CN110312351B - Street lamp control system based on narrowband thing networking - Google Patents
Street lamp control system based on narrowband thing networking Download PDFInfo
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- CN110312351B CN110312351B CN201910518578.9A CN201910518578A CN110312351B CN 110312351 B CN110312351 B CN 110312351B CN 201910518578 A CN201910518578 A CN 201910518578A CN 110312351 B CN110312351 B CN 110312351B
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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
- H05B47/10—Controlling the light source
- H05B47/105—Controlling the light source in response to determined parameters
- H05B47/11—Controlling the light source in response to determined parameters by determining the brightness or colour temperature of ambient light
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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
- H05B47/10—Controlling the light source
- H05B47/16—Controlling the light source by timing means
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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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Abstract
The invention relates to a street lamp control system based on a narrow-band Internet of things, which relates to the technical field of Internet of things and solves the problems that the existing street lamp is mainly started and stopped according to preset street lamp starting and stopping time, however, in the actual process, the time of darkness is often ahead of the starting time of the street lamp due to the influence of factors such as weather and the like, so that the street lamp is dangerous when a vehicle runs or passerby walks on a road without the light emission of the street lamp, and the street lamp control system comprises a control terminal and a light detection device, wherein the control terminal is used for detecting the light condition of the external environment; and the street lamp opening and closing time database stores the opening and closing time of the street lamp. The invention has the effect of effectively realizing the on-off of the street lamp by comprehensively considering the time or the brightness condition of the external environment.
Description
Technical Field
The invention relates to the technical field of Internet of things, in particular to a street lamp control system based on a narrow-band Internet of things.
Background
Street lamps refer to lamps providing a road with an illumination function, and generally to lamps in a road illumination range in traffic illumination. Street lamps are widely used in various places requiring illumination.
The existing street lamp mainly realizes the opening and closing of the street lamp according to the preset opening and closing time of the street lamp, however, in the actual process, the dark time is often ahead of the opening time of the street lamp under the influence of factors such as weather, so that the automobile or passerby can walk on the road without the light emitting of the street lamp, and the street lamp is dangerous and has an improved space.
Disclosure of Invention
The invention aims to provide a street lamp control system based on a narrow-band Internet of things, which has the effect of effectively realizing the on-off of a street lamp by comprehensively considering the time or the brightness condition of the external environment.
The above object of the present invention is achieved by the following technical solutions:
the utility model provides a street lamp control system based on narrowband thing networking, includes control terminal, includes:
the brightness detection device is used for detecting the brightness condition of the external environment;
the street lamp starting and stopping time database stores the starting and stopping time of the street lamp;
if the brightness intensity detected by the brightness detection device reaches the brightness intensity preset by the control terminal, or the current time reaches the street lamp starting time called from the street lamp starting and stopping time database, the control terminal controls the street lamp to start to emit light; on the contrary, if the brightness intensity detected by the brightness detection device is lower than the preset brightness intensity of the control terminal, or the current time reaches the street lamp closing time called in the street lamp opening and closing time database, the control terminal controls the street lamp to be closed.
By adopting the technical scheme, the on-off time of the street lamp can be effectively determined by combining the control terminal, the brightness detection device and the on-off time database of the street lamp, and the on-off control of the street lamp can be effectively realized according to the on-off time of the street lamp.
