KR100670490B1 - Method for lighting system, setting apparatus, lighting apparatus, and lighting system - Google Patents

Abstract

Among a plurality of lighting devices 11, there is provided a lighting system that can specify an arbitrary lighting device 11 and set address information and the like.

By transmitting the radio signal for setting from the setter 31, only the illuminating device 11 that has received the radio signal for setting can recognize the illuminating device 11 to be set. Change the lighting status. The illuminating device 11 for setting address information and the like adjusts the transmission output of the radio signal from the setter 31 so as to change the lighting state of the fluorescent lamp 12, thereby selecting the illuminating device 11 to be set. do. A radio signal such as address information is transmitted from the setter 31, and only the illumination device 11 to be set receives radio signals such as address information and sets address information and the like.

Description

Setting method of lighting system, setter, lighting device and lighting system {METHOD FOR LIGHTING SYSTEM, SETTING APPARATUS, LIGHTING APPARATUS, AND LIGHTING SYSTEM}

1 is a configuration diagram of an illumination system showing a first embodiment of the present invention.

2 is an explanatory diagram showing a method of setting address information and group information of a lighting device of an in-phase lighting system.

3 is a schematic cross-sectional view of a lighting device of the in-phase lighting system.

4 is an explanatory diagram for explaining an address setting showing a lighting device of the in-phase lighting system from a planar direction.

5 is an explanatory diagram for explaining group setting in which the lighting apparatus of the in-phase lighting system is shown from the planar direction.

6 is a sequence diagram showing group setting of the in-phase lighting system.

Fig. 7 is an explanatory view showing (a) to (c) the planar direction of a method for specifying a lighting device to be excluded in group setting of lighting devices of the in-phase lighting system.

8 is a sequence diagram showing exclusion from a group in group setting of an in-phase lighting system.

9 is a sequence diagram showing addition to a group in group setting of the in-phase lighting system.

It is a block diagram of the lighting system which shows 2nd Embodiment of this invention.

It is a block diagram of the lighting system which shows 3rd Embodiment of this invention.

It is a block diagram of the lighting system which shows 4th Embodiment of this invention.

It is a block diagram of the lighting system which shows 5th Embodiment of this invention.

<Description of the symbols for the main parts of the drawings>

11 lighting device 12 fluorescent lamp as a light source

13 lighting device 14 lighting side transceiver as receiver

16: lighting side control unit 22: the instrument body

31: setter 33: input unit

34: setting side transmitting and receiving unit as the transmitting unit 36: setting side controlling unit

42: infrared receiver 44: infrared transmitter

The present invention relates to a setting method for setting a lighting system, a setting device for setting a lighting device, a settable lighting device, and a lighting system using a setting device and a lighting device.

Background Art Conventionally, for example, in an office building, a lighting system that remotely operates a plurality of lighting devices provided on each floor or each area by wire or wirelessly is adopted. 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, and address information and group information for each lighting device remotely operated from the control panel. By transmitting a control signal together with each other, each lighting apparatus receives a control signal of corresponding address information or group information and controls the lighting state.

In order to set address information and group information for each lighting device, at the time of shipment of the lighting device, the address information or group information is set with a setting switch connected to the lighting side control part of the lighting device, or the setting device is connected to the lighting side. Address information and group information are written into the memory of the controller.

There is also a configuration in which address information is automatically allocated after installation of a plurality of lighting devices. This is provided with a plurality of lighting devices in the lighting space, and at the same time by installing a main device having an image pickup means in the center of the lighting space and connecting them wired to generate random numbers in each lighting device when the power is turned on after the lighting device is installed. The random number is transmitted to the main device, and the main device determines a temporary address for each lighting device from the received random number, transmits the temporary address to each lighting device, and flashes each lighting device in turn using the temporary address. At the same time, the image pickup means specifies the position in the illumination space, updates the position by sending regular address information to the specified illumination device, and automatically installs it (see Patent Document 1, for example).

In addition, when setting the address information of an arbitrary lighting device from the radio signal from the setting device, the lighting device which has transmitted the setting radio signal to the initial transmission output from the setting device and received the setting radio signal When the response signal from the lighting device is received by the setting device and the response signal is received from other lighting devices, the transmission power of the signal is decreased to transmit the radio signal to the response signal from the lighting device. The reception is confirmed and narrowed so as to receive only a response signal from one lighting device to be finally set, and address information is set in the narrowing lighting device (see Patent Document 2, for example).

In addition, when setting the address information of a plurality of lighting apparatuses that are wired to the setter, the light source of the lighting apparatus for setting the address information is visually notified by blinking or dimming light. Address information of a plurality of lighting apparatuses is sequentially set (see Patent Document 3, for example).

[Patent Document 1]

Japanese Patent Application Laid-Open No. 2002-289373 (pages 5 to 6, FIGS. 1 to 5)

[Patent Document 2]

Japanese Patent Laid-Open No. 11-514829 (page 17, Figures 2-3)

[Patent Document 3]

Japanese Patent Application Laid-Open No. 2004-63228 (pages 15 to 16, Fig. 1)

However, when address information or group information is set in advance at the time of shipment of the lighting apparatus, it is necessary to manage the correspondence relationship between the lighting apparatus and the address information and group information, but at the time of setting the lighting system after installation of the lighting apparatus. The address and group information of the lighting apparatus may become unclear. In this case, the address and group information of the lighting apparatus need to be set again. In addition, when address information and group information are set when the lighting apparatus is installed without setting the address or group information when the lighting apparatus is shipped, the address information of the lighting apparatus when setting the lighting system after installation of the lighting apparatus. My group information may be unclear. Then, in order to reset the address information or group information after the installation of the lighting device, the lighting device is detached from the installation surface, and the address information or group information is set using the setting switch of the lighting control unit, or the setting unit is connected to the lighting control unit. It is necessary to write address information and group information in the memory of the memory, and there is a problem that address information and group information cannot be easily set at this time.

In addition, in the case of automatically allocating address information to a lighting device after installation, the lighting device is limited to a lighting device installed within a relatively narrow lighting space that allows imaging by the imaging means, and when there are obstacles such as pillars or partitions in the lighting space. Since the address information cannot be set appropriately, and the address information of a plurality of light fixtures which are wired are sequentially set, there is a problem that the setting operator cannot set the address information of any lighting apparatus.

In addition, when setting address information about an arbitrary lighting device using a radio signal in the setting device, by reducing the transmission power of the signal from the setting device, the range is communicated to only one lighting device to be set. Although narrowing and setting address information to the one lighting apparatus, there exists a problem that the lighting apparatus which receives the radio signal from a setting device, or the operator who sets the lighting apparatus to set is not specified.

