JP4725720B2 - LIGHTING SYSTEM SETTING METHOD, SETTING DEVICE, LIGHTING DEVICE, AND LIGHTING SYSTEM - Google Patents

Description

  The present invention relates to a setting method for setting a lighting system, a setting device for setting a lighting device, a lighting device that can be set, and a lighting system using the setting device and the lighting device.

  2. Description of the Related Art Conventionally, for example, in office buildings, a lighting system that remotely operates a plurality of lighting devices installed on each floor or each area by wire or wireless is employed. In this lighting system, unique address information for controlling each lighting device and group information for collectively controlling a plurality of lighting devices as one group are set. For each lighting device remotely operated from a control panel By transmitting the control signal together with the address information and group information, each lighting device receives the control signal of the corresponding address information and group information and controls the lighting state.

  To set address information and group information for each lighting device, set the address information and group information with the setting switch connected to the lighting side controller of the lighting device at the time of shipment of the lighting device, or set the setting device. The address information and group information are written in the memory of the lighting side control unit by connecting.

  There is also a configuration in which address information is automatically assigned after installation of a plurality of lighting devices. This is because a plurality of lighting devices are installed in the lighting space, a master unit having an imaging means is installed in the center of the lighting space, these are connected by wire, and a random number is assigned to each lighting device when the power is turned on after the lighting device is installed. The random number is generated and transmitted to the master unit, and the master unit determines a temporary address for each lighting device from the received random number and transmits the temporary address to each lighting device. The position in the illumination space is specified by the image pickup means while sequentially blinking, and the regular address information is transmitted to the illumination device that has specified the position to be updated and automatically assigned (see, for example, Patent Document 1).

  In addition, when setting address information of an arbitrary lighting device with a wireless signal from a setting device, the lighting device that has transmitted the setting wireless signal with an initial transmission output from the setting device and has received this setting wireless signal When a response signal is received from a lighting device other than the one lighting device to be set at this time, a wireless signal is transmitted to reduce the signal output. The reception of the response signal from the device is confirmed, and narrowing down is performed so as to receive only the response signal from one lighting device to be finally set, and address information is set to the narrowed lighting device. (For example, refer to Patent Document 2).

In addition, when setting the address information of a plurality of lighting devices wired to the setting device, the light source of the lighting device for setting the address information is visually informed by blinking or dimming However, address information of a plurality of lighting devices that are wired to the setting device is sequentially set (see, for example, Patent Document 3).
JP-A-2002-289373 (page 5-6, FIG. 1-5) Japanese Patent Publication No. 11-514829 (page 17, Fig. 2-3) Japanese Patent Laying-Open No. 2004-63228 (pages 15-16, FIG. 1)

  However, when address information and group information are set in advance at the time of shipment of the lighting device, it is necessary to manage the correspondence between the lighting device and the address information and group information. In this case, the address and group information of the lighting device may become unclear, and at this time, it is necessary to reset the address and group information of the lighting device. Even if the address information and group information are not set when the lighting device is shipped and the address information and group information are set when the lighting device is installed, the address information of the lighting device and Group information may be unknown. And to reset the address information and group information after installing the lighting device, remove the lighting device from the installation surface, set the address information and group information with the setting switch of the lighting side control unit, or connect the setting device Thus, it is necessary to write address information and group information in the memory of the illumination side control unit, and there is a problem that address information and group information cannot be set easily.

  In addition, when address information is automatically assigned to a lighting device after installation, the lighting device is limited to a lighting device installed within a relatively narrow illumination space that can be imaged by the imaging means, such as a column or partition in the illumination space. If there are obstacles, the address information cannot be set properly, and the address information of a plurality of wired lighting fixtures is set sequentially. There is a problem that address information cannot be set.

  In addition, when setting address information of an arbitrary lighting device with a wireless signal from a setting device, by reducing the transmission output of the signal from the setting device, communication is performed with only one lighting device to be set. However, there is a problem that the setting operator cannot identify the lighting device that receives the wireless signal from the setting device or the lighting device to be set.

  In addition, when setting address information of a plurality of lighting devices wired to the setting device, the light source of the lighting device for setting the address information is visually informed by blinking or dimming. However, since the address information of a plurality of lighting devices connected by wire to the setting device is sequentially set, there is a problem that the address information of any lighting device cannot be set by the setting operator. .

  The present invention has been made in view of such a point, and even if a plurality of lighting devices are installed, an illumination system that can easily set information such as address information and group information by specifying an arbitrary lighting device. An object is to provide a setting method, a setting device, a lighting device, and a lighting system.

  The illumination system setting method according to claim 1, wherein a setting signal is transmitted from a setting device, a lighting state of a light source of the lighting device that has received the signal transmitted from the setting device is changed, and predetermined information is set. To select a device, adjust the signal transmission output from the setting device so that the lighting device to be set can be recognized, and after selecting the lighting device to set the predetermined information, transmit the predetermined information signal from the setting device Then, the lighting device to be set that has received the signal of the predetermined information from the setting device sets the predetermined information and cancels the change of the lighting state of the light source.

  The lighting system controls the lighting state of each lighting device using unique address information set for each lighting device.

  The predetermined information includes address information and can include group information, initial dimming signal information, and the like.

  The lighting device is installed on a ceiling or the like, and includes a light source, a lighting device that controls a lighting state of the light source, a receiving unit that receives a signal from a setting device, and the like. The light source includes a fluorescent lamp, a discharge lamp, an incandescent lamp, and the like. The lighting state of the light source includes blinking, dimming lighting, or extinguishing, and it is sufficient that the light source can be confirmed visually.

  The setter is movable to an arbitrary place where the lighting device is installed, and includes a transmission unit that transmits a signal, an input unit that adjusts a transmission output, and the like. To adjust the transmission output means to reduce or increase the transmission output intensity.

  As the signal, a radio signal using a medium including radio waves or light including infrared rays is used.

  According to a second aspect of the present invention, there is provided a lighting system setting method including: a lighting device that transmits a setting signal from a setting device, changes a lighting state of a light source of the lighting device that receives the signal transmitted from the setting device, and groups the lighting devices; In order to select, the transmission output of the signal from the setting device is adjusted so that the lighting device to be set can be recognized, and after selecting the lighting device to be grouped, the group information signal is transmitted from the setting device. The lighting device to be set that has received the group information signal from sets the group information and cancels the change of the lighting state of the light source.

  The lighting system collectively controls lighting states of the lighting devices in the group, using unique group information set for each lighting device.

  The setting device according to claim 3 sends a signal to a lighting device that receives a predetermined information signal and sets corresponding information so that the lighting device to be set can be recognized by receiving the setting signal. A transmitting unit for transmitting; an input unit for selecting a lighting device to be set by adjusting a transmission output of a signal from a setting device so as to change a lighting state of a light source in order to recognize a lighting device for setting predetermined information A setting-side control unit that transmits a setting signal from the transmission unit when the predetermined information of the lighting device is set, and transmits a signal of the predetermined information after the setting target lighting device is selected by the input unit; It is what you are doing.