The invention is further configured to: a street lamp control system based on narrowband thing networking includes:
the street lamp brightness condition detection device is arranged in the street lamp and used for detecting the brightness condition of the street lamp;
a first street lamp remaining life condition database; updating and storing the current street lamp number, the street lamp brightness condition corresponding to the street lamp number and the residual service life of the street lamp under the current brightness condition in real time;
the second street lamp residual life condition database is used for updating and recording the current street lamp number and the street lamp residual life condition corresponding to the number in real time;
the street lamp person in charge contact information database stores street lamp numbers and mobile phone numbers of the corresponding numbered street lamp person in charge;
the short message sending device is used for sending the condition of the street lamp with the corresponding number to a street lamp responsible person;
the control terminal takes the street lamp brightness condition of each numbered street lamp detected by the street lamp brightness detection device arranged in each numbered street lamp as an inquiry object, and inquires the first residual life of the current numbered street lamp in the first street lamp residual life condition database;
meanwhile, the control terminal takes the street lamp number as an inquiry object, and inquires a second residual life of the street lamp with the current number in a second street lamp residual life condition database;
the control terminal firstly takes the street lamp number as an inquiry object, inquires the contact way of the street lamp responsible person in the street lamp responsible person contact way database, and takes the shorter one of the first residual life and the second residual life of the street lamp with the corresponding number as the actual residual life of the street lamp responsible person notified through the short message sending device.
By adopting the technical scheme, the minimum remaining life of the street lamp can be effectively determined by combining the street lamp brightness condition detection device, the first street lamp remaining life condition database, the second street lamp remaining life condition database and the control terminal, and the street lamp responsible person can be informed of the condition of the minimum remaining life of the street lamp in time through the street lamp responsible person contact way database and the short message sending device.
The invention is further configured to: a street lamp control system based on narrowband thing networking includes:
the mobile phone tracker is used for tracking the position of a street lamp person in charge;
the street lamp responsible person work and rest time database stores street lamp numbers and work and rest times of street lamp responsible persons with corresponding numbers;
the street lamp position database stores street lamp numbers and positions of street lamps with corresponding numbers;
a route planning device for planning a route from a starting point to a terminal point;
the control terminal calls the on-time of the street lamp and the off-time of the street lamp in the street lamp on-off time database so as to obtain the on-time of the street lamp, meanwhile, the control terminal takes the mobile phone number of the street lamp person in charge of corresponding number as an inquiry object in the mobile phone tracker to inquire the position of the street lamp person in charge of corresponding number, and in addition, the control terminal takes the street lamp number as the inquiry object to inquire the position of the street lamp person in corresponding number in the street lamp position database;
the control terminal takes the position of the corresponding numbered street lamp responsible person as a starting point and the position of the corresponding numbered street lamp as an end point, a shortest route from the position of the street lamp responsible person to the position of the street lamp is planned by the route planning device, and simultaneously the control terminal takes the length of the shortest route as a dividend and the average driving speed as a divisor to calculate the time consumed from the street lamp responsible person to the position of the corresponding numbered street lamp;
the control terminal queries the work and rest time of the corresponding street lamp responsible person in a work and rest time database of the street lamp responsible person by taking the street lamp number as a query object, and if the residual life of the street lamp with the corresponding number is consistent with the time consumed by the street lamp responsible person to the position where the street lamp with the corresponding number is located and the time consumed by the street lamp responsible person to reach the position where the street lamp with the corresponding number is within the work and rest time of the street lamp responsible person, the control terminal starts a short message sending device to inform the street lamp responsible person with the corresponding number in time; and otherwise, the control terminal takes the rest time of the corresponding street lamp responsible person as the cut-off time, and starts the short message sending device to inform the corresponding street lamp responsible person of the number to go out in time if and only if the difference time between the current time and the cut-off time is the same as the time spent by the street lamp responsible person when the street lamp responsible person arrives at the position of the corresponding numbered street lamp.
By adopting the technical scheme, the time spent by the street lamp responsible person to replace the street lamp, the work and rest time of the street lamp and the remaining time of the street lamp can be comprehensively considered through the combined arrangement of the mobile phone tracker, the work and rest time database of the street lamp responsible person, the position database of the street lamp and the route planning device, and the time when the street lamp responsible person sends the street lamp replacing site can be effectively determined.
The invention is further configured to: a street lamp control system based on narrowband thing networking includes:
the street lamp responsible person driving speed database stores the driving speeds of the street lamp responsible persons in different time periods;
the control terminal takes the time of the street lamp responsible person and the short message sending device informing the responsible person to go out as an inquiry object, inquires the driving speed of the street lamp responsible person in the current time period from the street lamp responsible person driving speed database, takes the driving speed as the average driving speed, and recalculates the time consumed by the street lamp responsible person to the position of the corresponding numbered street lamp.