In addition, when setting the address information of a plurality of lighting apparatuses that are wired to the setter, the light source of the lighting apparatus for setting the address information is visually notified by flashing or dimming lights, but the wired connection is made to the setter. Since the address information of a plurality of lighting apparatuses is set one after another, there is a problem that the setting operator cannot set the address information about any lighting apparatus.

SUMMARY OF THE INVENTION The present invention has been made in view of this point, and even if a plurality of lighting devices are provided, a setting method and setting device for a lighting system that can easily set information such as address information and group information by specifying any lighting device. An object of the present invention is to provide a lighting device and a lighting system.

The setting method of the illumination system of Claim 1 selects the illumination device which transmits a setting signal from a setting device, changes the lighting state of the light source of the lighting device which received the signal transmitted from the setting device, and sets predetermined information. In order to adjust the signal transmission output of the setting device to recognize the lighting device to be set, select the lighting device to set the predetermined information, and then transmit the signal of the predetermined information from the setting device. The setting target illumination device that has received the predetermined information signal sets the predetermined information and releases the change of the lighting state of the light source.

The lighting system uses unique address information set in each lighting apparatus and controls the lighting state of each lighting apparatus.

The predetermined information is configured to include address information, and may include group information, initial illumination signal information, and the like.

The lighting apparatus is provided with a light source installed in a ceiling or the like, a lighting device for controlling the lighting state of the light source, a receiver for receiving a signal from a setter, and the like. Light sources include fluorescent lamps, discharge lamps, incandescent lamps, and the like. The lighting state of a light source should just be able to confirm that it visually changed, including blinking, a dimming light, or an unlit.

The setter is provided with a transmitter which makes it possible to move to the arbitrary place where the lighting apparatus is installed, and transmits a signal, an input part which adjusts a transmission output, etc. Adjusting the transmission output means lowering or increasing the intensity of the transmission output.

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

The setting method of the lighting system of Claim 2 transmits the setting signal from a setting device, changes the lighting state of the light source of the lighting device which received the signal transmitted from the setting device, and selects the lighting device to group. The setting device adjusts the transmission output of the signal so that the lighting device to be set can be recognized. After selecting the lighting devices to be grouped, the group information signal is transmitted from the setting device and the group information signal from the setting device. The lighting device of the setting target receiving the setting of the group information sets the group information and releases the change of the lighting state of the light source.

The lighting system collectively controls the lighting state of the lighting devices in the group by using the unique group information set in each lighting device.

The setting device according to claim 3 includes: a transmitting unit which 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 upon reception of a setting signal; 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 so as to recognize a lighting device for setting predetermined information; At the time of setting the predetermined information of the lighting apparatus, a setting side control unit is provided which transmits a setting signal from the transmitting unit and transmits a signal of the predetermined information after the lighting apparatus to be set is selected at the input unit.

A lighting device according to claim 4 includes: a lighting device for turning on a light source; A receiving unit which receives a radio signal transmitted from a setting device; Illumination side control part which makes it possible to recognize that it is to be set when receiving the radio signal for setting from the setting device at the receiving part, and sets the corresponding information when receiving the radio signal of the predetermined information from the setting device at the receiving part. Wow; It is provided with the mechanism main body which has the clearance which a radio signal propagates from the outside to the inside in the 1/4 or more of the wavelength of a radio signal, and has the lighting apparatus, a receiver, and the illumination side control part inside.

If the gap of the instrument main body is 1/4 or less of the wavelength of the radio signal, it is difficult for the radio signal to propagate inside the instrument main body, and it is difficult to receive the radio signal from the setter in the receiver disposed inside the instrument main body. In the case where the light source causes the discharge lamp to turn on the high frequency by the light source, the gap of the mechanism body is set to 1/4 or less of the wavelength of the lighting frequency of the discharge lamp, so that an electromagnetic wave generated when the discharge lamp is turned on. This makes it difficult to propagate inside the mechanism body, and the influence on the lighting device caused by electromagnetic waves can be reduced.

The lighting system according to claim 5 is configured to arbitrarily determine the number of flashes of the light source so that the lighting device for turning on the light source and the receiving unit for receiving the signal and the receiving unit receive the setting signal to recognize the setting target. An illuminating device having an illumination side control portion which flashes the light source by the number of blinking times and sets the predetermined information when the receiver receives a signal of the predetermined information together with a signal corresponding to the corresponding blinking frequency; A transmission unit for transmitting a signal to the lighting device, an input unit for inputting the number of flashes of the light source, and a setting signal transmitted from the transmission unit at a predetermined setting, and transmitting a signal of predetermined information together with a signal corresponding to the number of flashes input from the input unit. It is provided with the setting device which has a setting side control part to transmit.

Determining the blinking frequency of a light source arbitrarily includes generating a random number in the illumination side control part, and determining the blinking frequency of the light source according to this random number.

A lighting device according to claim 6 includes: a lighting device for turning on a light source; An illumination side transceiver configured to transmit and receive a radio signal with respect to the setter; An infrared receiver which receives an infrared signal for setting from a setter; When the infrared receiver receives the setting infrared signal, it becomes the setting target, and transmits a radio signal responding from the illumination side transceiver unit, and receives the radio signal of the address information from the illumination side transceiver unit and sets the address information. It is equipped with a control part.

The radio signal uses radio waves and the like as a medium. Infrared signals are directed such that they are received only by certain lighting devices.

The illumination system of Claim 7 includes the illumination device of Claim 6; A setting side transceiver for transmitting and receiving a wireless signal, an infrared transmitter for transmitting an infrared signal for setting toward the lighting apparatus, and a setting side controller for receiving a response signal from the lighting apparatus and transmitting a signal of address information at the setting side transceiver; It is provided with a setter.

An illumination apparatus according to claim 8, comprising: an illumination side transceiver configured to transmit and receive a radio signal to and from a setter; When the illumination transmission / reception unit receives the setting signal, the reception intensity of the setting signal is sensed, and the reception intensity data and the radio signal of the preset address information are preset from the illumination transmission / reception unit, The transmitter / receiver includes an illumination side controller configured to receive radio signals of new address information together with corresponding temporary address information and set new address information.

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

The provisional address information refers to unique address information that is hardly written in the illumination control unit.

The illumination system of Claim 9, The illumination system of Claim 8; The setting side transceiver which transmits and receives the radio signal, and the setting side transceiver transmits the setting radio signal, and receives the radio signal of the reception intensity data together with the provisional address information from the lighting device, And a setting unit having a setting side control unit for transmitting a radio signal of new address information from the setting side transmitting and receiving unit together with the provisional address information.

Based on the reception intensity, the specific provisional address information refers to the provisional address information of the lighting apparatus having the highest reception intensity and located at the position closest to the setter.