  The lighting device according to claim 4 is a lighting device that turns on the light source; a receiving unit that receives a wireless signal transmitted from the setting device; and a setting that is set when the receiving wireless signal for setting from the setting device is received by the receiving unit An illumination-side control unit that makes it possible to recognize the target and sets the corresponding information when a wireless signal of predetermined information from the setting device is received by the receiving unit; and wireless at a quarter or more of the wavelength of the wireless signal An instrument body having a gap in which a signal propagates from the outside to the inside, and in which the lighting device, the receiving unit, and the illumination side control unit are arranged.

  If the gap in the instrument body is ¼ or less of the wavelength of the radio signal, the radio signal will not easily propagate inside the instrument body, and it will be difficult to receive the radio signal from the setting device at the receiver located inside the instrument body. Become. When the light source is a discharge lamp and the discharge lamp is turned on at a high frequency, the gap between the appliance main bodies is ¼ or less of the wavelength of the discharge lamp lighting frequency, and electromagnetic waves generated when the discharge lamp is lit are emitted from the gaps. It is difficult to propagate inside the lamp, and the influence of the electromagnetic wave on the lighting device can be reduced.

  The lighting system according to claim 5 is a lighting device that turns on a light source, a receiving unit that receives a signal, and the number of blinking times of the light source so that the receiving unit can recognize a setting signal by receiving a setting signal. And an illumination-side control unit that sets predetermined information when a signal of predetermined information is received together with a signal corresponding to the corresponding number of blinks at the receiving unit. A transmission unit that transmits a signal to the illumination device, an input unit that inputs the number of blinks of the light source, and a signal corresponding to the number of blinks that is input from the transmission unit by causing the transmission unit to transmit a setting signal at a predetermined setting. And a setting device having a setting side control section for transmitting a signal of predetermined information.

  Arbitrarily determining the number of blinks of the light source includes generating a random number by the illumination side control unit and determining the number of blinks of the light source according to the random number.

請 Motomeko 6 illumination system described, a lighting device for lighting a light source, an illumination-side transceiver unit for transmitting and receiving radio signals to setter, and an infrared receiver for receiving infrared signals for setting the setting device When the infrared signal for setting is received by the infrared receiver, a wireless signal is sent from the illumination side transceiver unit, and the address information is received by the illumination side transceiver unit. An illumination device including an illumination-side control unit for setting ; a setting-side transmission / reception unit that transmits and receives wireless signals; an infrared transmission unit that transmits an infrared signal for setting toward the illumination device; and a setting-side transmission / reception unit from the illumination device And a setting unit having a setting side control unit for receiving a response signal and transmitting a signal of address information.

The radio signal uses radio waves or the like as a medium. The infrared signal has directivity so as to be received only by a specific lighting device.

The illumination device according to claim 7, wherein the illumination-side transmission / reception unit that transmits / receives a radio signal to / from the setting device; and the reception-side transmission / reception unit detects the reception intensity of the setting signal when receiving the setting signal; The reception-side data and the wireless signal of the preset temporary address information are transmitted from the illumination-side transmission / reception unit, and the new address information is received by the illumination-side transmission / reception unit together with the corresponding temporary address information. And an illumination-side control unit for setting.

  The radio signal uses radio waves or the like as a medium.

  The provisional address information is unique address information written in hardware in the illumination side control unit.

The illumination system according to claim 8 is the illumination device according to claim 7 ; a setting-side transmission / reception unit that transmits / receives a radio signal, a setting-side transmission / reception unit transmits a setting radio signal, and temporary address information from the illumination device A setting unit having a setting side control unit that receives a radio signal of reception strength data and transmits a radio signal of new address information from the setting side transmission / reception unit together with provisional address information specified based on the reception strength; It is what.

  The provisional address information specified based on the reception intensity refers to provisional address information of the lighting device that has the highest reception intensity and is located closest to the setting device.

  According to the setting method of the illumination system according to claim 1, the transmission output of the signal from the setting device is adjusted, the setting signal transmitted from the setting device is received, and the lighting device to be set is turned on. Even if multiple lighting devices are installed, the setting operator can easily select the lighting device to be set while visually checking the lighting state of the light source of the lighting device. The predetermined information can be easily set by specifying an arbitrary lighting device.

  According to the setting method of the illumination system according to claim 2, the transmission output of the signal from the setting device is adjusted, the setting signal transmitted from the setting device is received, and the lighting device to be set is set in the lighting state of the light source. Even if multiple lighting devices are installed, the setting operator can easily select the lighting device to be set while visually checking the lighting state of the light source of the lighting device. It is possible to easily set group information by specifying an arbitrary lighting device.

  According to the setting device of the third aspect, the transmission output of the signal from the setting device is adjusted, the setting device transmitted from the setting device receives the setting device, and the lighting device to be set changes the lighting state of the light source The setting operator can easily select the lighting device to be set while observing the lighting state of the light source of the lighting device, so even if multiple lighting devices are installed, any The predetermined information can be easily set by specifying the lighting device.

  According to the illuminating device of the fourth aspect, the receiving device receives the setting wireless signal transmitted from the setting device so that the illuminating device to be set can be recognized by changing the lighting state of the light source. The setting operator can easily select the lighting device to be set so that only the lighting device that sets the predetermined information changes the lighting state of the light source while the setting operator visually checks the lighting state of the light source of the lighting device. Therefore, even if a plurality of lighting devices are installed, it is possible to easily specify predetermined lighting devices and set predetermined information. In addition, since a gap in which the radio signal propagates from the outside to the inside of the instrument body is provided in the instrument body, the receiving unit can be arranged inside the instrument body.

  According to the illumination system of claim 5, the illuminating device which has received the setting signal transmitted from the setting device and arbitrarily sets the number of times of blinking of the light source and blinks the light source by the number of times of blinking. The lighting device can be identified from the number of blinks of the light source, and even if multiple illumination devices are installed, any lighting device can be identified and specified by inputting the number of blinks to the setting device. Information can be set easily.

According to the lighting system 請 Motomeko 6 wherein, by transmitting towards a strong infrared signal from the set Joki directivity to a particular lighting device, setting target only that specific lighting apparatus receives the infrared signal And the setting device receives the response wireless signal and transmits the address signal wireless signal, and only the lighting device to be set receives the address information and receives the address information. Since it can be set, address information can be easily set by specifying an arbitrary lighting device even if a plurality of lighting devices are installed.

