessor receiving the on / off control signal of the first to third fluorescent lamps. And a lamp on / off unit for driving on / off of the first to third fluorescent lamps, and an AC power input from the AC power supply unit to receive an on / off drive control signal output from the lamp on / off unit. Receives a signal input by the switching control unit for controlling at least one of the first to third fluorescent lamps to turn off the light, and the hour / minute adjustment button, the wake-up button, the sleep button, the security button and the current time correction button First display means for displaying the current time by means of a display control signal output to the microprocessor, and for displaying by the respective icons that the weather function setting, the sleep function setting, and the security function have been set; Second display means for respectively displaying the operation (switching on) of the incandescent light on / off button and the first to third fluorescent light on / off buttons, and outputting acoustically that the button is operated when each button of the function setting unit is pressed. The audio output section, the infrared receiver section for receiving the infrared signal output from the remote controller, and the entire operation when the power supply voltage is cut off are covered. A reset button, a ROM having stored therein an execution program of the microprocessor, time setting data inputted from the function setting unit, weather reservation data, sleep reservation data, security reservation data, current time change data, lamp ON / OFF And a RAM for receiving and storing data through the microprocessor.

Hereinafter, a biocontroller for controlling illumination according to a biorhythm according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a front view of a biocontroller for controlling the illumination according to the biorhythm according to an embodiment of the present invention, Figure 2 is a block diagram of a biocontroller for controlling the illumination according to the biorhythm according to an embodiment of the present invention to be.

1 and 2, the biocontroller for controlling lighting according to the biorhythm according to an embodiment of the present invention includes a microprocessor 10 for controlling the overall operation, a time setting control signal, and a weather control signal. , A function control unit 20 for inputting a sleep control signal, an anti-security control signal, a current time change control signal, and a lamp on / off control signal to the microprocessor 10, and receives an AC voltage from the AC power supply unit 5, and receives a constant voltage. The zero crossing point is controlled to turn on / off the voltage regulator 30 and the incandescent lamp 1 and the first to fluorescent lamps 2, 3, and 4 that input the level DC voltage to the microprocessor 10 as an operating power source. A synchronization signal generator 40 which receives an AC voltage from the AC power supply unit 5 and converts it into a voltage of a predetermined level (for example, 5 Vdc / 60 Hz) and inputs a square wave signal to the microprocessor 10;A power off detection unit (50) for detecting power off of the AC power unit (5) and inputting the microprocessor (10), and the incandescent lamp (1) input from the function setting unit (20). The incandescent lamp (1) under the control of the microprocessor (10) receiving the on / off control signal of the first to third fluorescent lamps (2, 3, 4). The lamp on / off unit 60 for driving on / off of the first to third fluorescent lamps 2, 3, and 4, and the on / off drive control signal output from the lamp on / off unit 60 The incandescent lamp 1 receives AC power input from the AC power supply 5. A switching control part 70 for turning on / off control of at least one of the first to third fluorescent lamps 2, 3 and 4, an hour / minute adjustment button 21 of the function setting part 20, and a weather button ( 22) displaying the current time by the display control signal output to the microprocessor 10 receiving the signal input by the sleep button 23, the security button 24 and the current time correction button 25; At the same time, the first display means 80 for displaying the weather setting function, the sleep function setting function, and the security function setting by the respective icons, and the incandescent lamp on / off button 26 and the first function of the function setting unit 20; To second display means 90 for displaying the operation (switching on) of the third fluorescent lamp on / off buttons 27, 28 and 29, respectively, and the button is operated when the respective buttons of the function setting unit 20 are pressed. Infrared sound output from the sound output unit 100 and a remote controller not shown And an infrared receiver 110 for receiving the signal, a reset button 120 for resetting the entire operation when the power supply voltage is cut off, a ROM 130 in which the execution program of the microprocessor 10 is stored; RAM for receiving and setting the time setting data, the weather reservation data, the sleep reservation data, the crime prevention reservation data, the current time change data, and the lamp on / off data input from the function setting unit 20 through the microprocessor 10. (140; Random Access Memory).

