CN208337969U - Street lamp centralized control system and road lamp system - Google Patents
Street lamp centralized control system and road lamp system Download PDFInfo
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- CN208337969U CN208337969U CN201820636858.0U CN201820636858U CN208337969U CN 208337969 U CN208337969 U CN 208337969U CN 201820636858 U CN201820636858 U CN 201820636858U CN 208337969 U CN208337969 U CN 208337969U
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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 utility model relates to a kind of street lamp centralized control systems.Including control management terminal, lamp stand inclination monitoring mould group, microwave monitoring mould group, luminous flux monitoring mould group, remote communication module, single-lamp controller and bandwidth carrier communication module.Control management terminal is separately connected luminous flux monitoring mould group and remote communication module, it controls management terminal and single-lamp controller is connected by bandwidth carrier communication module, single-lamp controller is separately connected lamp stand inclination monitoring mould group and microwave monitoring mould group, and the energization input for connecting lamps and lanterns in street lamp.A kind of road lamp system is also disclosed.Pass through above system architecture design, realization automatically controls road lamp system, failure reports and submits host computer to be alarmed automatically, the automatic brightness adjustment of normal lighting, intelligence degree is higher, to greatly improve the control efficiency of road lamp system, operation and maintenance efficiency is promoted, the O&M cost of road lamp system is further decreased.
Description
Technical field
The utility model relates to lighting engineering, more particularly to a kind of street lamp centralized control system and road lamp system.
Background technique
Lighting engineering is widely used, and is especially had particularly important application in the street lamp illumination system in city, is city
Important infrastructure.In recent years, with the continuous progress of science and technology, lighting engineering is also constantly being reformed, basic technology development
Direction is that the research and development of the energy-saving lamps such as LED change the outfit and intelligentized automation control, is urban economy development power-assisted.
In urban lighting system, such as road lamp system, usually operation modes such as solar energy and lamp with auto-switch, however,
In face of the continuous propulsion of modernization, traditional road lamp system development relatively lags behind and technology is dispersed, and it is not high that there is control efficiencies
The problem of.
Summary of the invention
Based on this, it is necessary to be directed to the not high problem of conventional road lamp system control efficiency, provide a kind of street lamp centralized control system and
A kind of road lamp system.
To achieve the above object, the utility model embodiment uses following technical scheme:
On the one hand, the utility model embodiment provides a kind of street lamp centralized control system, including control management terminal, lamp stand inclination
It monitors mould group, microwave monitoring mould group, luminous flux monitoring mould group, remote communication module, single-lamp controller and bandwidth carrier and communicates mould
Block, the control management terminal are separately connected the luminous flux monitoring mould group and the remote communication module, the control management
Terminal connects the single-lamp controller by the bandwidth carrier communication module, and the single-lamp controller is separately connected the lamp stand
Inclination monitoring mould group and the microwave monitor mould group, and the energization input for connecting lamps and lanterns in street lamp；
The remote communication module is used to connect the host computer of street lamp monitoring center；The single-lamp controller is for receiving institute
The lamp stand inclination angle that lamp stand inclination monitoring mould group monitors the street lamp is stated, and monitors movable letter in microwave monitoring mould group
Number when, adjust the input voltage of the lamps and lanterns.
The lamp stand inclination monitoring mould group is three axial rake sensors in one of the embodiments,.
The microwave monitoring mould group is microwave remote sensor in one of the embodiments,.
The single-lamp controller includes control unit and relay in one of the embodiments, and the control unit connects respectively
The bandwidth carrier communication module, lamp stand inclination monitoring mould group, microwave monitoring mould group and the relay are connect, it is described
Relay is used to connect the energization input of the lamps and lanterns.
The relay is impulse-type relay or level type relay in one of the embodiments,.
The remote communication module is 4G communication module in one of the embodiments,.
