JP2002231463A - Automatic illumination remote controller - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an automatic illumination remote controller capable of easily coping with a luminaire of different consumer electronics maker and a model using few buttons, and strengthening the function for controlling the luminaire according to a movement of a person. SOLUTION: This remote controller of the luminaire 2 can control at least turning an and off according to reception of one remote control code Sx, and has a storage part 4 for storing remote control codes S1, S2, etc., for controlling the luminaire, a human body detecting part 5 for detecting an infrared ray L1 from the human body H, a progressive button 6b for transmitting the remote control code Sx of the luminaire 2 stored in the storage part 4 every operation, and an automatic button 6c for switching to an automatic illumination mode of transmitting the remote control code Sx required for turning on the luminaire 2 when detecting the human body H by waiting for detection of the human body by the human body detecting part 5 after transmitting the remote control codes Sx, Sx and Sx required for turning off the luminaire 2 by arranging shot delay time T1 from operated time.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a novel automatic lighting remote control which can be used for home appliances manufacturers and different types of lighting equipment.

[0002]

2. Description of the Related Art Conventionally, home electric appliance manufacturers have sold a remote controller (hereinafter referred to as "remote controller") for remotely controlling all electric appliances. Also,
Naturally, the operation of these appliances is performed by transmitting command signals (remote control codes) dedicated to home appliance manufacturers. Therefore, it has not been possible to use a remote control of one home appliance maker to control an electric appliance of another home appliance maker.

Conventionally, a remote control called a universal remote control has been put into practical use in which a remote control code of a television or video of each home appliance maker is stored and selected to control the television or video of each home appliance maker. ing. In addition, there is a universal remote control in which a function for supporting a specific lighting fixture is added.

[0004]

However, the operation of setting a remote control code of a so-called universal remote control (hereinafter referred to as a preset operation) is complicated and troublesome. That is, for example, the preset operation is performed when the user operates a numeric keypad or the like for setting a channel of a television or a video while looking at a correspondence table of remote control codes of respective electric appliances attached to the universal remote controller first. I had to enter the code.

[0005] The correspondence table of the remote control codes is, for example, "○
The manufacturer identification code corresponding to the company's “video manufactured in 1989-1992” was difficult to understand for the user, such as “123”. Similarly, it is not only troublesome to check the maker of the lighting fixture mounted on the ceiling, but also to find out the warranty or the manual in order to check the manufacturing year.

Some users have a prejudice that it is difficult just to look at the numeric keypad or a large number of keys, and they tend to give up the operation of the universal remote control from the beginning. On the other hand, if the number of keys is small, the preset operation cannot be performed. There was a dilemma. In addition, since it is necessary to input the manufacturer identification code for the preset operation, by dirtying or losing the correspondence table of the remote control code of each electrical product,
There was a possibility that the preset operation could not be performed.

On the other hand, in recent years, a remote controller for controlling a relatively simple electric appliance such as a lighting fixture has been provided with a large number of keys instead of a large number of keys so that a user can more easily control the electric appliance. , 1 to 3 keys are provided. That is, in the case of lighting equipment, every time one remote control code is transmitted by operating one forward button, for example, “all lights” → “reduced lights” → “miniature lights” → “off lights” → “all lights”… There is an increasing number of so-called cycle-type lighting devices that perform progressive control so that the lighting devices can be controlled in a cycle. However, when operating the cycle-type lighting apparatus, for example, it is necessary to press the forward button three times to turn off the lighting apparatus in the all-lit state, which may be troublesome.

[0008] The present invention has been made in view of the above-mentioned circumstances, and can be easily adapted to home appliance manufacturers and different types of lighting fixtures with only a few buttons, and can be adapted to the movement of people. The purpose of the present invention is to provide an automatic lighting remote control with an enhanced function of controlling lighting equipment.

[0009]

In order to achieve the above object, an automatic lighting remote controller according to the present invention is a remote controller for a lighting fixture capable of at least turning on and off control in response to reception of one remote control code. ,
A storage unit for storing a remote control code for controlling the lighting equipment, a human body detection unit for detecting infrared rays from a human body, and a first button for transmitting a remote control code for the lighting equipment stored in the storage unit each time the operation is performed. After a remote control code required to turn off the lighting equipment with a short delay from the time of operation, it is necessary to turn on the lighting equipment when it detects the human body by waiting for the human body detection by the human body detection unit And a second button for switching to an automatic lighting mode for transmitting a remote control code.