The function setting unit 20 adjusts the current time correction button 25 for inputting a correction command of the current time, and an hour / minute adjustment for adjusting the hour or minute of the current time when the current time correction button 25 is switched on. Button 21, a wake-up button 22 for inputting a wake-up time reservation command and a reservation cancel command, a sleep button 23 for inputting a sleep time reservation command and a reservation cancel command, a security command, and a security cancel command Incident light button 24 to input, the incandescent light ON / OFF button 26 which inputs the lighting and extinguishing command of the incandescent lamp 1, and the 1st fluorescent light ON / OFF button which inputs the lighting and extinguishing command of a 1st fluorescent lamp ( 27), and a second fluorescent light on / off button 28 for inputting the on / off command of the second fluorescent lamp and a third fluorescent light on / off button 29 for inputting the on / off command of the third fluorescent lamp. It is.

The hour / minute adjustment button 21 includes a time adjustment button 21a for adjusting a time when the current time correction button 25 is switched on (pressed state), and a switching on of the current time correction button 25. It is comprised by the minute adjustment button 21b which adjusts minutes at the time of a pressed state.

The lamp on / off unit 60 lights up the incandescent lamp 1 by a control signal output from the microprocessor 10 when the incandescent lamp on / off button 26 of the function setting unit 20 is switched on. And a control signal output from the microprocessor 10 when the incandescent lamp on / off driver 61 driven to be turned off and the first fluorescent lamp on / off button 27 of the function setting unit 20 are switched on. When the first fluorescent lamp on / off driving unit 62 and the second fluorescent lamp on / off button 28 of the function setting unit 20 are switched on, the micro fluorescent light is turned on. A second fluorescent lamp on / off driver 63 driven to turn on and off the second fluorescent lamp 3 according to a control signal output from the processor 10, and a third fluorescent lamp on / off of the function setting unit 20; At the time of switching on of the light-out button 29, the said mi With the control signal outputted from the processor 10 is composed of a third fluorescent lamp turned on / off drive section 64 is driven to light up, and turns off the third fluorescent lamps (4).

The first display means 80 includes a time display unit 81 for displaying a current time when the current time correction button 25 of the function setting unit 20 is switched on, and the function setting unit 20. When the wake-up time is reserved by the wake-up button 22, when the wake-up time arrives, a beep sound is output from the sound output unit 100, and a wake-up icon 82 indicating that the wake-up time is reached, and the function setting unit ( When the bed is reserved by the sleep button 23 of 20) When the bed is reserved by the sleep icon 83 indicating that the bed time is reserved and the security button 23 of the function setting unit 20 It consists of the crime prevention icon 84 which shows that the crime prevention function is reserved.

The first display means 80 may be any one selected from a liquid crystal display panel (LCD), a plasma display panel (P), or a thin film transistor (TFT).

The second display means 90 displays a first light emitting diode LED1 indicating that the incandescent light on / off button 26 is in operation when the incandescent light on / off button 26 of the function setting unit 20 is switched on. And a second light emitting diode LED2 indicating that the first fluorescent lamp on / off button 27 is in operation when the first fluorescent lamp on / off button 27 of the function setting unit 20 is switched on. A third light emitting diode LED3 indicating that the second fluorescent light on / off button 28 is in operation when the second fluorescent light on / off button 28 of the function setting unit 20 is switched on; A fourth light emitting diode LED4 indicating that the third fluorescent lamp on / off button 28 is in operation when the third fluorescent lamp on / off button 29 of the function setting unit 20 is switched on.

Next, the operation and effects of the bio remote controller for controlling illumination according to the biorhythm according to the embodiment of the present invention configured as described above will be described.

First, in order to reserve the wake-up time, press the current time correction button 25 of the function setting unit 20, and then adjust the time of the hour / minute adjustment button 21 installed in the function setting unit 20. After setting the wake-up time by pressing the button 21a, and setting the minute of the wake-up time by pressing the minute adjust button 21b of the hour / minute adjust button 21, these wake-up time reservation data are stored in the ROM 130. According to the execution program of the microprocessor 10 is processed in the RAM 140 is stored.

Subsequently, when the time elapses and reaches the wake-up reservation time, that is, the set time, the microprocessor 10 calculates and processes the data stored in the RAM 140 according to the execution program of the ROM 130 to incandescent lamp. At the same time as lighting (1), the beep sound is output from the sound output unit 100 for a predetermined time to wake up. At this time, of course, the current time is displayed on the time display unit 81 of the first display means 80 at the wake-up time.

On the other hand, to set only the alarm function, after pressing the wake button 22 twice, as described above, pressing the current time correction button 25 of the function setting unit 20, and then to the function setting unit 20 After setting the wake-up time by pressing the time adjust button 21a of the hour / minute adjust button 21 provided, press the minute adjust button 21b of the hour / minute adjust button 21 to set the minutes of the wake-up time. In this case, these wake-up time reservation data are computed by the microprocessor 10 according to an execution program of the ROM 130 and stored in the RAM 140.

