JP5170361B2 - Lighting system - Google Patents

Description

  The present invention relates to a lighting system using a plurality of lighting fixtures that require inspection such as a guide light and an emergency light.

  2. Description of the Related Art Conventionally, there has been known a lighting device for disaster prevention such as a guide light or an emergency light that is lit by a commercial power source in a normal state and switched to an emergency power source that is a built-in secondary battery in an emergency. Then, in such a lighting fixture for disaster prevention, it is forced to switch to the emergency power supply by human operation to turn on the lamp, determine the quality of the lamp and emergency power supply, etc. A configuration that can be displayed is known.

Furthermore, in such a lighting fixture for disaster prevention, a plurality of lighting fixtures can communicate with the control device, an inspection command is transmitted from the control device to each lighting fixture, and each lighting fixture is automatically powered by an emergency power source for a certain period of time. The inspection device is turned on, the control device monitors the status of each lighting fixture, records it as a separate history for each lighting fixture, and displays the individual history for each lighting fixture recorded in the control device on the monitoring device A lighting system is known (see, for example, Patent Document 1).
Japanese Patent Laying-Open No. 2005-182661 (page 8-9, FIG. 1 (b), FIG. 5-8)

  However, in the conventional monitoring device of the lighting system, since an individual history is displayed for each lighting fixture recorded in the control device, in order to check the inspection results for a plurality of lighting fixtures, the lighting fixtures are one by one. There is a problem that it is necessary to make an operation of selecting and confirming while displaying individual histories, and it takes time to confirm inspection results of a plurality of lighting fixtures.

  This invention is made in view of such a point, and it aims at providing the illumination system which can confirm easily the check result of a several lighting fixture, the scheduled inspection date, etc. FIG.

The illumination system according to claim 1 includes a light source, an emergency power source, a lighting unit that lights the light source with the emergency power source during emergency and inspection, and a communication unit that can communicate with the outside, and has a unique address. Are provided in advance , receive a check command, perform a check operation, and transmit a state information including a check result; communicate with each luminaire and each luminaire based on a preset schedule A control device that gives inspection instructions to the lighting device and obtains information on the state of each lighting fixture; a list of inspection results for a plurality of lighting fixtures for each address of the lighting fixture based on the information acquired by the control device Creating means for creating at least one list display data of a list of inspection results to be performed and a list of scheduled inspection dates for displaying a list of scheduled inspection dates for a plurality of lighting fixtures; and list display data created by the creating means A display means for displaying a monitoring device and an operating means for performing an operation in the list display data displayed on the display means; together comprise a, when the address of the lighting apparatus is being displayed on the display unit, operation means by selecting the address, the position information of the lighting fixture on the display means, a shall be displayed the inspection result and inspection date.

  The lighting fixture is, for example, a guide light, an emergency light, an emergency lighting fixture, or the like. The light source may be any of a fluorescent lamp, an incandescent bulb, a light emitting diode, and the like. As the emergency power source, for example, a rechargeable secondary battery is used. The normal time is when normal power such as commercial power is being supplied, and the abnormal time is when the normal power supply is interrupted. The lighting unit can turn on the light source with either the normal power source or the emergency power source, and switches the normal power source to the emergency power source at the time of an emergency or an inspection command to light the light source. For example, the communication unit can perform communication through communication means such as wired or wireless.

  The control device can communicate with a plurality of lighting fixtures, gives a command including an inspection command based on a preset schedule to each lighting fixture, and acquires information on the state of each lighting fixture. The information on the state of the luminaire includes, for example, the state of the light source, the state of the emergency power supply, the state of the lighting unit, and the communication state.

  The monitoring device is composed of, for example, a personal computer, and creates tabular list display data by creation means composed of software. As the display means, for example, a liquid crystal display is used.

  Then, the inspection results of the plurality of lighting fixtures and the scheduled inspection dates of the plurality of lighting fixtures are displayed in a list so that it can be easily confirmed.

