JPH11111470A - Monitoring and control system for temporary lighting - Google Patents

Abstract

(57) [Summary] [Problem] Collectively monitor on / off status of temporary lighting in each construction area on the display screen, set / change the lighting / lighting schedule of each lighting, and set the operating mode from a remote location. And give voice guidance for turning on and off the lighting for each construction area and communication of safety instructions and construction details. SOLUTION: On a schedule setting screen displayed on a display device 17, a schedule setting means 25 sets a turning-on / off schedule of an illumination lamp 13 for each block. On the operation mode setting screen displayed on the display device 17, the operation mode setting means 27 sets the operation mode of the illuminating lamp 13 for each block. According to the operation mode, the lighting 13 of each block is automatically turned on and off from a remote place. The display device 17 displays the on / off state of the illumination lamp 13 of each block. A message is generated and output by the voice processor 39 according to the set program.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a temporary lighting control system, and more particularly, to a temporary lighting device for each of a plurality of temporary lighting locations in a construction area of a construction site such as a building. The present invention relates to a temporary lighting control system for automatically turning on and off lights from a remote place, monitoring the lighting and turning-off state of the lighting, and guiding the lighting and turning off of the lighting by voice to a construction area.

[0002]

2. Description of the Related Art Conventionally, for example, in a building under construction,
If the interior of the building is to be illuminated with temporary lighting, a temporary power distribution panel will be installed on each floor, and each of these power distribution panels will be used for temporary lighting locations such as rooms on floors, around stairs, around walkways, etc. Wiring for lighting is performed separately, lighting equipment is connected to each wiring, and a manual switch provided for each wiring of each temporary lighting location is turned on and off in the distribution board, so that each temporary lighting location is connected. The lighting is turned on or off to illuminate each temporary lighting location as needed.

[0003]

However, in the above-mentioned conventional temporary lighting system for turning on and off a temporary lighting device, the lighting device at each temporary lighting location is turned on and off by turning on and off a manual switch provided on the distribution board. When turning on or off the lighting at each temporary lighting location, the user must go to the distribution board installation location and operate the manual switch each time, which makes the work complicated. In addition, there is a problem in that the user often forgets to turn off the manual switch, thereby increasing wasteful power consumption. In addition, turning on and off the temporary lighting on each floor can only be controlled by the distribution board.When starting and ending work and starting and ending resting time, go to the distribution board installation location and The switch has to be turned off and off, and there is a problem that the management of turning on and off the temporary lighting becomes troublesome.

SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and collectively displays on and off the state of lighting and extinction of illuminating lights temporarily provided for each temporary illuminating point in each construction area of a construction site. In addition to being able to monitor, manual setting of turning on and off each temporary lighting, setting / changing of the lighting / lighting schedule for one day, and operating mode setting can be easily and user-friendly from the monitoring center. It is an object of the present invention to provide a temporary lighting control system capable of automatically guiding lighting on and off to a construction area by voice, and automatically guiding safety instructions, construction contents or gatherings, etc. .

[0005]

SUMMARY OF THE INVENTION In order to achieve the above object, the present invention provides a method of automatically providing a lighting device, which is provided for each of a plurality of temporary lighting locations in a construction area, at a construction site, from a remote location. A temporary lighting monitor and control system that controls lighting and extinguishment, monitors the lighting and unlit state of the lighting, and guides the lighting and extinguishing of the lighting by voice to a construction area. A distribution board for distributing power to each temporary lighting location in the area, and a remote provided on each distribution board for each power supply system from the distribution board to each temporary lighting location and turned on and off by a remote control signal A control switch, input means for outputting a signal corresponding to the operation by performing a predetermined operation, a schedule setting screen and an operation mode setting screen in accordance with a mode selected by operating the input means Display means for displaying a monitor screen and the like; and operating the input means on the schedule setting screen displayed on the display means to turn on / off one day of lighting for each temporary lighting point in each construction area. A schedule setting means for setting a schedule time, and prompting the guidance or communication message to be generated for each construction area at a time before the light-on / off time of the schedule time according to the light-on / off schedule time set by the schedule setting means. A message instructing means for sending a command, and operating the input means on the operating mode setting screen displayed on the display means to set the operating mode of the illuminating lamp to the illuminometer priority mode for each temporary lighting point in each construction area.・ Operation to set to any of schedule priority mode, OR mode, manual mode A mode setting means, and a control signal is transmitted to a remote control switch of the distribution board in accordance with the operation mode set by the operation mode setting means to control on / off of the remote control switch to illuminate each temporary lighting location. An output interface device for controlling lighting on and off, and a lighting on / off state of a lighting at a temporary lighting location in each construction area controlled by a mode set by the operating mode setting means on a monitor screen displayed on the display means. And a monitor display processing means for displaying an instruction and a safety instruction for guiding the lighting and extinguishing of the lighting at the temporary lighting location for each of the construction areas, a safety instruction, and a construction content or a communication content for regular communication. Means for setting an announcement content program, and means for setting an announcement content program A voice processor for generating a guidance message and a communication message based on the program set in the step, and a message output for outputting a guidance message or a communication message for each of the construction areas from the voice processor based on a command from the message command means. And a voice output means for outputting a guidance message or a communication message output from the message output control means by voice to the construction area.