Thereafter, 30 minutes before the wake-up reservation time, the microprocessor 10 calls the data stored in the RAM 140 according to the execution program of the ROM 130 to store the microprocessor ( The incandescent lamp lighting control signal output from the incandescent lamp lighting / lighting out driving unit 61 is outputted by outputting a lighting control signal of the incandescent lamp 1 to the incandescent lamp lighting / lighting off driving unit 61 of the lamp on / off unit 60 at 10). By dimming the lighting of the incandescent lamp (1) by means of dimming the lighting of the incandescent lamp (1) gradually starts to brighten, and when the wake-up reservation time comes to light up completely, the microprocessor 10, the lamp on / off unit The first fluorescent lamp on / off driver 62 outputs a lighting control signal for turning on the first fluorescent lamp 2 to the first fluorescent lamp on / off driver 62 of (60). The first fluorescent light 2 by the light control signal output de-illuminated. At this time, since the lighting control signal is not output from the microprocessor 10 to the incandescent lamp on / off driver 61 of the lamp on / off unit 60, the incandescent lamp 1 is turned off while the microprocessor 10 is turned off. The beep sound is output from the sound output unit 100 for a predetermined time (for example, 3 minutes) by the control signal output from the same time, and the weather and alarm icons 82 of the first display means 80 are pointed out. Indicates that it is time to wake up.

When the user wants to cancel the weather reservation, pressing the weather button 22 releases the weather reservation and simultaneously wakes up and wakes the alarm icon 82 of the first display means 80. Disappears from

The incandescent lamp 1 and the first lamp are pressed by pressing at least one of the incandescent lamp on / off button 26 and the first to third fluorescent lamp on / off buttons 27, 28, and 29 of the function setting unit 20. If the user presses the sleep button 23 of the function setting unit 20 to reserve the sleep time while working in the living room by lighting at least one of the third to third fluorescent lamps 2, 3, and 4, the sleep time reservation is made. When the data is input to the microprocessor 10 and the predetermined time (for example, 30 minutes) has elapsed on the time display unit 81 of the first display means 80 of the microprocessor 10, the schedule starts to go to sleep. A time, for example, 30 minutes is displayed, and after a predetermined time (for example, 5 minutes) has elapsed, the microprocessor 10 turns on / off the first to third fluorescent lamps of the lamp on / off driving unit 60. Since no lighting control signal is output to the driving units 62, 63, and 64, the The first to third fluorescent lamps 2, 3, and 4 are turned off, and the microprocessor 10 lights up the incandescent lamp of the lamp on / off unit 60 so as to gradually reduce the luminous intensity of the incandescent lamp 1. Outputting a signal for dimming the incandescent lamp 1 to the / off driver 61 to gradually reduce the current applied to the incandescent lamp 1 by the dimming control signal output from the incandescent lamp on / off driver 61 Starting at a certain time (for example, 30 minutes), the incandescent lamp 1 is completely turned off so that the person who has booked the bed can easily go to bed as the illuminance decreases. At the same time, the sleep icon 83 of the first display means 80 is displayed to indicate that it is sleeping.

In the above description, when the incandescent lamp on / off button 26 of the function setting unit 20 is pressed, the first light emitting diode LED1 of the second display unit 90 emits light so that the incandescent lamp of the function setting unit 20 is emitted. When the on / off button 26 is switched on and the first fluorescent lamp on / off button 27 of the function setting unit 20 is pressed, the second light emitting diode LED2 of the second display means 90 is pressed. ) Emits light to indicate that the first fluorescent lamp on / off button 27 of the function setting unit 20 is switched on, and when the second fluorescent lamp on / off button 28 of the function setting unit 20 is pressed, The third light emitting diode LED3 of the second display means 90 emits light to indicate that the second fluorescent light on / off button 28 of the function setting unit 20 is switched on, and the function setting unit 20 When the third fluorescent lamp on / off button 29 is pressed, the third light emitting diode LED3 of the second display means 90 emits light to perform the above function. The third fluorescent lamp on / off button 29 of the setting unit 20 indicates switching on.

If the user wants to cancel the sleep reservation, pressing the sleep button 23 again in the function setting unit 20 cancels the sleep reservation and at the same time the sleep icon 83 disappears from the first display means 80.