Lighting system according to claim 2 comprises a light source, a emergency power supply, emergency and during inspection lighting unit for lighting the light source in emergency power supply, the external and capable of communicating communication unit, unique address Are provided in advance , receive a check command, perform a check operation, and transmit a state information including a check result; communicate with each luminaire and each luminaire based on a preset schedule A control device that gives an inspection command to, obtains information on the status of each luminaire, and creates at least one itemized data out of the inspection results and scheduled inspection dates of multiple luminaires; based on the item-specific data, for each address of the lighting equipment, inspection results list that lists the inspection results of a plurality of lighting fixtures, and inspection scheduled date list that lists the inspection scheduled date of the plurality of lighting fixtures Chino creation means for creating at least one list display data, display means for displaying the list display data generated by the creating means, the monitoring device having operation means for performing an operation in the list display data displayed on the display means when; together comprise a, when the address of the lighting apparatus is being displayed on the display means, by selecting the address by the operation means, the position information of the lighting fixture to the display unit, that displays the inspection result and inspection date Is.

  The control device sorts the acquired information on the state of the plurality of lighting fixtures according to the items of inspection results and scheduled inspection dates, and creates item-specific data.

  Then, the inspection results of the plurality of lighting fixtures and the scheduled inspection dates of the plurality of lighting fixtures are displayed in a list so that it can be easily confirmed.

  The lighting system according to claim 3 is the lighting system according to claim 1 or 2, wherein the list display data created by the creating means of the monitoring device is in the order of addresses given in advance to each lighting fixture, and the inspection of each lighting fixture. It is possible to switch to any one of the following order: daily order, scheduled inspection date of each luminaire, and presence / absence of abnormal state.

  Then, it is easy to check by displaying the list in order of address, order of inspection date, order of scheduled inspection date, and order of presence / absence of abnormal condition.

  The illumination system according to claim 4 is the illumination system according to any one of claims 1 to 3, wherein the list display data created by the creation unit of the monitoring device is a list of appliance types that displays a list of types of a plurality of illumination fixtures. It is at least one of the included.

  Then, the types of the plurality of lighting fixtures are displayed in a list and can be easily confirmed.

  According to the lighting system of claim 1, the monitoring device displays the inspection result list for displaying a list of inspection results of the plurality of lighting fixtures based on the information acquired by the control device, and the scheduled inspection dates of the plurality of lighting fixtures. Since at least one list display data of the list of scheduled inspection dates to be displayed can be created and displayed in a list, the inspection results and scheduled inspection dates of a plurality of lighting fixtures can be easily confirmed collectively.

  According to the lighting system of claim 2, the control device creates at least one item-specific data among the inspection results and scheduled inspection dates of the plurality of lighting fixtures, and the monitoring device is an item created by the control device. Based on the different data, create at least one list display data of an inspection result list for displaying a list of inspection results for a plurality of lighting fixtures, and a scheduled inspection date list for displaying a list of scheduled inspection dates for a plurality of lighting fixtures, Since a list can be displayed, the inspection results and scheduled inspection dates of a plurality of lighting fixtures can be easily confirmed collectively.

  According to the lighting system of the third aspect, in addition to the effect of the lighting system of the first or second aspect, the order of addresses given in advance to each lighting fixture, the order of inspection dates of each lighting fixture, Since the list can be displayed by switching to any one of the order of scheduled inspection date and the order of presence / absence of abnormal condition, it is easy to check each item.

  According to the lighting system according to claim 4, in addition to the effect of the lighting system according to any one of claims 1 to 3, the monitoring device includes an appliance type list for displaying a list of types of a plurality of lighting fixtures. Since at least one list display data can be created and displayed in a list, the inspection results, scheduled inspection dates, and types of a plurality of lighting fixtures can be easily confirmed collectively.

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

  FIG. 1 to FIG. 8 show a first embodiment, FIG. 1 is a block diagram of a lighting system, FIG. 2 is a block diagram of a lighting fixture of the lighting system, and FIG. 3 is an automatic inspection integrated display by a monitoring device of the lighting system. 4 is an explanatory diagram showing a screen of a current state list by the monitoring device, FIG. 5 is an explanatory diagram showing a screen of a list of inspection results (list of inspection dates) by the monitoring device, and FIG. 6 is by the monitoring device. FIG. 7 is an explanatory diagram showing a screen of an appliance type list by the monitoring device, and FIG. 8 is an explanatory diagram showing an appliance information screen by the monitoring device.

  In FIG. 1, reference numeral 11 denotes a lighting system. The lighting system 11 is a lighting system for disaster prevention that is installed in a facility such as a building, for example, and includes a plurality of lighting fixtures 12 serving as terminals, and the plurality of lighting fixtures 12. A control device 14 capable of communicating via the communication means 13 and a monitoring device 16 capable of communicating with the control device 14 via the communication means 15 are provided.

