JP2012195111A - Luminaire and illumination system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a luminaire and an illumination system in which the lighting state and the unlighting state can be maintained individually.SOLUTION: A transmission unit 203 transmits a specific control signal (all channels) for operating a plurality of luminaires where the setting (setting state) of designation information is different (e.g. a state where channel 1, channel 2 are set). A setting unit 103 sets the designation information indicating whether or not designation by all channels is accepted. When the setting unit 103 sets that designation by all channels is not accepted, and all channels from a remote controller 200 are received by a reception unit 102, a control unit 101 invalidates designation by all received channels.

Description

  The present invention relates to a lighting device that can be remotely operated by a remote control device and a lighting system including the lighting device.

  When a plurality of lighting devices (lighting fixtures) are installed indoors such as homes or offices, the lighting devices are turned on and off by a switch provided on a wall or an operation string drawn from each lighting device. And so on.

  Also, a lighting device is disclosed in which a specific lighting device can be blinked by selecting a different transmission signal with the remote control in order to turn on or off a favorite lighting device by operating a remote control from a remote location. (See Patent Document 1).

  In addition, in such remote control, operation commands from the remote control are sent to a plurality of lighting devices so that a plurality of lighting devices in the remote operation range can be blinked at a time to improve user operability. Some of them send a signal designating all channels that can be accepted.

Japanese Patent Laid-Open No. 5-41287

  However, when a remote control (remote control device) that transmits a signal designating all channels is used in a state where a plurality of lighting devices are installed in a room, a plurality of lighting devices in the room are turned on simultaneously or It will turn off. On the other hand, some users may want to leave only some of the lighting devices in the room on or off, but as long as they use a remote control that sends a signal that specifies all channels, The lighting or extinguishing state of the device cannot be maintained individually.

  This invention is made | formed in view of such a situation, and it aims at providing an illuminating device which can maintain a lighting state or a light extinction state separately, and an illuminating system provided with this illuminating device.

  A lighting device according to the present invention includes: a receiving unit that receives a control signal for operating the lighting device by specifying designation information set in the lighting device; a control unit that controls an operation based on the control signal; When a specific control signal for operating a plurality of lighting devices with different setting of the designation information is received, an invalid portion is provided that invalidates the specific control signal.

  In the present invention, the invalidation unit invalidates the specific control signal when receiving a specific control signal for operating a plurality of lighting devices having different setting of the designation information. The designation information is information set for each lighting device, and is information for operating the lighting device by being designated by a control signal. The designation information is also called a channel. The control signal is control data that designates designation information and includes an operation command and numerical data. The control signal is transmitted from the remote control device (remote control) to the lighting device. Further, the specific control signal is a control signal for operating a plurality of lighting devices in which the setting (setting state) of the designation information is different (for example, in a state where 1 channel and 2 channels are set). Signal. The specific control signal can use, for example, the 0 channel. By disabling a specific control signal in the invalid part, even when a specific control signal is transmitted from the remote control device, an operation state such as a lighting state or a light-off state is caused by the operation of the remote control device. It can be prevented from being changed and the operation state can be maintained.

  The lighting device according to the present invention includes a setting unit configured to set the designation information, and the invalid unit includes the specific control when the designation information set by the setting unit denies acceptance of the specific control signal. The signal is configured to be invalidated.

  In the present invention, it includes a setting unit that preliminarily sets the designation information, and the invalidation unit rejects acceptance of a specific control signal (for example, signals of all channels) when the designation information set by the setting unit is Disable certain received control signals. When setting information for rejecting the acceptance of a specific control signal is set in the setting unit, the received specific control signal is invalidated even if the specific control signal is received. ) Can be prevented from being changed due to the operation of the remote control device that transmits). In addition, when the setting information that allows the reception of the specific control signal is set in the setting unit, the received specific control signal is not invalidated, so that it is turned on by operating the remote control device that transmits the specific control signal. The operation state such as the state or the light-off state can be changed, and the operability for the user can be improved.

  In the illumination device according to the present invention, the setting unit is configured to set designation information that allows acceptance of designation by any one of a plurality of unique control signals that operate the unique illumination device, The invalidation unit is configured to invalidate the specific control signal when the designation information set by the setting unit allows the designation by a unique control signal, and the designation set by the setting unit When the information is allowed to be designated by a unique control signal other than the one unique control signal, the information processing apparatus includes an effective unit that validates the specific control signal.

