JPH02172186A - Illumination device - Google Patents

Abstract

PURPOSE:To light up lamps without waste at the time the facilities being used in accordance with reservation by comparing the current data and time with the reserve information stored in a memory part, and furnishing a CPU to control the illumination control part, when a certain pass code is entered from a code input part, and a reserve information input part. CONSTITUTION:A CPU 1 receives information on the current month, date, and time from a clock part 6, and it is judged if the time of use has come upon comparing the received information with the information on a reserve schedule stored in a reserve data circuit 3 in a memory part 2. If the result from this comparative judgement says that the date and time are identical to the reservation, it is judged whether the specified pass code is fed from a pass code entry part 9, and in the case with no entry, no signal is given to an illumination control part 7 and the lamp 8 remains out of lighting. If a pass code is fed, it is judged whether it is identical to the pass code stored in the memory 2, and when identical, an appropriate signal is given to the illumination control part 7, which performs lighting control of the lamp 8 in conformity to the lighting pattern stored in memory.

Description

DETAILED DESCRIPTION OF THE INVENTION [Prior Art] Conventionally, in the lighting of facilities such as grounds and gymnasiums, there are lighting devices that operate lighting lights on a schedule based on an input program. The time-based operation of this lighting device involves preparing several pre-programmed illumination patterns for one day (24 hours) and allocating them to one week (seven days) on a daily basis.

On the other hand, when renting facilities such as grounds and gymnasiums by reservation, there is a reservation management device that uses a general-purpose personal computer to manage the reservation status and usage status.

[Problems to be Solved by the Invention] By the way, the above-mentioned reservation management device creates a facility reservation list and performs statistical processing on usage status, and the control and management of lighting facilities at the time of rental is separated from the reservation management device. It was being done. That is, to actually control the lighting, it is necessary to input a time program according to the reservation status while checking the reservation table created by the reservation management device, etc.
The problem was that it was complicated.

Additionally, since the lights are controlled according to a fixed time program, facility users who have made reservations may be late without prior notice.
Even if the service is canceled, the lights will continue to operate according to the set schedule.

For this reason, there have been problems in that the illumination lights are turned on even though they are unnecessary, resulting in waste, and that the facilities are used illegally by others who have not made a reservation.

Therefore, the present invention has been made in view of the above-mentioned problems, and aims to provide a lighting device that integrates reservation management and lighting, and lights up lighting lights in a predetermined lighting pattern without waste when using a facility according to reservations. be.

[Means for Solving the Problems] In order to solve the above problems, the present invention includes a reservation management function in a lighting device to manage reservations and control lighting, and lights up the lighting only when the facility is actually used. Focusing on this, we devised a lighting device with the following configuration.

That is, the lighting device of the present invention includes a memory section, a password input section, a lighting control section, a central processing section, and a reservation information input section.

[Function] The memory unit in the lighting device of the present invention stores reservation information for objects to be managed in facilities such as grounds and gymnasiums, and also stores lighting patterns and passwords of lighting lights used for the objects to be managed. . In addition, the lighting control section controls the lighting lights according to the lighting pattern stored in the memory section, and the central processing section compares the current date and time with the reservation information stored in the memory section, and inputs a predetermined password from the password input section. Controls the lighting control unit when the number is input. Further, the reservation information input section inputs the date and time of use of the managed object and the lighting pattern of the illumination light into the memory section via the central processing section.

That is, the reservation data for facilities and the lighting pattern of the lighting lamps are stored in the memory unit through the reservation information input unit, and the password of the lighting pattern of the lighting lamps input through the password input unit is stored in the memory unit. - On the other hand, the central processing unit manages the reservation status and compares the current date and time with the reservation status.

When the user of the facility, etc. inputs a password from the password input section after the reservation time has elapsed, the central processing section outputs a signal indicating the lighting pattern of the illumination light to the lighting control section. Then, the illumination control section controls the illumination lamp according to the lighting pattern.

This makes it possible to manage reservations for facilities, etc. within the lighting device, and to control lighting of lighting lights according to the reservation status, making operations for lighting control simple and easy.

In addition, the password prevents unnecessary lighting and prevents unauthorized use.

[Example] Hereinafter, preferred embodiments of the present invention will be explained with reference to the drawings.

FIG. 1 is a block diagram showing a lighting device of the present invention.