According to the illuminating device of claim 7 , when the setting wireless signal transmitted from the setting device is received, the reception intensity of the setting wireless signal is detected, and the reception intensity data and the preset provisional address are detected. A plurality of lighting devices are installed to transmit a wireless signal of information to a setting device, receive a wireless signal of new address information together with the corresponding provisional address information from the setting device, and set new address information. In addition, it is possible to easily set address information by specifying an arbitrary lighting device.

According to the lighting system of the eighth aspect, by using the lighting device according to the seventh aspect and transmitting the setting wireless signal from the setting device, the lighting device that has received the setting wireless signal is used for setting. Detects the reception strength of the radio signal, transmits the reception strength data and a radio signal of preset provisional address information to the setting device, and the setting device transmits the radio signal of the reception strength data together with the provisional address information from the lighting device. A new address information wireless signal is transmitted together with the provisional address information received and specified based on the received intensity, and the lighting device receives the new address information wireless signal together with the corresponding provisional address information to obtain new address information. Even if a plurality of lighting devices are installed, address information can be easily set by specifying an arbitrary lighting device.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

  FIG. 1 to FIG. 9 show a first embodiment, FIG. 1 is a configuration diagram of a lighting system, FIG. 2 is an explanatory diagram showing a setting method of address information and group information of a lighting device of the lighting system, and FIG. 4 is a schematic cross-sectional view of the illumination device of the system, FIG. 4 is an explanatory diagram for explaining address setting showing the illumination device of the illumination system from the plane direction, and FIG. 5 is a group setting showing the illumination device of the illumination system from the plane direction. FIG. 6 is a sequence diagram showing group settings of the lighting system, and FIG. 7 is an explanation showing a method for specifying a lighting device to be excluded in the group setting of lighting devices of the lighting system from (a) to (c) from the plane direction. FIG. 8 is a sequence diagram showing exclusion from the group in the lighting system group setting, and FIG. 9 is a sequence diagram showing addition to the group in the lighting system group setting. .

  As shown in FIG. 2, the lighting system centrally controls a plurality of lighting devices 11 installed on each floor of an office building or the ceiling of each area, for example, and each lighting device 11 has unique address information. Or group information is set, and each lighting device 11 corresponds to each lighting device 11 by transmitting a control signal in association with address information and group information to each lighting device 11 from a main control device (not shown) that performs centralized control. It is configured to control the lighting state by receiving a control signal of address information or group information.

  As shown in FIG. 1, each lighting device 11 includes a fluorescent lamp 12 as a light source, a lighting device 13 such as a high-frequency lighting device using an inverter circuit capable of dimming the fluorescent lamp 12, for example, a medium such as a radio wave. Lighting side transmission / reception unit 14 as a reception unit that transmits and receives wireless signals using the antenna, antenna 15 that transmits and receives wireless signals, and illumination side control that controls the lighting device 13 by communicating with the main control device through the illumination side transmission / reception unit 14 Part 16 is provided. In addition, although not shown in the figure, sound generation means for generating a confirmation sound such as a buzzer for setting confirmation and operation confirmation, and a sensor for detecting the brightness of the illumination space are provided.

  The lighting-side control unit 16 has a memory for storing address information and group information, and includes hardware-specific address information written on the hardware of the lighting-side control unit 16 at the time of shipment. Address information and group information on the software for controlling the lighting system are not set, and the address information and group information are set after the lighting device 11 is installed. The illumination-side control unit 16 has a fail-safe function for receiving a specific control signal from the main control device and turning on the fluorescent lamp 12 even when address information or group information is not set.

  Then, when the address side information or group information is not set and the lighting side transmitting / receiving unit 14 receives a setting wireless signal, the lighting side control unit 16 switches to the setting mode to be set and is turned on or off. A function for changing the lighting state, such as blinking the fluorescent lamp 12 that was in the above state, or dimming the fluorescent lamp 12 that was 100% lighted to 50% light, and the setting side in the lighting side transmitting / receiving unit 14 When a radio signal of address information or group information is received, it is set as its own address information or group information, and the setting mode to be set is canceled, and the change of the lighting state of the fluorescent lamp 12 is canceled and the LED lights from flashing Or, after setting the function to return to off or return from 50% lighting to 100% lighting, address information and group information, the wireless signal and address for setting in the lighting side transceiver 14 It does not react when it receives a radio signal broadcast and group information, and has a function to release the setting by the radio signal for a particular unset. In addition, after setting the address information and group information, it has a function of receiving a control signal associated with the corresponding address information and group information and controlling the lighting state.

  As shown in FIG. 3, the lighting device 11 is a ceiling-embedded type installed on the system ceiling 21, an instrument body 22 supported by the system ceiling 21, a reflector 23 attached to the instrument body 22, It has a fluorescent lamp 12 disposed in the reflector 23, a socket 24 for electrically and mechanically connecting the fluorescent lamp 12 and the like. A lighting device 13, an illumination side transmission / reception unit 14, and an illumination side control unit 16 are disposed inside the appliance main body 22.

  The appliance body 22 is formed with a gap (not shown) through which a wireless signal that is ¼ or more of the wavelength of the wireless signal and ¼ or less of the wavelength of the lighting frequency of the fluorescent lamp 12 propagates in and out of the appliance body 22. . This gap can be formed in the joint portion between the instrument body 22 and the reflector 23 or in the instrument body 22 itself. If the gap between the instrument main bodies 22 is ¼ or less of the wavelength of the radio signal, the radio signals are difficult to propagate in and out of the instrument main body 22, and the radio signal is transmitted by the illumination-side transmitting / receiving unit 14 arranged inside the instrument main body 22. When the fluorescent lamp 12 is ¼ or more of the wavelength of the lighting frequency of the fluorescent lamp 12, the electromagnetic wave generated when the fluorescent lamp 12 is turned on easily propagates from the gap to the inside of the instrument body 22, The lighting device 13 is likely to be affected.

  As shown in FIG. 1, a setting device 31 is used to set address information and group information of each lighting device 11. The setting device 31 is configured as a portable type or a portable type using a battery (not shown) as a power source, and can move to a place where the lighting device 11 is installed to set address information and group information of the lighting device 11.

  The setting device 31 includes, for example, a display unit 32 that displays various setting items using a liquid crystal display, an input unit 33 that inputs various setting items using a key, and a lighting device using a medium such as a radio wave. 11 is a setting side transmission / reception unit 34 as a transmission unit that transmits / receives radio signals to / from 11, an antenna 35 that transmits / receives radio signals, and a setting that communicates with the lighting device 11 through the setting side transmission / reception unit 34 to set address information and group information A side control unit 36 is provided. The setting-side transmitting / receiving unit 34 can arbitrarily adjust the transmission output of the signal to be transmitted, that is, the transmission output intensity.