  In the present invention, the setting unit sets designation information that allows designation acceptance by any one of a plurality of unique control signals for operating the unique lighting device. The unique control signal is a control signal for designating unique designation information set in the lighting device. For example, the unique control signal is set in the lighting device by a unique channel such as 1 channel or 2 channel. The designation information (channel) can be distinguished, and the setting unit can select and set either one channel or two channels, for example. For example, when channel 1 designation information is set in one lighting device and channel 2 designation information is set in another lighting device, a unique control signal designating channel 1 is transmitted from the remote control device The lighting device in which the channel 1 designation information is set operates according to the specific control signal, but the lighting device in which the channel 2 designation information is set does not operate according to the specific control signal.

  The invalidation unit invalidates a specific control signal when the designation information set by the setting unit enables the acceptance of designation by one unique control signal. In addition, when the designation information set by the setting unit allows the acceptance of designation by a unique control signal other than one unique control signal, an effective unit for validating a specific control signal is provided. For example, when there are two channels of 1 channel and 2 channels as the designation information, all channels are disabled when one channel is set by the setting unit, and all channels are enabled when two channels are set. Thus, the setting unit can select and set the valid / invalid of the specific control signal only by setting the designation information that allows or rejects the designation by the unique control signal. It is possible to accept an operation from either the remote control device that transmits or the remote control device that transmits a unique control signal.

  In the illuminating device according to the present invention, the setting unit can specify designation by both one of a plurality of specific control signals for operating the specific illuminating device and the specific control signal, Alternatively, it is configured so that designation information that allows the designation by any one of the unique control signals and permits the designation by the specific control signal is set to be selectable. And

  In the present invention, the setting unit is configured to specify designation information that allows acceptance of designation by both one of a plurality of unique control signals for operating a unique lighting device and a specific control signal, or unique information The designation information that permits the designation by any one of the control signals and rejects the designation by the specific control signal is set to be selectable. For example, when there are two channels, that is, one channel and two channels as the designation information, the setting unit sets designation information that allows reception of one channel (unique control signal) and all channels (specific control signals). Setting of designation information allowing acceptance of 2 channels (unique control signal) and all channels (specific control signal) Setting of designation information allowing acceptance of 1 channel and rejection of all channels, 2 The setting of the designation information that allows acceptance of channels and rejects acceptance of all channels is set to be selectable. Thereby, it is possible to accept an operation from either the remote control device that transmits a specific control signal or the remote control device that transmits a specific control signal.

  In the lighting device according to the present invention, when the setting information is set in the setting unit so that the specification can be accepted by any one of the plurality of unique control signals, the display mode is changed according to the set specification information. It is characterized by including a display unit that displays a different display.

  In the present invention, when the setting unit sets the designation information that allows the designation by one of the plurality of unique control signals in the setting unit, the display mode is displayed according to the set designation information. Change to display. For example, when there are two channels, 1 channel and 2 channels, as the designation information, when 1 channel is set in the setting section, it flashes once, and when 2 channels are set in the setting section, it flashes twice. Is displayed. Thereby, the difference of the set designation information can be easily identified.

  In the lighting device according to the present invention, the display unit changes the display mode according to the set designation information when the setting unit sets designation information that permits or rejects designation by the specific control signal. It is configured to be displayed.

  In the present invention, when the setting unit sets the designation information that allows or rejects the designation by the specific control signal in the setting unit, the display unit changes the display mode according to the set designation information. For example, when it is possible to accept designation by a specific control signal, a blinking display is performed for a short time, and when designation is not accepted by a specific control signal, a blinking display is performed for a long time. Thereby, the difference of the acceptance / rejection of a specific control signal can be easily identified.

  An illumination system according to the present invention includes the illumination device according to any one of the above-described inventions, and a remote control device that transmits the control signal to the illumination device.

  In the present invention, even when a specific control signal is transmitted from the remote control device, it is possible to prevent an operation state such as a lighting state or a light-off state from being changed by an operation of the remote control device. A lighting system that can be maintained can be realized.

  According to the present invention, even when a specific control signal is transmitted from a remote operation device, the operation state such as a lighting state or a light-off state is prevented from being changed by operation of the remote operation device, and the operation state is maintained. can do.