[0010] By using the automatic lighting remote controller having the above-described configuration, the user operates the second button only once, and after a short time of about several seconds to several tens of seconds counted from the time when the user operates the second button. The lighting fixture can be turned off, and then the lighting fixture can be set to automatically turn on when the human body detection unit detects a human body. That is, the user presses the second button only once and goes to bed or leaves the room, so that it is possible to secure the light for a short time for going to bed or leaving the room and to turn off the lighting device.

[0011] By making the remote control code necessary for turning off the lighting equipment the same one of the remote control codes as necessary, the lighting equipment can be reliably turned off.

The storage unit stores one remote control code corresponding to various lighting fixtures, and has a setting button for enabling the user to switch the remote control code by operating the remote control code. When a remote control code setting function of transmitting the remote control code while sequentially switching by operating one button is provided, the user can change the remote control code while switching the remote control code to correspond to the lighting equipment to be controlled. Can be confirmed, and the preset operation of the remote control code can be performed very easily by operating only two buttons.

A setting button is provided for setting the number of transmissions of a remote control code required to turn off the lighting equipment by operating the remote control code. Each time the second button is operated while operating this setting button, the remote control code is set. In the case where the user has a cycle number setting function that can set the number of transmissions of the remote control code required to turn off the lighting fixture in the lighting state by counting the number of transmissions and transmitting the The preset operation of the remote controller according to the number of operation cycles can be performed very easily by operating only two buttons.

In the automatic lighting mode, after a predetermined length of time has passed since the time when the human body detection unit detected the human body, the remote control code necessary for turning off the lighting equipment is transmitted to turn off the lighting equipment. In the case of having the forgetting prevention function, it is possible to reliably prevent the lighting fixture from being forgotten to be turned off by avoiding unnecessary lighting of the lighting fixture in a state where there is no person.

[0015]

DESCRIPTION OF THE PREFERRED EMBODIMENTS FIGS. 1 and 2 are general views showing an example of the configuration of an automatic lighting remote controller according to the present invention. 1 and 2, reference numeral 1 denotes an automatic lighting remote controller, and reference numeral 2 denotes a lighting device to be controlled by the automatic lighting remote controller 1.

The automatic lighting remote controller 1 of the present embodiment comprises a lighting fixture 2
A remote control controller 3 for transmitting a predetermined remote control code Sx to the remote controller 1 and controlling each part of the remote controller 1;
A remote control code S _1, storage section 4 for storing ... including the remote control code Sx for controlling, a human body detection unit 5 for detecting the infrared L ₁ from the human body H, various input buttons 6
a, 6b, a keyboard 6 having 6c, an illuminance sensor 7 for measuring the ambient illumination, the light emitting diode 8 emits light by the remote control code Sx near infrared L _2, the display displays a status of the automatic lighting remote control 1 LED 9 And

The light emitting diode 8 has a wavelength of about 0.7 to 1.3 μm centered obliquely at an angle of 45 ° when the remote controller 1 is mounted on a horizontal surface and mounted on a wall.
By being mounted so as to emit m near infrared rays L ₂ , it is configured such that the near infrared rays L ₂ reach the lighting fixture 2 better.

Meanwhile, the luminaire 2 has any configuration on each home appliance manufacturers, for example, reception of the NIR L ₂ element 2
and a, a receiving unit 2b for receiving the remote control code Sx NIR L ₂ received light emitter 2c fluorescent or beans lamp
And the illuminant 2c with the reception of the remote control code Sx
And a power control unit 2d for adjusting the power supplied to the power supply. The control by the power control unit 2d includes, for example, an all-lighting state, a reduced-lighting state, a mini-lighting state, and a non-lighting state.

The storage unit 4 stores, for example, various remote control codes S ₁ ,
A channel setting 4b for storing a remote control code library 4a comprising S ₂ ... And a remote control code Sx selected by the automatic lighting remote controller 1.
When, stores the steps set 4c for storing, a timer setting 4d off forgotten showing a lighting time T ₂ of the lighting fixture 2 in the automatic illumination mode to be described later steps of the illumination fixture 2 to be controlled.

The storage section 4 is preferably a non-volatile memory such as a flash memory or a memory provided with a backup power supply. In particular, the remote control code library 4a is preferably burned into a ROM. On the other hand, the various settings 4b, 4c, 4d need to be rewritable by the control unit 3.

[0021] and Pairosensa 5b the human body detection unit 5 is for example a human body H detects this by infrared L ₁ having a wavelength of about 10μm for emitting incident through the Fresnel lens 5a, from the Pairosensa (human body detection sensor) 5b It has a human body detection circuit 5c for amplifying only a signal having a frequency of, for example, 0.5 to 5 Hz of the output signal and detecting a human body when the signal becomes a certain value or more.