  Then, the setting-side control unit 36 transmits a radio signal transmitted from the setting-side transmitting / receiving unit 34 by an input from the input unit 33 so that only the lighting device 11 that sets address information and group information changes the lighting state of the fluorescent lamp 12. A function that arbitrarily adjusts the transmission output of the receiver, a function that retains the adjusted transmission output value until the next adjustment, a wireless signal for setting from the setting-side transceiver 34 with the adjusted transmission output, address information and group It has a function of transmitting a wireless signal including a wireless signal of information.

  Next, the setting operation of address information and group information of the lighting device 11 in the lighting system will be described.

  First, the address information setting operation will be described with reference to FIG.

  The setting operator places the setting device 31 at a position closest to one lighting device 11 for setting the address information, and operates the input unit 33 of the setting device 31 to start setting the address information. As a result, the setting device 31 transmits a radio signal for starting address information setting.

  The lighting device 11 in which the address information is not set and has received the wireless signal for starting the address information setting from the setting device 31 enters the control target mode and blinks the fluorescent lamp 12 that has been turned on or off. For example, the lighting state of the fluorescent lamp 12 is changed, for example, the fluorescent lamp 12 that has been turned on at 100% is dimmed to, for example, 50%. FIG. 4 shows a range a1 and a range a2 within which a radio signal can reach.

  Therefore, the setting operator can visually confirm whether only the lighting device 11 to be set has changed the lighting state of the fluorescent lamp 12.

  For example, as shown in the range a2 in FIG. 4, when the setting start radio signal reaches a wide range and the lighting state of the fluorescent lamp 12 of the lighting device 11 other than the setting target lighting device 11 is changed, the setting is performed. After the setting device 31 transmits a wireless signal for canceling the setting to return the lighting device 11 that has been the setting target to the state before the setting, the input unit 33 is configured to reduce the transmission output of the wireless signal from the setting device 31. The wireless signal for setting start is transmitted again from the setting device 31 with the adjusted transmission output, and the change of the lighting state of the fluorescent lamp 12 of the illumination device 11 is confirmed. In addition, when the lighting state of the fluorescent lamp 12 including the lighting device 11 to be set does not change, the input unit 33 adjusts the transmission output of the radio signal from the setting device 31 to be high, and the adjusted transmission output Then, a setting start radio signal is transmitted again from the setting device 31, and the change of the lighting state of the fluorescent lamp 12 of the illumination device 11 is confirmed.

  In this way, while confirming the lighting state of the fluorescent lamp 12 of the lighting device 11, the transmission output of the radio signal from the setting device 31 is changed so that only the fluorescent lamp 12 of the setting target lighting device 11 changes the lighting state. adjust.

  If the range a1 where the wireless signal reaches by adjusting the transmission output of the wireless signal from the setting device 31 is appropriate, and the setting operator can confirm that only the fluorescent lamp 12 of the lighting device 11 to be set has changed the lighting state Then, the setting confirmation is operated with the input unit 33 of the setting device 31. As a result, the setting device 31 transmits a radio signal of address information to be set in the lighting device 11.

  By receiving a radio signal of address information at the lighting device 11 to be set, the setting response indicating that the address information has been set is registered in the memory of the lighting-side control unit 16 as address information of the own lighting device 11. The wireless signal is returned to the setting device 31. The lighting device 11 that has completed the setting of the address information cancels the setting target mode, cancels the change of the lighting state of the fluorescent lamp 12 and returns to the state before the setting is started, and receives a radio signal related to the subsequent address information. Even if it does not respond.

  Subsequently, when setting the address information of the next setting target lighting device 11, the setting device 31 is moved to a position closest to the next setting target lighting device 11, and the setting operation is similarly performed. At this time, since the transmission output of the radio signal from the setting device 31 holds the adjusted transmission output value until the next adjustment, for example, when the illumination device 11 is installed at substantially constant intervals Can easily set the address information without adjusting the radio signal transmission output from the setting device 31 each time.

  As described above, the setting device 31 receives the setting radio signal transmitted from the setting device 31 and the setting device 31 changes the lighting state of the fluorescent lamp 12, so that the setting operator can change the fluorescent lamp of the lighting device 11. While observing the lighting state of 12, adjust the transmission output of the wireless signal from the setting device 31 so that only the lighting device 11 that sets the address information changes the lighting state of the fluorescent lamp 12. Since the device 11 can be easily selected, even if a plurality of lighting devices 11 are installed, any lighting device 11 can be specified and address information can be easily set.

  Next, the group information setting operation will be described with reference to FIGS.

  A setting operator turns on a wall switch or the like to turn on all lighting devices 11 to 100%, and is located within a certain range and set to the same group, for example, at a position closest to three lighting devices 11 The setting device 31 is arranged, and the setting start is operated at the input unit 33 of the setting device 31. Thus, the setting starter 31 broadcasts a setting start radio signal.

  The illuminating device 11 that has received the setting start wireless signal from the setting device 31 becomes a setting target mode, and sets the unique address information on the hardware of the lighting control unit 16 and the character string data for system identification. Reply to 31 and change the fluorescent lamp 12 to the lighting state of 50% lighting. FIG. 5 shows a range b1 and a range b2 within which a radio signal can reach.

  The setting device 31 that has received the address information and the system identification character string data sent back from the lighting device 11 creates a database from the address information and displays it on the display unit 32.

  The setting operator can visually confirm whether only the three lighting devices 11 to be set have been changed to the lighting state in which the fluorescent lamp 12 is lit by 50%.

  For example, as shown in the range b2 in FIG. 5, the setting start radio signal reaches a wide range, and the lighting devices 11 other than the three lighting devices 11 to be set have also been changed to a lighting state in which the fluorescent lamp 12 is lit by 50%. In such a case, after the setting device 31 broadcasts a wireless signal for canceling the setting to return the lighting device 11 that has been in the setting target mode to the state before the setting, the wireless signal transmission output from the setting device 31 is The input unit 33 is adjusted so as to lower the value, and a setting start radio signal is transmitted again from the setter 31 with the adjusted transmission output, and a change in the lighting state of the fluorescent lamp 12 of the illumination device 11 is confirmed. Further, when the lighting state of the fluorescent lamp 12 is changed in any one or only one or two of the three lighting devices 11 to be set, the radio signal transmission output from the setting device 31 is increased. The setting unit 31 transmits again the setting start radio signal with the adjusted transmission output so that the change of the lighting state of the fluorescent lamp 12 of the illumination device 11 is confirmed.

  In this way, while confirming the lighting state of the fluorescent lamp 12 of the lighting device 11, the transmission output of the setting device 31 is adjusted so that only the fluorescent lamps 12 of the three lighting devices 11 to be set change the lighting state. .