The present invention also provides a main menu for a man-machine interface for selectively setting a system to at least a processing mode of a monitor mode / schedule setting mode / operating mode setting mode, and displaying the main menu on the display means. Generating means, and when the schedule setting mode of the main menu displayed on the display means is selected and set by the operation of the input means, the daily lighting on / off schedule at each of the temporary lighting locations is set to the temporary lighting of each construction area. It further comprises a schedule setting screen generating means for generating an input screen for setting for each location in a list and displaying the list on the display means, and temporarily setting the schedule setting means on the schedule setting screen displayed on the display means. Schedule of lighting on / off for one day for each lighting location And sets between. According to the present invention, when the operating mode setting mode of the main menu displayed on the display means is selected and set by operating the input means, the operating mode of turning on / off the lighting at each of the temporary lighting locations is changed to the temporary lighting of each construction area. Operating mode setting screen generating means for generating an input screen for setting for each location in a list and displaying the list on the display means, wherein the operating mode setting means is displayed on the operating mode setting screen displayed on the display means; Thus, the operating mode of the lighting lamp is set for each temporary lighting location. According to the present invention, the on / off state of the illuminating lamp at each temporary illuminating point set to the manual mode on the monitor screen displayed on the display unit by the monitor display processing unit can be arbitrarily set by operating the input unit. And a manual mode ON / OFF setting means. The present invention also provides an illuminometer that detects natural light illuminance in a construction area at the construction site, and is detected by the illuminometer when the lighting operation mode of the temporary lighting location is set to an illuminometer priority mode. When the natural light illuminance is equal to or less than a set value, the lighting of the temporary lighting location is controlled to be turned on, and when the natural light illuminance is equal to or greater than the set value, the lighting of the temporary lighting location is controlled to be turned off. According to the present invention, when the lighting operation mode of the temporary lighting location is set to the schedule priority mode, the lighting of the temporary lighting location is controlled to be turned on and off according to the time schedule set by the schedule setting means. Features. The present invention is also directed to a case where, when the lighting operation mode of the temporary lighting location is set to the OR mode, an ON command from an illuminometer that detects the illuminance of natural light or an ON command according to a time schedule set by a schedule setting unit. Or turning on and off the lighting at the temporary lighting location based on the first ON command issued. The present invention also provides a schedule graph generating means for generating an on / off timing graph of an illumination lamp based on time schedule data of each temporary lighting location in each construction area set by the schedule setting means and displaying the graph on the display means. Is further provided. The present invention also provides the schedule setting screen generating means, wherein when the schedule setting means sets a schedule for each temporary lighting location, confirmation and change of today's, tomorrow's, and default value schedules for each temporary lighting location, A submenu generating function of displaying a submenu instructing copying to the minute or tomorrow's schedule on the schedule setting screen is provided, and an arbitrary submenu item on the submenu displayed on the schedule setting screen is selected. Thus, each temporary lighting location in each construction area is processed according to the selected submenu item. According to the present invention, the output interface device further includes a button switch for manually turning on or off an illumination lamp at each temporary lighting location with respect to the distribution board in each construction area. The present invention further includes a time select having a select button for manually setting overtime hours in each of the construction areas for each construction area or each temporary lighting location.

In the present invention, the schedule setting mode is selected and set, so that the schedule setting means sets the turning-on / off schedule time of one day for each temporary lighting spot on the schedule setting screen displayed on the display means. Can be set. Further, by selecting and setting the operation mode setting mode, the operation mode setting means sets the operation mode of the illumination lamp for each temporary lighting spot on the operation mode setting screen displayed on the display means to the illuminometer priority mode, the schedule priority mode, and the schedule mode. It can be set to either OR mode or manual mode. Then, according to the operation mode set by the operation mode setting means, the lighting of each temporary lighting location can be automatically turned on and off from a remote place. Further, in the monitor mode, it is possible to display on the display means a lighting / light-off state of the illumination lamp at the temporary lighting location in each construction area controlled by the mode set by the operation mode setting means. Also, based on a command from the message command means, guidance contents or communication contents for each construction area are generated by an audio processor according to the program of the announcement contents program setting means and output to the message output control means, and this guidance message or communication message is generated. The voice output means outputs the voice. With this, it is possible to collectively monitor the lighting / light-off state of the lighting temporarily provided for each temporary lighting location in each construction area of the construction site on the screen of the display device, manually set the lighting / lighting of each temporary lighting, It is possible to easily set / change the daily lighting / lighting schedule and operate mode setting from the monitoring center in a user-friendly manner, and to automatically turn on / off the lighting by voice to the construction area. In addition, safety instructions, construction details or guidance for regular communication can be automatically given.

In the present invention, the on / off setting means for the manual mode can change and set the current ON / OFF state of the illuminating lamp at the temporary illuminating point set to the manual mode to the opposite state. While watching the monitor screen displayed on the display device, it is possible to turn on or off the lighting of the temporary lighting place set in the manual mode from the site office as needed, due to forgetting to turn off the switch on the distribution board Unnecessary power consumption can be prevented. Further, in the present invention, by setting the operation mode of the illumination lamp at the temporary lighting location to the illuminometer priority mode, the lighting of the temporary illumination location set in the mode is turned on and off by turning on and off the illumination meter. be able to. Further, in the present invention, by setting the operation mode of the lighting at the temporary lighting location to the schedule priority mode, the lighting at the temporary lighting location set in the mode can be turned on and off according to the time schedule. In the present invention,
By setting the operating mode of the lighting at the temporary lighting location to the OR mode, the lighting at the temporary lighting location is turned on / off based on the ON command issued from the illuminometer or the ON command according to the time schedule, whichever comes first. can do. Further, in the present invention, the on / off time schedule of the lighting at the temporary lighting location in each construction area is graphically displayed by the schedule graph generating means, so that the on / off time schedule can be easily grasped. In the present invention, a submenu for instructing confirmation and change of today's schedule, tomorrow's schedule, default value schedule, and copying default values to today's schedule or tomorrow's schedule is displayed in a window on the schedule setting screen. By selecting the item, it is possible to confirm and change today's, tomorrow's, and default value schedules of each temporary lighting location, and copy default values to today's or tomorrow's schedules. Also, in the present invention, by providing the output interface device with a button switch for manually turning on or off the lighting at each temporary lighting location, each temporary lighting in each construction area can be maintained even if the system such as a computer goes down. The illuminating lamp at the location can be manually turned on or off from a remote location. Further, in the present invention, by setting the select button to the ON state in accordance with the overtime hours for each construction area or each temporary lighting location, it is possible to set the overtime hours for each construction area or each temporary lighting location. it can.

[0009]

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a functional block diagram showing the entire configuration of a monitoring and control system for temporary lighting in an embodiment of the present invention, and FIG. 2 is a configuration diagram when the monitoring and control system of the present invention is applied to a building under construction. .

First, in FIG. 2, reference numeral 10 denotes a building under construction, and a basement floor B1F to a ground floor 1F,
On each floor of 2F, a distribution board 11 for temporary lighting is installed. This distribution board 11 is
Is installed in the construction area, that is, to distribute power to the blocks A to D, which are temporary lighting locations on the floor, and the power distribution wiring 12 is provided from the distribution board 11 to each of the blocks A to D. A temporary illumination lamp 13 is connected to each wiring 12. In addition, a remote control switch 11 that is turned on / off by a remote control signal from a control system is provided in the distribution board 11 for each power supply wiring 12 of each of the blocks A to D.
1 (see FIG. 1). In addition, basement floor B1F
, And ground floors 1F, 2F,..., Respectively, are provided with illuminance meters 14 for detecting the illuminance of natural light from the outside, and the illuminance detection values detected by the respective illuminance meters 14 are used by personal computers constituting a monitoring control system. It is configured to be loaded into the computer 15. This personal computer 1
5 is installed in a temporary office at a construction site.