On the other hand, a kind of road lamp system is also provided, including street lamp, host computer, control management terminal, luminous flux monitor mould
Group, remote communication module, bandwidth carrier communication module, lamp stand inclination monitoring mould group and microwave monitor mould group, and the street lamp includes
Single-lamp controller, lamp stand and lamps and lanterns；
The control management terminal is separately connected the luminous flux monitoring mould group and the remote communication module, the control
Management terminal connects the single-lamp controller by the bandwidth carrier communication module, and the single-lamp controller is separately connected described
The energization input of lamp stand inclination monitoring mould group, the microwave monitoring mould group and the lamps and lanterns, the remote communication module connection
The host computer；
The single-lamp controller is used to receive the lamp stand inclination angle that the lamp stand inclination monitoring mould group monitors the street lamp, with
And when microwave monitoring mould group monitors active signal, adjust the input voltage of the lamps and lanterns.
It in one of the embodiments, further include power supply and distribution cabinet, the control management terminal, institute built in the power supply and distribution cabinet
State luminous flux monitoring mould group, the remote communication module and the bandwidth carrier communication module.
In one of the embodiments, built in the lamp stand inclination monitoring mould group, microwave monitoring mould group and single-lamp controller
In the lamp stand.
The lamp stand inclination monitoring mould group is three axial rake sensors in one of the embodiments,.
The single-lamp controller includes control unit and relay in one of the embodiments, and the control unit connects respectively
The bandwidth carrier communication module, lamp stand inclination monitoring mould group, microwave monitoring mould group and the relay are connect, it is described
Relay connects the energization input of the lamps and lanterns.
The relay is impulse-type relay or level type relay in one of the embodiments,.
It in one of the embodiments, further include electricity-saving voltage-stabilized module, the input terminal of the electricity-saving voltage-stabilized module is for connecting
Connect power supply grid, the communication ends of the electricity-saving voltage-stabilized module connect the control management terminal, the electricity-saving voltage-stabilized module it is defeated
Outlet connects the single-lamp controller.
The single-lamp controller further includes light-adjusting module in one of the embodiments, and the light-adjusting module is for adjusting
The brightness of the lamps and lanterns.
A technical solution in above-mentioned technical proposal is had the following advantages and beneficial effects:
Above-mentioned street lamp centralized control system, by control management terminal, lamp stand inclination monitoring mould group, microwave monitors mould group, light leads to
The system architecture design of amount monitoring mould group, remote communication module, single-lamp controller and bandwidth carrier communication module etc., realizes street lamp
System automatically controls, failure reports and submits host computer to be alarmed automatically, the automatic brightness adjustment of normal lighting, and intelligence degree is more
Height promotes operation and maintenance efficiency to greatly improve the control efficiency of road lamp system, further decrease the O&M of road lamp system at
This.
Detailed description of the invention
Fig. 1 is the structural block diagram of the road lamp system in one embodiment；
Fig. 2 is the structural block diagram of the street lamp centralized control system in one embodiment.
Specific embodiment
The content of the utility model is described in further detail below in conjunction with preferred embodiment and attached drawing.
With the continuous development of urbanization, city public lighting facility is also constantly rising as one of important infrastructure
Grade transformation, towards energy-saving and intelligent development.It quickly updates instantly, passes however, being set in scientific and technological high speed development, intelligence
The road lamp system development of system relatively lags behind and technology is dispersed, and there is a problem that control efficiency is not high.
The problem of based on aforementioned conventional technology, referring to Fig. 1, on the one hand, the utility model embodiment provides one
Kind road lamp system 100, including street lamp, host computer 12, control management terminal 13, luminous flux monitor mould group 14, remote communication module
15, bandwidth carrier communication module 16, lamp stand inclination monitoring mould group 17 and microwave monitor mould group 18.Street lamp includes single-lamp controller
112, lamp stand and lamps and lanterns 116.Control management terminal 13 is separately connected luminous flux monitoring mould group 14 and remote communication module 15, control
Management terminal 13 connects single-lamp controller 112 by bandwidth carrier communication module 16, and single-lamp controller 112 is separately connected lamp stand and inclines
Tiltedly the energization input of monitoring mould group 17, microwave monitoring mould group 18 and lamps and lanterns 116, remote communication module 15 connect host computer 12.