Embodiment of the Invention

EMBODIMENT OF THE INVENTION Hereinafter, one Embodiment of this invention is described with reference to drawings.

1 to 9 show a first embodiment, FIG. 1 is a configuration diagram of a lighting system, FIG. 2 is an explanatory diagram showing a method of setting address information and group information of a lighting apparatus of a lighting system, and FIG. 4 is an explanatory view for explaining an address setting showing the lighting device of the lighting system from the planar direction, FIG. 5 is an explanatory view for explaining a group setting for showing the lighting device of the lighting system from the planar direction; Is a sequence diagram showing group setting of an illumination system. FIG. 7 is an explanatory diagram showing (a) to (c) a method of specifying a lighting device to be excluded in group setting of a lighting device of the lighting system from a planar direction. 8 is a sequence diagram showing exclusion from the group in the grouping of the lighting system, and FIG. 9 shows the addition to a group in the grouping of the lighting system. Sequence diagram.

As shown in FIG. 2, the lighting system intensively controls a plurality of lighting devices 11 installed on each floor of an office building or the ceiling of each area, for example, and is unique to each lighting device 11. Address information and group information are set, and a control signal is transmitted to the respective lighting devices 11 in correspondence with the address information and the group information from a main control device (not shown) which performs the centralized control. 11) is configured to receive a control signal of the corresponding address information or group information and control the lighting state.

As shown in FIG. 1, each lighting device 11 includes a fluorescent lamp 12 as a light source and a lighting device 13 such as a high frequency lighting device using an inverter circuit capable of illuminating and illuminating the fluorescent lamp 12. For example, the main unit and the like are communicated through the lighting side transceiver 14 as a receiver for transmitting and receiving a radio signal using a medium such as a radio wave, the antenna 15 for transmitting and receiving radio signals, and the illumination side transceiver 14. The lighting side control part 16 which controls the lighting device 13 is provided. In addition, although not shown, a sound generating means for generating a confirmation sound such as a buzzer for setting confirmation or operation confirmation and a sensor for detecting the brightness of the illumination space are provided.

The illumination side control unit 16 has a memory for storing address information and group information, and at the time of shipment, the illumination side control unit 16 includes hardware-specific address information written on the hardware of the illumination side control unit 16, but as an illumination system. The address information and the group information on the software for controlling are not set, but the address information and the group information are set after the installation of the lighting apparatus 11. In addition, the lighting-side control unit 16 receives a specific control signal from the main control unit and turns on the fluorescent lamp 12 even when no address information or group information is set. Have

Then, when the illumination side transceiver unit 14 receives the radio signal for setting in the case where the address information or the group information is not set, the illumination side control unit 16 switches to the setting mode to be the setting target, Functions to change the lighting state, such as flashing the fluorescent lamp 12 that is in the ON or OFF state, or dimming the fluorescent lamp 12 which is in the 100% ON state to 50% ON state, for transmitting and receiving the lighting side When the radio signal of the address information or group information is received in the section 14, the radio signal is set as its own address information or group information, and the setting mode to be set is canceled, and the fluorescent lamp 12 is turned on. Functions for canceling the change and returning from flashing to lit or turned off, or from 50% lit to 100% lit, and setting the address information or group information in the lighting side transceiver 14 for wireless setting. Call, without making the reaction to receive a radio signal from the information or address information group, it has a function to release the setting by the wireless signal for a particular set off. Further, after setting the address information and the group information, it has a function of receiving a control signal corresponding to the address information or the group information and controlling the lighting state.

As shown in FIG. 3, the lighting device 11 is a ceiling-mounted type installed in the system ceiling 21, and is equipped with an instrument body 22 supported by the system ceiling 21, and attached to the instrument body 22. A reflector 23, a fluorescent lamp 12 disposed in the reflector 23, a socket 24 for electrically and mechanically connecting the fluorescent lamp 12, and the like. The lighting device 13, the illumination side transceiver 14, and the illumination side control part 16 are arrange | positioned inside the mechanism main body 22. As shown in FIG.

The instrument body 22 is shown in which radio signals of more than 1/4 of the wavelength of the radio signal and less than 1/4 of the wavelength of the lighting frequency of the fluorescent lamp 12 propagate in and out of the instrument body 22. The gap is not formed. This gap can be formed in the junction portion between the instrument body 22 and the reflector 23 and the instrument body 22 itself. And, if the gap of the instrument body 22 is 1/4 or less of the wavelength of the radio signal, it is difficult for the radio signal to propagate in and out of the instrument body 22, and the illumination side transceiver unit disposed inside the instrument body 22 is present. If it is difficult to transmit / receive a radio signal with (14), and if it is 1/4 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 is separated from the mechanism body 22. Is easily propagated inside, and an influence on the lighting device 13 due to electromagnetic waves is likely to occur.

In addition, as shown in FIG. 1, the setter 31 is used to set the address information and the group information of each lighting device 11. The setter 31 is composed of a portable type or a portable type using a battery (not shown) as a power source, and moves to a place where the lighting device 11 is installed so that address information and group information of the lighting device 11 can be set. Doing.

The setter 31 includes, for example, a display unit 32 for displaying various setting items using a liquid crystal display, or the like, an input unit 33 for inputting various setting items using a key, or a medium such as radio waves. By using the setting unit transceiver 34 as a transmitter for transmitting and receiving a radio signal to and from the lighting device 11, the antenna 35 for transmitting and receiving radio signals, and the setting unit transceiver 34 The setting side control part 36 which communicates and sets address information and group information is provided. The setting side transceiver 34 makes it possible to arbitrarily adjust the transmission output, that is, the transmission output strength of the signal to be transmitted.

Then, the setting side control section 36 inputs from the input section 33 so that only the lighting device 11 for setting the address information or the group information is changed in the lighting state of the fluorescent lamp 12, and the setting side transmitting and receiving section 34 Function of arbitrarily adjusting the transmission output of the radio signal transmitted from the terminal, keeping the adjusted transmission output value until the next adjustment, the radio signal for setting in the setting side transceiver 34 with the adjusted transmission output, and the address It has a function of transmitting a radio signal including a radio signal of information or group information.

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

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

By the setting operator, the setting device 31 is arranged at the position closest to one lighting device 11 for setting the address information, and the setting start of the address information is operated by the input unit 33 of the setting device 31. . As a result, the radio signal at the start of setting the address information is transmitted from the setter 31.

The lighting device 11, in which the address information that has received the radio signal at the start of setting the address information by the setting device 31, is not set, becomes the mode to be controlled and flashes the fluorescent lamp 12 that is in the lit or unlit state. The lighting state of the fluorescent lamp 12 is changed, for example, by dimming the fluorescent lamp 12 that is 100% lit, for example, by 50% lighting. 4 shows the range a1 or the range a2 at which the radio signal arrives.