By adopting the technical scheme, the driving speed of the responsible person in the departure time period can be further accurately determined by combining the control terminal and the street lamp responsible person driving speed database, so that the time of the street lamp responsible person arriving at the site can be more accurately determined.
The invention is further configured to: a street lamp control system based on narrowband thing networking includes:
the voice notification device is used for voice notification of the corresponding serial number responsible person for departure;
and the control terminal synchronously starts the voice notification device to perform voice notification while synchronously starting the short message sending device to notify the corresponding numbered street lamp responsible person.
By adopting the technical scheme, the corresponding numbered street lamp responsible person can be timely notified in a voice mode when the short message notification is invalid through the voice notification device and the control terminal.
The invention is further configured to: a street lamp control system based on narrowband thing networking includes:
the marking module is used for marking the position of the street lamp to be replaced;
the control terminal synchronously starts the marking module to mark the position of the street lamp while sending the short message through the short message sending device.
By adopting the technical scheme, the position of the street lamp to be replaced can be effectively determined and correspondingly marked through the setting of the marking module and the control terminal, and the attention of the responsible person of the street lamp can be better attracted.
The invention is further configured to: the short message sending device is a short message alarm.
By adopting the technical scheme, the short message sending device is the short message alarm, so that the short message alarm can be realized, and meanwhile, the corresponding cost is reduced.
The invention is further configured to: the voice notification device is a voice alarm.
By adopting the technical scheme, the voice notification device is the voice alarm, so that the voice alarm can be realized, and the corresponding cost can be reduced.
In conclusion, the beneficial technical effects of the invention are as follows: the on-off time of the street lamp can be better determined by combining the brightness detection device, the street lamp on-off time database and the control terminal.
Drawings
Fig. 1 is a first system block diagram of a street lamp control system based on a narrowband internet of things.
Fig. 2 is a system block diagram II of the street lamp control system based on the narrowband internet of things.
In the figure, 1, a light detection device; 2. a street lamp on-off time database; 3. a street lamp brightness condition detection device; 4. a first street lamp remaining life condition database; 5. a second road lamp remaining life condition database; 6. a street lamp person of charge contact information database; 7. a short message sending device; 8. a mobile phone tracker; 9. a street lamp responsible person work and rest time database; 10. a database of locations of street lamps; 11. a route planning device; 12. the street lamp is responsible for a pedestrian driving speed database; 13. a voice notification device; 14. a marking module; 15. and controlling the terminal.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings.
Referring to fig. 1, the street lamp control system based on the narrowband internet of things disclosed by the invention comprises a control terminal 15, and the control terminal 15 comprises a light detection device 1 for detecting the light condition of the external environment and a street lamp on-off time database 2 for storing the on-off time of the street lamp, wherein the control terminal 15 is preferably a central processing unit, and the light detection device 1 is preferably a photosensitive sensor.
The process applying the technical characteristics is as follows: if the brightness intensity detected by the brightness detection device 1 reaches the brightness intensity preset by the control terminal 15, or the current time reaches the street lamp starting time called from the street lamp starting time database 2, the control terminal 15 controls the street lamp to start to emit light; on the contrary, if the brightness intensity detected by the brightness detection device 1 is lower than the preset brightness intensity of the control terminal 15, or the current time reaches the street lamp closing time called from the street lamp opening and closing time database 2, the control terminal 15 controls the street lamp to be closed.
In the practical application process, how to more accurately determine the residual life of the street lamp with the corresponding number is considered, the street lamp control system based on the narrow-band Internet of things comprises a street lamp brightness condition detection device 3 which is arranged in the street lamp and is used for detecting the brightness condition of the street lamp, a first street lamp residual life condition database 4 which is used for updating and storing the current street lamp number, the street lamp brightness condition of the corresponding street lamp number and the residual life of the street lamp under the current brightness condition in real time, and a second street lamp remaining life condition database 5 for real-time updating and recording the current street lamp number and the corresponding numbered street lamp remaining life condition, a street lamp person in charge contact database 6 for storing the street lamp number and the corresponding numbered street lamp person in charge mobile phone number, and a short message sending device 7 for sending the condition of the street lamp with the corresponding number to a street lamp responsible person, wherein the short message sending device 7 is preferably a short message alarm.