Single-lamp controller 112 is used to receive lamp stand inclination monitoring mould group 17 and monitors the lamp stand inclination angle of street lamp, and monitors mould in microwave
When group 18 monitors active signal, the input voltage of lamps and lanterns 116 is adjusted.Management terminal 13 is controlled to be used for single-lamp controller 112
Control instruction is sent, and obtains the lamp stand inclination angle that single-lamp controller 112 stores, and sends street lamp inclination report to host computer 12
Alert information.
It is appreciated that street lamp is the lamp terminal equipment being arranged at each road lighting position, in certain geographic area,
It may include more street lamps, the public illumination network of forming region.Each street lamp may include base support structure portion
Point lamp stand, the lamps and lanterns 116 of lighting part and the main composed structure such as single-lamp controller 112 of Lighting control, each road
Lamp can also include other accessories, such as fastening screw, pedestal etc..Control management terminal 13 is the certain geographic region of master control
The control distal end of the illumination work of all street lamps, can be various conventional street lamp collection control equipment in this field in domain, can be with
It is dedicated single-chip microcontroller.Host computer 12 is the master control proximal device being arranged at 100 backstage overall control center of road lamp system, for controlling
Each control management terminal 13 in one or more geographic areas, such as establish the monitoring in road lamp management unit scheduling hall
The master control computer equipment and/or server at center.
Luminous flux monitors the ambient brightness that mould group 14 is used for 13 position of real-time inspection and control management terminal, so that control
Management terminal 13 accurately notifies the single-lamp controller 112 of each street lamp controls to turn on light or turn off the light.Remote communication module 15 is for providing
The communication link between management terminal 13 and host computer 12 is controlled, can be the various common remote communication modules 15 in this field.
Bandwidth carrier communication module 16 is used to control the communication mould of the communication of single-lamp controller 112 and the power supply of management terminal 13 and each street lamp
Block can be bandwidth carrier communication module 16 conventional in the art.Lamp stand inclination monitoring mould group 17 is used for real-time monitoring lamp stand
Tilt condition, can be this field conventional inclination angle monitoring sensor device.Microwave monitors mould group 18 and is used for real-time detection road
It can be various conventional microwave sounding sensors whether with the presence of human body or mobile object within the scope of certain space near lamp and set
It is standby.
Active signal is the active signal within the scope of the certain space of microwave monitoring 18 place street lamp of mould group, such as human body is lived
The active signal of dynamic signal or mobile object.When street lamp inclination warning message is any street lamp run-off the straight, such as tilt angle
Greater than setting tilt threshold when, single-lamp controller 112 will be sent on the inclination angle of the street lamp control management terminal 13, control management eventually
The warning message that end 13 generates may include the inclination angle of the street lamp, the information such as street lamp position and inclination time of origin, street lamp
Position can realize by positioning method commonly used in the art, such as GIS technology and single-lamp controller 112 circuit itself
The modes such as plate number.
Specifically, street lamp, host computer 12, control management terminal 13, luminous flux monitoring mould has can be set in road lamp system 100
Group 14, remote communication module 15, bandwidth carrier communication module 16, lamp stand inclination monitoring mould group 17 and microwave monitoring mould group 18 etc. are main
Want equipment.Control management terminal 13 can monitor the ambient brightness that mould group 14 reports to luminous flux and carry out with the luminance threshold prestored
Compare, thus according to comparison result, it is defeated by all single-lamp controllers 112 of the bandwidth carrier communication module 16 into region within the jurisdiction
Signal is controlled out, so that single-lamp controller 112 be made to open or close lamps and lanterns 116.Such as ambient brightness is lower than the luminance threshold prestored
When value, control management terminal 13 is exported by all single-lamp controllers 112 of the bandwidth carrier communication module 16 into region within the jurisdiction
It turns on light and controls signal, so that single-lamp controller 112 be made to open lamps and lanterns 116, provide area illumination.Ambient brightness is bright higher than prestoring
When spending threshold value, control management terminal 13 passes through all single-lamp controllers 112 of the bandwidth carrier communication module 16 into region within the jurisdiction
Output, which is turned off the light, controls signal, so that single-lamp controller 112 be made to close lamps and lanterns 116.