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

For example, as shown in the range a2 of FIG. 4, the range where the radio signal for setting start reaches is wide, and the lighting state of the fluorescent lamp 12 of the lighting device 11 other than the lighting device 11 to be set is also shown. In the case of a change, the radio signal of setting stop is transmitted from the setting device 31 to return the illuminating device 11, which has been set, to the state before setting, and then the transmission output of the radio signal from the setting device 31. The input unit 33 adjusts the input signal 33 so as to lower the signal, and transmits the radio signal for setting start again from the setting device 31 to change the lighting state of the fluorescent lamp 12 of the lighting device 11. Check it. In addition, when the lighting state of the fluorescent lamp 12 is not changed including the illuminating device 11 to be set, the input unit 33 is adjusted to increase the transmission output of the radio signal from the setter 31. With the adjusted transmission output, the setting device 31 transmits the radio signal for setting start again, and confirms the change in the lighting state of the fluorescent lamp 12 of the lighting device 11.

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

By adjusting the transmission output of the radio signal from the setter 31, the range a1 to which the radio signal reaches is appropriate, and the setting operator changes only the fluorescent lamp 12 of the lighting device 11 to be set. If it can be confirmed, the setting confirmation is operated by the input unit 33 of the setter 31. Thereby, the radio signal of the address information set to the illuminating device 11 is transmitted from the setter 31. As shown in FIG.

By receiving the radio signal of the address information from the lighting device 11 to be set, the address information of the lighting device 11 is set and registered in the memory of the lighting control unit 16, and the address information is set. The radio signal of the setting response shown is returned to the setter 31. After the setting of the address information is completed, the lighting device 11 releases the mode to be set, releases the change in the lighting state of the fluorescent lamp 12, returns to the state before setting start, and wirelessly relates to the subsequent address information. Receiving a signal does not respond.

Subsequently, in setting the address information of the next lighting device 11 to be set, the setting device 31 is moved to the position closest to the next lighting device 11 to be set, and the same setting operation is performed. . At this time, since the transmission output of the radio signal from the setter 31 holds the adjusted transmission output value until the next adjustment, for example, the lighting device 11 is provided at approximately constant intervals. In this case, the address information can be easily set without adjusting the transmission output of the radio signal from the setter 31 each time.

In this way, the setting operator receives the wireless signal for setting transmitted from the setting device 31 and changes the lighting state of the fluorescent lamp 12 to the setting device, thereby causing the setting operator to illuminate the lighting device 11. While watching the lighting state of the fluorescent lamp 12, the lighting device 11 for setting the address information adjusts the transmission output of the radio signal from the setting device 31 so that the lighting device 11 of the fluorescent lamp 12 changes the lighting state. Since the illumination device 11 to be set can be easily selected, even if a plurality of illumination devices 11 are provided, arbitrary illumination devices 11 can be specified to easily set address information.

Next, the setting operation of the group information will be described with reference to FIGS. 5 and 6.

By the setting operator, all the lighting devices 11 are turned on by 100% by turning on the wall switch or the like, and they are located within a certain range and are set closest to the three lighting devices 11, for example. The setting device 31 is arrange | positioned at a position, and the setting start is operated by the input part 33 of the setting device 31. As a result, the setter 31 broadcasts the radio signal at the start of setting.

The lighting device 11 which has received the radio signal at the start of setting from the setting device 31 is set to the mode to be set, and the unique address information on the hardware of the lighting control unit 16 and the character string data for system identification are displayed. In response to the setter 31, the fluorescent lamp 12 is changed to a lighting state of 50% lighting. 5 shows a range b1 or a range b2 at which the radio signal arrives.

In the setter 31 which receives the address information returned from the lighting device 11 and the character string data for system identification, a database is created from the address information and displayed on the display unit 32.

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

For example, as shown in the range b2 of FIG. 5, the range where the radio signal at the start of setting reaches is wide, and the fluorescent lamp 12 also has 50% of the lighting devices 11 other than the three lighting devices 11 to be set. When changing to the lighting state of lighting, the setting apparatus 31 broadcasts the setting stop radio signal, and returns the lighting apparatus 11 which was set as the setting target mode to the state before setting, and then sets it. The input unit 33 adjusts the transmission power of the radio signal from the 31 to be lowered, and the setting device 31 transmits the radio signal for setting start again by using the adjusted transmission output, thereby illuminating the illumination device 11. Confirm that the lighting state of the fluorescent lamp 12 is changed. In addition, when the lighting state of the fluorescent lamp 12 does not change in all, or only one or two of the three lighting apparatuses 11 to be set, the transmission output of the radio signal from the setting device 31 is changed. The setting unit 31 transmits the radio signal for setting start again by using the adjusted transmission output so as to make it high, and changes the lighting state of the fluorescent lamp 12 of the lighting device 11. Check.

In this way, while checking the lighting state of the fluorescent lamp 12 of the lighting device 11, only the fluorescent lamps 12 of the three lighting devices 11 to be set change the lighting state of the setting device 31. Adjust the transmit power.

By adjusting the transmission output of the radio signal from the setter 31, the range b1 to which the radio signal reaches is set appropriately, and only the fluorescent lamps 12 of the three lighting devices 11 to be set are turned on by the set operator. If it is confirmed that the state has been changed, the setting confirmation is operated by the input unit 33 of the setter 31. Thereby, from the setter 31, the radio signal of group information, such as a group number, is transmitted one by one in correspondence with the address information on the hardware peculiar to each lighting apparatus 11 to be set.

The lighting device 11 of each setting object receives the radio signal of the group information associated with the address information on the corresponding hardware, so that the memory of the lighting control unit 16 is used as the group information of the lighting device 11 of its own. The setting registration is registered in the message and the setting information is returned to the setting device 31. The lighting device 11 which has completed the setting of the group information releases the mode to be set, releases the change in the lighting state of the fluorescent lamp 12, returns to the 100% lighting state before setting start, and then the group Receiving a radio signal about information does not respond.

Subsequently, when setting the group information of the lighting device 11 of the next group, the positioner 31 is located in the next predetermined range, and is the position closest to the several lighting device 11 which sets to the same group. Go to and do the setup as well. At this time, since the transmission output of the radio signal from the setter 31 is maintained until the value of the adjusted transmission output is adjusted next, for example, a plurality of lighting devices 11 to be grouped are about a certain range. In this case, the group signal can be easily set without adjusting the transmission output of the radio signal from the setter 31.