The distribution board 11 on each floor is connected to a personal computer 15 via an output interface device 16. The output interface circuit 16 includes signal lines for 48 channels, and each signal line is assigned to each of four channels corresponding to the number of four blocks of the temporary lighting location on each floor, and is connected via the signal channels of four channels. The distribution board 11 on each floor is configured to be supplied with a remote control signal for turning on and off the illumination lights 13 of the blocks A to D. In addition, the output interface device 16 is manually connected to the illuminating lamps 13 of the blocks A to D for the distribution board 11 of each floor.
A button switch 161 is provided for 48 channels for setting the light-on or light-off state. The button switch 161 is turned on when the personal computer 15 is down and the
3 is used when control becomes impossible.

In FIG. 2, reference numeral 17 denotes a display device such as a CRT connected to the personal computer 15; 181, a keyboard connected to the personal computer 15;
Reference numeral 182 denotes a mouse connected to the personal computer 15, and the keyboard 181 and the mouse 182 constitute the input unit 18. Reference numeral 19 denotes a time selector connected to the personal computer 15. The time selector 19 is for registering overtime hours after 16:00, and corresponds to each floor from 16:00 to 24:00. Is provided. Reference numeral 20 denotes a speaker (sound output means) connected to the personal computer 15 via the amplifier 201.
A message, which is generated in step 5 and which gives voice guidance for turning on and off the lighting to the construction area, or a message which provides voice guidance for safety instructions, construction contents or information for assembly, etc., is output.

Next, the configuration of FIG. 1 will be described. FIG.
The central control device 21 controls and manages the entire monitoring and control system of the temporary lighting. The central control device 21 is connected to the input means 18 including a keyboard 181 and a mouse 182, and performs predetermined operations. By doing so, a signal corresponding to the operation is output to the central controller 21. The display device 17 is connected to the central control device 21 via a display control interface 22. Further, the central control unit 21 includes a main menu generating unit 23, a schedule setting screen generating unit 24, and a schedule setting unit 2 which constitute a monitoring and control system for the temporary lighting.
5, operating mode setting screen generating means 26, operating mode setting means 27, output interface device 16,
The monitor display processing means 28, the manual mode on / off setting means 29, and the schedule graph generation means 30 are connected to each other.

An illuminometer 14 on each floor is connected to the central controller 21 via an interface circuit 31. Further, the time selector 19 is connected to the central control device 21 via an input interface circuit 32, and a select switch 161 constituting a manual setting means is connected via the input interface circuit 33. The central control device 21 has a clock device 34 for clocking date, time, minute and second, and an internal storage device for storing various processing data and various control programs in the monitoring control system, schedule setting data, operating mode setting data, and the like. 35 and an external storage device 36 are connected to each other. Further, a message command means 37, an announcement content program setting means 38, a voice processor 39 and a message output control means 40 are connected to the central control unit 21, respectively.
The speaker 20 is connected to the loudspeaker 20 via an external device.

The main menu generating means 23 is a man-machine interface for selectively setting the central control unit 21 to each processing mode such as a monitor mode / schedule setting mode / operating mode setting mode / timer mode / date change mode / time mode. And generates a main menu for display on the display device 17. The schedule setting screen generation means 24 illuminates the blocks A to D, which are temporary illumination locations, when the item of the schedule setting mode of the main menu displayed on the display device 17 is selected and set by clicking with the mouse 182 of the input means 18. An input screen for setting a day lighting on / off schedule of the light 13 for each of the blocks A to D on each floor is generated in a list, and the display device 17 is provided.
To be displayed. The schedule setting means 25 includes the display device 1
By operating the input means 18 on the schedule setting screen displayed in 7, the daylight on / off schedule time of the illumination lamp 13 is input and set for each of the blocks A to D on each floor.

The schedule setting screen generating means 24
When the schedule setting means 25 sets the schedules of the blocks A to D on each floor, the confirmation and change of the schedule of the default value for today, tomorrow, and the reference value for each block A to D; A submenu generating function for displaying a submenu for instructing copying to the schedule for tomorrow in a window on the schedule setting screen is provided, and a display area corresponding to blocks A to D of each floor displayed on the schedule setting screen is input. 18
Then, by selecting an arbitrary sub-menu item on the sub-menu, the process of the selected sub-menu is executed by the schedule setting means 25.

Operation mode setting screen generating means 26
Is the operation mode setting mode item of the main menu displayed on the display device 17.
An input screen for setting a lighting on / off operation mode of the lighting 13 of the blocks A to D, which are temporary lighting locations, for each of the blocks A to D on each floor when a selection is made by clicking at 82 is generated in a list. To display on the display device 17. The operating mode setting unit 27 operates the input unit 18 on the operating mode setting screen displayed on the display device 17 to set the operating mode of the illumination lamp 13 for each of the blocks A to D on each floor to the illuminometer priority mode.
Set to one of schedule priority mode, OR mode, and manual mode.

The output interface device 16 controls the remote control switch 11 of the distribution board 11 in accordance with the operation mode set by the operation mode setting means 27.
1 to control on / off of the remote control switch 111 to send a control signal to each block A.
ＤD are turned on and off. The monitor display processing means 28 is controlled by the mode set by the operation mode setting means 27 when the monitor mode item of the main menu displayed on the display device 17 is selected and set by clicking with the mouse 182 of the input means 18. The display device 17 displays the on / off state of the illumination lights 13 of the blocks A to D on each floor.

The manual mode on / off setting means 29 includes:
On the monitor screen displayed on the display device 17 by the monitor display processing means 28, the on / off state of the illuminating lights 13 of the blocks A to D set in the manual mode is arbitrarily set by operating the input means 18. I do. The schedule graph generating means 30 includes the schedule setting means 25
Of the illumination lamp 13 based on the time schedule data of each block A to D on each floor set by
An off-timing graph is generated and displayed on the display device 17.

The message instructing means 37 sends a guidance or communication message to the blocks A to D on each floor at a time before the light-on / off time of the schedule time in accordance with the light-on / off schedule time set by the schedule setting means 25. Sends a command prompting the occurrence. The announcement content program setting means 38 executes the block A to D for each floor.
In this case, the contents of the guidance and the safety instruction for guiding the turning on and off of the illumination lamp 13 and the contents of the construction or the communication for the regular communication are programmed. Audio processor 39
Generates a guidance message and a contact message based on the program set by the announcement content program setting means 38. The message output control means 40 outputs a guidance message or a communication message for each floor from the voice processor 39 to the speaker 20 based on a command from the message command means 37.