The application process based on the technical characteristics is as follows: the control terminal 15 takes the street lamp brightness condition of each numbered street lamp detected by the street lamp brightness detection device 1 arranged in each numbered street lamp as an inquiry object, and inquires the first remaining life of the current numbered street lamp in the first street lamp remaining life condition database 4; meanwhile, the control terminal 15 takes the street lamp number as an inquiry object, and inquires the second remaining life of the street lamp with the current number in the second street lamp remaining life condition database 5.
The control terminal 15 firstly takes the street lamp number as an inquiry object, inquires the contact way of the street lamp person in the street lamp person-in-charge contact way database 6, and actually informs the street lamp person-in-charge of the remaining life through the short message sending device 7 by taking the shorter one of the first remaining life and the second remaining life of the corresponding numbered street lamp.
As shown in fig. 2, in the actual application process, it is also necessary to consider which time is most suitable for notifying the street lamp responsible person to send out the street lamp replacement, the street lamp control system based on the narrowband internet of things includes a mobile phone tracker 8 for tracking the location of the street lamp responsible person, a street lamp responsible person work and rest time database 9 storing the street lamp number and the work and rest time of the street lamp responsible person with the corresponding number, a street lamp location database 10 storing the street lamp number and the location of the street lamp with the corresponding number, and a route planning device 11 for planning a route from a starting point to an end point, where the route planning device 11 is preferably a route planner.
The application process based on the technical characteristics is as follows: the control terminal 15 calls the on-time of the street lamp and the off-time of the street lamp in the street lamp on-off time database 2 to obtain the on-time of the street lamp, meanwhile, the control terminal 15 takes the mobile phone number of the street lamp person in charge of the corresponding number as an inquiry object in the mobile phone tracker 8 to inquire the position of the street lamp person in charge of the corresponding number, and in addition, the control terminal 15 takes the street lamp number as an inquiry object to inquire the position of the street lamp in the street lamp position database 10.
The control terminal 15 uses the position of the corresponding numbered street lamp responsible person as a starting point and the position of the corresponding numbered street lamp as an end point, a shortest route from the position of the street lamp responsible person to the position of the street lamp is planned through the route planning device 11, meanwhile, the control terminal 15 uses the length of the shortest route as a dividend and the average driving speed as a divisor, and the time consumed from the street lamp responsible person to the position of the corresponding numbered street lamp is calculated.
The control terminal 15 takes the street lamp number as a query object to query the work and rest time of the corresponding street lamp responsible person in the street lamp responsible person work and rest time database 9, if the residual life of the corresponding numbered street lamp is consistent with the time spent by the street lamp responsible person to the position of the corresponding numbered street lamp and the time spent by the street lamp responsible person reaching the position of the corresponding numbered street lamp is within the work and rest time of the street lamp responsible person, the control terminal 15 starts the short message sending device 7 to inform the corresponding numbered street lamp responsible person in time; on the contrary, the control terminal 15 takes the rest time of the corresponding street lamp responsible person as the cut-off time, and if and only if the difference time between the current time and the cut-off time is the same as the time spent by the street lamp responsible person when the street lamp responsible person arrives at the position of the corresponding numbered street lamp, the control terminal 15 starts the short message sending device 7 to inform the corresponding numbered street lamp responsible person to start in time.
In the practical application process, it is also necessary to consider that the driving speeds of the street lamp responsible persons in different time periods actually are also out of the way, so that the street lamp control system based on the narrowband internet of things comprises a street lamp responsible person driving speed database 12 storing the driving speeds of the street lamp responsible persons in different time periods.