In this way, the setting operator receives the wireless signal for setting transmitted from the setting device 31 and changes the lighting state of the fluorescent lamp 12 to the setting device, thereby causing the setting operator to illuminate the lighting device 11. While watching the lighting state of the fluorescent lamp 12, the setting target is adjusted by adjusting the transmission output of the signal from the setting device 31 so that only the lighting device 11 to be grouped changes the lighting state of the fluorescent lamp 12. Since the lighting apparatus 11 can be selected easily, even if the some lighting apparatus 11 is provided, arbitrary illumination apparatus 11 can be specified and group information can be set easily.

Next, the exclusion of the illumination device 11 other than the setting target from the group during the setting operation of the group information will be described with reference to FIGS. 7 and 8.

As described above, even after adjusting the transmission output of the radio signal from the setting device 31 and narrowing the range so that only the illuminating device 11 to be set changes the lighting state of the fluorescent lamp 12, illumination other than the setting object is set. When the apparatus 11 is included, the illumination apparatus 11 other than the setting target can be removed from a group.

Here, as shown in FIG. 8, it demonstrates as removing the illuminating device 11 (3) among the illuminating devices 11 (1)-(3).

By the setting operator operating the selection change in the input unit 33 of the setting device 31, the address information on the hardware is currently out of the lighting fixtures 11 (1) to (3) to be set. In order, the radio signal of the selection change is transmitted in correspondence with the address information on the hardware of one lighting apparatus 11 (1).

In the lighting device 11 (1) that has received the radio signal of the selection change corresponding to the address information on the corresponding hardware, the fluorescent lamp 12 is turned on before the setting object or when the setting object is selected. It changes to the lighting state different from a state, for example, turns it off (state of FIG. 7 (a)).

The setting operator can specify the lighting device 11 (1) by turning off the fluorescent lamp 12. Here, since the lighting apparatus 11 (1) is a setting object, a setting operator reoperates selection change in the input part 33 of the setting device 31. As shown in FIG. As a result, the radio signal of the deselection associated with the address information on the hardware of the lighting apparatus 11 (1) from the setter 31, and the address information on the hardware of the lighting apparatus 11 (2) of the next. Correspondingly, the radio signal for selection change is transmitted.

The illumination device 11 (1), which has received the deselection radio signal corresponding to the address information on the corresponding hardware, cancels the selection state and sets the lighting state of the fluorescent lamp 12 to 50% lighting, that is, to be set. Return to the lit state. Further, after receiving the radio signal of the selection change corresponding to the address information on the corresponding hardware, the next lighting device 11 (2) becomes a selection target and the fluorescent lamp 12 is turned off (Fig. 7 (b). ) condition}.

The setting operator can specify the lighting device 11 (2) by turning off the fluorescent lamp 12. Here, too, since the illumination device 11 (2) is a setting object, the setting operator re-operates the selection change in the input part 33 of the setting device 31. As a result, the radio signal of the deselection associated with the address information on the hardware of the lighting device 11 and the second signal from the setter 31, and the address information on the hardware of the lighting device 11 and 3 in the next step. The radio signal of the selection change corresponding to the above is transmitted.

The lighting device 11 (2), which has received the deselection radio signal corresponding to the address information on the corresponding hardware, cancels the selection state so that the lighting state of the fluorescent lamp 12 is turned on at 50%, that is, to be set. Return to the lit state. In addition, after receiving the radio signal of the selection change corresponding to the address information on the corresponding hardware, the next lighting device 11 or 3 becomes a selection target and the fluorescent lamp 12 is turned off (Fig. 7 (c). ) condition}.

The setting operator can specify the lighting apparatuses 11 and 3 by turning off the fluorescent lamp 12. Here, since the lighting device 11 (3) is other than the setting target, the setting operator operates the setting exclusion at the input unit 33 of the setting device 31. Thereby, the setting device 31 is removed from the setting list of the lighting device 11 (3) and deleted from the display section 32, and the setting device 31 is removed from the setting device 31 on the hardware of the lighting device 11 (3). The setting exclusion radio signal is transmitted in correspondence with the address information.

Upon receiving the radio signal other than the setting corresponding to the address information on the corresponding hardware, the lighting device 11 (3) releases the selection state and releases the setting mode to be the setting target, The lighting state returns to 100% lighting before setting.

Then, if it is possible to confirm that only the fluorescent lamp 12 of the lighting device 11 (1) (2) to be set is changing the lighting state, the operation of the input unit 33 of the setting device 31 by the setting operator In this example, radio signals of group information such as group numbers are sequentially transmitted in correspondence with address information on the hardware unique to each of the lighting devices 11 (1) and 2 to be set.

In each lighting device 11 (1) (2) to be set, the lighting device 11 (1) (2) of the self is received by receiving a radio signal of group information corresponding to address information on the corresponding hardware. The setting information is registered and registered in the memory of the lighting control unit 16 as the group information, and the setter 31 returns the setting of the group information. The lighting device 11 (1) (2) that has completed the setting of the group information releases the setting mode to be set, and releases the change of the lighting state of the fluorescent lamp 12 to 100% before the start of setting. It returns to the lit state and stops responding even after receiving the radio signal about the group information.

Next, in the setting operation of the group information, the addition of the lighting device 11 not set to the group will be described with reference to FIG.

The lighting apparatus 11 which is not set as a group can be added to the group which is already set. Moreover, the information of the group which has already been set is registered in the setter 11.

Here, as shown in FIG. 9, among the lighting apparatuses 11 (1)-(3), group setting of the lighting apparatus 11 (1) (2) is complete | finished, and the lighting apparatus 11 (3) It is not set to a group.

By the setting worker, the setting device 31 is arranged at a position close to the lighting device 11 (3) to be added to the group, and the additional start is operated by the input unit 32 of the setting device 31. As a result, the setting device 31 transmits the radio signal of the additional start.

The group unset lighting device 11 (3), which has received the radio signal of the start of addition from the setter 31, becomes a mode to be additionally set, and the unique address information on the hardware of the lighting side control unit 16 on the hardware. And the character string data for system identification are returned to the setter 31, and the fluorescent lamp 12 is changed to the lighting state of 50% lighting.

In the setting device 31 which receives the address information returned from the lighting device 11 (3) and the character string data for system identification, the address information is added to the database and displayed 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 determination is operated by the input unit 33 of the setter 31. . As a result, the radio signal of the group information to be added is transmitted from the setter 31 in correspondence with the address information on the hardware inherent to the additional lighting device 11 (3).

In the illumination device 11 (3) to be additionally set, the illumination side as the group information of the own illumination device 11 (3) is received by receiving a radio signal of the group information corresponding to the address information on the corresponding hardware. The setting is registered in the memory of the control unit 16, and the setter 31 returns the setting of the group information. After the setting of the group information is completed, the lighting device 11 (3) cancels the change in the lighting state of the fluorescent lamp 12 and returns to the 100% lighting state before the start of the further setting, thereby providing a radio signal for the subsequent group information. It will not respond to receipt.