Next, the operation of the present embodiment configured as described above will be described. Personal computer 1
When the monitor control system is started by turning on the power to the monitor 5, the "monitor mode", "schedule setting mode", and "operate mode setting mode" generated by the main menu generating means 23 are displayed on the screen of the display device 17. , A "timer mode", a "date change mode", a "time mode", etc., are displayed as shown in FIG. Here, when the operator operates the mouse 182 of the input means 18 to move the mouse cursor to the item of "monitor" and clicks the left button of the mouse 182, the central control device 21 is set to the monitor mode and the monitor display is performed. The processing means 28 is operated, and the turning-on / off state of the illumination lamp 13 at the current date and time of the blocks A to D on each floor controlled by the mode set by the operation mode setting means 27 is shown in a list 170 as shown in FIG. To display on the display device 17.

In FIG. 4, the current date and time content of the clock device 34 is displayed in a clock display area 171 of the display device 17,
Illumination light 1 of each block A to D on each floor at this date and time
The on / off state of No. 3 is displayed as shown in the list 170 of FIG. For example, the current date and time, September 11, 1997, 1
At 9:14:47, the lighting state of the lighting 13 of each of the blocks A to D on the basement floor B1F is OFF, that is, the lighting state is off in the schedule priority mode (S), and each block on the first floor 1F. A to C lighting 13
Indicates that the illuminometer is in the lighting state in the illuminometer priority mode (L), and indicates that the illuminating lamp 13 of the block D on the first floor 1F is in the off state in the schedule priority mode (S). In addition, the lighting 1 of each block A on the second floor 2F
3 indicates that the lighting is in the illuminometer priority mode (L), the lighting 13 in the block B on the second floor 2F is in the lighting in the OR mode (O), and the lighting 13 in the block C is In the manual mode (M), the light is turned off. In addition, the illuminating lamp 13 of the block D is turned off in the schedule priority mode (S). Hereinafter, similarly on the third floor 3F and the fourth floor 4F, the illumination lamps 13 of the blocks A to D are displayed in the state shown in FIG. In FIG. 4, the blank state display cells 172 of the blocks A to D on each of the five or more floors indicate that the distribution board 11 is still mounted on each of these floors.

Accordingly, the "monitor" item is clicked by the mouse 182, and the monitor display processing means 28 displays on and off the state of the lighting 13 in each of the blocks A to D on each floor on the screen of the display device 17. Thus, it is possible to confirm at a glance the on / off state of each lamp and the state before the distribution board 11 is attached at the current date and time.

In the monitor display state shown in FIG. 4, when changing the current on or off state of the illuminating lamp 13 in the block C on the second to fourth floors set in the manual mode (M), the left mouse button 182 is used. When the button is clicked, a submenu 173 such as "manual ON" or "manual OFF" is displayed in a window as shown in FIG. 4, and the manual mode ON / OFF setting means 29 is activated. In this state, when the lighting lamp 13 which is currently in the on or off state is changed to the opposite state, for example, the lighting lamp 1 of the block C on the second floor 2F shown in FIG.
When changing the setting of 3 from the OFF state to the ON state, first, the mouse cursor of the mouse 182 is moved to the display area of the block C, and the display color of the area of the block C is darkened by clicking the left button of the mouse 182. The color is changed to a changeable state. Thereafter, the mouse cursor of the mouse 182 is moved to the item of “manual ON” in the submenu 173, and the left button of the mouse 182 is clicked. As a result, the display of the block C on the second floor 2F shown in FIG.
The N setting command signal is sent to the distribution board 11 on the second floor 2F through the output interface device 16 and the remote control switch 111 of the block C is turned on.
The illumination lamp 13 of the block C is turned on. When changing the lighting 13 of the block C from the ON state to the OFF state, the user places the mouse cursor of the mouse 182 on the display area of the block C and clicks the left button of the mouse 182 to display the area of the block C. The display color is changed to a dark color to make it changeable. Thereafter, the mouse cursor of the mouse 182 is moved to the item of “manual OFF” in the submenu 173, and the left button of the mouse 182 is clicked. The display of the block C can be changed and set to the OFF state.

As described above, the sub-menu 173 is displayed in a window on the monitor display screen, and by clicking "manual ON" or "manual OFF" in the sub-menu, the lighting of the block set to the manual mode is performed. Since the current ON / OFF state of the lamp can be changed and set to the opposite state, the illuminating lamp of the block set to the manual mode can be changed as needed while watching the monitor screen displayed on the display device 17. It can be turned on or off by remote control from a place, and it is possible to prevent wasteful power consumption due to forgetting to switch off the switchboard as in the related art.

Next, a description will be given of the operation in the case of setting a daily lighting / lighting-off schedule of the illuminating lamp in each block on each floor. In this case, by operating the mouse 182 as the input means 18, the mouse cursor is set to the item of “schedule setting”, and when the left button of the mouse 182 is clicked, the central control device 21 is set to the schedule mode and the schedule mode is set. The setting screen generating means 24 operates to set the daily lighting / lighting-off schedule of the illumination lamp 13 in each of the blocks A to D on each floor.
An input screen 51 for setting each time is displayed on the display device 17 as a list as shown in FIG. In such a state, the input means 18 is operated to operate the schedule setting means 2.
5, each block A to D on each floor
, The lighting / lighting-off / scheduling schedule of the illumination light 13 is set in order. Each block A of each floor set at this time
The day lighting / lighting schedule of the illumination lamp 13 in D can be registered in two stages, starting and stopping 2 in the morning and afternoon.

For example, when setting the schedule of the block A on the first basement floor B1F, the mouse cursor is moved to the start / stop time entry area 511 facing the block A in the start / stop 1 column shown in FIG. Click the left button of the mouse 182. Thereby, the display color of the start / stop time entry area 511 is changed,
Select a state where you can enter the start / stop time. Thereafter, by operating the keyboard 181 as the input means 18, the start / stop time of the block A in the morning "07:58"
-12: 00 ". Similarly, in the start / stop time entry area 512 facing the block A in the start / stop 2 column, the same operation as described above is performed to input the afternoon start / stop time “12: 58-18: 00”. . The start / stop time of the block A on the first basement floor B1F thus input is stored in the file of the block A provided in the internal storage device 35 and registered. Hereinafter, when setting the schedules of the blocks B to D on the first basement floor B1F, the start and stop times can be registered by performing the same operation as in the case of the block A.