  By adjusting the transmission output of the wireless signal from the setting device 31, the range b1 where the wireless signal reaches is appropriate, and the setting operator has changed only the fluorescent lamps 12 of the three lighting devices 11 to be set. If it can be confirmed, the setting confirmation is operated at the input unit 33 of the setting device 31. Thereby, the setting device 31 sequentially transmits a radio signal of group information such as a group number in association with the address information on the hardware specific to each lighting device 11 to be set.

  Each lighting device 11 to be set receives a group information wireless signal associated with the address information on the corresponding hardware, and stores it in the memory of the lighting-side control unit 16 as group information of its own lighting device 11. The setting is registered, and the fact that the group information has been set is returned to the setting device 31. The lighting device 11 that has completed the setting of the group information cancels the setting target mode, cancels the change of the lighting state of the fluorescent lamp 12 and returns to the state of 100% lighting before starting the setting, and relates to the subsequent group information No response when receiving a radio signal.

  Subsequently, when setting the group information of the lighting device 11 of the next group, the setter 31 is positioned in the next fixed range and moved to a position closest to the plurality of lighting devices 11 set in the same group. Set up the same way. At this time, since the transmission output of the wireless signal from the setting device 31 holds the adjusted transmission output value until the next adjustment, for example, a plurality of lighting devices 11 to be grouped are installed in a substantially constant range. If it is, the group signal can be easily set without adjusting the transmission output of the radio signal from the setting device 31.

  As described above, the setting device 31 receives the setting radio signal transmitted from the setting device 31 and the setting device 31 changes the lighting state of the fluorescent lamp 12, so that the setting operator can change the fluorescent lamp of the lighting device 11. While observing the lighting state of 12, adjust the transmission output of the signal from the setting device 31 so that only the lighting devices 11 to be grouped change the lighting state of the fluorescent lamps 12. Since a plurality of lighting devices 11 are installed, group information can be easily set by specifying any lighting device 11 even if a plurality of lighting devices 11 are installed.

  Next, with reference to FIG. 7 and FIG. 8, the exclusion of the lighting device 11 that is not a setting target from the group during the group information setting operation will be described.

  As described above, even if the range is narrowed by adjusting the transmission output of the wireless signal from the setting device 31 so that only the lighting device 11 to be set changes the lighting state of the fluorescent lamp 12, When the lighting device 11 is included, the lighting device 11 that is not the setting target can be excluded from the group.

  Here, as shown in FIG. 8, the description will be made assuming that the illumination device 11 (3) is excluded from the illumination devices 11 (1) to (3).

  When the setting operator operates the selection change with the input unit 33 of the setting device 31, the address information on the hardware among the lighting fixtures 11 (1) to (3) currently set is young. The radio signal of selection change is transmitted in association with the address information on the hardware of one lighting device 11 (1) in order.

  In the lighting device 11 (1) that has received the radio signal for selection change associated with the address information on the corresponding hardware, the lighting state of the fluorescent lamp 12 when it becomes the selection change target and before the setting target or the setting target Is changed to a different lighting state, for example, it is turned off (the state shown in FIG. 7A).

  The setting operator can specify the lighting device 11 (1) by turning off the fluorescent lamp 12. Here, since the illuminating device 11 (1) is a setting target, the setting operator re-operates the selection change with the input unit 33 of the setting device 31. As a result, the setting device 31 corresponds to the address information on the hardware of the lighting device 11 (1) in association with the address information on the hardware of the lighting device 11 (2) and the address information on the hardware of the lighting device 11 (2) in the next order. At the same time, a radio signal of selection change is transmitted.

  The illuminating device 11 (1) that has received the radio signal for deselection associated with the address information on the corresponding hardware cancels the selected state and changes the lighting state of the fluorescent lamp 12 to 50%, that is, the setting target. Return to the lit state. Further, in the lighting device 11 (2) of the next order that has received the radio signal of selection change associated with the address information on the corresponding hardware, it becomes a selection target and turns off the fluorescent lamp 12 (FIG. 7B). State).

  The setting operator can specify the lighting device 11 (2) by turning off the fluorescent lamp 12. Again, since the lighting device 11 (2) is a setting target, the setting operator re-operates the selection change with the input unit 33 of the setting device 31. As a result, from the setting device 31, it corresponds to the address information on the hardware of the lighting device 11 (2) in association with the address information on the hardware of the lighting device 11 (3) in the next order in association with the radio signal of the deselection. At the same time, a radio signal of selection change is transmitted.

  The lighting device 11 (2) that has received the radio signal for deselection associated with the address information on the corresponding hardware cancels the selected state and changes the lighting state of the fluorescent lamp 12 to 50%, that is, the setting target. Return to the lit state. Further, in the lighting device 11 (3) of the next order that has received the radio signal of selection change associated with the address information on the corresponding hardware, it becomes a selection target and turns off the fluorescent lamp 12 (FIG. 7 (c)). State).

  The setting operator can specify the lighting device 11 (3) by turning off the fluorescent lamp 12. Here, since the lighting device 11 (3) is not a setting target, the setting operator operates setting exclusion with the input unit 33 of the setting device 31. Thereby, the setting device 31 removes the lighting device 11 (3) from the setting list and deletes it from the display unit 32, and also excludes the setting from the setting device 31 in association with the address information on the hardware of the lighting device 11 (3). The radio signal is transmitted.

  The illuminating device 11 (3) that has received the radio signal for setting exclusion associated with the address information on the corresponding hardware cancels the selected state and cancels the setting mode to be set, and the lighting state of the fluorescent lamp 12 Return to 100% lighting before setting.

  Then, if it can be confirmed that only the fluorescent lamp 12 of the lighting device 11 (1) (2) to be set has changed the lighting state, the setting object can be set by operating the input unit 33 of the setting device 31 by the setting operator. Wireless signals of group information such as group numbers are sequentially transmitted in association with the address information on the hardware specific to each of the lighting devices 11 (1) and (2).

  Each of the setting target lighting devices 11 (1) (2) receives a radio signal of group information associated with the address information on the corresponding hardware, thereby enabling its own lighting device 11 (1) (2). The group information is set and registered in the memory of the illumination side control unit 16, and the fact that the group information is set is returned to the setting device 31. The lighting devices 11 (1) (2) that have completed the setting of the group information cancel the setting mode to be set, cancel the change of the lighting state of the fluorescent lamp 12, and the state of 100% lighting before starting the setting Even if a wireless signal related to subsequent group information is received, it does not respond.

  Next, in the group information setting operation, the addition of the unset lighting device 11 to the group will be described with reference to FIG.

  The lighting device 11 in which the group is not set can be added to the already set group. Information on groups already set is registered in the setting device 11.

  Here, as shown in FIG. 9, among the lighting devices 11 (1) to (3), the lighting devices 11 (1) and (2) have been group-set, and the lighting device 11 (3) has not been set to a group. It will be explained as a thing.