Lamp stand inclination monitoring mould group 17 can be monitored in real time the inclination angle of lamp stand and be reported to single-lamp controller 112, single lamp
Controller 112 can be by the inclination angle reported compared with the tilt threshold prestored, and will be greater than the inclination angle storage of tilt threshold.
Single-lamp controller 112 so can by bandwidth carrier communication module 16 send inclination alarm signal to control management terminal 13,
So that control management terminal 13 acquires the inclination angle and generates street lamp inclination warning message.Microwave monitoring mould group 18 can be visited in real time
Street lamp is surveyed nearby within the scope of certain space, such as centered on street lamp, radius is in 5 meters, 10 meters or the spatial dimension of other values,
Whether active signal is had.To which single-lamp controller 112 can monitor mould group 18 according to microwave in real time after lamps and lanterns 116 are turned on light
Detection result control lamps and lanterns 116 turn off the light or keep to turn on light.Such as people or when thering is mobile object to enter in induction range, microwave
Output high level signal can be continued to single-lamp controller 112 by monitoring mould group 18, and single-lamp controller 112 opens lamps and lanterns 116.Work as people
Or after having mobile object to leave induction range, microwave monitoring mould group 18 persistently exports low level signal to single-lamp controller 112,
Single-lamp controller 112 closes lamps and lanterns 116.
Control management terminal 13 can by remote communication module 15 to host computer 12 return each street lamp working condition and/
Or street lamp tilts warning message, so that host computer 12 can record the working condition and/or street lamp inclination alarm of each street lamp in real time
Information, administrative staff can also grasp the working condition of all street lamps in each region in real time by host computer 12, or pass through
Host computer 12 issues dispatch command to each control management terminal 13, carries out road lamp switch lamp and remotely controls.Host computer 12 can be with
Warning message is tilted according to street lamp and carries out fault alarm, and administrative staff is reminded to handle in time.
By the architecture design of above-mentioned each road lamp system 100, simultaneously, realization is inclined for the automatic control of realization road lamp system 100
Oblique failure reports and submits host computer 12 to be alarmed automatically, the intelligent control of normal lighting, and the intelligence degree of system entirety is higher, saves
Energy effect is preferable, to greatly improve the control efficiency of road lamp system 100, operation and maintenance efficiency is promoted to generate the promotion of matter, into
The O&M cost of one step reduction road lamp system 100.
It in one of the embodiments, further include power supply and distribution cabinet.The built-in control management terminal 13 of power supply and distribution cabinet, luminous flux prison
Survey mould group 14, remote communication module 15 and bandwidth carrier communication module 16.
It, can with power supply source needed for obtaining road lamp system 100 it is appreciated that power supply and distribution cabinet is for docking utility grid
To be the supplying electricity and power distribution cabinet that indoor or outdoors in 100 place geographic area of road lamp system are arranged in.
Specifically, above-mentioned control management terminal 13, luminous flux monitoring mould group 14, remote communication module 15 and bandwidth carrier
Communication module 16 can be set in power supply and distribution cabinet, to simplify the track laying of road lamp system 100, avoid control management eventually
End 13, luminous flux monitoring mould group 14, remote communication module 15 and bandwidth carrier communication module 16 are by erosion damages such as wind and rain.For matching
Electric cabinet can be various conventional power supply and distribution cabinets, concrete shape and size equal-specification in this field, can manage according to comprising control
All including reason terminal 13, luminous flux monitoring mould group 14, remote communication module 15 and bandwidth carrier communication module 16 need to store
Space needed for the setting of equipment is selected.
By the Combination Design of supplying electricity and power distribution cabinet, the safety of road lamp system 100 is effectively promoted, simplifies road lamp system 100
Track laying, convenient for manage concentratedly and reduce O&M cost.
In one of the embodiments, in lamp stand inclination monitoring mould group 17, microwave monitoring mould group 18 and single-lamp controller 112
It is placed in lamp stand.
