CN109686064B - Intelligent building lighting control system - Google Patents
Intelligent building lighting control system Download PDFInfo
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- CN109686064B CN109686064B CN201910157979.6A CN201910157979A CN109686064B CN 109686064 B CN109686064 B CN 109686064B CN 201910157979 A CN201910157979 A CN 201910157979A CN 109686064 B CN109686064 B CN 109686064B
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
- G08B21/18—Status alarms
- G08B21/24—Reminder alarms, e.g. anti-loss alarms
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B25/00—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems
- G08B25/01—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems characterised by the transmission medium
- G08B25/08—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems characterised by the transmission medium using communication transmission lines
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/12—Messaging; Mailboxes; Announcements
- H04W4/14—Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
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- Emergency Management (AREA)
- Physics & Mathematics (AREA)
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- Engineering & Computer Science (AREA)
- Computer Networks & Wireless Communication (AREA)
- Signal Processing (AREA)
- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
The invention relates to an intelligent building lighting control system, relates to the technical field of building intelligent control, and solves the problems that each lighting lamp has the service life of the lighting lamp in the actual use process, once the lighting lamp reaches the service life of the lighting lamp, the lighting lamp cannot be normally used at the moment, and the safety of walking between buildings at night can be influenced. The invention has the effect that when the service life of the illuminating lamp arranged in the building is close to the service life of the illuminating lamp, the illuminating lamp close to the service life can be timely informed to a responsible person responsible for the illuminating lamp system of the corresponding building so as to make arrangement effect in advance.
Description
Technical Field
The invention relates to the technical field of intelligent building control, in particular to an intelligent building illumination control system.
Background
Building Lou yu ǔ, noun, i.e. building, mansion (sh), the word "building" in ancient Chinese means "building located at high altitude", the word "yu" in ancient Chinese also means house, eave, from the literal meaning, building means tall building.
The utility model provides a current lighting control system who is applied to building department, current lighting control system mainly combines the dark condition of day and whether have sound to carry out the bright of light and go out on the stair, made things convenient for the user not need to press the switch to open and close the light evening, but in the in-service use process, every light has its life of itself, in case the light reaches its life when, the light will not normal use this moment, also can influence the security that the user walked between the building at night, improved space in addition.
Disclosure of Invention
The invention aims to provide an intelligent building lighting control system which can inform a person in charge of a corresponding building lighting system of a lighting lamp with the service life close to that of the lighting lamp when the lighting lamp installed in a building is close to the service life of the lighting lamp so as to make arrangement effect in advance.
The above object of the present invention is achieved by the following technical solutions:
an intelligent building lighting control system comprises a control terminal, a lighting lamp information database, a lighting system responsible person mobile phone number database and a short message sending device, wherein the lighting lamp information database stores lighting lamp numbers and positions, service time and service life of lighting lamps with corresponding numbers in real time;
the control terminal periodically takes the number of the illuminating lamps arranged in the building as an inquiry object one by one, inquires all information of the illuminating lamps with corresponding numbers in an illuminating lamp information database, calls the mobile phone number of the person in charge of the illuminating lamp system from a mobile phone number database of the person in charge of the illuminating system, and sends all numbered illuminating lamp information to the person in charge of the illuminating lamp system through the short message sending device.
By adopting the technical scheme, the service life condition of the illuminating lamp arranged at a building can be monitored in time by combining the control terminal, the illuminating lamp information database, the mobile phone number database of the lighting system responsible person and the short message sending device, and all numbered illuminating lamp conditions are informed to the lighting system responsible person in time in a short message manner.
The invention is further configured to: if the time of the service life of the illuminating lamp accounts for the preset proportion of the service life of the illuminating lamp to the control terminal, the control terminal records the service life of the illuminating lamp every week when the service life of the illuminating lamp is close to the service life of the illuminating lamp in a week unit and forms an illuminating lamp service life database every week;
before starting every week, the control terminal calls a specific week in the lighting lamp weekly use duration database and the lighting lamp use duration of the corresponding week, the service life of the lighting lamp after the service life time reaches the preset proportion of the control terminal is obtained through accumulation, the control terminal takes the later service life as a dividend, the specific number of weeks as a divisor, and the weekly average lighting lamp use duration is obtained;
before each new week, the control terminal predicts that the illuminating lamp needs to be replaced in a new week if the total service life of the illuminating lamp exceeds the total service life of the illuminating lamp by adding the total service life of the current illuminating lamp and the service life of the illuminating lamp in the week, and loads the position of the illuminating lamp with the corresponding number and the information needing to be replaced in the week into the short message sent by the short message sending device.