  As shown in FIGS. 1 and 2, the lighting fixture 12 is a disaster-proof lighting fixture such as a guide light or an emergency light, and is attached to a ceiling surface or a wall surface. Alternatively, a light-transmitting display board 22 is arranged on both sides, and the fixture body 21 houses a light source 23 such as a fluorescent lamp or a light-emitting diode element that illuminates the display board 22, and a lighting unit 24 that lights the light source 23. ing.

  The lighting unit 24 is a normal / emergency unit that is connected to a commercial AC 100V as a normal power source via a power line 25 and connected to a secondary battery 26 as an emergency power source. The light source 23 is turned on by the power source or the power of the secondary battery 26. In other words, basically, when the power source 23 is constantly turned on with the power of the normal power supplied through the power line 25 and the secondary battery 26 is charged and the power failure of the normal power source is detected, The light source 23 is turned on by the power of the battery 26. The lighting unit 24 can communicate with the control device 14 through a communication unit 27 connected to a two-core communication line that constitutes the communication means 13. In addition, the lighting unit 24 is lit to notify the state when the lighting device side operation unit 28 such as a push button switch to be shifted to the inspection mode by manual operation, the light source 23, the secondary battery 26, or the like is abnormal. Lighting equipment side display units 29 and 30 such as light emitting diode elements are connected.

  Although not shown, the lighting unit 24 is a lighting circuit that turns on the light source 23 with the power of the normal power source or the secondary power source 26, a power failure detection unit that detects a power failure of the normal power source, a control unit that controls the lighting circuit, and a communication unit It is possible to set and check the control unit that communicates with the control device 14 through 27, the luminaire side storage unit that stores the unique address of the luminaire 12, the state of the luminaire 12, etc., and the address by remote control operation from the outside Remote control receiver. The control unit has a function of receiving an inspection command from the control device 14, automatically performing an inspection operation in the inspection mode, and transmitting the state of the luminaire 12 including the inspection result.

  The control device 14 is also a guide light automatic inspection control device, and includes a housing 41 made of metal or the like attached to a wall surface. In the housing 41, a control device main body 42 that is a control display unit, an AC 100V A breaker 43 connected to a power source and a battery 44 are provided. Further, the control device 14 is connected to the communication line of the communication means 13 and is connected to a communication terminal block 45 through which a signal of a constant plus / minus 24V 2-wire random transmission DC pulse system is transmitted and received, and a contact input terminal to which a fire alarm facility is connected. A stand 46 and a LAN terminal stand 47 for connecting the monitoring device 16 are provided. The control device main body 42 includes various display units 48 and an operation unit 49. The display unit 48 displays, for example, the address and status of each lighting fixture 12 on a light emitting diode display device, and the operation unit 49 selects the lighting fixture 12 to the selected lighting fixture 12 with a push button switch. Can be operated.

  Then, the control device 14 constantly monitors the lighting fixtures 12 connected via the communication means 13, and sends an inspection command to each lighting fixture 12 according to a preset schedule or by manual operation. And automatically and sequentially perform weekly inspections, periodic inspections, etc., acquire information on the status including the inspection results and record it as history information in the control device side storage unit provided in the control device main body 42, If there is an abnormality, it is displayed on the display unit 48. That is, the control device 14 performs continuous monitoring, weekly inspections set at intervals of 2 to 6 weeks, and statutory periodic inspections set at intervals of 3 to 12 months for each lighting fixture 12, Monitors the abnormality and life of the light source 23, the abnormality and life of the secondary battery 26, other equipment abnormalities such as the lighting unit 24, communication abnormality, etc., and stores each lighting equipment 12 in the control device side storage section of the control device main body 42. Record history information. In the control device-side storage unit of the control device main body 42, an individual history is recorded for each lighting fixture 12. Further, this history information is maintained by the power of the battery 44 even when a power failure occurs in the normal power source.

  The monitoring device 16 is configured by a personal computer including a calculation unit including a CPU, a storage unit, and the like, and displays a list of current states of the plurality of lighting fixtures 12 based on information acquired by the control device 14. List of current status, list of inspection results as a list of inspection results for a list of inspection results of a plurality of lighting fixtures 12, list of scheduled inspection dates for a list of scheduled inspection dates of a plurality of lighting fixtures 12, A creation means 51 is provided for creating list display data such as a list of appliance types for displaying a list of types. The list display data created by the creating means 51 includes the order of addresses assigned in advance to each lighting fixture 12, the order of inspection date of each lighting fixture 12, the order of scheduled inspection date of each lighting fixture 12, and the order of presence or absence of abnormal conditions. It is possible to switch to the order. The creating means 51 is configured by software that operates on a personal computer.