The keyboard 6 transmits a preset button (setting button) 6 a for performing a preset operation of the automatic lighting remote controller 1 and a remote control code Sx of the lighting fixture 2 stored in the storage unit 3 every time the operation is performed. After counting the forward button (first button) 6b and a predetermined delay time T ₁ (described later in detail) from the time of operation, the remote control code Sx is transmitted by the number of steps described later to turn off the lighting apparatus 2. And an auto button 6c for setting the automatic lighting remote control 1 to the automatic lighting mode.

The illuminance sensor 7 is provided with a light-shielding seal 7a for closing the light entrance window. In other words, by removing the light-shielding seal 7a, when the ambient illuminance is equal to or more than the predetermined value, the lighting fixture 2 is automatically turned on by the human body detection even if the automatic lighting remote controller 1 is set to the automatic lighting mode. It is configured so that there is no setting.

FIG. 3 is a diagram for explaining the operation of the automatic lighting remote controller 1 of this embodiment. In FIG. 3, the portions denoted by the same reference numerals as those in FIGS. 1 and 2 are the same or equivalent portions, and thus detailed description thereof will be omitted. Hereinafter, the operation of the automatic lighting remote controller 1 having the above configuration will be described with reference to FIGS.

In FIG. 3, as shown at time points t _{1 to} t ₄ , when the user operates the forward button 6b, the automatic lighting remote controller 1 causes the lighting fixture stored in the channel setting 4b of the storage unit 4 each time. 2 is transmitted. For example, when the lighting fixture 2 is in the full lighting state, pressing the forward button 6b once causes the lighting fixture 2 to be in the light-down state (time t ₁ ), and pressing the forward button 6b once from this state. The luminaire 2 is in the miniature light state (time t ₂ ), and further from this state, the forward button 6b
Is pressed once, the lighting fixture 2 is turned off (time t).
_3), is pressed again forward button 6b 1 times and the luminaire 2 is returned to the full lighting state of original (time t ₄₎ so that the forward feed control.

Further, as shown in time point t _5, when the user operates the auto button 6c, automatic lighting remote control 1
Counts a short delay time T ₁ from this point,
The remote control code Sx is transmitted to the lighting apparatus 2 as many times as the number of steps required to turn off the light (the number of cycles is −1, which is three in this example). In other words, if the lighting fixture 2 is in all lighting conditions, by simply pressing the Auto button 6c 1 times, "it reduced light" after a lapse of only a short period of time T ₁ from the time you press → "Mameto" → "Off The lighting fixture 2 is turned off in this order.

The short delay time T ₁ is preset in a timer provided in the remote control unit 3 and is a short time of several seconds to several tens of seconds. Incidentally, this short delay time T ₁ is preferably desirable to be 5 to 60 seconds, and particularly about 10 seconds.

[0028] In other words, if you turned off from the time t _5, which has operated the auto button 6c after 10 seconds, it is possible to leave the room in a bright state, for example, during the night of leaving, and, 10
After a few seconds, this light can be turned off. Or,
By operating the auto button 6c in the bedroom and going to bed, it is possible to automatically turn off the lighting after going to the floor. In addition, it is possible to withdraw from the human body detection range within 10 seconds to prepare for the next human body detection.

Further, after the lighting fixture 2 is turned off once, the mode is switched to the automatic lighting mode in which the detection of the human body H by the human body detecting section 5 is awaited. That is, at the moment t ₆ the user has approached again the automatic lighting remote controller 1 is switched to the automatic illumination mode, the human body detection unit 5 detects the human body H, in order to automatically illuminating the remote controller 1 is lighted lighting fixtures 2 The necessary remote control code Sx is transmitted. That is, the luminaire 2 can be automatically turned on both when entering the room at night and when the user stands up to use during the night.

Further, the automatic lighting remote controller 1 switched to the automatic lighting mode sets a relatively long time T ₂ (default is, for example, 30 minutes) indicated by the forgotten timer setting 4d from the time point t ₆ when a person is finally detected. Waiting for human body detection while counting by the forgotten timer,
If no person is detected during that time, the remote control code Sx is transmitted as many times as necessary to turn off the lighting equipment. On the other hand, the time T indicated by the forgotten-cut timer setting 4d
If a person is detected during the period ₂ (time t ₇ ), the operation of restoring the count of the forgotten timer and returning to waiting for the human body detection is repeated.