By adopting the technical scheme, the use condition of the illuminating lamp in the last week can be obtained by setting the illuminating lamp weekly use time database, the control terminal and the illuminating lamp information database, so that whether the illuminating lamp in the next week exceeds the service life of the illuminating lamp is effectively predicted, and the corresponding responsible person can be timely notified through the short message sending device.
The invention is further configured to: if the time of the use time of the illuminating lamp accounting for the service life of the illuminating lamp reaches the preset proportion of the control terminal, then the control terminal respectively records the use time of the illuminating lamp every day from Monday to Sunday every week, acquires the use time of the illuminating lamp of all the Mondays according to specific Sunday and adds the use time one by one to acquire the total use time corresponding to the Monday, takes the total use time corresponding to the Monday as a dividend, takes the experienced week number as a divisor, and takes the quotient of the two as the mean value of the use time corresponding to the Monday;
when the illumination lamp needs to be replaced in the week, the control terminal records the use time of the illumination lamp every day from Monday, and if the average value of the total time and the use time added in the next day exceeds the total service life, the control terminal takes the specific day of the next day as the expected replacement day of the illumination lamp and loads the expected replacement day in the short message sent by the short message sending device.
By adopting the technical scheme, the use duration of the illuminating lamp in any day can be further predicted by combining the control terminal and the illuminating lamp information database, and the short message sending device can timely inform that the illuminating lamp is in place.
The invention is further configured to: defining a plurality of building lighting system responsible persons, wherein the intelligent building lighting control system also comprises a building lighting system responsible person and a building lighting system responsible person work and rest arrangement database which is used for storing a building lighting system responsible person and a corresponding responsible person work and rest arrangement table;
the control terminal takes the building lighting system responsible person as an inquiry object one by one in a work and rest arrangement database of the building lighting system responsible person, and inquires the work and rest arrangement condition of the building lighting system responsible person;
and the control terminal predicts that the next day is used as the illumination lamp replacement day, takes the specific day of the next day as a query object, and queries a database of work and rest arrangement of the responsible person of the building illumination lamp system as an object notified by the short message sending device.
By adopting the technical scheme, on the premise that the number of building responsible persons is multiple, the responsible persons capable of working normally on that day are effectively selected by combining the control terminal and the building lighting lamp system responsible person work and rest arrangement database, and the work is arranged to the corresponding building responsible persons one day in advance.
The invention is further configured to: the intelligent building lighting control system also comprises a database for updating and recording the number of the lighting lamp which is expected to be replaced on the next day and the position of the lighting lamp which needs to be replaced on the next day corresponding to the position of the numbered lighting lamp in real time;
and the control terminal calls all the illumination lamps which are expected to be replaced in the next day and the positions of the illumination lamps in the database of the positions of the illumination lamps which are required to be replaced in the next day, arranges the illumination lamps from the high floor to the low floor according to all the illumination lamps which are required to be replaced, and loads the illumination lamps in the short messages sent to the working responsible persons.
By adopting the technical scheme, the position of the illuminating lamp to be replaced can be notified to the corresponding working responsible person in a short message manner through the arrangement of the position database of the illuminating lamp to be replaced, the control terminal and the short message sending device on the next day.
The invention is further configured to: defining that a responsible person of a building lighting system is responsible for replacing lighting lamps of a plurality of buildings, wherein the intelligent building lighting control system also comprises a responsible person, a responsible person database corresponding to the position of the building in which the responsible person is responsible, and a route planning device;
the control terminal takes the responsible person as a query object to query the position of the building in charge of the responsible person in the building condition database in charge of the responsible person;
if more than two buildings with the illuminating lamps needing to be replaced exist, the control terminal takes all the building positions which are responsible for all the corresponding responsible persons and need to replace the illuminating lamps as required passing positions, routes which take the positions of the responsible persons as starting points, pass through all the building positions with the illuminating lamps needing to be replaced and finally return to the positions of the responsible persons are planned by the route planning device to serve as routes which need to inform the responsible persons of work.
By adopting the technical scheme, the most appropriate route can be planned in time when the number of the buildings needing to be replaced with the illuminating lamps exceeds two by combining the control terminal, the building condition database in charge of the responsible person and the route planning device.