Press the security button 24 of the function setting unit 20 and then press the current time correction button 25 of the function setting unit 20 to prevent an intruder from sleeping while sleeping. When the time when the security function is started using the time adjustment button 21a and the minute adjustment button 21b of the adjustment button 21 is set, the security icon 84 is displayed on the first display means 80 and at the same time. Security reservation time data is input to the microprocessor 10 and calculated according to an execution program stored in the ROM 130 and stored in the RAM 140.

Thereafter, when the security reservation time is set according to the passage of time, the microprocessor 10 extracts and operates the security reservation time data stored in the RAM 140 according to an execution program stored in the ROM 130. In this way, the security reservation time data calculated in this way is incandescent light ON / OFF driving unit 61 or the first to third fluorescent lamp ON / OFF driving unit 62 of the lamp ON / OFF unit 60 in the microprocessor 10, An incandescent lamp on / off driver 61 or first to third fluorescent lamp on / off drivers 62,63,64 of the lamp on / off unit 60 by outputting a lighting signal to at least one of The at least one of the incandescent lamp (1) or the first to third fluorescent lamps (2, 3, 4) to light up to indicate that there is a person at home, for a certain time, for example, 6 hours After the elapse of the micro In the processor 10, a lighting control signal is applied to at least one of the incandescent lamp on / off driver 61 of the lamp on / off unit 60 or the first to third fluorescent lamp on / off drivers 62, 63, and 64. Since it does not output, any one of the said incandescent lamp 1 or the said 1st-3rd fluorescent lamps 2, 3, 4 is turned off.

If you want to cancel the security reservation, pressing the security button 24 of the function setting unit 20 again releases the security reservation, the security icon 84 disappears in the first display means (80).

On the other hand, if you want to use a remote controller (not shown) to control the biocontroller for controlling the lighting according to the biorhythm of the present invention, as described above in the remote controller (not shown) by pressing the corresponding button of the remote controller You can control the lighting to match the rhythm. Although not shown in the remote controller, each of the function setting unit 20, the lamp on / off unit 60, the power-off detection unit 50, which are provided in the biocontroller for controlling the illumination according to the biorhythm of the present invention, It goes without saying that the sound output unit 100 and the reset button 120 are installed.

Therefore, the present invention is installed in each home to perform the clock function in normal times, in the morning wake up incandescent light gradually brighten at the time reserved by the user and when the incandescent light is completely bright, the incandescent light is turned off while the incandescent light is optimal biorhythm At the same time, if the sleep function is set, the incandescent light turns on after a certain time, the fluorescent light turns off, and the brightness of the incandescent light gradually diminishes with the passage of time, and after a certain time, the incandescent light turns off completely to provide a comfortable sleep in accordance with the biorhythm. You can make it.

In the above description, the specific embodiments have been shown and described, but the present invention is not limited thereto, for example, by those skilled in the art without departing from the concept of the present invention. Of course, the design can be changed in various ways.

As described above, the biocontroller for controlling lighting according to the biorhythm of the present invention includes a microprocessor for controlling the overall operation, a time setting control signal, a weather control signal, a sleep control signal, a security control signal, and a current time change. A function setting unit for inputting a control signal and a lamp on / off control signal to the microprocessor, a voltage regulator for receiving an AC voltage from an AC power supply unit and inputting a DC voltage of a predetermined level to the microprocessor as an operating power source, an incandescent lamp and a A synchronization signal generator for receiving an AC voltage from the AC power supply unit and converting the voltage to a predetermined level so as to control a zero crossing point to control on / off of the fluorescent lamp and inputting a square wave signal to the microprocessor; Detect off and enter the microprocessor And an incandescent lamp inputted from the power off detection unit and the function setting unit. The incandescent lamp under control of the microprocessor receiving the on / off control signal of the first to third fluorescent lamps. And a lamp on / off unit for driving on / off of the first to third fluorescent lamps, and an AC power input from the AC power supply unit to receive an on / off drive control signal output from the lamp on / off unit. Receives a signal input by the switching control unit for controlling at least one of the first to third fluorescent lamps to turn off the light, and the hour / minute adjustment button, the wake-up button, the sleep button, the security button and the current time correction button First display means for displaying the current time by means of a display control signal output to the microprocessor, and for displaying by the respective icons that the weather function setting, the sleep function setting, and the security function have been set; Second display means for respectively displaying the operation (switching on) of the incandescent light on / off button and the first to third fluorescent light on / off buttons, and outputting acoustically that the button is operated when each button of the function setting unit is pressed. The audio output section, the infrared receiver section for receiving the infrared signal output from the remote controller, and the entire operation when the power supply voltage is cut off are covered. A reset button, a ROM having stored therein an execution program of the microprocessor, time setting data inputted from the function setting unit, weather reservation data, sleep reservation data, security reservation data, current time change data, lamp ON / OFF Since it has a RAM for receiving and storing data through the microprocessor, it is installed in each home and performs a clock function in normal times, and the incandescent lamp gradually brightens at the time reserved by the user in the morning waking up, and when the incandescent lamp becomes completely bright, the fluorescent lamp Lights up and the incandescent lamp is turned off to maintain the optimal biorhythm.When the sleep function is set, the incandescent lamp is turned on after a certain time, the fluorescent lamp is turned off, and the brightness of the incandescent lamp gradually fades over time. Incandescent lamps go out completely to match biorhythms There is an excellent effect that it can create a good night's sleep.