Next, FIG. 10 is a block diagram of the lighting system showing the second embodiment.

The basic configuration of the lighting system is the same as in the first embodiment, but some of the functions of the lighting device 11 and the setter 31 are different.

That is, the illumination side control unit 16 of the illumination device 11 generates a random number when the illumination side transceiver unit 14 receives a setting signal at the time of address setting, and generates a fluorescent lamp 12 according to the random number. Function of arbitrarily determining the number of flashes and flashing the fluorescent lamp 12 by the number of flashes, receiving a radio signal of address information together with a radio signal corresponding to the corresponding number of flashes, and setting it as its own address information. It has a function of maintaining the number of flashes until the radio signal for the next setting is received.

The setting side control unit 36 of the setting unit 31 transmits a radio signal for setting from the setting side transmitting and receiving unit 34 and a function of receiving a blinking frequency by an input from the input unit 33 at the time of address setting. And a function of transmitting a radio signal of address information together with a radio signal corresponding to the number of flashes input by the input unit 33.

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

The setting worker arranges the setting device 31 at a place where the lighting device 11 is installed, transmits a radio signal for setting from the setting device 31, and the fluorescent lamps 12 of the plurality of lighting devices 11. Check the flashing.

In the plurality of lighting apparatuses 11 having received the setting signal, random numbers are generated to arbitrarily determine the number of flashes of the fluorescent lamp 12 in accordance with the random number, and the fluorescent lamps 12 flash by the number of flashes.

The setting operator checks the number of flashes of the fluorescent lamp 12 of each lighting device 11, and inputs the number of flashes for specifying one lighting device 11 to set the address from the input unit 33 of the setter 31. Then, the radio signal of the address information set to the lighting device 11 is transmitted from the setter 31 together with the radio signal corresponding to the number of flashes.

The illumination device 11 receives a radio signal of address information together with a radio signal corresponding to the corresponding number of flashes, and registers it in the memory of the illumination side control unit 16 as address information of its illumination device 11. The lighting apparatus 11 which has completed the address setting does not react even when receiving the radio signal for setting or the like.

Subsequently, in order to set the address information of the other lighting device 11, the number of flashes for specifying one lighting device 11 which is similarly addressed is input and set.

When the number of flashes of the lighting device 11 is not known or the number of flashes is the same in the plurality of lighting devices 11, the radio signal for setting is transmitted again from the setting device 31 to provide the lighting device 11. Flashing of the fluorescent lamp 12 is confirmed, and address setting is performed.

In this way, since the illuminating device 11 receiving the setting radio signal transmitted from the setting device 31 arbitrarily determines the number of flashes of the fluorescent lamp 12 and causes the fluorescent lamp 12 to flash by the number of flashing times. The lighting device 11 can be specified from the flashing times of the fluorescent lamps 12, and even when a plurality of lighting devices 11 are provided, the specific lighting device 11 is inputted by inputting the flashing number to the setter 31. ) Can easily set the address information.

Next, FIG. 11 is a block diagram of the lighting system showing the third embodiment.

The basic configuration of the lighting system is the same as in the first embodiment, but some of the functions of the lighting device 11 and the setter 31 are different.

That is, the illumination side control unit 16 of the illumination device 11 generates a random number when the illumination side transceiver unit 14 receives a setting signal at the time of address setting, and generates a fluorescent lamp 12 according to the random number. Function of arbitrarily determining the number of flashes and flashing the fluorescent lamp 12 by the number of flashes, and receiving the radio signal of the address information together with the radio signal corresponding to the corresponding flashing frequency, and setting it as its own address information. It has a function of maintaining the number of flashes until the radio signal for the next setting is received.

The setting side control unit 36 of the setting unit 31 has a function of arbitrarily adjusting the transmission output of the radio signal transmitted from the setting side transmitting and receiving unit 34 as an input from the input unit 33, and adjusts the value of the adjusted transmission output. A function for holding until adjustment is made next, a function for receiving a blinking frequency with an input from the input unit 33, and a setting radio signal for transmission from the setting side transmitting / receiving unit 34 to the adjusted transmission output, thereby providing an input unit 33. It has a function of transmitting a radio signal of the address information together with the radio signal corresponding to the number of flashes input from.

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

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

When the illuminating device 11 located in the receivable range according to the transmission output of the radio signal of the setter 31 receives the radio signal for setting, the fluorescent lamp 12 blinks.

When the setting operator checks the blinking of the fluorescent lamp 12 of the lighting device 11, and the fluorescent lamp 12 of the lighting device 11 other than the four lighting devices 11 for setting address information also blinks, The input unit 33 adjusts the transmission power of the radio signal from the setter 31 to be low. If the fluorescent lamp 12 does not flash in any of the four lighting devices 11, the input unit 33 adjusts the transmission output of the radio signal from the setter 31 to be high. The radio signal for setting is transmitted again from the setting device 31 at the adjusted transmission output.

In this way, while confirming the blinking of the fluorescent lamps 12 of the four lighting devices 11, the transmission of the radio signal from the setter 31 such that only the fluorescent lamps 12 of the four lighting devices 11 flashes. Adjust the output.

In addition, the four lighting apparatuses 11 which have received the radio signal for setting generate random numbers and arbitrarily determine the number of flashes of the fluorescent lamp 12 according to the random number, and the fluorescent lamps 12 are replaced by the number of flashes. Flashes.

The setting operator checks the number of flashes of the fluorescent lamps 12 of the four lighting devices 11 and sets the number of flashes for specifying one lighting device 11 to be set at the input unit 33 of the setter 31. The radio signal of the address information set by the illuminating device 11 is transmitted from the setter 31 together with the radio signal corresponding to the number of flashes.

The lighting device 11 receives the radio signal of address information together with the radio signal corresponding to the corresponding number of flashes, and registers it in the memory of the lighting side control unit 16 as address information of its lighting device 11. The lighting device 11 which has completed the address setting does not react even when receiving the radio signal for setting.

Subsequently, in order to set the address information of the other lighting device 11, the number of flashes for specifying one lighting device 11 which is similarly addressed is input and set.

When the number of flashes of the illuminating device 11 is unknown or when the number of flashes is the same as the plurality of lighting devices 11, the setting device 31 is transmitted again to set the radio signal for the setting of the lighting device 11. Flashing of the fluorescent lamp 12 is confirmed, and address setting is performed.