It is a block diagram which shows an example of a structure of the illumination system of this Embodiment. It is explanatory drawing which shows an example of the data code of a control signal. It is explanatory drawing which shows an example of the setting of the designation | designated information by the illuminating device of this Embodiment. It is explanatory drawing which shows the other example of the setting of the designation | designated information by the illuminating device of this Embodiment. It is explanatory drawing which shows an example of the alerting | reporting method at the time of the setting of the specification information by the illuminating device of this Embodiment.

  Hereinafter, the present invention will be described with reference to the drawings illustrating embodiments thereof. FIG. 1 is a block diagram showing an example of the configuration of the illumination system of the present embodiment. The lighting system includes a lighting device 100 and a remote control (remote control) 200 as a remote control device. When the user operates the remote controller 200, the operation state (lighting, extinguishing, dimming state, etc.) of the lighting device 100 can be remotely controlled.

  The remote controller 200 includes a control unit 201, an operation unit 202, a transmission unit 203, and the like.

  The control unit 201 controls the operation unit 202 and the transmission unit 203.

  The operation unit 202 includes a display unit (not shown) such as an operation switch or a liquid crystal display. When the operation unit 202 accepts an operation, the lighting device 100 is turned on / off, turned on or off, and when the lighting device 100 is provided with a dimming function, a dimming level is set. When the device 100 has a toning function, the setting information of the toning level, the operation command and numerical data transmitted from the transmitting unit 203 described later, and specific designation information (for example, the lighting device in the remote operation range) , A unique control signal (for example, 1 channel, 2 channel, etc.) can be set to specify that only a lighting device for which a unique channel is set is accepted. The operation unit 202 outputs the content of the accepted operation to the control unit 201.

  The transmission unit 203 includes an infrared light emitting unit, and transmits remote operation information (control signal) to the lighting apparatus 100 using infrared rays. The data format of the control signal includes, for example, a reader code, a custom code, a data code, etc. in one frame of transmission data.

  FIG. 2 is an explanatory diagram showing an example of the data code of the control signal. As shown in FIG. 2, the data code includes information such as D0 (business division), D1 (product type division), D2 (numerical data), D3 (operation command), D4 (channel designation), and the like. The business category represents, for example, a business headquarters code of the company, and the product category represents a product category.

  The numerical data specifies the hour and minute in the case of timer time setting and time setting. In addition, the operation command specifies a command for designating an operation such as lighting, extinguishing, dimming, and toning.

  The channel designation is data that designates designation information (for example, a channel) set in the lighting device. For example, when there are a lighting device in which one channel is set as unique designation information and a lighting device in which two channels are set as unique designation information, a unique control signal designating one channel in channel designation is sent to the remote controller 200. , The lighting device in which one channel is set operates based on the operation command and numerical data, but the lighting device in which one channel is set does not operate. A plurality of channels (designation information) can be designated, and can be designated as appropriate according to the type of lighting device, for example, from 1 channel to 9 channels. Types of lighting devices include, for example, ceiling lights, pendant lights, table lights, foot lights, chandeliers, floor stands, down lights, and the like. For example, 1 channel and 2 channels can be assigned to the ceiling light, and either one can be selected and set, and similarly, 3 channels and 4 channels can be assigned to the table light. Note that although two channels of one channel and two channels are used in this embodiment, the number of channels is not limited to two.

  For example, when the remote controller 200 transmits a unique control signal of one channel (channel designation is a control signal of one channel), designation information (1 channel) for accepting designation by the unique control signal of one channel on the lighting device side Only the lighting device that is set to) accepts a remote operation from the remote controller 200 and performs an operation according to the remote operation based on the operation command and numerical data. Similarly, when the remote controller 200 transmits a 2-channel unique control signal, only the illumination device that has set the designation information (2-channel) for accepting the designation by the 2-channel unique control signal on the illumination device side, A remote operation from the remote controller 200 is accepted, and an operation corresponding to the remote operation is performed based on an operation command and numerical data.

  The transmission unit 203 can transmit a specific control signal (all channels). The specific control signal is a control signal for operating a plurality of lighting devices having different designation information (setting state) (for example, in a state where one channel and two channels are set), and is a signal for all channels. is there. The specific control signal can use, for example, the 0 channel, but is not limited to the 0 channel, and other channels can also be used.