Specifically, lamp stand inclination monitoring mould group 17, microwave monitoring mould group 18 and single-lamp controller in the various embodiments described above
112 can be set in lamp stand outer surface, such as the outer lamp stand that hangs over is far from the one end on ground, easy disassembly.In the present embodiment,
Lamp stand inclination monitoring mould group 17, microwave monitoring mould group 18 and single-lamp controller 112 can be built in lamp stand, such as be built in lamp stand
In one end close to ground or one end far from ground, or be that in the middle part of lamp stand, can also be other positions of built-in lamp stand,
As long as convenient for administrative staff to lamp stand tilt monitoring mould group 17, microwave monitoring mould group 18 and single-lamp controller 112 overhaul or
Street lamp overall weight balanced distribution.Can be with scattering device in lamp stand between each mould group, such as lamp stand inclination monitors mould
One end close to ground or one end far from ground in lamp stand is arranged in group 17, and microwave monitoring mould group 18 can be set in lamp stand
Portion, single-lamp controller 112 can be built in one end close to ground or one end far from ground in lamp stand, be arranged by distribution
Each mould group device can make the overall weight balanced distribution of street lamp, prompt the stability of street lamp, reduce the general of street lamp run-off the straight
Rate.
Lamp stand inclination monitoring mould group 17 is three axial rake sensors in one of the embodiments,.It is appreciated that lamp stand inclines
Tiltedly monitoring mould group 17 can using three axial rake sensors be used as core sensing device, realization to lamp stand three direction of x, y, z (
That is three axis directions of rectangular coordinate system) inclination angle real-time monitoring.Inclination by using three axial rake sensors, to lamp stand
The monitoring at angle can achieve 0.1 degree of precision, and the sensitive and precision of induction is high, and the fault alarm for effectively promoting road lamp system 100 is quasi-
Exactness.
Single-lamp controller 112 includes control unit and relay in one of the embodiments, and control unit is separately connected broadband
Carrier communication module 16, lamp stand inclination monitoring mould group 17, microwave monitoring mould group 18 and relay, relay connect lamps and lanterns 116
Energization input.
It is appreciated that single-lamp controller 112 may include two chief components of control unit and relay, control unit can
With the control signal of response control management terminal 13, and control logic needed for relay is provided.Relay is for directly controlling
The power supply or power down of lamps and lanterns 116.
Specifically, control unit can be single-chip microcontroller or PLC module in this field inside single-lamp controller 112, receive
The control signal of management terminal 13 is controlled, such as after signal of turning on light, can control the actuating of relay, such as relay connects lamps and lanterns
116 energization inputs.Shutdown signal can similarly understand.By above-mentioned 112 structure of single-lamp controller, letter can be reliably realized
The switch lamp of number response and lamps and lanterns 116 controls, and is promoted conducive to the whole reliability of road lamp system 100.
Relay is impulse-type relay or level type relay in one of the embodiments,.It is appreciated that single lamp control
Relay in device 112 processed can be impulse-type relay conventional in the art, be also possible to level conventional in the art
Formula relay.Technology is more mature in the art for two kinds of relays, can effectively improve the stability of single-lamp controller 112
And reliability, to promote the stability of road lamp system 100.With impulse-type relay, single lamp control is connected to by RS485 interface
For device 112 processed: the pulse of impulse-type relay output width can be 100ms, two output ends (such as A line end and B line end)
Normality output level is low level, and when lamps and lanterns 116 are turned off the light, A line output terminal exports 100ms high level, and B line output terminal then keeps low
Level；When lamps and lanterns 116 are turned on light, A line output terminal keeps low level, and B line output terminal then exports 100ms high level.With level type after
For electric appliance: level type relay can detect the I/O port level state of control unit with every 5ms, and in high level, make control unit
Counter add 1,1 testing result of output in every 1 second.When counter, which counts, is greater than 150, level type relay is to jump to operate a switch
State (is turned off the light), it is on the contrary then be "on" position (turning on light).
Single-lamp controller 112 further includes light-adjusting module in one of the embodiments, and light-adjusting module is for adjusting lamps and lanterns
116 brightness.