  The setting operator places the setting device 31 at a position close to the lighting device 11 (3) to be added to the group, and operates the start of addition at the input unit 32 of the setting device 31. As a result, a radio signal for starting addition is transmitted from the setting device 31.

  The lighting device 11 (3) that has not been set to the group that has received the wireless signal for starting addition from the setting device 31 is in a mode for additional setting, and has unique address information and system identification on the hardware of the lighting side control unit 16. Is returned to the setting device 31, and the fluorescent lamp 12 is changed to a lighting state of 50% lighting.

  Upon receiving the address information returned from the lighting device 11 (3) and the character string data for system identification, the setting device 31 adds the address information to the database and displays it on the display unit 32.

  If the setting operator can confirm that only the fluorescent lamp 12 of the lighting device 11 (3) to be additionally set has changed the lighting state, the additional confirmation is operated at the input unit 33 of the setting device 31. Thereby, the setting device 31 transmits a radio signal of group information to be added in association with the address information on the hardware specific to the lighting device 11 (3) to be additionally set.

  The lighting device 11 (3) to be additionally set receives the radio signal of the group information associated with the address information on the corresponding hardware, thereby obtaining the lighting side as group information of the own lighting device 11 (3). The setting is registered in the memory of the control unit 16, and the fact that the group information has been set is returned to the setting device 31. The lighting device 11 (3) that has completed the setting of the group information cancels the change of the lighting state of the fluorescent lamp 12 and returns to the state of 100% lighting before the start of the additional setting, and receives the radio signal regarding the subsequent group information. But it stops responding.

  Next, FIG. 10 is a block diagram of an illumination system showing a second embodiment.

  The basic configuration of the illumination system is the same as that of the first embodiment, but some of the functions of the illumination device 11 and the setting device 31 are different.

  In other words, the illumination side control unit 16 of the illumination device 11 generates a random number when receiving the setting signal at the illumination side transmission / reception unit 14 at the time of address setting, and sets the number of blinks of the fluorescent lamp 12 according to the random number. A function that arbitrarily determines and blinks the fluorescent lamp 12 as many times as the number of blinks, receives a radio signal of address information together with a radio signal corresponding to the number of times of blinking, and sets it as its own address information. It has a function of holding until a setting wireless signal is received.

  The setting side control unit 36 of the setting device 31 has a function of accepting the number of blinks by an input from the input unit 33 at the time of address setting, and transmits a setting wireless signal from the setting side transmission / reception unit 34 and is input by the input unit 33 It has a function of transmitting a radio signal of address information together with a radio signal corresponding to the number of blinks.

  Then, the address information setting operation of the lighting device 11 will be described.

  The setting operator arranges the setting device 31 at the place where the lighting device 11 is installed, causes the setting device 31 to transmit a setting wireless signal, and confirms that the fluorescent lamps 12 of the plurality of lighting devices 11 blink.

  The plurality of lighting devices 11 that have received the setting signal generate a random number, arbitrarily determine the number of blinks of the fluorescent lamp 12 according to the random number, and cause the fluorescent lamp 12 to blink for the number of blinks.

  The setting operator confirms the number of blinks of the fluorescent lamp 12 of each lighting device 11 and inputs the number of blinks for specifying one lighting device 11 for address setting at the input unit 33 of the setting device 31, and blinks from the setting device 31. The wireless signal of the address information set to the illuminating device 11 is transmitted together with the wireless signal corresponding to the number of times.

  The lighting device 11 receives the wireless signal of the address information together with the wireless signal corresponding to the corresponding number of blinks, and registers it in the memory of the lighting control unit 16 as the address information of the own lighting device 11. The lighting device 11 that has completed the address setting does not respond even if it receives a setting wireless signal or the like.

  Subsequently, in order to set the address information of another lighting device 11, similarly, the number of blinks for specifying one lighting device 11 to be addressed is input and set.

  When the number of blinks of the lighting device 11 is not known or when the number of blinks is the same among a plurality of lighting devices 11, a setting wireless signal is transmitted again from the setting device 31, and the fluorescent lamp 12 of the lighting device 11 is blinked. Confirm and set the address.

  In this way, the lighting device 11 that has received the setting wireless signal transmitted from the setting device 31 arbitrarily determines the number of times the fluorescent lamp 12 blinks and causes the fluorescent lamp 12 to blink for the number of blinks. The lighting device 11 can be specified from the number of times, and even when a plurality of lighting devices 11 are installed, the address information can be easily set for the specific lighting device 11 by inputting the number of blinks to the setting device 31.

  Next, FIG. 11 is a block diagram of an illumination system showing a third embodiment.

  The basic configuration of the illumination system is the same as that of the first embodiment, but some of the functions of the illumination device 11 and the setting device 31 are different.

  In other words, the illumination side control unit 16 of the illumination device 11 generates a random number when receiving the setting signal at the illumination side transmission / reception unit 14 at the time of address setting, and sets the number of blinks of the fluorescent lamp 12 according to the random number. A function that arbitrarily determines and blinks the fluorescent lamp 12 as many times as the number of blinks, receives a radio signal corresponding to the number of blinks together with a radio signal corresponding to the number of blinks, and sets the address information as its own address. It has a function of holding until a setting wireless signal is received.

  The setting side control unit 36 of the setting device 31 has a function of arbitrarily adjusting the transmission output of the radio signal transmitted from the setting side transmission / reception unit 34 by the input from the input unit 33, and the adjusted transmission output value is adjusted next. Function that accepts the number of blinks with an input from the input unit 33, and allows the setting-side transmission / reception unit 34 to transmit a setting wireless signal with the adjusted transmission output, corresponding to the number of blinks input at the input unit 33 A function of transmitting a radio signal of address information together with a radio signal to be transmitted.

  Then, the address information setting operation of the lighting device 11 will be described.

  The setting operator arranges the setting device 31 at the place where the lighting device 11 is installed, and sets the address information, for example, at a position closest to the four lighting devices 11, the setting operator 31 sets the wireless for setting. A signal is transmitted and blinking of the fluorescent lamp 12 of the illumination device 11 is confirmed.

  If the lighting device 11 located in the receivable range according to the wireless signal transmission output of the setting device 31 receives the setting wireless signal, the fluorescent lamp 12 is blinked.

  The setting operator confirms that the fluorescent lamp 12 of the lighting device 11 is blinking. If the fluorescent lamps 12 of the lighting devices 11 other than the four lighting devices 11 for setting the address information also blink, a wireless signal from the setting device 31 is displayed. Is adjusted by the input unit 33 so as to lower the transmission output. When any one of the four lighting devices 11 does not blink, the input unit 33 adjusts so that the radio signal transmission output from the setting device 31 is increased. Then, the setting radio signal is transmitted again from the setting device 31 with the adjusted transmission output.