In FIG. 5, when the schedule of the block A on the first floor 1F is set, the mouse cursor is opposed to the block A in the start / stop 1 column by operating the mouse 182 as in the case of the basement 1F B1F. And click the left button of the mouse 182. Thereby, the start / stop time entry area 5
13 is changed to a selection state in which the start / stop time can be input. In this state, by operating the keyboard 181 as the input means 18, the start / stop time “07: 58-12: 00” of the block A in the morning is input. Similarly, in the start / stop time entry area 514 facing the block A in the start / stop 2 column, the same operation as described above is performed, so that the start / stop time in the afternoon “12: 58-1” is obtained.
8:00 ". The start / stop time of the block A on the first floor 1F input in this manner is stored in the internal storage device 35.
Are stored and registered in the file of the block A provided in. Hereinafter, the same is performed when setting the schedules of the blocks B to D on the first floor 1F.

On the other hand, every time the schedule for the blocks A to D on each floor is set by the schedule setting means 25, the schedule graph generating means 30 operates, and the schedule graph generating means 30 operates based on the set time schedule data. Thus, an on / off timing graph 53 for the time axis of the illuminating lamp 13 of each of the blocks A to D is generated.
3 is displayed in the graph display area 54 as shown in FIG. 5 corresponding to each floor and each of the blocks A to D. Therefore, by looking at the graph displayed in the graph display area 54,
Turn on the lighting 13 in each of the blocks A to D on each floor.
The off-time schedule can be easily grasped.

Next, a case will be described in which the schedules for today, tomorrow, and default values set on the schedule setting screen of the display device 17 are confirmed and changed. First, in a state where the system is set to the schedule setting mode, by clicking the left button of the mouse 182, the schedule setting screen generating means 24 is operated, and the sub menu 52 is displayed on the schedule setting screen as shown in FIG. Display window. In such a state,
To confirm or change the schedule for today, the mouse 182 is operated to move the mouse cursor to the item “change for today” on the submenu 52.
Is clicked, and the left button of the mouse 182 is clicked. Then, the blocks A to D are read from the files corresponding to the blocks A to D on each floor of the internal storage device 35.
Of the current day is read out, and based on the respective schedule setting data, today's start / stop time is set to “0” in the start / stop time entry area of blocks A to D on each floor.
7: 58-12: 00 "and" 12: 58-18: 0 "
"0". Therefore, by viewing this display time for each of the blocks A to D on each floor, the time schedule for today in the blocks A to D on each floor can be confirmed.

When it is necessary to change the today's schedule of blocks A to D on each floor due to early morning work or overtime, the start / stop time entry area corresponding to the floor block that needs to be changed is clicked with the mouse 182. Thus, the start / stop time of the time entry area can be changed, and then the time is changed by operating the keyboard 181 to change the start / stop time of the floor block that needs to be changed for today. be able to. The changed schedule data is stored in today's file of the corresponding block.

Next, the case of confirming and changing the schedule for tomorrow will be described. When the system is set to the schedule setting mode and the sub-menu 52 is displayed in a window on the schedule setting screen as shown in FIG. 5, the user must operate the mouse 182 to confirm and change the schedule for tomorrow. The mouse cursor of the mouse 182 is moved to the item "Change tomorrow" on the submenu 52 by the
Click 2. Then, the file corresponding to each of the blocks A to D on each floor of the internal storage device 35 is referred to as a block A.
To D for tomorrow are read out, and the start and stop times for tomorrow are set to "07: 58-12" in the start and stop time entry areas of the blocks A to D on each floor based on the respective schedule setting data. 0:00 ”and“ 12: 58-1 ”
8:00 ". Therefore, by seeing the display time for each of the blocks A to D on each floor, the time schedule for tomorrow in the blocks A to D on each floor can be confirmed.

When the schedule for tomorrow's block A to D on each floor needs to be changed due to early morning work or overtime, the start / stop time entry area corresponding to the floor block requiring change is clicked with the mouse 182. Thus, the start / stop time of the time entry area can be changed, and then the time is rewritten by operating the keyboard 181 to change the start / stop time of the floor block to be changed for tomorrow. be able to. The changed schedule data is stored in the file for the corresponding block tomorrow. The schedule data for tomorrow for the blocks A to D on each floor stored in each file of the internal storage device 35 is changed to the schedule data for today by the clock device 34 when the date is changed by one day. The data is stored in today's file corresponding to the blocks A to D on each floor, and the lighting 13 of the blocks A to D is turned on and off based on the schedule data.

Next, confirmation and change of the default value schedule will be described. The default value in this case is the general work time of the day at the construction site 08: 00 to 1
For example, 07:58 to 17:00 corresponding to 7:00
The default value is stored in a predetermined file provided in the internal storage device 35. Therefore, when the system is set to the schedule setting mode and the sub menu 52 is displayed in a window on the schedule setting screen as shown in FIG. When the mouse 182 is clicked in accordance with the item "Change default value", default value schedule data is read from the default value file in the internal storage device 35, and the default value is set to, for example, "07: 58
１７17: 00 ”is displayed in a window on the schedule setting screen. Therefore, the default value schedule can be confirmed by looking at the display time.

When the displayed default value schedule is to be changed, the default value of the display area can be changed by clicking the default value display area displayed in a window on the schedule setting screen with the mouse 182. Then, by changing the time by operating the keyboard 181, the time of the default value schedule can be changed. The changed default schedule data is stored in the corresponding file.

Next, a case where the default value is copied to the schedule for today will be described. In this case, by operating the mouse 182 in a state where the submenu 52 is displayed in a window on the schedule setting screen as shown in FIG. 5, the mouse cursor is moved to “copy date to today” on the submenu 52. The mouse 182 is clicked according to the item. Then, the schedule data stored in the default value file of the internal storage device 35, for example, “07:58 to 17:00” is stored in the internal storage device 35 corresponding to each block A to D of each floor for today. Written to a file. This enables the default values to be copied to the schedule for today.

Similarly, when the mouse cursor is moved to the item “Copy data to tomorrow” on the submenu 52 and the mouse 182 is clicked, the schedule stored in the default storage file in the internal storage device 35 is displayed. Data, for example, “07:58 to 17:00” is written to a file in the internal storage device 35 corresponding to each of the blocks A to D on each floor for tomorrow. This allows the default values to be copied to tomorrow's schedule.

Next, the operation for setting the operation mode will be described. In this case, first, when the mouse cursor of the mouse 182 is placed on the “operating mode setting” item of the main menu 13 shown in FIG. 3 and displayed on the display device 17 and clicked, the central control device 21 enters the operating mode setting mode. At the same time, the operating mode setting screen generating means 26 operates, and the blocks A to
An input screen 61 for setting the light-on / off operation mode of the illumination lamp 13 in D for each of the blocks A to D is generated in a list as shown in FIG.
In this state, by clicking the left button of the mouse 182, a sub-menu such as “before mounting the panel”, “luminometer priority mode”, “schedule priority mode”, “OR mode”, “manual mode” is displayed on the input screen 61. 62 is displayed in a window. Then, by operating the input means 18 to operate the operation mode setting means 27, the operation modes for the blocks A to D on each floor can be changed to the pre-board mounting, the illuminometer priority mode, the schedule priority mode, the OR mode, and the manual mode. Set to one.