It is appreciated that can also be integrated with light-adjusting module in single-lamp controller 112, light-adjusting module is used for the mould of brightness regulation
Block circuit can be light-adjusting module conventional in the art.Specifically, above-mentioned luminous flux induction module can be bright according to environment
The variation of degree exports 0~5V voltage signal to control management terminal 13 by RS485 interface.Controlling management terminal 13 in turn can
With according to the value of aforesaid voltage signal, in conjunction with voltage computing formula commonly used in the art (such as formula commonly used in the art
Vin=(ADC*Vref)/1024), the brightness value being calculated under current environment (after Vin such as is calculated, is looked by conventional
Table obtains 0 to 99 brightness value), and compared with the luminance threshold prestored, so that control turns on light or turns off the light.Further, it controls
Management terminal 13 can also obtain ambient brightness by luminous flux induction module, and after calculating current desired brightness, pass through width
Current desired brightness value is issued to each single-lamp controller 112 by band carrier communication module 16, and each single-lamp controller 112 can benefit
It is to be adjusted to current desired brightness by the brightness of each lamps and lanterns 116 with light-adjusting module.
In this way, can further realize the automatic brightness adjustment of each lamps and lanterns 116 in region by light-adjusting module, reach more
The intelligence degree of good energy-saving effect, road lamp system 100 is higher.
Road lamp system 100 further includes electricity-saving voltage-stabilized module 20 in one of the embodiments, electricity-saving voltage-stabilized module 20 it is defeated
Enter end for connecting power supply grid.The communication ends connection control management terminal 13 of electricity-saving voltage-stabilized module 20.Electricity-saving voltage-stabilized module 20
Output end connect single-lamp controller 112.
It is appreciated that road lamp system 100 is also provided with electricity-saving voltage-stabilized module 20, electricity-saving voltage-stabilized module 20 is for providing
The economize on electricity control of each street lamp simultaneously, stablizes the input voltage of each street lamp, it is ensured that the normal work of each street lamp.Electricity-saving voltage-stabilized module 20
It can be 20 circuit of electricity-saving voltage-stabilized module conventional in the art, such as include pressure stabilizing driving output circuit, power grid input electricity
Measure the electricity-saving voltage-stabilized module 20 of observation circuit, cpu chip, communication interface circuit and controlling circuit of voltage regulation.In this way, passing through application section
Electric Voltage stabilizing module 20 can promote the energy-saving efficiency and stability of road lamp system 100, further decrease O&M cost.
Above-mentioned road lamp system 100 can be bright according to environment by control management terminal 13 in one of the embodiments,
Degree automatically controls each lamps and lanterns 116 and turns on light or turn off the light, and by opening when the included timer of control management terminal 13 with setting
Lamp and time of turning off the light compare, and realization automatically controls each lamps and lanterns 116 on time and turns on light or turn off the light, can also be by controlling management terminal 13
The control instruction of turning on light or turn off the light that host computer 12 inputs is received, realizes that remote manual controls each lamps and lanterns 116 and turns on light or turn off the light.Control
Management terminal 13 can be according to the control logic of setting, such as automatically controls each lamps and lanterns 116 according to ambient brightness and turn on light or turn off the light
Priority height and other two kinds control priority, to realize three kinds of automatic the adaptively selected of control of turning on light or turn off the light.Such as
This can be further improved the control efficiency of road lamp system 100 by presetting the control management terminal 13 of control logic.
Referring to Fig. 2, the utility model embodiment provides a kind of street lamp centralized control system 200, including control management terminal 13,
Lamp stand inclination monitoring mould group 17, microwave monitoring mould group 18, luminous flux monitor mould group 14, remote communication module 15, single-lamp controller
112 and bandwidth carrier communication module 16.Control management terminal 13 is separately connected luminous flux monitoring mould group 14 and remote communication module
15.It controls management terminal 13 and single-lamp controller 112 is connected by bandwidth carrier communication module 16.Single-lamp controller 112 connects respectively
Connect lamp stand inclination monitoring mould group 17 and microwave monitoring mould group 18, and the energization input for connecting lamps and lanterns 116 in street lamp.Remotely
Communication module 15 is used to connect the host computer 12 of street lamp monitoring center.Single-lamp controller 112 is for receiving lamp stand inclination monitoring mould
The lamp stand inclination angle of 17 monitoring street lamp of group, and when microwave monitoring mould group 18 monitors active signal, adjust the defeated of lamps and lanterns 116
Enter voltage.It controls management terminal 13 to be used to send control instruction to single-lamp controller 112, and obtains single-lamp controller 112 and deposit
The lamp stand inclination angle of storage, and send street lamp to host computer 12 and tilt warning message.