  In this embodiment, as a method for operating a specific control signal (all channels), channel 0 is defined as all channels. For example, in the case of a lighting device that can be set to one channel or two channels in the lighting device, in the case of a lighting device set to one channel, a unique control signal that specifies one channel or zero channel It operates when a specific control signal designating is received. In the case of a lighting device set to 2 channels, it operates when a specific control signal designating 2 channels or a specific control signal designating 0 channel is received. Even if it is a lighting device that can be set by switching the designation information, or a lighting device that cannot switch the designation information (designation information is set in advance), the specific control signal (all channels, 0 channel) is Since it always receives and operates, it is possible to designate and operate all lighting devices by a specific control signal.

  The illuminating device 100 controls the entire illuminating device, and includes a control unit 101, a receiving unit 102, a setting unit 103, a display unit 104, a power supply unit 105, a light source unit 106, and the like configured by a microcomputer or the like.

  The receiving unit 102 includes an infrared light receiving unit, receives control signals (including operation commands, numerical data, channel designation, and the like) transmitted from the transmission unit 203 of the remote controller 200 and outputs the received control signals to the control unit 101. .

  The setting unit 103 has a function as a setting unit for setting designation information. The designation information is information set for each lighting device, and is information for operating the lighting device by being designated by a control signal.

  The setting unit 103 sets designation information that allows or rejects reception of a specific control signal (all channels). In addition, the setting unit 103 sets designation information that permits or rejects designation by any one of a plurality of unique control signals (for example, 1 channel, 2 channels, etc.) for operating a unique lighting device. . The setting unit 103 outputs preset designation information (channel) to the control unit 101. Thereby, the control unit 101 can recognize in advance which specific control signal the lighting apparatus 100 accepts. In the case of accepting designation by a specific control signal according to the usage mode of the lighting device, etc., it is possible to set not only one unique control signal but also designation by a plurality of unique control signals at the same time. .

  The control unit 101 has a function as an invalid unit that invalidates a specific control signal when a specific control signal (all channels) is received. Note that disabling a specific control signal means that a specific control signal is temporarily received from the remote controller 200, but if the specified channel is different, the transmitted specific control signal is not its own. It is to invalidate operation commands and numerical data. Further, the control unit 101 has a function as an effective unit that enables a specific control signal.

  The display unit 104 includes an indicator lamp (indicator) such as a light emitting diode, and allows the setting unit 103 to accept designation by any one of a plurality of unique control signals (for example, 1 channel, 2 channel). When the designation information is set, the display mode is changed according to the designated designation information. In addition, when the setting unit 103 sets designation information that allows or rejects designation by a specific control signal (all channels), the display unit 104 displays a display mode that is changed according to the designated designation information. .

  The light source unit 106 includes, for example, a plurality of LED modules as light sources. The LED modules may have the same emission color, or may have LED modules with different emission colors such as a light bulb color and a neutral white color. Further, the light source of the light source unit 106 is not limited to the LED module, and other light sources may be used.

  The power supply unit 105 includes, for example, a constant current circuit and supplies necessary power to the light source unit 106. The power supply unit 105 turns on and off the light source unit 106 under the control of the control unit 101. In addition, the power supply unit 105 can perform dimming control of the light source unit 106 under the control of the control unit 101, or can perform toning control.

  Next, operation | movement of the illuminating device 100 is demonstrated. When the control unit 101 receives a specific control signal (all channels) for operating a plurality of illumination devices having different designation information (channel) settings from the remote controller 200, the control unit 101 invalidates the specific control signal. By disabling a specific control signal in the control unit 101, even when a specific control signal is transmitted from the remote controller 200, an operation state such as a lighting state or a light-off state is changed by the operation of the remote controller 200. Can be prevented and the operating state can be maintained.

  In addition, when the designation information set by the setting unit 103 denies acceptance of a specific control signal (for example, signals for all channels), the control unit 101 invalidates the received specific control signal. When setting information for rejecting the reception of a specific control signal is set in the setting unit 103, the received specific control signal is invalidated even if the specific control signal is received. It is possible to prevent the operation state such as the lighting state or the extinguishing state from being changed by the operation of the remote controller 200 that transmits the channel. In addition, when the setting information is set in the setting unit 103 to allow the reception of a specific control signal, the received specific control signal is not invalidated, so that it is turned on by operating the remote controller 200 that transmits the specific control signal. The operation state such as the state or the light-off state can be changed, and the operability for the user can be improved.