For example, when the operation mode of the block A of the first basement floor B1F is set on the input screen 61 of FIG. 6, the mouse cursor is operated to operate the mouse 182 to display the mouse cursor corresponding to the block A of the first basement floor B1F. The left button of the mouse 182 is clicked on the area 611. As a result, the display color of the display area 611 is changed to a selection state where the operation mode can be set.
Thereafter, the user operates the mouse 182 to move the mouse cursor to the item of “schedule priority” in the submenu 62, and clicks the left button of the mouse 182. Then
The block A on the first basement floor B1F is set to the schedule priority mode in which the lighting lamp 13 is turned on and off according to the set time schedule, and the characters “SHC priority” are displayed in the display area 611 of the block A. The information of the set schedule priority mode is indicated by the mouse 182.
By clicking the item of "write file" in the submenu 62, the file is stored in the file for the block A on the first basement floor B1F in the internal storage device 35. Less than,
In the input screen 61 of FIG. 6, the same operation as in the case of the block A is performed on the blocks B to D on the first basement floor B1F, so that the blocks B to D are set to the schedule priority mode. The characters “SHC PRIORITY” are displayed in the display area.

When the operation mode of the block A on the first floor 1F is set on the input screen 61 of FIG. 6, the mouse cursor is operated to move the mouse cursor to the display area 612 corresponding to the block A on the first floor 1F. And click the left button of the mouse 182. As a result, the display color of the display area 612 is changed to a selection state in which the operation mode can be set. Thereafter, the mouse 182 is operated to move the mouse cursor to the submenu 6
The user clicks the left button of the mouse 182 in accordance with item 2 of “illuminance meter priority”. Then, Block A on the first floor and 1F
Is set to an illuminometer priority mode in which the illumination lamp 13 is turned on and off in conjunction with turning on and off the illuminometer 14, and the text “illuminometer priority” is displayed in the display area 612 of the block A. Then, the information on the set illuminometer priority mode is stored in the file for block A on the first floor 1F in the internal storage device 35 by clicking the item of “file writing” in the submenu 62 with the mouse 182. You. Hereinafter, on the input screen 61 of FIG. 6, the same operation as that of the block A is performed on the blocks B and C on the first floor 1F, so that the blocks B and C are set to the illuminometer priority mode. In each of the display areas, the characters "illuminance meter priority" are displayed. The block D on the first floor and the first floor is set to the schedule priority mode, and “SH” is displayed in each display area.
The character "C Priority" is displayed.

When the operation mode of the block A on the second floor 2F is set on the input screen 61 of FIG. 6, by operating the mouse 182, the mouse cursor is moved to the display area 613 corresponding to the block A on the second floor 2F. And click the left button of the mouse 182. As a result, the display color of the display area 613 is changed to a selection state where the operation mode can be set. Thereafter, the mouse 182 is operated to move the mouse cursor to the submenu 6
The user clicks the left button of the mouse 182 in accordance with item 2 of “illuminance meter priority”. Then, Block A on the second floor, 2F
Is set to an illuminometer priority mode in which the illumination lamp 13 is turned on and off in conjunction with turning on and off the illuminometer 14, and the text “illuminometer priority” is displayed in the display area 613 of the block A. Then, the information of the set illuminometer priority mode is stored in the file for the block A on the second floor 2F in the internal storage device 35 by clicking the item “write file” of the submenu 62 with the mouse 182. You.

Hereinafter, in the input screen 61 of FIG.
After clicking the display area of “”, “O
By clicking on the item of "R mode", the block B is turned ON command issued first from either the ON command from the illuminometer 14 for detecting the illuminance of natural light or the ON command according to the time schedule set by the schedule setting means 25. Is set in the OR mode in which the illumination lamp 13 is turned on and off based on the display, and the characters "OR mode" are displayed in the respective display areas. Similarly, block C on the second floor and the second floor
, The manual mode is set, and for the block D on the same floor, the schedule priority mode (SHC priority) is set.

Such an operation mode includes the third floor, the fourth floor,
In each of the blocks A to D on each floor of the floor, the setting can be similarly performed as shown in FIG. In FIG. 6, the blank display areas 614 of the blocks A to D on the five or more floors indicate the case where the distribution board 11 has not been installed on each of these floors. In this case, after clicking the display area of these blocks, by clicking the item "before board mounting" of the submenu 62, these blocks are set to the state before board mounting. In FIG. 6, by clicking the item of “read file” in the submenu 62, the previously stored operation mode can be read from the file.

Next, a description will be given of the setting of turning on / off the illuminating light when the personal computer 15 is down and the personal computer 15 cannot control the illuminating lights 13 of the blocks A to D on each floor. In this case, the setting of turning on / off the illumination lamp is performed by operating a button switch 161 provided on the output interface device 16. As shown in FIG.
Represents 32 button switches 161 arranged in 8 columns and 4 rows
In the group of button switches, each row of button switches from the left end to the right end corresponds to each floor of eight floors, and each button switch in the row direction corresponds to each of blocks A to D. Therefore, by setting the four button switches 161 in the row direction on or off for each column,
Even if the personal computer 15 goes down, the illuminating lamps 13 corresponding to the blocks A to D on each floor can be manually turned on or off from a remote place.

Next, a case where overtime hours are set for blocks A to D on each floor will be described. In this case, the setting of the overtime hours for the blocks A to D on each floor is performed by operating the select button 191 of the time selector 19. As shown in FIG.
Reference numeral 9 denotes a configuration in which a select button group in which nine select buttons 191 for setting overtime from 16:00 to 24:00 are arranged in the column direction is arranged in the row direction corresponding to each of the eight floors. ing. Accordingly, by setting the select button 191 in the row direction to the ON state in accordance with the overtime hours for each floor, the overtime hours from 16:00 to 24:00 can be set for each floor.

The overtime data of each floor set by the time selector 19 is sent to the distribution board 11 of each floor through the central control device 21 and the output interface device 16. Also, by clicking the item of “Timer” in the main menu 175 shown in FIG. 3 by operating the mouse 182, the timer selector 1 is displayed on the screen of the display device 17.
9 can be displayed on a monitor. The setting of the overtime hours is not limited to the setting for each floor, but may be set for each block.