Specifically, control management terminal 13 has can be set in street lamp centralized control system 200, lamp stand inclination monitors mould group 17, micro-
Wave monitors mould group 18, luminous flux monitoring mould group 14, remote communication module 15, single-lamp controller 112 and bandwidth carrier communication module
16 equal main control equipment, for realizing the intelligentized control method function of the road lamp system 100 in above-described embodiment.Street lamp collection control system
The working principle of system 200 may refer to the description of the various embodiments described above, and details are not described herein again.
By the architecture design of above-mentioned street lamp centralized control system 200, automatic control to road lamp system 100 is realized simultaneously, it is real
Existing pitch failure reports and submits automatically, the intelligent control of normal lighting, and the whole intelligence degree of street lamp centralized control system 200 is higher, section
Energy effect is preferable, to greatly improve the control efficiency to road lamp system 100, reduces the O&M cost of road lamp system 100.
Lamp stand inclination monitoring mould group 17 is three axial rake sensors in one of the embodiments,.It is appreciated that lamp stand inclines
Tiltedly monitoring mould group 17 can be realized using three axial rake sensors as core sensing device to the tri- direction inclination angle lamp stand x, y and z
Real-time monitoring (namely in rectangular coordinate system, the inclination angle of lamp stand in three axial directions).By using three axial rake sensors,
It can achieve 0.1 degree of precision to the monitoring at the inclination angle of lamp stand, the sensitive and precision of induction is high, is effectively promoted to road lamp system
100 fault alarm accuracy.
Microwave monitoring mould group 18 is microwave remote sensor in one of the embodiments,.It is appreciated that microwave monitors mould group 18
It can be using microwave remote sensor as the sensor device of core detecting element, within the scope of real-time detection street lamp nearby certain space
Whether with the presence of human body or mobile object, it can be various conventional microwave sounding sensor devices.
The detection for carrying out active signal based on the microwave remote sensor of mature microwave induced technology by application, can be real-time
Whether with the presence of human body or mobile object within the scope of monitor street lamp attachment certain space, to realize single-lamp controller
112, according to active signal, automatically switch the switch state of lamps and lanterns 116.Realize the maximization of lamps and lanterns 116 intelligent lighting and electric energy
It utilizes.
Single-lamp controller 112 includes control unit and relay in one of the embodiments, and control unit is separately connected broadband
Carrier communication module 16, lamp stand inclination monitoring mould group 17, microwave monitoring mould group 18 and relay, relay is for connecting lamps and lanterns
116 energization input.Specifically, control unit can be single-chip microcontroller or PLC mould in this field inside single-lamp controller 112
Block, receives the control signal of control management terminal 13, such as after signal of turning on light, can control the actuating of relay, such as relay
Device connects 116 energization input of lamps and lanterns.Shutdown signal can similarly understand.It, can be with by above-mentioned 112 structure of single-lamp controller
The reliable switch lamp for realizing signal response and lamps and lanterns 116 controls, conducive to mentioning for the whole control reliability of street lamp centralized control system 200
It rises.
Relay is impulse-type relay or level type relay in one of the embodiments,.It is appreciated that single lamp control
Relay in device 112 processed can be impulse-type relay conventional in the art, be also possible to level conventional in the art
Formula relay.Technology is more mature in the art for two kinds of relays, can effectively improve the stability of single-lamp controller 112
And reliability, to promote the stability of road lamp system 100.By taking certain type impulse-type relay as an example: the arteries and veins of impulse-type relay
Punching output width can be 100ms, RA1 output end, RA2 output end normality output level be low level, lamps and lanterns 116 are turned off the light
When, RA1 output end exports 100ms high level, and RA2 output end then keeps low level；When lamps and lanterns 116 are turned on light, RA1 output end is kept
Low level, RA2 output end then export 100ms high level.By taking level type relay as an example: level type relay can be examined with every 5ms
The I/O port level state of control unit is surveyed, and in high level, so that the counter of control unit is added 1,1 testing result of output in every 1 second.