  Furthermore, the monitoring device 16 includes display means 52 such as a liquid crystal display for displaying the list display data created by the creation means 51, and also includes operation means such as a pointing device such as a mouse and a keyboard.

  Next, the operation of the lighting system 11 will be described.

  The operation mode of each lighting fixture 12 is switched between the normal mode and the inspection mode according to a command from the control device 14.

  When the luminaire 12 is in the normal mode, the lighting unit 24 turns on the light source 23 with the power of the normal power source and charges the secondary battery 26 when the normal power source is in a normal state. The unit 24 turns on the light source 23 with the power of the secondary battery 26.

  The control device 14 transmits an inspection command to the corresponding luminaire 12 according to a preset schedule, and the luminaire 12 that has received the inspection command shifts from the normal mode to the inspection mode. The luminaire 12 that has shifted to the inspection mode disconnects the lighting unit 24 from the normal normal power source for a specified time, makes the light source 23 emergency light with the power of the secondary battery 26, and determines the life of the secondary battery 26. Check the operation of the lighting unit 24. The checked inspection result is transmitted from the lighting fixture 12 to the control device 14, and the control device 14 records each lighting fixture 12 as an individual history. The specified time is a short-time emergency lighting such as one minute in the weekly inspection, and the abnormality and life of the light source 23, the abnormality and life of the secondary battery 26, and the abnormality of the lighting unit 24 are monitored. In the periodic inspection, emergency lighting is performed for a rated time such as 20 minutes or 60 minutes, and the battery capacity due to the discharge of the secondary battery 26 is confirmed. Then, the lighting fixture 12 returns to the normal mode after the inspection mode is completed.

  The lighting fixture 12 can be shifted to the inspection mode by directly operating the lighting fixture-side operation unit 28, and the inspection result can be transmitted to the control device 14 or the lighting fixture-side display unit 29, 30 can be displayed.

  Then, the monitoring device 16 obtains individual history data for each lighting fixture 12 stored in the control device 14, and this history data is displayed as an automatic inspection control display, a current state list, a check date list, a check scheduled date. It is possible to sort by each item such as a list and a device type list, and display the screen for each item on the display means 52 for confirmation.

  FIG. 3 shows an automatic inspection control display screen that is a basic screen of the monitoring device 16.

  In this screen, the installation area of the lighting fixture 12 controlled by one control device 14 (displayed as guide light 1 on the screen) and the address number of the lighting fixture 12 for each installation area are listed. For each address, normal, lamp abnormality, battery abnormality, appliance abnormality, in-service, communication abnormality, emergency operation, or complex abnormality are displayed by color. In the lower area of the screen, items such as a list of inspection dates, scheduled next inspection date, device type information, all terminal history deletion, screen update, all terminal current status list, settings, and termination are arranged. You can select by pointing the cursor of the above pointing device.

  FIG. 4 shows a screen of the current state list that is displayed when an item of the current state list of all terminals is selected.

  In this screen, the lighting fixtures 12 are displayed in the order of addresses. For each address, the name of a preset group such as each installation area, normal or abnormal status, lamp status, battery status, appliance status, communication status Are listed. By scrolling the screen, all the lighting fixtures 12 can be displayed.

  In this screen example, the capacity of the secondary battery 26 of the lighting fixture 12 with the address No. 10 is insufficient, the state is displayed as abnormal, and is displayed in a different color from the normal one. The

  FIG. 5 shows an inspection date list screen that is displayed when an item of the inspection date list that is the inspection result is selected.

  In this screen, the lighting fixtures 12 are displayed in the order of their addresses. For each address, the name of the preset group such as each installation area, inspection date, normal / abnormal result, lamp status, battery status, fixture status The communication status (displayable by scrolling the screen) is displayed as a list. By scrolling the screen, all the lighting fixtures 12 can be displayed.

  By pointing the cursor of the pointing device on the screen to each item of state, lamp state, battery state, appliance state, and communication state, the display can be switched in the order of abnormality presence and order of abnormality. When a plurality of lighting fixtures 12 are classified according to the presence or absence of abnormality, they are displayed in the order of addresses or inspection date. The display can be returned in the order of the addresses by selecting the address item with the pointing device cursor on the screen.