  Next, the setting in the setting unit 103 will be specifically described. FIG. 3 is an explanatory diagram illustrating an example of setting of designation information by the lighting device 100 according to the present embodiment. The setting unit 103 is a dip switch, for example, and can set one channel or two channels as designation information.

  As shown in FIG. 3, when one channel is designated and set by the setting unit 103, the control unit 101 sets all channels to be valid. When the setting unit 103 designates and sets two channels, the control unit 101 sets all channels to be invalid. That is, the setting unit 103 can select and set one channel or two channels, for example. The control unit 101 invalidates a specific control signal (all channels) when the setting unit 103 sets specification information that allows specification reception by one unique control signal (one channel). When the designation information that allows the designation acceptance by the unique control signal (2 channels) other than the one unique control signal is set, the specific control signal (all channels) is validated.

  As shown in FIG. 3, when one channel is set by the setting unit 103, when the channel designation transmitted from the remote controller 200 is one channel or all channels, the lighting / extinguishing operation is possible, and transmission is performed from the remote controller 200. When the designated channel designation is 2 channels, the light-on / off operation is not allowed.

  Further, when 2 channels are set by the setting unit 103, when the channel designation transmitted from the remote controller 200 is 2 channels, the lighting operation can be performed, and the channel designation transmitted from the remote controller 200 is 1 channel. Alternatively, when all channels are used, the lighting / extinguishing operation is not allowed.

  As described above, for example, when there are two channels, ie, one channel and two channels, as the designation information, all channels are disabled when one channel is set in the setting unit, and all channels are set when two channels are set. To enable. Thereby, it is possible to select and set the validity / invalidity of a specific control signal (all channels) only by setting designation information that allows or not accepting designation by a unique control signal in the setting unit 103. Operations from either a remote control device that transmits a specific control signal (all channels) or a remote control device that transmits a specific control signal can be accepted.

  Next, another specific description will be given of the setting in the setting unit 103. FIG. 4 is an explanatory diagram showing another example of setting of designation information by the lighting device 100 according to the present embodiment. In this case, the setting unit 103 includes, for example, a setting switch (switching button) and the like, and can switch the setting of the designation information (channel) in order each time the switch (button) is operated.

  As shown in FIG. 4, the setting unit 103 can accept designation by both one channel and all channels, can accept designation by both two channels and all channels, can accept designation by only one channel, In addition, it is possible to sequentially switch and set four types of setting contents that allow reception of designation by only two channels.

  As shown in FIG. 4, when both the 1 channel and all channels are set by the setting unit 103, when the channel designation transmitted from the remote controller 200 is 1 channel or all channels, the light on / off operation is possible. When the channel designation transmitted from the remote controller 200 is 2 channels, the lighting / extinguishing operation is not allowed.

  Further, when both the two channels and all the channels are set by the setting unit 103, when the channel designation transmitted from the remote controller 200 is two channels or all the channels, the lighting / extinguishing operation is possible and the transmission from the remote controller 200 is possible. When the designated channel designation is 1 channel, the light on / off operation is not allowed.

  Further, when only one channel is set by the setting unit 103, when the channel designation transmitted from the remote controller 200 is one channel, the lighting / extinguishing operation is possible, and the channel designation transmitted from the remote controller 200 is 2 When it is a channel or all channels, the light-on / off operation is not allowed.

  Further, when only 2 channels are set by the setting unit 103, when the channel designation transmitted from the remote controller 200 is 2 channels, the on / off operation is possible, and the channel designation transmitted from the remote controller 200 is 1 When it is a channel or all channels, the light-on / off operation is not allowed.

  As described above, the setting unit 103 specifies designation information that allows the designation to be accepted by both one of a plurality of unique control signals for operating the unique lighting device and the specific control signal, or unique control. The designation information that permits the designation by any one of the signals and rejects the designation by the specific control signal is set to be selectable. For example, when there are two channels, that is, one channel and two channels as the designation information, the setting unit 103 is a designation information that allows acceptance of one channel (unique control signal) and all channels (specific control signals). Setting, setting of designation information that allows acceptance of two channels (unique control signal) and all channels (specific control signal), setting of designation information that permits acceptance of one channel and denies acceptance of all channels, Four types of settings that allow acceptance of two channels and reject acceptance of all channels are set to be selectable. Thereby, it is possible to accept an operation from either the remote control device that transmits a specific control signal or the remote control device that transmits a specific control signal.