That is, the automatic lighting remote controller 1 according to the present invention is provided with the timer for forgetting to cut in combination with the human body detecting section 5, so that after a long forgetting time T ₂ (30 minutes) from the time when the room becomes unoccupied, it is ensured. The lighting fixture 2 can be turned off, and forgetting to cut off the lighting fixture 2 can be effectively prevented.

[0032] The setting of the off forgotten time T ₂ are can be changed arbitrarily set by operation of the auto button 6c and forward button 6b. The changing method is as follows, for example.

First, the auto button 6c is kept pressed for three seconds or more, and the lighting of the display LED 9 is confirmed. Then
While holding down the auto button 6c, each time you press the forward button 6b, for example off forgotten timer time T ₂ to several tens of seconds to
Can be set to a few hours. This set time T ₂
For example, from the default 30 minutes to 10 seconds → 30 seconds → 60
The forgetting to cut timer setting 4d may be changed so as to change from seconds → 5 minutes → 1 hour → 30 minutes.

That is, in the case of the lighting fixture 2 installed in a place such as a living room, a long forgotten cutting time T ₂
The is also possible to set longer than the default 30 minutes, it is desirable to set a relatively short off forgotten time of about several tens of seconds in the case of luminaires 2 to be installed in a place such as hand washing T ₂ . In any case, the lighting fixture 2 is turned on and off according to the movement of the person, so that setting of the automatic lighting mode is extremely useful.

On the other hand, when the forward button 6b of the automatic lighting remote controller 1 in the automatic lighting mode is operated, the automatic lighting remote controller 1 cancels the automatic lighting mode, controls the feeding of the lighting fixture 2, and thereafter detects the human body. , It is possible not to transmit the remote control code Sx.

That is, by using the automatic lighting remote controller 1 of the present invention, it is possible to change the lighting in the living room to more comfortable and multifunctional.

The preset button 6a has a function of switching the remote control code Sx by operating the preset button 6a. That is, when a user uses the automatic lighting remote control 1 of the present invention for the first time, first,
It is necessary to operate the preset button 6a to perform a preset operation such as selection of a remote control code.

An example of a procedure for adapting the remote control code Sx of the automatic lighting remote control 1 to the lighting fixture 2 will be described below.

First, the user uses the forward button of the genuine remote controller (not shown) of the lighting fixture 2 to turn off the lighting fixture, for example.

Next, the preset button 6a provided on the automatic lighting remote control 1 is kept pressed, for example, for 3 seconds or more, to set the automatic lighting remote control 1 in a preset state. At this time, for example, the display LED 9 is turned on to indicate that it is in the preset state.

While pressing the preset button 6a, the forward button 6b is set at an arbitrary interval, for example, about 1
Press sequentially at intervals of about every second. At this time, the remote control unit 3 sequentially takes out _one remote control code S ₁ from the remote control code library 4a stored in the storage unit 4 and writes it in the channel setting 4b, and emits this remote control code S ₁ ,. Transmitted from diode 8.

That is, all the remote control codes S ₁ ,... Included in the remote control code library 4a are transmitted while being sequentially switched, and the compatibility with the lighting fixture 2 can be sequentially tested. Then, when the lighting fixture 2 has responded to the full lighting state, the pushing operation of the forward button 6b is finished, and the pushing operation of the preset button 6a is also finished.

The number of pressing operations of the forward button 6b at this time usually differs depending on the home appliance maker. For example, in the lighting fixture 2 of the home appliance maker a, the lighting fixture 2 is initially pressed by the forward pressing button 6b. It is conceivable that even if the lighting device is turned on, the lighting device of the home appliance maker b may be turned on for the first time by the third push operation. In any case, when a change occurs in the lighting equipment in accordance with the pressing operation of the forward button 6b, the remote control code is matched, the remote control code Sx is determined, and the preset operation is recorded in the channel setting 4b. Can be performed.

Although the description of the present embodiment discloses an example in which the preset operation of the remote control code Sx is performed according to the number of pressing operations of the forward button 6b, the present invention is not limited to this. That is, by continuously pressing the preset button 6a and the forward button 6b, different remote control codes S ₁ , S _2, ... Are sequentially transmitted, and the user presses the preset button 6a and the forward button 6b after seeing that the lighting fixture 2 is turned on. After confirming that the operation has been completed, the remote control code Sx matching the lighting fixture 2 may be selected.