The invention is further configured to: the intelligent building lighting control system also comprises a database for storing average time for replacing the lighting lamp of the responsible person and the average time for replacing the lighting lamp of the responsible person corresponding to the average time for replacing the lighting lamp of the responsible person;
the control terminal takes a responsible person as an inquiry object, inquires the average time for replacing the illuminating lamp of the corresponding responsible person from the database when the responsible person changes the illuminating lamp, multiplies the average time by the number of the illuminating lamps needing to be replaced of all buildings in charge of the corresponding responsible person, and takes the product of the average time and the number of the illuminating lamps needing to be replaced of the corresponding responsible person as the time for replacing the illuminating lamp of the corresponding responsible person;
if the time required for replacing the illuminating lamp by the corresponding responsible person exceeds the preset time of the control terminal, the buildings in which the corresponding responsible person is responsible for replacing the illuminating lamp are eliminated one by one until the time required for replacing the illuminating lamp by the corresponding responsible person is less than the preset time of the control terminal, and routes passing through the buildings in which the rest responsible persons are responsible and returning to the starting point are planned by the route planning device and loaded in the short message sent by the short message sending device.
Through adopting above-mentioned technical scheme, change the average time database of light through the responsible person, control terminal's setting can avoid changing too much light alone, more reasonable arrangement has simultaneously the responsible person changed the light.
The invention is further configured to: the intelligent building lighting control system also comprises a voice notification module;
and when the short message sending device sends the short message, the control terminal synchronously starts the voice notification module to notify the corresponding responsible person by voice.
By adopting the technical scheme, the information effectiveness when the responsible person is notified can be further ensured through the arrangement of the voice notification module and the control terminal.
In conclusion, the beneficial technical effects of the invention are as follows: the information condition of the building illuminating lamp can be informed to the specific responsible person of the building illuminating system by combining the arrangement of the control terminal, the illuminating lamp information database, the mobile phone number database of the responsible person of the illuminating system and the short message sending device.
Drawings
Fig. 1 is a system block diagram one of the intelligent building lighting control system of the present invention.
Fig. 2 is a system block diagram ii of the intelligent building lighting control system of the present invention.
In the figure, 1, a control terminal; 2. an illumination lamp information database; 3. the lighting system is responsible for a mobile phone number database of the person; 4. a short message sending device; 5. a database of usage durations of lights per week; 6. a database for arranging work and rest of people in charge of the building lighting system; 7. the position database of the lighting lamp is required to be replaced the next day; 8. a building condition database is responsible for a person in charge of the position of the building; 9. a route planning device; 10. the average time database for the responsible person to replace the illuminating lamp; 11. and a voice notification module.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings.
Referring to fig. 1, the intelligent building lighting control system disclosed by the invention comprises a control terminal 1, a lighting lamp information database 2 storing lighting lamp numbers in real time and positions, service times and service lives of the lighting lamps with corresponding numbers, a lighting system person-in-charge mobile phone number database 3 storing the phone numbers of the person-in-charge of the building lighting system, and a short message sending device 4, wherein the control terminal 1 is preferably a central processing unit, and the short message sending device 4 is preferably a short message alarm.
The specific application process based on the technical characteristics is as follows: the control terminal 1 periodically takes the number of the illuminating lamps arranged in the building as an inquiry object one by one, inquires all information of the illuminating lamps with the corresponding numbers in the illuminating lamp information database 2, calls the mobile phone number of the person in charge of the illuminating lamp system from the mobile phone number database 3 of the person in charge of the illuminating system, and sends the information of the illuminating lamps with all numbers to the person in charge of the illuminating lamp system through the short message sending device 4.
In addition, in consideration of predicting the specific week that the corresponding numbered illuminating lamp reaches the service life of the corresponding numbered illuminating lamp, the following better arrangement work is facilitated, and the specific setting is as follows: if the time of the service life of the illuminating lamp accounts for the preset proportion of the service life of the illuminating lamp in the control terminal 1, the control terminal 1 records the service life of the illuminating lamp every week when the service life of the illuminating lamp is close to the service life of the illuminating lamp in week units and forms an illuminating lamp service life database 5 every week.
Before starting every week, the control terminal 1 calls a specific week and the lighting lamp use duration of the corresponding week in the lighting lamp use duration database 5, obtains the service life of the lighting lamp after the service life time reaches the preset proportion of the control terminal 1 through accumulation, and obtains the week-average lighting lamp use duration by taking the later service life as a dividend and taking the specific week number as a divisor by the control terminal 1.