The control terminal 15 takes the time of the street lamp responsible person and the short message sending device 7 informing the responsible person to go out as an inquiry object, inquires the driving speed of the street lamp responsible person in the current time period from the street lamp responsible person driving speed database 12, and uses the driving speed as an average driving speed to recalculate the time consumed by the street lamp responsible person to the position of the corresponding numbered street lamp.
And considering that the single street lamp control system cannot inform the corresponding street lamp responsible person in place through the short message sending device 7, the street lamp control system based on the narrowband internet of things comprises a voice informing device 13 for informing the corresponding numbered responsible person to start through voice, the voice informing device 13 is preferably a voice alarm, and the control terminal 15 synchronously starts the voice informing device 13 to carry out voice informing while synchronously starting the short message sending device 7 to inform the corresponding numbered street lamp responsible person.
In addition, in view of better attracting the attention of the street lamp responsible person when the street lamp responsible person is notified, the street lamp control system based on the narrowband internet of things comprises a marking module 14 for marking the position of the street lamp to be replaced; the control terminal 15 synchronously starts the marking module 14 to mark the position of the street lamp while sending the short message through the short message sending device 7.
The implementation principle of the embodiment is as follows:
the on-off time of the street lamp can be effectively and accurately determined by combining the brightness detection device 1, the street lamp on-off time database 2 and the control terminal 15.
And the residual life condition of the street lamp can be more accurately and timely notified to the road lamp responsible person in a short message manner by combining the settings of the first road lamp residual life condition database 4, the second road lamp residual life condition database 5, the road lamp responsible person contact information database 6 and the short message sending device 7.
In addition, by combining the settings of the mobile phone tracker 8, the street lamp person responsible work and rest time database 9, the street lamp location position data set, the route planning device 11 and the street lamp person responsible driving speed database 12, the timing of notifying the street lamp person responsible can be well balanced, and the information of the street lamp needing to be replaced can be better notified to the specific street lamp person responsible through the settings of the voice notification device 13, the marking module 14 and the control terminal 15.
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 (7)
1. The utility model provides a street lamp control system based on narrowband thing networking, includes control terminal (15), its characterized in that includes:
the light detection device (1) is used for detecting the light condition of the external environment;
the street lamp starting and stopping time database (2) stores the starting and stopping time of the street lamp;
if the brightness intensity detected by the brightness detection device (1) reaches the brightness intensity preset by the control terminal (15), or the current time reaches the street lamp starting time called from the street lamp starting and stopping time database (2), the control terminal (15) controls the street lamp to start and emit light; on the contrary, if the brightness intensity detected by the brightness detection device (1) is lower than the preset brightness intensity of the control terminal (15), or the current time reaches the street lamp closing time called in the street lamp opening and closing time database (2), the control terminal (15) controls the street lamp to be closed;
the street lamp brightness condition detection device (3) is arranged in the street lamp and used for detecting the brightness condition of the street lamp;
a first road lamp remaining life condition database (4); updating and storing the current street lamp number, the street lamp brightness condition corresponding to the street lamp number and the residual service life of the street lamp under the current brightness condition in real time;
a second street lamp residual life condition database (5) which updates and records the current street lamp number and the street lamp residual life condition corresponding to the number in real time;
the street lamp person in charge contact information database (6) stores street lamp numbers and mobile phone numbers of the street lamp person in charge with the corresponding numbers;
the short message sending device (7) is used for sending the condition of the street lamp with the corresponding number to a street lamp responsible person;
the control terminal (15) takes the street lamp brightness condition of each numbered street lamp detected by the street lamp brightness detection device (1) arranged in each numbered street lamp as an inquiry object, and inquires the first remaining life of the current numbered street lamp in the first street lamp remaining life condition database (4);
meanwhile, the control terminal (15) takes the street lamp number as an inquiry object, and inquires the second remaining life of the street lamp with the current number in the second street lamp remaining life condition database (5);
the control terminal (15) firstly takes the street lamp number as a query object, queries the contact way of the street lamp responsible person in the street lamp responsible person contact way database (6), and takes the shorter one of the first residual life and the second residual life of the street lamp with the corresponding number as the actual residual life of the street lamp responsible person to be notified through the short message sending device (7).