In FIG. 1, the central processing unit 1 has a memory unit 2 in both directions.
is connected, and the memory section 2 includes a reservation data circuit 3. Further, the central processing unit 1 is connected to a reservation information input unit 4, a display unit 5, and a clock unit 6 for inputting date and time information manually, and is also connected to a lighting control unit 7. Light 8 is connected. Further, a password input section 9 is connected to the central processing section 1 . In addition, in FIG. 1, the lighting control section 7 and the lighting lamps 8 are
Although the case where only one device is connected is shown, multiple devices may be connected in parallel.

The operation of such a lighting device will be explained with reference to the block diagram in FIG. 1 and the flowchart in FIG. 2.

First, the date and time of use of the managed facility, etc., and the corresponding lighting pattern of the lighting lights 8 are inputted in advance from the reservation information human resource department 4, and the password is inputted from the password input section 9, and then the data is processed centrally. The data is stored in the reservation data circuit 3 in the memory section 2 via the section 1, or the data is updated.

Here, the PIN number is issued after confirming available facilities on the desired date and time, paying the fee, inputting reservation information, and storing or updating the reservation information in the reservation data circuit 3.

Then, in the memory section 2, the reservation date and time, the lighting pattern arrangement of the illumination lights, and the password are accessed in order of date and time.

On the other hand, as shown in FIG. 2, the central processing unit 1 receives information on the current month, day, and time from the clock unit 6, and receives information on the reservation table stored in the reservation data circuit 3 in the memory unit 2. It is determined whether the usage time has come by comparing the As a result of comparison, if the date and time match the reservation, it is determined whether a predetermined PIN has been input from the PIN input section 9, and if no input has been made, a signal is not output to the lighting control section 7. First, the lighting lamp 8 does not light up. Once the PIN is entered,
It is determined whether this matches the password stored in the memory unit 2, and if they match, a signal is output to the lighting control unit 7, and the lighting control unit 7 lights up the lighting lamp 8 according to the memorized lighting pattern. Control. Also, depending on the reservation information, lighting 8
It is determined whether the light is turned off in the middle of the process and whether it is the light-off time or not, and the illumination light 8 is turned off depending on whether the light is turned off in the middle or the light-out time. here,
The illumination light 8 is a main illumination light, and if there is a remaining light (not shown), it is determined whether or not it is time to turn off the remaining light, and when it is time to turn off the light, the remaining light is turned off.

In addition, the display section 5 displays the reservation status and lighting pattern, as well as the control status of the illumination lights 8 that are currently lit.

In this way, since the control information for the illumination lights 8 is accessed in the memory unit 2 from the reservation array input at the time of reservation, there is no need to manually input new data for lighting management. In addition, since the illumination light 8 will not be turned on unless the password is entered even after the scheduled lighting time, it is possible to prevent unnecessary lighting and also to prevent unauthorized use by others.

Note that the method of inputting the password in the password input section 9 can have the same effect even if a button type, a magnetic card, or an IC card is used.

Further, the password input unit 9 may control not only the illumination of the illumination lamp 8 but also the entrance key to the facility, etc., thereby saving labor in managing the facility.

[Effects of the Invention] As is clear from the above embodiments, according to the present invention, the illumination device includes a reservation management function for facilities, etc., and also includes a password input section, so that the illumination light can be turned on and off when the illumination is used. It is no longer necessary to perform operations such as selecting the lighting pattern and lighting pattern, and the operation procedure for controlling the lighting pattern and schedule of lighting lights becomes simple and easy.
Unnecessary lighting of lighting lights and unauthorized use of other people's facilities can be prevented.

...Memory part ・・・Reservation Information Human Resources Department ...Lighting control section ・・・Lighting light ・Secret Witness Power Department Applicant i-Writing System Co., Ltd.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing a lighting device of the present invention, and FIG. 2 is a flowchart of operations in the lighting device of the present invention. 1...Central processing section Fig. 2

Claims (1)

[Claims] a memory section that stores reservation information for managed objects such as facilities, and also stores lighting patterns and passwords of lighting lights used for the managed objects; a password input section that inputs the password; A lighting control unit that controls illumination lights according to a lighting pattern stored in a memory unit, compares the current date and time with reservation information stored in the memory unit, and controls the lighting when the password is input. and a reservation information input section that inputs the date and time of use of the managed object and the lighting pattern of the illumination light into the memory section via the central processing section. Device.