Next, a guidance message for guiding the turning on / off of the illumination lamp and a safety instruction, and a communication message for guiding a regular communication of a set of construction contents or a morning meeting, a lunch meeting, a meeting, etc. are automatically broadcast. Will be described. First, by operating the input means 18 to operate the announcement content program setting means 38, the announcement contents and the safety instruction for guiding the lighting and extinguishing of the lighting 13 of the blocks A to D to each floor, Pre-program the content or the announcement content for regular communication. For example, as shown in FIG. 7, a registration number and various words for an announcement corresponding to each registration number are constructed in a table, and the lighting 13 is turned on and off for each floor while referring to the table. A registration number which constitutes an announcement content such as an announcement is input from the input means 18 to set an announcement program. For example, "1
5 + 2 + 3 + 10 + 14 "," 15 + 7 + 8 + 12 + 1 "
3 "and registered in a file provided in the internal storage device 35.

In this state, for example, when an announcement to turn off the lighting is announced on the second and third floors, the message instructing means 37 is operated according to the turning on / off schedule time set by the schedule setting means 25, and the schedule time is set. The sound processor 3 at a time before the light-off time
9. Sends a command for generating a guidance or a contact message to 9. Upon receiving this instruction, the voice processor 39 generates a guidance message in accordance with the program set by the announcement content program setting means 38. For example,
The set program is "15 + 2 + 3 + 10 + 14"
In the case of, the guide message data of "Please note that the lighting of the indoor B block on the second and third floors will be turned off from now on" is generated, and this message data is transmitted to the speaker 20 through the message output control means 40. , The announcement of the above contents is made from the speaker 20. Accordingly, it is possible to guide a worker or the like working in the indoor B block on the second and third floors to turn off the illumination lamp 13. Similarly, if the set program is “15 + 7 + 8 + 12 + 13”, the guidance for the 7th and 8th floors is “I will turn on the lights around the stairs on the 7th and 8th floors (Block C) from now on”. Generate a message and send it to speakers 7 and 8 through speaker 20
The above content can be announced on the floor.

The content of the announcement in the present invention is not limited to the announcement of turning on and off the illumination lamp 13 described above.
It can also be used for regular communications such as morning meetings, luncheons, various meetings, etc., for safety instructions during accident-prone times, and for broadcast communications of today's construction details and locations. Further, the number of speakers 20 installed at the construction site is not limited to one as shown in the above-described embodiment, and the speakers 20 may be installed for each floor.

[0050]

As described above, according to the present invention, by selecting and setting the schedule setting mode, the schedule setting means displays the schedule setting mode on the schedule setting screen displayed on the display means. You can set the lighting schedule of the day. Further, by selecting and setting the operation mode setting mode, the operation mode setting means sets the operation mode of the illumination lamp for each temporary lighting spot on the operation mode setting screen displayed on the display means to the illuminometer priority mode, the schedule priority mode, and the schedule mode. It can be set to either OR mode or manual mode.
Then, according to the operation mode set by the operation mode setting means, the lighting of each temporary lighting location can be automatically turned on and off from a remote place. Further, in the monitor mode, it is possible to display on the display means a lighting / light-off state of the illumination lamp at the temporary lighting location in each construction area controlled by the mode set by the operation mode setting means. Also, based on a command from the message command means, guidance contents or communication contents for each construction area are generated by an audio processor according to the program of the announcement contents program setting means and output to the message output control means, and this guidance message or communication message is generated. The voice output means outputs the voice. With this, it is possible to collectively monitor the lighting / light-off state of the lighting temporarily provided for each temporary lighting location in each construction area of the construction site on the screen of the display device, manually set the lighting / lighting of each temporary lighting, It is possible to easily set / change the daily lighting / lighting schedule and operate mode setting from the monitoring center in a user-friendly manner, and to automatically turn on / off the lighting by voice to the construction area. In addition, safety instructions, construction details or guidance for regular communication can be automatically given.

Further, according to the present invention, the manual mode ON / OFF
By the off setting means, the current ON / OFF state of the lighting at the temporary lighting location set in the manual mode can be changed and set to the opposite state, and if necessary while watching the monitor screen displayed on the display device. The lighting of the temporary lighting location set in the manual mode can be turned on or off from the site office, and wasteful power consumption due to forgetting to switch off the switchboard can be prevented. Further, according to the present invention, by setting the operation mode of the illumination lamp at the temporary lighting location to the illuminometer priority mode, the lighting of the temporary illumination location set in the mode is turned on / off by turning on / off the illuminometer. can do. Further, according to the present invention, by setting the operation mode of the lighting at the temporary lighting location to the schedule priority mode, the lighting at the temporary lighting location set in the mode can be turned on and off according to the time schedule. Further, according to the present invention, by setting the operation mode of the illumination lamp of the temporary lighting location to the OR mode, the temporary lighting location is set based on the ON command issued first from the illuminometer or the ON command according to the time schedule. Lights can be turned on and off. Further, according to the present invention, the on / off time schedule of the lighting at the temporary lighting location in each construction area is graphically displayed by the schedule graph generating means, so that the on / off time schedule can be easily grasped. . According to the present invention, a submenu for instructing confirmation and change of today's schedule, tomorrow's schedule, and default value schedule, and copying default values to today's schedule or tomorrow's schedule is displayed in a window on the schedule setting screen. By selecting a menu item, it is possible to confirm and change today's, tomorrow's, and default value schedules of each temporary lighting location, and copy default values to today's or tomorrow's schedules.

Further, according to the present invention, the output interface device is provided with a button switch for manually turning on or off the lighting at each temporary lighting location, so that even if a system such as a computer goes down, each work area is provided. It is possible to manually set the lighting lamp at each of the temporary lighting locations to be turned on or off from a remote place. According to the present invention, the overtime is set for each construction area or each temporary lighting location by setting the select button to the ON state in accordance with the overtime hours for each construction area or each temporary lighting location. Can be.

[Brief description of the drawings]

FIG. 1 is a mechanism block diagram showing an entire configuration of a temporary lighting lamp monitoring and control system according to an embodiment of the present invention.

FIG. 2 is a configuration diagram in a case where a temporary illumination light monitoring control system of the present invention is applied to a building under construction.

FIG. 3 is an explanatory diagram showing a display screen of a main menu according to the embodiment of the present invention.

FIG. 4 is an explanatory diagram showing a monitor display screen according to the embodiment of the present invention.

FIG. 5 is an explanatory diagram showing a display screen when a schedule is set in the embodiment of the present invention.

FIG. 6 is an explanatory diagram showing a display screen when an operation mode is set in the embodiment of the present invention.