Further, in the above-mentioned example, an example is described in which the change of the lighting fixture 2 from the unlit state to the all-lit state is confirmed by confirming that the remote control code Sx matches, but the present invention limits this procedure. Not something. That is, it may be possible to confirm that the remote control code Sx has been matched using a change in which the lighting apparatus 2 switches from the dimming state to the mini-light state or a change from the mini-light state to the non-lighting state.

In particular, when the luminous body 2c is a fluorescent lamp, the lighting of the fluorescent lamp is delayed with respect to the operation of the power control unit 2d. Rather than confirming, it is more desirable to confirm the match by looking at the change that appears immediately.
In addition, it is better to confirm the consistency of the remote control code Sx with a change that can be clearly identified rather than a change that is difficult to understand, such as a change from the full lighting state to the light reducing state. in addition,
Remote control code S to be tested in the preset operation
It is desirable that the order of ₁ , S _2, ... Be arranged in descending order of production number.

The automatic lighting remote controller 1 of the present invention checks the consistency of the remote control code with the lighting equipment by using the remote control codes S ₁ , S ₂ ... Therefore, it is possible to quickly and easily find a remote control code Sx suitable for the lighting fixture 2. In particular, the user does not need to use a remote control code correspondence table for preset operation, as in the case of the remote controller for television and video shown in the conventional example, and does not need to perform a large number of key inputs. Preset operation can be easily performed. Further, the user does not need to confirm the manufacturer and the manufacturing viscosity of the lighting fixture 2 as in the related art.

Next, an example of a preset operation for setting the number of steps or the number of cycles of the lighting fixture 2 in the step setting 4c will be described. If the number of steps can be specified by the setting of the remote control code Sx, the number of steps is recorded in the remote control code library 4a so that the step setting 4c of the lighting fixture 2 can be performed simultaneously with the setting of the remote control code Sx. You may.

Step setting 4 for the number of steps of the lighting fixture 2
In the case of setting to c, the user first sets the lighting fixture 2 to an easy-to-understand state such as a full lighting state using the forward button 6b or the like.

Next, the user presses the preset button 6
a for 3 seconds or more to bring the automatic lighting remote control 1 into a preset state. While pressing the preset button 6a, the auto button 6c is sequentially pressed at an arbitrary interval, for example, approximately every 1 second. Lighting equipment 2
To the reduced light state, the miniature light state, the extinguished state, and the original all light state.

At this time, each time the auto button 6c is pressed at the same time as the preset button 6a, the remote control controller 3 transmits the already selected remote control code Sx to control the lighting fixture 2 and press the auto button 6c. Count the number of times. That is, in this example, as described above, the cycle of the lighting fixture 2 is “all lights” → “light reduction” →
Since "minimum light" → "light off" → "all light" ..., it is necessary to press the auto button 6c four times before the lighting fixture 2 returns to the original all light state.

Then, the user confirms that the lighting fixture 2 has returned to the original full lighting state, and releases the preset button 6a and the auto button 6c.
Ends the counting, and the number of times counted (that is, 3) is recorded in the step setting 4c of the lighting fixture 2.

When the number of steps 3 of the lighting fixture 2 is set, the automatic lighting remote controller 1 needs to transmit the remote control code Sx three times from the all-lit state to the unlit state.
It turns out that it is times. Note that, in this example, for ease of explanation, an example in which a step setting 4c for storing the number of steps 3 is provided is disclosed. However, the present invention is not limited to this, and the present invention is not limited to this. May be stored.

The number of steps of the lighting equipment differs for each lighting equipment. That is, for example, in the case of a lighting fixture that repeats “all lights” → “lights off” → “all lights” → “lights off”..., The number of cycles is 2 and the number of steps is 2-1 = 1.

By setting the number of steps or the number of cycles in this way, the preset operation of the automatic lighting remote controller 1 in accordance with the lighting fixture 2 to be controlled ends.

When the user always uses the luminaire 2 in the dimming state, the preset operation for setting the number of steps described above is repeatedly performed from the dimming state to the full lighting state. I just need. In this case, the number of steps can be set to 2 in the case of the lighting fixture 2.

Alternatively, the automatic lighting remote controller 1 counts the number of times the forward button 6b is operated by the user, subtracts the number of times the forward button 6b is operated from the number of cycles, and counts the number of remote control codes Sx to be transmitted until the light is turned off. May be required.