Before each new week, the control terminal 1 predicts that the illuminating lamp needs to be replaced in a new week if the total service life of the illuminating lamp exceeds the total service life of the illuminating lamp by adding the total service life of the current illuminating lamp and the service life of the illuminating lamp in the week, and the control terminal 1 loads the position of the illuminating lamp with the corresponding number and information which needs to be replaced in the week into the short message sent by the short message sending device 4.
Further considering that the service time of the specific day of the week can be predicted to reach the service life of the specific day of the week, if the time of the service time of the lighting lamp accounting for the service life of the specific day reaches the preset proportion of the control terminal 1, then the control terminal 1 records the service time of the lighting lamp every day according to monday to sunday of each week, acquires the service times of the lighting lamps of all the days of the week according to the specific day of the week and adds the service times one by one to acquire the total service time corresponding to the day of the week, the control terminal 1 takes the total service time corresponding to the day of the week as a dividend, the experienced week number as a divisor, and the quotient of the two as the mean value of the service.
When the illumination lamp needs to be replaced in the week, the control terminal 1 records the use duration of the illumination lamp every day from monday, and if the average value of the total duration before and the use duration added in the next day exceeds the total service life, the control terminal 1 takes the specific day of the week of the next day as the estimated illumination lamp replacement day and loads the estimated illumination lamp replacement day in the short message sent by the short message sending device 4.
In addition, in consideration of the fact that in the practical application process, there are often a plurality of building lighting system responsible persons, and the responsible persons who have time in that day can be better arranged to specifically handle the building lighting problem, the intelligent building lighting control system further comprises a building lighting system responsible person and a building lighting system responsible person work and rest arrangement database 6 which stores the building lighting system responsible person and a corresponding responsible person work and rest arrangement table.
The control terminal 1 takes the building lighting system responsible person as an inquiry object in the building lighting system responsible person work and rest arrangement database 6 one by one, and inquires the work and rest arrangement condition of the corresponding building lighting system responsible person.
The control terminal 1 predicts that the next day is used as the illumination lamp replacement day, takes the specific day of the next day as the query object, and queries the responsible person who can work on the next day as the object notified by the short message sending device 4 from the work and rest arrangement database 6 of the responsible person of the building illumination lamp system.
As shown in fig. 2, in addition, in view of the fact that the responsible person who can be notified in place can better handle the lamp replacement event and avoid omission, the intelligent building lighting control system further includes a location database 7 for updating and recording the number of the lamp to be replaced in the next day and the lamp replacement required for the next day corresponding to the location of the lamp with the number in real time.
The control terminal 1 calls all the illumination lamps which are expected to be replaced on the next day and the positions of the illumination lamps in the position database 7 where the illumination lamps are required to be replaced on the next day, and the illumination lamps are distributed from a high floor to a low floor according to all the illumination lamps which are required to be replaced and loaded in the short messages sent to the working responsible persons.
In consideration of the fact that when a responsible person needs to be responsible for replacing the illuminating lamps of the building illuminating systems, namely the responsible person of the building illuminating systems is defined to be responsible for replacing the illuminating lamps of the buildings, the intelligent building illumination control system further comprises a responsible person, a building condition database 8 and a route planning device 9, wherein the responsible person corresponds to the position where the building responsible person is located, and the building condition database 8 is responsible for the responsible person.
The control terminal 1 takes the responsible person as a query object to query the position of the building in charge of the responsible person in the building condition database in charge of the responsible person; if more than two buildings with the illuminating lamps needing to be replaced exist, the control terminal 1 takes all the building positions which are responsible for all the corresponding responsible persons and need to replace the illuminating lamps as required passing positions, routes which take the positions of the responsible persons as starting points, pass through all the building positions with the illuminating lamps needing to be replaced and finally return to the positions of the responsible persons are planned by the route planning device 9 to serve as routes which need to inform the responsible persons of work.
Further consider that concrete responsible person often is responsible for the light that needs to be changed more, for avoiding concrete responsible person to change for a long time overlength and appear tired, intelligent building lighting control system is still including storing responsible person and corresponding responsible person who changes the average time of using of light and changing light database 10 when average.
The control terminal 1 uses the responsible person as the query object, queries the database 10 of average time for replacing the illumination lamps by the responsible person to find out the average time for replacing the illumination lamps by the corresponding responsible person, multiplies the average time by the number of the illumination lamps to be replaced of all buildings in charge of the corresponding responsible person, and uses the product of the two as the time for replacing the illumination lamps by the corresponding responsible person.