  FIG. 5 is an explanatory diagram showing an example of a notification method when setting the designation information by the lighting apparatus 100 of the present embodiment. The example of FIG. 5 corresponds to the setting illustrated in FIG. As shown in FIG. 5, the initial value (default) of the designation information (channel designation) is in a state where designation by both one channel and all channels is acceptable. Each time the user operates the switch or button of the setting unit 103 (for example, pressing the switch), the setting content can be specified by both 2 channels and all channels (order 1). Is accepted (order 2), designation by only two channels is acceptable (order 3), and designation by both one channel and all channels is accepted (order 4).

  The display unit 104 blinks twice at a short interval when switching to order 1, flashes once at a long interval when switching to order 2, and twice at a long interval when switching to order 3. When blinking and switching to order 4, it blinks once at short intervals.

  That is, the display unit 104 changes the display mode according to the set designation information when the setting unit 103 sets the designation information that allows the designation by any one of the plurality of unique control signals. indicate. For example, when there are two channels of 1 channel and 2 channels as the designation information, when 1 channel is set by the setting unit 103, blinking is displayed once, and when 2 channels are set by the setting unit 103, 2 channels are displayed. Displays blinking times. Thereby, the difference of the set designation information can be easily identified.

  In addition, when the setting unit 103 sets designation information that allows or rejects designation by a specific control signal (all channels), the display unit 104 displays a display mode that is changed according to the designated designation information. . For example, when it is possible to accept designation by a specific control signal, a blinking display is performed for a short time, and when designation is not accepted by a specific control signal, a blinking display is performed for a long time. Thereby, the difference of the acceptance / rejection of a specific control signal can be easily identified.

  As described above, in the present embodiment, even when a specific control signal (all channels) is transmitted from the remote controller 200, the operation state such as the lit state or the unlit state is changed by the operation of the remote controller 200. Therefore, it is possible to realize an illumination system that can prevent the operation and maintain the operating state.

  In the above-described embodiment, the remote controller 200 and the lighting device 100 are configured to use infrared communication, but are not limited to infrared communication, and other short-range communication methods may be employed.

DESCRIPTION OF SYMBOLS 100 Illuminating device 101 Control part 102 Reception part 103 Setting part 104 Display part 105 Power supply part 106 Light source part 200 Remote control 201 Control part 202 Operation part 203 Transmission part

Claims (7)

A receiving unit for receiving a control signal for operating the lighting device by designating designation information set in the lighting device;
A control unit for controlling the operation based on the control signal;
An illuminating device comprising: an invalid unit that invalidates the specific control signal when a specific control signal for operating a plurality of illuminating devices having different setting of the designation information is received. A setting unit for setting the designation information;
The invalid portion is
2. The lighting device according to claim 1, wherein when the designation information set by the setting unit rejects acceptance of the specific control signal, the specific control signal is invalidated. . The setting unit
The designation information is set so that the designation can be accepted by any one of a plurality of unique control signals for operating the unique lighting device.
The invalid portion is
When the designation information set by the setting unit allows the acceptance of designation by one unique control signal, the specific control signal is invalidated,
When the designation information set by the setting unit allows accepting designation by a unique control signal other than the one unique control signal, an effective unit for validating the specific control signal is provided. The lighting device according to claim 2. The setting unit
Designation information that allows acceptance of designation by both one of a plurality of unique control signals for operating a unique lighting device and the specific control signal, or designation by any one of the unique control signals The lighting device according to claim 2, wherein the designation information is set to be selectable so that the designation information that permits acceptance of the designation by the specific control signal is rejected.   A display unit configured to change a display mode according to the set designation information when the setting information is set by the setting unit to accept designation by any one of the plurality of unique control signals; The lighting device according to claim 4. The display unit
When the setting information is set in the setting unit to accept or reject the designation by the specific control signal, the display mode is changed according to the set designation information. The lighting device according to claim 5.   An illumination system comprising: the illumination device according to any one of claims 1 to 6; and a remote control device that transmits the control signal to the illumination device.

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