FIG. 7 is an explanatory diagram showing a relationship between a registration number and a word for setting an announcement content program in the embodiment of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 10 Building B1F, 1F, 2F ... Floor (construction area) A-D block (temporary certification place) 11 Distribution board 111 Remote control switch 13 Illumination lamp 14 Illuminometer 15 Personal computer 16 Output interface device 17 Display device 18 Input means 19 Time selector 191 Select button 20 Speaker (audio output means) 21 Central control unit 23 Main menu generation means 24 Schedule setting screen generation means 25 Schedule setting means 26 Operate mode setting screen generation means 27 Operate mode setting means 28 Monitor display processing Means 29 On / off setting means for manual mode 30 Schedule graph generation means 34 Clock device 37 Message command means 38 Announcement contents program setting means 39 Voice processor 40 Message Page output control means

Claims (11)

[Claims] 1. In each construction area of a construction site, a lighting device provided for each of a plurality of temporary lighting locations in the construction area is automatically turned on and off from a remote place, and a lighting state of the lighting is monitored. And a monitoring and control system for temporary lighting to guide the lighting on and off of the lighting to the construction area, wherein the distribution board is installed in each of the construction areas and distributes electric power to each temporary lighting point in the construction area. A remote control switch provided on each of the distribution boards for each power supply system from the distribution board to each of the temporary lighting locations and turned on and off by a remote control signal, and corresponding to the operation by performing a predetermined operation An input unit for outputting a set signal, a display unit for displaying a schedule setting screen, an operation mode setting screen, a monitor screen, and the like in accordance with a mode selected by operating the input unit. Operating the input means on a schedule setting screen displayed on the means to set a daylight on / off schedule time of a lamp for each temporary lighting point in each construction area; and the schedule setting means. Message instruction means for sending a command for prompting the generation of a guidance or communication message for each construction area at a time before the light-on / off time of the schedule time according to the light-on / off schedule time set by the display means, By operating the input means on the set operation mode setting screen, the operation mode of the lighting is changed for each temporary lighting point in each construction area to the illuminometer priority mode, the schedule priority mode, the OR mode,
An operation mode setting means for setting any one of the manual modes; and a control signal transmitted to a remote control switch of the distribution board in accordance with the operation mode set by the operation mode setting means to turn on / off the remote control switch. An output interface device for controlling the lighting of each temporary lighting spot to turn on and off the light, and a temporary installation of each construction area controlled by a mode set by the operation mode setting means on a monitor screen displayed on the display means. Monitor display processing means for displaying the lighting state of the lighting lamp at the lighting location;
Announcement contents program setting means for programming the contents of guidance and safety instructions for turning off lights, construction contents or contact contents for regular communication, and a guidance message and communication based on the program set by the announcement contents program setting means A voice processor that generates a message, a message output control unit that outputs a guidance message or a communication message for each of the construction areas based on a command from the message command unit from the voice processor, and a message output control unit that outputs the message. And a voice output means for outputting a guidance message or a communication message by voice to the construction area. 2. A main menu generating means for generating a main menu for a man-machine interface for selectively setting a system to at least each processing mode of a monitor mode, a schedule setting mode, and an operation mode setting mode, and displaying the main menu on the display means. When the schedule setting mode of the main menu displayed on the display means is selected and set by the operation of the input means, the daily lighting on / off schedule at each of the temporary lighting locations is set for each temporary lighting location of each construction area. A schedule setting screen generating means for generating an input screen for setting in a list and displaying the list on the display means, wherein the schedule setting means displays the schedule setting screen on the display means for each temporary lighting spot. To set the daily lighting schedule for lighting The monitoring and control system for a temporary illumination lamp according to claim 1, wherein: 3. When the operating mode setting mode of the main menu displayed on the display means is selected and set by operating the input means, the operating mode of turning on / off the lighting at each of the temporary lighting locations is changed to the temporary lighting of each construction area. Operating mode setting screen generating means for generating an input screen for setting for each location in a list and displaying the list on the display means, wherein the operating mode setting means is displayed on the operating mode setting screen displayed on the display means; 3. The temporary lighting lamp monitoring and control system according to claim 1, wherein the operating mode of the lighting lamp is set for each temporary lighting location. 4. An on / off state of an illuminating lamp of each temporary illuminating point set to a manual mode on a monitor screen displayed on the display unit by the monitor display processing unit is arbitrarily set by operating the input unit. 2. The monitoring and control system for a temporary lighting device according to claim 1, further comprising an on / off setting unit for a manual mode. 5. An illuminometer for detecting natural light illuminance in a construction area is installed at the construction site, and the illuminometer detects the natural light illuminance in the temporary lighting location when the illuminator operation mode of the temporary lighting location is set to the illuminometer priority mode. The temporary lighting device according to claim 1, wherein when the natural light illuminance is equal to or less than a set value, the lighting of the temporary lighting location is controlled to be turned on. Lighting monitoring and control system. 6. When the lighting operation mode of the temporary lighting location is set to the schedule priority mode, the lighting of the temporary lighting location is controlled to be turned on and off according to a time schedule set by the schedule setting means. The monitoring and control system for a temporary illumination lamp according to claim 1. 7. An on-command from an illuminometer for detecting the illuminance of natural light or an on-command according to a time schedule set by a schedule setting means, when the lighting operation mode of the temporary lighting location is set to an OR mode. 2. The monitoring and control system for temporary lighting according to claim 1, wherein the lighting of the temporary lighting is controlled to be turned on and off based on the first ON command. 8. A schedule graph generating means for generating an on / off timing graph of an illumination lamp based on time schedule data of each temporary lighting location in each construction area set by said schedule setting means and displaying the graph on said display means. The monitoring and control system for a temporary lighting device according to claim 1, further comprising: 9. The schedule setting screen generating means,
At the time of setting the schedule of each temporary lighting location by the schedule setting means, a submenu for instructing confirmation and change of today's, tomorrow's, and default value schedules for each temporary lighting location, and copying of default values to today's or future schedule A sub-menu generation function of displaying a window on the schedule setting screen, and by selecting an arbitrary sub-menu item on the sub-menu displayed on the schedule setting screen, each temporary lighting point of each construction area is 2. The monitoring and control system for a temporary illuminating lamp according to claim 1, wherein the processing is performed in accordance with the selected sub-menu item. 10. The output interface device according to claim 1, further comprising a button switch for manually turning on or off the lighting at each temporary lighting location for the distribution board in each construction area. The monitoring and control system of the temporary lighting described in the above. 11. A time select having a select button for manually setting overtime hours in each construction area for each construction area or each temporary lighting location.
The monitoring and control system of the temporary lighting described in the above.