In this way, the illuminating device 11 which has received the radio signal for setting transmitted from the setter 31 flashes the fluorescent lamp 12, so that the radio signal transmitted from the setter 31 can be received. Lighting device 11 can be confirmed, and therefore, by adjusting the radio signal transmitted from the setter 31 to a transmission output that can be received only by the lighting device 11 in a specific reception range, the lighting device ( Even when a plurality of 11) are provided, the illumination device 11 of a specific reception range can be selected, and the illumination of a specific reception range that has received a radio signal for setting transmitted from the setter 31 can be selected. Since the device 11 arbitrarily determines the number of flashes of the fluorescent lamp 12 and blinks the fluorescent lamp 12 by the number of flashes, the lighting device 11 can be specified from the number of flashes of the fluorescent lamp 12. There is flashing number of times in setter 31 It can be easily set by the address information for a particular lighting device 11 of the.

Next, FIG. 12 is a block diagram of the lighting system showing the fourth embodiment.

The basic configuration of the lighting system is the same as in the first embodiment, and furthermore, the lighting device 11 includes an infrared light receiving portion 41 and an infrared light receiving portion 42 for receiving the infrared signal received by the infrared light receiving portion 41. The setter 31 also includes an infrared light emitting unit 43 and an infrared ray transmitting unit 44 for transmitting an infrared signal from the infrared light emitting unit 43 toward the illumination device 11.

The illumination side control unit 16 receives an infrared signal from the infrared receiver 42 and enters a setting state. The illumination side control unit 16 transmits a radio signal responsive from the illumination side transceiver unit 14 and simultaneously receives a radio signal of address information. It has a function of setting to its own address information and of canceling the setting state after receiving address setting so as not to receive a radio signal of the address information.

The setting side control section 36 has a function of transmitting an infrared signal from the infrared transmitting section 44 at the time of setting an address, and receives a radio signal responsive from the lighting device 11 to the setting side transmitting and receiving section 34 to transmit the radio address information. Has the function to send a signal.

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

The setting worker arranges the setting device 31 at the place where the lighting device 11 is installed, and transmits an infrared signal from the setting device 31 toward, for example, one lighting device 11 to set the address information. Let's do it. At this time, since the infrared signal transmitted from the setter 31 has strong directivity, only the illumination device 11 facing the infrared light emitting unit 43 of the setter 31 can transmit the infrared signal.

The illuminating device 11 which has received the infrared signal enters the setting state of the address information, that is, the address setting mode, and transmits a radio signal in response to the illumination side transceiver unit 14.

The setter 31 receives a radio signal responsive from the lighting device 11 and transmits a radio signal of address information set to 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 its lighting device 11. do. After the address setting is completed, the lighting device 11 cancels the address setting mode and does not receive the radio signal of the address information.

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

In this way, by transmitting an infrared signal having a high directivity from the setting device 31 toward the specific lighting device 11, the specific lighting device 11 receives the infrared signal and enters the setting state to generate a response signal. By transmitting, the setter 31 receives the radio signal responsive from the lighting device 11 and transmits the radio signal of the address information, so that the address information can be easily transmitted to the specific lighting device 11 which is in the setting state. Can be set.

Next, FIG. 13 is a block diagram of the lighting system according to the fifth embodiment.

The basic configuration of the lighting system is the same as in the first embodiment, but some of the functions of the lighting device 11 and the setter 31 are different.

In the lighting device 11, provisional address information is set in advance at the time of shipment. The tentative 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. When the illumination side control unit 16 of the lighting device 11 receives the radio signal for setting from the illumination side transceiver unit 14, it detects the reception intensity of the radio signal for setting and sets the received intensity data and the preset value. And transmits a radio signal of the provisional address information, and sets the new address information when the illumination-side transceiver 14 receives the radio signal of the new address information together with the provisional address information.

The setting side control unit 36 of the setting unit 31 transmits a radio signal for setting from the setting side transmitting / receiving unit 34 and wirelessly receives the received intensity data together with the provisional address information from the lighting device 11. It has a function of receiving a signal and transmitting a radio signal of new address information with specific provisional address information based on the received intensity.

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

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

In each illuminating device 11 positioned in the reception possible range according to the transmission output of the radio signal from the setter 31, the radio signal for setting is received and its reception intensity is detected, and the reception intensity data and each illumination The device 11 transmits a radio signal of preset address information.

The setter 31 receives the radio signal of the reception intensity data together with the provisional address information from the plurality of lighting apparatuses 11, and based on the reception intensity, the setter 31 locates the provisional address information having the strongest reception strength at the nearest position. The lighting device 11 can be identified, and the radio signal of the new address information is transmitted together with the provisional address information.

The illumination device 11 receives the radio signal of the address information together with the corresponding provisional address information, and registers it in the memory of the illumination side control unit 16 as address information of its illumination device 11.

Subsequently, in setting the address information of the other specific lighting device 11, the setting device 31 is moved to the position closest to the next one lighting device 11 and set similarly.

In this way, by transmitting the radio signal for setting from the setter 31, the illumination device 11 which has received the radio signal for setting detects the reception intensity of the radio signal for setting and receives the received intensity data. And a radio signal of preset preset address information, and the setter 31 receives a radio signal of received intensity data together with the provisional address information from the illumination device 11, and based on the received intensity (11) can be specified, and the radio signal of the new address information is transmitted together with the provisional address information of the specific illumination device 11, so that the specific illumination device 11 transmits the radio of the new address information together with the corresponding provisional address information. The new address information can be set by receiving a signal, and the address information can be easily set for the lighting device 11.

According to the method for setting a lighting system according to claim 1, the transmission output of the signal from the setter is adjusted to receive a setting signal transmitted from the setter and change the lighting state of the light source to the setting device. The operator can easily select the lighting apparatus to be set while viewing the lighting state of the light source of the lighting apparatus, so that any lighting apparatus can be installed even if a plurality of lighting apparatuses are provided. Specific information can be easily set.

According to the method for setting a lighting system according to claim 2, it is possible to adjust a transmission output of a signal from a setting device, to receive a setting signal to be transmitted from the setting device, and to change a lighting state of a light source to a lighting device to be set. This allows the setting operator to easily select the lighting apparatus to be set while viewing the lighting state of the light source of the lighting apparatus, so that any lighting apparatus can be identified even if a plurality of lighting apparatuses are provided. Group information can be easily set.

According to the setter according to claim 3, by adjusting the transmission output of the signal from the setter, receiving the setting signal transmitted from the setter, the lighting device which is set as a target is recognized by changing the lighting state of the light source, or the like. Since the setting operator can easily select the lighting apparatus to be set while viewing the lighting state of the light source of the lighting apparatus, even if a plurality of lighting apparatuses are provided, the predetermined lighting apparatus can be specified to specify predetermined information. Can be easily set.