  In this screen example, the secondary battery 26 of the lighting fixture 12 with the address No. 10 has insufficient capacity, and the result is displayed as abnormal, and is further displayed with a different color from the normal one. The

  By placing the pointing device cursor on the screen on the inspection date item and selecting the item, the display can be switched from the newest date to the oldest date or the oldest date. In addition, by pointing the cursor of the pointing device on the screen to each item of the result, lamp status, battery status, appliance status, and communication status, it is displayed in the order of the presence of abnormalities and the order of the abnormal items. Can be switched. When a plurality of lighting fixtures 12 are classified according to whether there is an abnormality or abnormal, they are displayed in order of address or inspection date among them, or are displayed in order of the number of abnormalities including the past. The display can be returned in the order of the addresses by selecting the address item with the pointing device cursor on the screen.

  FIG. 6 shows a screen for a scheduled inspection date list that is displayed when the scheduled inspection date item is selected.

  On this screen, the lighting fixtures 12 are displayed in the order of addresses, and a list of preset group names and scheduled inspection dates for each installation area is displayed for each address. By scrolling the screen, all the lighting fixtures 12 can be displayed.

  By pointing the cursor of the pointing device on the screen to the scheduled inspection date item and selecting it, the display can be switched in order of the scheduled inspection date. The display can be returned in the order of the addresses by selecting the address item with the pointing device cursor on the screen.

  FIG. 7 shows an appliance type list screen displayed when the appliance type information item is selected.

  In this screen, the lighting fixtures 12 are displayed in the order of addresses. For each address, the group name and type as the installation area are shown. By scrolling the screen, all the lighting fixtures 12 can be displayed. The types include appliance types such as guide lights and emergency lights, and types of light sources 23 such as cold cathodes (cold cathode discharge lamps), LEDs (light emitting diode elements), minihalos (minihalogen lamps), and FLs (fluorescent lamps). Class A, Class B, Class C, etc., types of display surfaces such as single-sided or double-sided, and types of emergency lighting times such as general time type and long-time type are included.

  Further, FIG. 8 shows a screen that displays individual appliance information about the lighting fixture 12 at the corresponding address when the cursor of the pointing device is selected and selected at an arbitrary address on the screen shown in FIG.

  On this screen, the connected control device 14, group name, address, appliance type, installation location, and the like are displayed and can be registered.

  As described above, based on the information acquired by the control device 14, the monitoring device 16 displays a list of inspection execution dates for displaying a list of inspection results of the plurality of lighting fixtures 12, and displays a list of scheduled inspection dates for the plurality of lighting fixtures Since list display data such as a list of scheduled inspection dates to be performed can be created and displayed in a list, the inspection results and scheduled inspection dates of a plurality of lighting fixtures 12 can be easily confirmed collectively.

  In addition, it is possible to display a list by switching to the order of addresses assigned in advance to each lighting fixture 12, the order of the inspection date of each lighting fixture 12, the order of the scheduled inspection date of each lighting fixture 12, the order of presence / absence of abnormal conditions, and the like. Therefore, it can be easily confirmed for each item.

  In addition, since the monitoring device 16 can also create and display a list display data of a list of types of a plurality of lighting fixtures 12, the types of the plurality of lighting fixtures 12 can be easily collectively displayed. Can be confirmed.

  Next, FIG. 9 shows a second embodiment, and FIG. 9 is an explanatory view showing a screen of an automatic inspection overall display by the monitoring device of the illumination system.

  In the automatic inspection control display screen, which is the basic screen of the monitoring device 16 shown in FIG. 3 of the first embodiment, by positioning the pointing device cursor at an arbitrary address, The latest inspection results and scheduled inspection date are automatically displayed. Further, for example, in the case of address No. 10 displaying a battery abnormality, the contents of the battery abnormality may be automatically displayed.

  As described above, the latest inspection result and scheduled inspection date can be automatically displayed by simply placing the cursor of the pointing device at an arbitrary address, which can be easily confirmed.

  When the control device 14 communicates with each lighting fixture 12, gives an inspection command to each lighting fixture 12 based on a preset schedule, and acquires information on the state of each lighting fixture 12, the control device main body In addition to recording individual histories for each luminaire 12 in the control unit side storage unit 42, data by item such as inspection results and scheduled inspection dates of a plurality of luminaires 12 may be created and recorded . In this case, the monitoring device 16 can easily create list display data such as a list of inspection dates and a list of scheduled inspection dates based on the item-specific data created by the control device.