If the time required for replacing the illuminating lamp by the corresponding responsible person exceeds the preset time of the control terminal 1, the buildings in which the corresponding responsible person is responsible for replacing the illuminating lamp are removed one by one until the time required for replacing the illuminating lamp by the corresponding responsible person is less than the preset time of the control terminal 1, and a route passing through the buildings in which the rest responsible persons are responsible and returning to the starting point is planned by the route planning device 9 and loaded in the short message sent by the short message sending device 4.
In addition, when the specific responsible person is notified through the short message sending device 4, the intelligent building lighting control system can timely and effectively notify the responsible person in place, and further comprises a voice notification module 11; when the short message sending device 4 sends a short message, the control terminal 1 synchronously starts the voice notification module 11 to notify the corresponding responsible person in voice.
The implementation principle of the embodiment is as follows:
by combining the control terminal 1, the illuminating lamp information database 2, the mobile phone number database 3 of the lighting system responsible person, the short message sending device 4, the weekly using time length database 5 of the illuminating lamp and the work and rest arrangement database 6 of the building lighting system responsible person, a proper responsible person can be arranged to be replaced based on the condition that the building illuminating lamp needs to be replaced on the next day and the comprehensive condition whether the relevant responsible person is empty or not.
And through the required change light position database 7 of next day, building condition database 8 is responsible for by the person in charge of the position of building, route planning device 9, the setting of database 10 when the person in charge changes the light on average effectively guarantees when there is the condition that the person in charge is responsible for the change of a plurality of building lights, can be reasonable this moment arrange out suitable route make things convenient for the person in charge to sweat more, effectively avoid the person in charge to change too much light moreover and change.
The embodiments of the present invention are preferred embodiments of the present invention, and the scope of the present invention is not limited by these embodiments, so: all equivalent changes made according to the structure, shape and principle of the invention are covered by the protection scope of the invention.
Claims (6)
1. The utility model provides an intelligent building lighting control system which characterized in that: the intelligent building lighting control system comprises a control terminal (1), a lighting lamp information database (2) which stores lighting lamp numbers and positions, service time and service life of lighting lamps corresponding to the numbers in real time, a lighting system responsible person mobile phone number database (3) which stores the mobile phone numbers of responsible persons of the building lighting system, and a short message sending device (4);
the control terminal (1) periodically and one by one takes the number of the illuminating lamps arranged in the building as an inquiry object, inquires all information of the illuminating lamps with corresponding numbers in an illuminating lamp information database (2), calls the mobile phone number of a person in charge of the illuminating lamp system from a mobile phone number database (3) of the person in charge of the illuminating system, and sends all numbered illuminating lamp information to the person in charge of the illuminating lamp system through a short message sending device (4);
if the time of the service life of the illuminating lamp accounts for the preset proportion of the service life of the illuminating lamp in the control terminal (1), the control terminal (1) records the service life of the illuminating lamp every week in a week unit and forms an illuminating lamp service life database (5) every week;
before starting every week, the control terminal (1) calls a specific week and the lighting lamp use duration of the corresponding week in the lighting lamp use duration database (5) every week, the service life of the lighting lamp after the time of the service life reaches the preset proportion of the control terminal (1) is obtained through accumulation, the control terminal (1) takes the service life of the lighting lamp after the service life of the lighting lamp reaches the dividend, the specific number of weeks is used as a divisor, and the week-average lighting lamp use duration is obtained;
before each new week, the control terminal (1) predicts that the illuminating lamp needs to be replaced in a new week if the total service life of the illuminating lamp exceeds the total service life of the illuminating lamp by adding the total service life of the current illuminating lamp and the service life of the illuminating lamp in the week, and the control terminal (1) loads the position of the illuminating lamp with the corresponding number and information which needs to be replaced in the week into the short message sent by the short message sending device (4);
if the time of the use time of the illuminating lamp accounting for the service life of the illuminating lamp reaches the preset proportion of the control terminal (1), then the control terminal (1) records the use time of the illuminating lamp every day according to Mondays to Sundays every week, acquires the use time of the illuminating lamps of all the Mondays according to specific Sundays and adds the use time one by one to acquire the total use time of the corresponding Sundays, takes the total use time of the corresponding Sundays as a dividend, takes the experienced weeks as a divisor, and takes the quotient of the two as the mean use time of the corresponding Sundays;
when the illumination lamp needs to be replaced in the week, the control terminal (1) records the use time of the illumination lamp every day from Monday, and if the average value of the total time before and the use time added in the next day exceeds the total service life, the control terminal (1) takes the specific day of the week of the next day as the expected replacement day of the illumination lamp and loads the expected replacement day of the illumination lamp in the short message sent by the short message sending device (4).