  In this way, the transmission output of the radio signal from the setting device 31 is adjusted so that only the fluorescent lamps 12 of the four illumination devices 11 blink while confirming the blinking of the fluorescent lamps 12 of the four illumination devices 11.

  Further, the four lighting devices 11 that have received the setting wireless signals generate random numbers, arbitrarily determine the number of blinks of the fluorescent lamp 12 according to the random numbers, and cause the fluorescent lamp 12 to blink for the number of blinks.

  The setting operator confirms the number of blinks of the fluorescent lamps 12 of the four lighting devices 11 and inputs the number of blinks for specifying one lighting device 11 for address setting at the input unit 33 of the setting device 31. A wireless signal of address information set in the lighting device 11 is transmitted together with a wireless signal corresponding to the number of blinks.

  The lighting device 11 receives the wireless signal of the address information together with the wireless signal corresponding to the corresponding number of blinks, and registers it in the memory of the lighting control unit 16 as the address information of the own lighting device 11. The lighting device 11 that has completed the address setting does not respond even if it receives a setting wireless signal or the like.

  Subsequently, in order to set the address information of another lighting device 11, similarly, the number of blinks for specifying one lighting device 11 to be addressed is input and set.

  When the number of blinks of the lighting device 11 is not known or when the number of blinks is the same among a plurality of lighting devices 11, a setting wireless signal is transmitted again from the setting device 31, and the fluorescent lamp 12 of the lighting device 11 is blinked. Confirm and set the address.

  In this way, the lighting device 11 that has received the setting wireless signal transmitted from the setting device 31 causes the fluorescent lamp 12 to blink, thereby confirming the lighting device 11 within the receivable range of the wireless signal transmitted from the setting device 31. Therefore, by adjusting the radio signal transmitted from the setting device 31 to a transmission output that can be received only by the lighting device 11 in a specific receivable range, even when a plurality of lighting devices 11 are installed, specific reception is possible. The lighting device 11 in the range can be selected, and the lighting device 11 in the specific receivable range that has received the setting wireless signal transmitted from the setting device 31 arbitrarily determines the number of blinks of the fluorescent lamp 12, and only the number of blinks Since the fluorescent lamp 12 is blinked, the lighting device 11 can be identified from the number of blinks of the fluorescent lamp 12, and the address information can be easily set for the specific lighting device 11 by inputting the number of blinks to the setting device 31.

  Next, FIG. 12 is a block diagram of an illumination system showing a fourth embodiment.

  The basic configuration of the illumination system is the same as that of the first embodiment, and the illumination device 11 further includes an infrared receiver 41 and an infrared receiver 42 that receives an infrared signal received by the infrared receiver 41. The setting device 31 includes an infrared light emitting unit 43 and an infrared transmission unit 44 that transmits an infrared signal from the infrared light emitting unit 43 toward the illumination device 11.

  The illumination-side control unit 16 receives the infrared signal at the infrared reception unit 42 and enters a set state, transmits a wireless signal in response from the illumination-side transmission / reception unit 14, and receives a radio signal of address information to receive its own address information. And a function for canceling the set state and not accepting a radio signal of address information after the address is set.

  The setting side control unit 36 has a function of transmitting an infrared signal from the infrared transmission unit 44 at the time of address setting, and a function of receiving a wireless signal responding from the lighting device 11 by the setting side transmission / reception unit 34 and transmitting a wireless signal of address information. Have.

  Then, the address setting operation of the lighting device 11 will be described.

  The setting operator arranges the setting device 31 at the place where the lighting device 11 is installed, and causes the setting device 31 to transmit an infrared signal toward, for example, one lighting device 11 that sets address information. At this time, since the infrared signal transmitted from the setting device 31 has strong directivity, only the illumination device 11 facing the infrared light emitting unit 43 of the setting device 31 can transmit the infrared signal.

  The lighting device 11 that has received the infrared signal enters a setting state of address information, that is, an address setting mode, and transmits a response radio signal from the lighting side transmitting / receiving unit 14.

  The setting device 31 receives a wireless signal that responds from the lighting device 11 and transmits a wireless signal of address information to be set in the lighting device 11.

  Only the lighting device 11 in the address setting mode receives the radio signal of the address information transmitted from the setting device 31, and registers it in the memory of the lighting control unit 16 as the address information of the own lighting device 11. The lighting device 11 that has completed the address setting cancels the address setting mode and does not accept the radio signal of the address information.

  Subsequently, in order to set the address information of another lighting device 11, similarly, an infrared signal is transmitted to one lighting device 11 to set the address, and the lighting device 11 is set in the address setting mode to set the address information. Set.

  In this way, by transmitting a highly directional infrared signal from the setting device 31 to a specific lighting device 11, the specific lighting device 11 receives the infrared signal, enters a setting state, and transmits a response signal. Then, the setting device 31 receives a wireless signal responding from the lighting device 11 and transmits a wireless signal of address information, so that the address information can be easily set for the specific lighting device 11 in the set state.

  Next, FIG. 13 is a block diagram of an illumination system showing a fifth embodiment.

  The basic configuration of the illumination system is the same as that of the first embodiment, but some of the functions of the illumination device 11 and the setting device 31 are different.

  Temporary address information is preset in the lighting device 11 at the time of shipment. The provisional address information includes hardware-specific address information written on the hardware of the illumination-side control unit 16, address information written on software, and the like. The illumination-side control unit 16 of the illumination device 11 detects the reception intensity of the setting radio signal when receiving the setting radio signal from the illumination-side transmission / reception unit 14, and detects the reception intensity data and a preset provisional address. It has a function of transmitting a wireless signal of information and setting new address information when the illumination-side transmitting / receiving unit 14 receives a wireless signal of new address information together with the corresponding provisional address information.

  The setting-side control unit 36 of the setting device 31 transmits a setting-use radio signal from the setting-side transmission / reception unit 34, receives a radio signal of reception intensity data together with provisional address information from the lighting device 11, and based on the reception intensity And a function for transmitting a radio signal of new address information together with the provisional address information specified in the above.

  Then, the address setting operation of the lighting device 11 will be described.

  The setting operator arranges the setting device 31 at the place where the lighting device 11 is installed, and transmits a setting wireless signal from the setting device 31 at a position closest to one lighting device 11 for setting address information.

  Each lighting device 11 located in the receivable range according to the transmission output of the wireless signal from the setting device 31 receives the setting wireless signal and detects the reception strength, and receives the received strength data and each lighting device 11. A wireless signal of provisional address information set in advance is transmitted.

  The setting device 31 is a lighting device 11 that receives a wireless signal of reception intensity data together with provisional address information from a plurality of lighting devices 11 and locates temporary address information having the strongest reception strength closest to the reception signal based on the reception strength. And a radio signal of new address information is transmitted together with the provisional address information.