2. The street lamp control system based on the narrowband internet of things as claimed in claim 1, comprising:
the mobile phone tracker (8) is used for tracking the position of a street lamp person in charge;
the work and rest time database (9) of the street lamp responsible person stores street lamp numbers and work and rest times of the street lamp responsible persons with the corresponding numbers;
the street lamp location database (10) stores street lamp numbers and locations of street lamps with corresponding numbers;
a route planning device (11) for planning a route from a starting point to a destination point;
the control terminal (15) calls the opening time of the street lamp and the closing time of the street lamp in the street lamp opening and closing time database (2) so as to obtain the opening time of the street lamp, meanwhile, the control terminal (15) takes the mobile phone number of the corresponding numbered street lamp person in the mobile phone tracker (8) as an inquiry object to inquire the position of the corresponding numbered street lamp person in the mobile phone tracker, and in addition, the control terminal (15) takes the street lamp number as the inquiry object to inquire the position of the corresponding numbered street lamp in the street lamp position database (10);
the control terminal (15) takes the position of the corresponding numbered street lamp responsible person as a starting point and the position of the corresponding numbered street lamp as an end point, plans a shortest route from the position of the street lamp responsible person to the position of the street lamp through the route planning device (11), and simultaneously calculates the time consumed from the street lamp responsible person to the position of the corresponding numbered street lamp by taking the length of the shortest route as a dividend and the average driving speed as a divisor by the control terminal (15);
the control terminal (15) takes the street lamp number as a query object to query the work and rest time of the corresponding street lamp responsible person in the street lamp responsible person work and rest time database (9), and if the residual life of the street lamp with the corresponding number is consistent with the time spent by the street lamp responsible person to the position where the street lamp with the corresponding number is located and the time spent by the street lamp responsible person to reach the position where the street lamp with the corresponding number is within the work and rest time of the street lamp responsible person, the control terminal (15) starts the short message sending device (7) to inform the street lamp responsible person with the corresponding number in time; on the contrary, the control terminal (15) takes the rest time of the corresponding street lamp responsible person as the cut-off time, and if and only if the difference time between the current time and the cut-off time is the same as the time spent by the street lamp responsible person when the street lamp responsible person arrives at the position of the corresponding numbered street lamp, the control terminal (15) starts the short message sending device (7) to inform the corresponding numbered street lamp responsible person to go out in time.
3. The street lamp control system based on the narrowband internet of things as claimed in claim 2, comprising:
the street lamp responsible person driving speed database (12) stores the driving speeds of the street lamp responsible persons in different time periods;
the control terminal (15) takes the time of the street lamp responsible person and the short message sending device (7) informing the responsible person to go out as an inquiry object, inquires the driving speed of the street lamp responsible person in the current time period in the street lamp responsible person driving speed database (12), and uses the driving speed as an average driving speed, and recalculates the time consumed by the street lamp responsible person to the position of the corresponding numbered street lamp.
4. The street lamp control system based on the narrowband internet of things as claimed in claim 3, comprising:
the voice notification device (13) is used for notifying the corresponding serial number responsible person to start by voice;
the control terminal (15) synchronously starts the voice notification device (13) to perform voice notification when synchronously starting the short message sending device (7) to notify the corresponding numbered street lamp responsible person.
5. The street lamp control system based on the narrowband internet of things as claimed in claim 4, wherein:
the marking module (14) is used for marking the position of the street lamp to be replaced;
the control terminal (15) synchronously starts the marking module (14) to mark the position of the street lamp when sending the short message through the short message sending device (7).
6. The street lamp control system based on the narrowband internet of things as claimed in claim 4, wherein: the short message sending device (7) is a short message alarm.
7. The street lamp control system based on the narrowband internet of things as claimed in claim 4, wherein: the voice notification device (13) is a voice alarm.
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