  In addition, the control device 14 or the monitoring device 16 is provided with a counter function for counting each abnormal item, and the monitoring device 16 displays the abnormal items in order of increasing or decreasing frequency according to the counting result of the counter function. Therefore, it is easy to grasp the tendency of abnormality, and it is possible to be aware of the necessity and preparation for response.

  In addition, by providing the control device 14 or the monitoring device 16 with a counter function for counting each abnormal item, the count value for each item may be recorded for the past history. The capacity of the recording medium of the device 16 can be reduced.

  The lighting system 11 is not limited to disaster prevention such as guide lights and emergency lights, but can also be applied to automatic inspection of lighting equipment for general lighting.

It is a block diagram of the illumination system which shows the 1st Embodiment of this invention. It is a block diagram of the lighting fixture of a lighting system same as the above. It is explanatory drawing which shows the screen of the automatic check integrated display by the monitoring apparatus of an illumination system same as the above. It is explanatory drawing which shows the screen of the present condition list by a monitoring apparatus same as the above. It is explanatory drawing which shows the screen of the inspection result list (list of inspection implementation days) by a monitoring apparatus same as the above. It is explanatory drawing which shows the screen of the scheduled inspection date list by a monitoring apparatus same as the above. It is explanatory drawing which shows the screen of the appliance classification list by a monitoring apparatus same as the above. It is explanatory drawing which shows the screen of the instrument information by a monitoring apparatus same as the above. It is explanatory drawing which shows the screen of the automatic check integrated display by the monitoring apparatus of the illumination system which shows 2nd Embodiment.

Explanation of symbols

11 Lighting system
12 Lighting equipment
14 Control unit
16 Monitoring device
23 Light source
24 lighting unit
26 Secondary battery as an emergency power source
27 Communications Department
51 How to create
52 Display means

Claims (4)

A light source, a emergency power supply, emergency and during inspection lighting unit for lighting the light source in emergency power supply, and an externally communicable communication unit, a unique address has been previously assigned, inspection command A plurality of lighting fixtures that receive and perform inspection operations and transmit state information including inspection results;
A control device that communicates with each lighting fixture, gives an inspection command to each lighting fixture based on a preset schedule, and acquires information on the state of each lighting fixture;
Based on the information acquired by the control device, for each luminaire address , a list of inspection results for a list of inspection results of a plurality of luminaires and a list of scheduled inspection dates for a list of scheduled inspection dates for a plurality of luminaires Creating means for creating at least one list display data, display means for displaying the list display data created by the creating means, and operating means for operating on the list display data displayed on the display means as well as comprising a; a monitoring device having
When the address of the lighting apparatus on the display means is displayed by selecting the address from the operating device, an illumination system, wherein the position information of the luminaire on the display means, that you display the inspection results and inspection date . A light source, a emergency power supply, emergency and during inspection lighting unit for lighting the light source in emergency power supply, and an externally communicable communication unit, a unique address has been previously assigned, inspection command A plurality of lighting fixtures that receive and perform inspection operations and transmit state information including inspection results;
Communicate with each luminaire, give an inspection command to each luminaire based on a preset schedule, obtain information on the status of each luminaire, A control device for creating at least one item-specific data;
Based on the itemized data created by the control device, for each lighting fixture address, the inspection result list that lists the inspection results of multiple lighting fixtures, and the scheduled inspection date that lists the scheduled inspection dates for multiple lighting fixtures Creating means for creating at least one list display data of the day list; display means for displaying the list display data created by the creating means; operating means for operating on the list display data displayed on the display means ; as well as provided with; a monitoring device having
When the address of the lighting apparatus on the display means is displayed by selecting the address from the operating device, an illumination system, wherein the position information of the luminaire on the display means, that you display the inspection results and inspection date . The list display data created by the monitoring device creation means can be any of the order of addresses given to each lighting fixture, the order of inspection date of each lighting fixture, the order of scheduled inspection date of each lighting fixture, or the order of presence or absence of abnormal conditions. The lighting system according to claim 1, wherein the lighting system can be switched to one order. 4. The list display data created by the monitoring device creation means is at least one of a plurality of types of lighting fixtures including a list of fixture types. 4. Lighting system.

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