According to the lighting apparatus according to claim 4, the setting operator receives the setting wireless signal transmitted from the setting unit at the receiving unit so that the setting apparatus can be recognized by changing the lighting state of the light source. Since a lighting device that sets the predetermined information while watching the lighting state of the light source of the lighting device can easily select the lighting device to be set by the setting device, a plurality of lighting devices are installed. Even if it is, the arbitrary information can be specified and the predetermined information can be easily set. Further, in the instrument body, a receiver may be disposed inside the instrument body in order to form a gap in which radio signals propagate from the outside of the instrument body to the inside.

According to the lighting system according to claim 5, since the setting device receives the setting signal transmitted from the setting device, the lighting device set as the target can arbitrarily determine the number of blinks of the light source, so that the light source can blink and be recognized by the blinking number. The lighting apparatus can be specified from the number of flashes of the light source, and even if a plurality of lighting apparatuses are provided, the predetermined number of the lighting apparatuses can be easily specified by inputting the blinking frequency into the setter.

According to the illuminating device according to claim 6, when the infrared signal for setting having strong directivity transmitted from the setting device is received, it becomes a setting object, and simultaneously transmits a response radio signal to the setting device and wirelessly transmits the address signal from the setting device. Since the address information can be set by receiving a signal, even if a plurality of lighting apparatuses are provided, the address information can be easily set by specifying any lighting apparatus.

According to the lighting system of Claim 7, only the specific lighting device receives an infrared signal by transmitting an infrared signal having strong directivity from the setter to the specific lighting device using the lighting device of Claim 6. The radio signal of the response is transmitted at the same time as the setting target, and the setter receives the radio signal of the response and transmits the radio signal of the address signal. Therefore, even if a plurality of lighting devices are provided, the address information can be easily set by specifying any lighting device.

According to the lighting apparatus according to claim 8, when the radio signal for setting transmitted from the setting device is received, the reception intensity of the radio signal for setting is sensed, and the radio signal of this reception intensity data and the preset provisional address information is detected. Is transmitted to the setter, the radio signal of the new address information is received together with the corresponding provisional address information from the setter, and the new address information is set. Address information can be easily set.

According to the illumination system of Claim 9, the illumination device which received the radio signal for setting receives the radio signal for setting by transmitting the radio signal for a setting from a setting device using the illumination device of Claim 8. The strength is sensed and the radio signal of the received intensity data and the preset provisional address information is transmitted to the setter, and the setter receives the radio signal of the received intensity data together with the provisional address information from the lighting device to receive the received intensity. On the basis of this, the radio signal of the new address information is transmitted together with the specific provisional address information, and the lighting device can receive the radio signal of the new address information together with the corresponding provisional address information and set new address information. Even if it is, the address information can be easily identified by specifying an arbitrary lighting device. It can be set.

Claims (9)

Send the setting signal from the setting device, Change the lighting state of the light source of the lighting device that receives the signal sent from the setter, In order to select the lighting device for setting the predetermined information, the transmission output of the signal from the setting device is adjusted to recognize the lighting device to be set. After selecting the lighting device for setting the predetermined information, the signal of the predetermined information is transmitted from the setting device, A setting method of a lighting system, characterized in that the setting target illumination device receiving the signal of the predetermined information from the setter sets the predetermined information and releases the change in the lighting state of the light source. Send the setting signal from the setting device, Change the lighting state of the light source of the lighting device that receives the signal sent from the setter, In order to select the lighting apparatus to be grouped, the transmission output of the signal from the setter is adjusted to recognize the lighting apparatus to be set. After selecting the lighting device to be grouped, send the signal of group information from the setter, A setting method of a lighting system, characterized in that the setting target illumination device that receives the group information signal from the setting device sets the group information and releases the change of the lighting state of the light source. A transmitting unit for transmitting 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 upon reception of a setting signal; An input unit for selecting a lighting device to be set by adjusting a transmission output of a signal in a setting device so as to change a lighting state of a light source to recognize a lighting device for setting predetermined information; And a setting-side control unit for transmitting the setting signal from the transmitting unit when setting the predetermined information of the lighting apparatus, and transmitting the signal of the predetermined information after the lighting apparatus to be set is selected at the input unit. . A lighting device for lighting the light source; A receiving unit which receives a radio signal transmitted from a setting device; Illumination side control part which makes it possible to recognize that it is to be set when receiving the radio signal for setting from the setting device at the receiving part, and sets the corresponding information when receiving the radio signal of the predetermined information from the setting device at the receiving part. Wow; And a mechanism main body having a gap in which a radio signal propagates from the outside to the inside at a quarter or more of the wavelength of the radio signal, and having a lighting device, a receiving unit, and an illumination side control unit disposed therein. A lighting device for turning on the light source and a receiving unit for receiving a signal, and a receiving unit for arbitrarily determining the number of flashing times of the light source so that the receiving unit receives a setting signal and recognizes the setting target. An illumination device having an illumination side control unit for setting the predetermined information when a signal of the predetermined information is received together with the signal corresponding to the corresponding number of blinking times in the apparatus; A signal of predetermined information together with a transmitter for transmitting a signal to the illumination device, an input for inputting the number of flashes of the light source, and a signal for setting from the transmitter at the predetermined setting, and a signal corresponding to the number of flashes input from the input unit And a setter having a setting side control portion for transmitting the light. A lighting device for lighting the light source; An illumination side transceiver configured to transmit and receive a radio signal with respect to the setter; An infrared receiver which receives an infrared signal for setting from a setter; The illumination side which becomes a setting object when the infrared receiver receives the setting infrared signal, transmits the radio signal which responds from the illumination side transceiver, and receives the radio signal of the address information in the illumination side transceiver, and sets the address information. Control unit; And the lighting device changes the lighting state of the light source when the illumination control unit becomes the setting target, and releases the change of the lighting device of the light source when setting the address information. A lighting device of claim 6; A setting side transceiver for transmitting and receiving a wireless signal, an infrared transmitter for transmitting an infrared signal for setting toward the lighting apparatus, and a setting side controller for receiving a response signal from the lighting apparatus and transmitting a signal of address information at the setting side transceiver; Lighting system characterized by comprising a setter. The illumination control unit according to claim 4, wherein the illumination control unit senses the reception intensity of the setting signal when receiving the radio signal for setting, and receives the radio signal of the reception intensity data and preset temporary address information from the illumination control unit. And transmitting the radio signal of the new address information as predetermined information together with the corresponding provisional address information to set new address information. An illumination device of claim 8; The setting side transceiver which transmits and receives the radio signal, and the setting side transceiver transmits the radio signal for setting, and simultaneously receives the radio signal of the received intensity data together with the provisional address information from the lighting device, and based on the received intensity And a setting device having a setting side control unit for transmitting a radio signal of new address information from the setting side transmitting and receiving unit together with the address information.

Images