2. The intelligent building lighting control system of claim 1, wherein: the intelligent building lighting control system also comprises a building lighting system responsible person storage database (6) for storing the building lighting system responsible person and a building lighting system responsible person work and rest arrangement table corresponding to the responsible person work and rest arrangement table;
the control terminal (1) takes the building lighting system responsible person as an inquiry object one by one in a building lighting system responsible person work and rest arrangement database (6) and inquires the work and rest arrangement condition of the corresponding building lighting system responsible person;
the control terminal (1) predicts that the next day is used as the illumination lamp replacing day, takes the specific day of the next day as the query object, and queries the responsible person capable of working on the next day as the object notified by the short message sending device (4) from the building illumination lamp system responsible person work and rest arrangement database (6).
3. The intelligent building lighting control system of claim 2, wherein: the intelligent building lighting control system also comprises a database (7) for updating and recording the number of the lighting lamp which is expected to be replaced on the next day and the position of the lighting lamp which needs to be replaced on the next day corresponding to the position of the numbered lighting lamp in real time;
the control terminal (1) calls out all the illumination lamps which are expected to need to be replaced in the next day and the positions of the illumination lamps in the position database (7) where the illumination lamps need to be replaced in the next day, and the illumination lamps are distributed from a high floor to a low floor according to all the illumination lamps which need to be replaced and loaded in the short messages sent to the working responsible persons.
4. The intelligent building lighting control system of claim 3, wherein: defining that a responsible person of a building lighting system is responsible for replacing lighting lamps of a plurality of buildings, wherein the intelligent building lighting control system also comprises a responsible person, a responsible person database (8) corresponding to the position of the building in which the responsible person is responsible, and a route planning device (9);
the control terminal (1) takes a responsible person as a query object to query the position of the building in charge of the corresponding responsible person in the building condition database in charge of the responsible person;
if more than two buildings needing replacing the illuminating lamps exist, the control terminal (1) takes all the building positions which are responsible for all the corresponding responsible persons and need replacing the illuminating lamps as required passing positions, routes which take the positions of the responsible persons as starting points, pass through all the building positions which need replacing the illuminating lamps and finally return to the positions of the responsible persons are planned by the route planning device (9) to serve as routes which need informing the working responsible persons.
5. The intelligent building lighting control system of claim 4, wherein: the intelligent building lighting control system also comprises a database (10) for storing average time spent on replacing the lighting lamps by the responsible persons and the average time spent on replacing the lighting lamps by the responsible persons corresponding to the responsible persons;
the control terminal (1) takes a responsible person as an inquiry object, inquires the average time spent by the corresponding responsible person for replacing the illuminating lamp in the database (10) of the average time spent by replacing the illuminating lamp by the responsible person, multiplies the average time spent by the number of the illuminating lamps needing to be replaced of all buildings in charge of the corresponding responsible person, and takes the product of the average time spent by the corresponding responsible person for replacing the illuminating lamp;
if the time required for replacing the illuminating lamp by the corresponding responsible person exceeds the time preset by the control terminal (1), the buildings in which the corresponding responsible person is responsible for replacing the illuminating lamp are removed one by one until the time required for replacing the illuminating lamp by the corresponding responsible person is less than the time preset by the control terminal (1), and a route passing through the buildings in which the rest responsible persons are responsible and returning to the starting point is planned by the route planning device (9) and loaded in the short message sent by the short message sending device (4).
6. The intelligent building lighting control system of claim 5, wherein: the intelligent building lighting control system also comprises a voice notification module (11);
when the short message sending device (4) sends the short message, the control terminal (1) synchronously starts the voice notification module (11) to notify the corresponding responsible person by voice.
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| CN110312351B (en) * | 2019-06-15 | 2021-04-06 | 浙江志东照明科技有限公司 | Street lamp control system based on narrowband thing networking |
| CN110267006A (en) * | 2019-06-24 | 2019-09-20 | 国网河北省电力有限公司沧州供电分公司 | Premises resource management system based on Internet of Things |
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