Further, depending on the type of the lighting equipment, for example, “all lights” → “light reduction” →
Some cycle-type lighting fixtures that perform sequential control such as switching from “mini-light” to “light-out” may be provided with separate remote control codes to switch between all-light and off-states. is there. In such a case, by recording the independent remote control code in the remote control code library 4a in association with one remote control code for performing the forward control, one remote control code Sx matching the lighting fixture 2 can be selected. At this stage, it is also possible to set an independent remote control code for switching to the all-lit state or the extinguished state corresponding to the lighting fixture 2 as the channel setting 4b.

With this configuration, the consistency of the remote control code can be quickly found out by testing with one remote control code Sx for progressive control, and the automatic lighting remote control 1 switched to the automatic lighting mode can be found. The turn-off command and the turn-on command transmitted from the remote controller can be reliably performed by transmitting independent remote control codes.

In the case where the lighting fixture 2 does not support an independent remote control code, after transmitting one remote control code Sx to be sequentially controlled a predetermined number of times, the remote control code of the independent turn-off command or the lighting command is transmitted. It is also conceivable to configure to transmit.

The automatic lighting remote controller 1 of the present embodiment is a preferred example for easily explaining the function of the automatic lighting remote controller of the present invention, but the configuration is not limited to the present invention. Needless to say. For example,
In the above example, the preset button 6a is changed to the forward button 6b.
The preset button 6a is used only for the first preset operation, and may be formed on the back surface or the side surface. The remote controller 1 may be provided so as to be flush with the surface of the remote controller 1 so as not to be pressed unintentionally, or may have a slightly concave shape. In addition, the illuminance sensor 7 and the display LED
The configuration such as 9 may be omitted.

[0062]

As described above, according to the automatic lighting remote controller of the present invention, the remote controller for general lighting equipment is provided with the human body detection sensor, so that the light is automatically turned on when a person is detected. In addition to providing a remote controller having functions, it is possible to provide an all-purpose remote controller that can easily and quickly cope with a case where a remote control code differs depending on each home appliance manufacturer by extremely simple operation. .

Further, a function of turning off the lighting equipment by providing a short delay time from the time of performing the light-off operation, and a function of setting off the lighting equipment by providing a long time for forgetting to turn off the light after no more people are added. The function of the remote controller for the instrument can be dramatically improved.

[Brief description of the drawings]

FIG. 1 is a diagram showing an entire configuration of an automatic lighting remote controller according to the present invention.

FIG. 2 is a block diagram showing a configuration of the automatic lighting remote controller.

FIG. 3 is a diagram showing an operation of the automatic lighting remote controller.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Automatic lighting remote control, 2 ... Lighting equipment, 4 ... Storage part, 5
... human body detector, 6a ... setting button, 6b ... first button,
6c ... the second button, H ... human body, L ₂ ... infrared, S _1, S
₂ ... one remote control code, T ₁ ... cutting delay time, T ₂
... time to forget to cut.

Claims (5)

[Claims] 1. A remote controller for a lighting fixture capable of at least turning on and off control in response to receiving one remote control code, wherein the storage unit stores a remote control code for controlling the lighting fixture, and A human body detecting unit for detecting infrared rays of the light, and a first remote control code for transmitting a remote control code of the lighting fixture stored in the storage unit each time an operation is performed.
After transmitting the button and the remote control code required to turn off the lighting equipment with a short delay from the time of operation, wait for the human body detection unit to detect the human body and turn on the lighting equipment when it detects a human body To switch to the automatic lighting mode to send the remote control code required for the second
An automatic lighting remote control having a button and a button. 2. The automatic lighting remote controller according to claim 1, wherein a remote control code required to turn off said lighting fixture is obtained by repeating said one remote control code a required number of times. 3. The storage unit stores one remote control code corresponding to each type of lighting equipment, and has a setting button that allows the user to switch the remote control code by operating the remote control code. 3. The remote controller according to claim 1, further comprising a remote control code setting function of transmitting the remote control code while sequentially switching the remote control code by operating the first button. 4. A setting button for enabling the user to set the number of transmissions of a remote control code required to turn off the lighting device by operating the setting button. Each time the second button is operated while operating the setting button. 4. A cycle number setting function for transmitting a remote control code and counting the number of transmissions, wherein the number of transmissions of the remote control code required to turn off the lighting fixture in a lighting state can be set. The automatic lighting remote control according to the above. 5. After a predetermined length of time has passed since the time when the human body detection unit detected a human body in the automatic lighting mode, the remote control code is transmitted as many times as necessary to turn off the lighting fixture, and the lighting fixture is turned off. The automatic lighting remote controller according to any one of claims 1 to 4, further comprising a function to prevent the user from forgetting to turn off.