  The lighting device 11 receives the wireless signal of the address information together with the corresponding provisional address information, and registers it in the memory of the lighting control unit 16 as the address information of the lighting device 11 of itself.

  Subsequently, when setting the address information of another specific lighting device 11, the setting device 31 is moved to a position closest to the next one lighting device 11 and set in the same manner.

  In this way, by transmitting the setting radio signal from the setting device 31, the lighting device 11 that has received the setting radio signal detects the reception intensity of the setting radio signal, and the reception intensity data and the preset value are set in advance. The provisional address information radio signal is transmitted, and the setting device 31 receives the radio signal of the reception intensity data together with the provisional address information from the illumination apparatus 11, and can identify the illumination apparatus 11 based on the reception intensity. A new address information wireless signal is transmitted together with the provisional address information of the lighting device 11, and the specified lighting device 11 receives a new address information wireless signal together with the corresponding provisional address information to set new address information. Address information can be easily set for the lighting device 11.

It is a block diagram of the illumination system which shows the 1st Embodiment of this invention. It is explanatory drawing which shows the setting method of the address information and group information of the illuminating device of a lighting system same as the above. It is a schematic sectional drawing of the illuminating device of an illumination system same as the above. It is explanatory drawing explaining the address setting which showed the illuminating device of the illumination system same as the above from the plane direction. It is explanatory drawing explaining the group setting which showed the illuminating device of the illumination system same as the above from the plane direction. It is a sequence diagram which shows the group setting of a lighting system same as the above. It is explanatory drawing which shows the identification method of the illuminating device of exclusion object in the group setting of the illuminating device of a lighting system same as the above from the plane direction to (a)-(c). It is a sequence diagram which shows the exclusion from the group in the group setting of a lighting system same as the above. It is a sequence diagram which shows addition to the group in the group setting of a lighting system same as the above. It is a block diagram of the illumination system which shows the 2nd Embodiment of this invention. It is a block diagram of the illumination system which shows the 3rd Embodiment of this invention. It is a block diagram of the illumination system which shows the 4th Embodiment of this invention. It is a block diagram of the illumination system which shows the 5th Embodiment of this invention.

11 Lighting equipment
12 Fluorescent lamp as light source
13 Lighting device
14 Lighting side transceiver as receiver
16 Lighting control unit
22 Instrument body
31 Setting device
33 Input section
34 Setting side transceiver as transmitter
36 Setting side controller
42 Infrared receiver
44 Infrared transmitter

Claims (8)

Send the setting signal from the setting device,
Change the lighting state of the light source of the lighting device that received the signal transmitted from the setter,
Adjust the transmission output of the signal from the setter to select the lighting device to set the predetermined information,
Make it possible to recognize the lighting device to be set,
After selecting the lighting device for setting the predetermined information, a signal of the predetermined information is transmitted from the setting device,
A setting method of an illumination system, wherein a setting target lighting device that has received a signal of predetermined information from a setting device sets predetermined information and cancels a change in a lighting state of a light source. Send the setting signal from the setting device,
Change the lighting state of the light source of the lighting device that received the signal transmitted from the setter,
Adjust the transmission output of the signal from the setter to select the lighting device to group,
Make it possible to recognize the lighting device to be set,
After selecting the lighting devices to be grouped, send a group information signal from the setter,
The setting method of the illumination system, wherein the setting target lighting device that has received the group information signal from the setting device sets the group information and cancels the change in the lighting state of the light source. A transmitting unit that transmits a signal to a lighting device that receives a signal of predetermined information and sets corresponding information so that the lighting device to be set can be recognized by receiving the setting signal;
An input unit that selects a lighting device to be set by adjusting a transmission output of a signal from a setting device so as to change a lighting state of a light source in order to recognize a lighting device that sets predetermined information;
A setting-side control unit that transmits a setting signal from the transmission unit when the predetermined information of the lighting device is set, and transmits a signal of the predetermined information after the setting target lighting device is selected by the input unit;
The setting device characterized by comprising. A lighting device for lighting the light source;
A receiving unit for receiving a radio signal transmitted from the setting device;
When receiving the setting wireless signal from the setting device at the receiving unit, it is possible to recognize that it is the target of setting, and setting the corresponding information when receiving the wireless signal of the predetermined information from the setting device at the receiving unit An illumination-side control unit to perform;
An instrument body having a gap in which the radio signal propagates from the outside to the inside at a quarter or more of the wavelength of the radio signal, and in which the lighting device, the receiving unit, and the illumination side control unit are arranged;
An illumination device comprising: A lighting device that turns on the light source, a receiving unit that receives the signal, and a receiving unit that receives the setting signal and recognizes that it is the target of setting, and arbitrarily determines the number of times the light source blinks. An illumination device having an illumination-side control unit that sets predetermined information when a signal of predetermined information is received together with a signal corresponding to the number of blinks corresponding to the number of blinks in the receiving unit;
A transmission unit that transmits a signal to the lighting device, an input unit that inputs the number of blinks of the light source, and a signal for setting that is transmitted from the transmission unit at a predetermined setting, together with a signal that corresponds to the number of blinks input at the input unit A setting device having a setting side control section for transmitting a signal of information;
Lighting system characterized in that it comprises a. A lighting device that turns on the light source, an illumination-side transmitting / receiving unit that transmits / receives a wireless signal to / from the setting device, an infrared receiving unit that receives an infrared signal for setting from the setting device, and an infrared signal for setting in the infrared receiving unit And a lighting control unit that transmits a wireless signal responding from the illumination side transceiver unit and receives the address information wireless signal by the illumination side transceiver unit and sets the address information. and an illumination device;
Setting side transmission / reception unit for transmitting / receiving wireless signals, infrared transmission unit for transmitting setting infrared signals to the lighting device, setting side for receiving response signals from the lighting device and transmitting address information signals at the setting side transmission / reception unit A setting device having a control unit;
A lighting system comprising: An illumination-side transmitting / receiving unit that transmits and receives radio signals to and from the setting device;
When the setting signal is received by the lighting side transmitting / receiving unit, the receiving intensity of the setting signal is detected, and the receiving side transmitting / receiving unit transmits a reception intensity data and a wireless signal of preset provisional address information, and lighting. An illumination-side control unit that receives a radio signal of new address information together with the corresponding provisional address information at the side transmission / reception unit and sets new address information;
An illumination device comprising: An illumination device according to claim 7 ;
A setting-side transmission / reception unit that transmits and receives a wireless signal, a setting-side transmission / reception unit that transmits a setting-use wireless signal, receives a wireless signal of reception intensity data together with provisional address information from the lighting device, and is provisional specified based on the reception intensity A setting device having a setting side control unit for transmitting a radio signal of new address information together with the address information from the setting side transmission / reception unit;
A lighting system comprising:

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