1 is a front view of a biocontroller for controlling lighting according to a biorhythm according to an embodiment of the present invention;

2 is a block diagram of a biocontroller for controlling lighting according to a biorhythm according to an embodiment of the present invention.

<Explanation of symbols for main parts of the drawings>

1: incandescent lamp 2: first fluorescent lamp

3: second fluorescent tube 4: third fluorescent tube

10: microprocessor 20: function setting section

21: hour / minute adjustment button 21a: time adjustment button

21b: Minute adjustment button 22: Weather button

23: Sleep button 24: Security button

25: Current time correction button 26: Incandescent light on / off button

27: The first fluorescent light on / off button 28: The second fluorescent light on / off button

29: Third fluorescent lamp ON / OFF button 30: Voltage regulator

40: synchronous signal generator 50: power off detector

60: lamp on / off unit 61: incandescent lamp on / off driving part

62: first fluorescent light on / off drive 63: second fluorescent light on / off drive

64: third fluorescent lamp on / off drive unit 70: switching control unit

80: first display means 81: time display unit

82: weather icon 83: bedtime icon

84: security icon 90: second display means

100: sound output unit 110: infrared receiver

120: Reset button 130: ROM

140: RAM

Claims (9)

The microprocessor 10 which controls the whole operation, and sets a time control signal, weather control signal, sleep control signal, security control signal, current time change control signal, lamp on / off control signal to the microprocessor 10. A function regulator 20 for inputting, a voltage regulator 30 for receiving an AC voltage from the AC power supply unit 5 and inputting a DC voltage of a predetermined level to the microprocessor 10 as an operating power source, an incandescent lamp 1 and The microprocessor 10 converts a square wave signal by receiving an AC voltage from the AC power supply unit 5 and converting it into a voltage of a predetermined level so as to control a zero crossing point to turn on / off the first to fluorescent lamps 2, 3, and 4. The synchronization signal generator 4 `` 0 inputted to the power source; the power off detection unit 50 that detects power off of the AC power supply 5 and inputs the microprocessor 10 to the microprocessor 10; and the function setting unit 20 ) The incandescent lamp is output (1). The incandescent lamp (1) under the control of the microprocessor (10) receiving the on / off control signal of the first to third fluorescent lamps (2, 3, 4). The lamp on / off unit 60 for driving on / off of the first to third fluorescent lamps 2, 3, and 4, and the on / off drive control signal output from the lamp on / off unit 60 The incandescent lamp 1 receives AC power input from the AC power supply 5. A switching control part 70 for turning on / off control of at least one of the first to third fluorescent lamps 2, 3 and 4, an hour / minute adjustment button 21 of the function setting part 20, and a weather button ( 22) displaying the current time by the display control signal output to the microprocessor 10 receiving the signal input by the sleep button 23, the security button 24 and the current time correction button 25; At the same time, the first display means 80 for displaying the weather setting function, the sleep function setting function, and the security function setting by the respective icons, and the incandescent lamp on / off button 26 and the first function of the function setting unit 20; To second display means 90 for displaying the operation (switching on) of the third fluorescent lamp on / off buttons 27, 28 and 29, respectively, and the button is operated when the respective buttons of the function setting unit 20 are pressed. A sound output unit 100 for outputting the sound as a sound, and receiving an infrared signal output from the remote controller The external receiver 110, a reset button 120 for resetting the entire operation when the power supply voltage is cut off, a ROM 130 in which an execution program of the microprocessor 10 is stored, and the function setting unit 20 ) Is configured as a RAM 140 for receiving and storing the time setting data, weather reservation data, sleep reservation data, security reservation data, current time change data, lamp on / off data inputted from the microprocessor 10) Biocontroller for controlling the lighting according to the biorhythm, characterized in that. The apparatus of claim 1, wherein the function setting unit 20 sets the current time correcting button 25 for inputting a correcting command of the current time, and the time or minute of the current time when the current time correcting button 25 is switched on. Hour / minute adjustment button 21 for adjusting, wake-up button 22 for inputting a reservation instruction and a reservation cancellation instruction for wake-up time, a sleep button 23 for inputting a reservation instruction and a reservation instruction for sleeping time, and crime prevention A security button 24 for inputting a command and a security cancel command, an incandescent light on / off button 26 for inputting a light on / off command of the incandescent lamp 1, and a light on / off command for the first fluorescent lamp; 1 fluorescent light on / off button 27, the second fluorescent light on / off button 28 for inputting the on / off command of the second fluorescent lamp and third fluorescent light on / for inputting the on / off command of the third fluorescent lamp Biophysical device comprising a light-out button 29 Bio-controllers to control the lighting focused on. The time / minute adjustment button 21 is a time adjustment button 21a for adjusting a time when the current time correction button 25 is switched on (pressed state), and the current time correction button ( A biocontroller for controlling lighting according to a biorhythm, characterized in that it comprises a minute adjustment button (21b) for adjusting the minute at the time of switching on. The display apparatus of claim 1, wherein the first display means (80) includes a time display unit (81) for displaying a current time when the current time correction button (25) of the function setting unit (20) is switched on, and the function When the wake-up time is reserved by the wake-up button 22 of the setting unit 20, when the wake-up time arrives, a beep sound is output from the sound output unit 100 and a wake-up icon 82 indicating that the wake-up time has been reached; When the bed is reserved by the sleep button 23 of the function setting unit 20, the bed icon 83 indicating that the bed time is reserved, and the security button 23 of the function setting unit 20. Bio-controller for controlling the lighting according to the biological rhythm, characterized in that consisting of a security icon (84) indicating that the security function is reserved when the security function is reserved. The method of claim 1, wherein the lamp on / off unit 60 is controlled by the control signal output from the microprocessor 10 at the time of switching on the incandescent lamp on / off button 26 of the function setting unit 20 In the microprocessor 10 at the time of switching on the incandescent lamp on / off driving unit 61 and the first fluorescent lamp on / off button 27 of the function setting unit 20 which are driven to turn on and off the incandescent lamp 1. A first fluorescent lamp on / off driver 62 driven to turn on and off the first fluorescent lamp 2 by an output control signal, and a second fluorescent lamp on / off button 28 of the function setting unit 20; A second fluorescent lamp on / off driver 63 driven to turn on and off the second fluorescent lamp 3 according to a control signal output from the microprocessor 10 at the time of switching on, and the function setting unit 20. Switching on of the third fluorescent lamp on / off button 29 And a third fluorescent lamp on / off driver 64, which is driven to turn on and off the third fluorescent lamp 4 according to a control signal output from the microprocessor 10 at the time. Biocontroller to control tailored lighting. 2. The biocontroller according to claim 1, wherein the first display means (80) is a liquid crystal display panel. The biocontroller according to claim 1, wherein the first display means is a plasma display panel. The biocontroller according to claim 1, wherein the first display means (80) is a thin film transistor. The method of claim 1, wherein the second display means (90) indicates that the incandescent light on / off button (26) is in operation when switching on the incandescent light on / off button (26) of the function setting unit (20). A second display indicating that the first fluorescent light on / off button 27 is operating when the first light emitting diode LED1 and the first fluorescent light on / off button 27 of the function setting unit 20 are switched on. A third light emitting diode indicating that the second fluorescent light on / off button 28 is in operation when the light emitting diode LED2 and the second fluorescent light on / off button 28 of the function setting unit 20 are switched on. (LED3) and a fourth light emitting diode (LED4) indicating that the third fluorescent lamp on / off button 28 is operating when the third fluorescent lamp on / off button 29 of the function setting unit 20 is switched on. Biocontroller for controlling the lighting according to the biorhythm, characterized in that consisting of.