On the contrary when counter, which counts, is greater than 150, level type relay is to jump to operate a switch state (turning off the light), then be that "on" position (is opened
Lamp).
Remote communication module 15 is 4G communication module in one of the embodiments,.It is appreciated that remote communication module 15
It can be 4G communication module, in this way, control management terminal 13 can realize the communication with host computer 12, benefit by 4G communication module
With 4G communication module high speed and stable communication performance, the communication efficiency of street lamp centralized control system 200 Yu proximal device can be improved,
Improving stability and reliability.
Each technical characteristic of the above various embodiments can be combined arbitrarily, for simplicity of description, not to above-mentioned implementation
The all possible combination of each technical characteristic in example is all described, as long as however, the combination of these technical characteristics is not present
Contradiction all should be considered as described in this specification.
The above various embodiments only expresses the several embodiments of the utility model, and the description thereof is more specific and detailed, but
It should not be interpreted as limiting the scope of the present invention.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (14)
1. a kind of street lamp centralized control system, which is characterized in that including control management terminal, lamp stand inclination monitoring mould group, microwave monitoring
Mould group, luminous flux monitoring mould group, remote communication module, single-lamp controller and bandwidth carrier communication module, the control management is eventually
End is separately connected the luminous flux monitoring mould group and the remote communication module, the control management terminal are carried by the broadband
Wave communication module connects the single-lamp controller, and the single-lamp controller is separately connected the lamp stand inclination monitoring mould group and described
Microwave monitors mould group, and the energization input for connecting lamps and lanterns in street lamp；
The remote communication module is used to connect the host computer of street lamp monitoring center；The single-lamp controller is for receiving the lamp
Bar inclination monitoring mould group monitors the lamp stand inclination angle of the street lamp, and monitors active signal in microwave monitoring mould group
When, adjust the input voltage of the lamps and lanterns.
2. street lamp centralized control system according to claim 1, which is characterized in that the lamp stand inclination monitoring mould group is that three axis incline
Angle transducer.
3. street lamp centralized control system according to claim 1, which is characterized in that the microwave monitoring mould group is microwave sensing
Device.
4. street lamp centralized control system according to claim 1, which is characterized in that the single-lamp controller include control unit and after
Electric appliance, the control unit are separately connected the bandwidth carrier communication module, lamp stand inclination monitoring mould group, microwave monitoring
Mould group and the relay, the relay are used to connect the energization input of the lamps and lanterns.
5. street lamp centralized control system according to claim 4, which is characterized in that the relay is impulse-type relay or electricity
Flat type relay.
6. street lamp centralized control system according to claim 1, which is characterized in that the remote communication module is that 4G communicates mould
Block.
7. a kind of road lamp system, which is characterized in that including street lamp, host computer, control management terminal, luminous flux monitoring mould group, remote
Journey communication module, bandwidth carrier communication module, lamp stand inclination monitoring mould group and microwave monitor mould group, and the street lamp includes single lamp control
Device, lamp stand and lamps and lanterns processed；
The control management terminal is separately connected the luminous flux monitoring mould group and the remote communication module, the control management
Terminal connects the single-lamp controller by the bandwidth carrier communication module, and the single-lamp controller is separately connected the lamp stand
Inclination monitors mould group, the microwave monitors the energization input of mould group and the lamps and lanterns, described in the remote communication module connection
Host computer；
The single-lamp controller is used to receive the lamp stand inclination angle that the lamp stand inclination monitoring mould group monitors the street lamp, Yi Ji
When the microwave monitoring mould group monitors active signal, the input voltage of the lamps and lanterns is adjusted.
8. road lamp system according to claim 7, which is characterized in that further include power supply and distribution cabinet, built in the power supply and distribution cabinet
The control management terminal, luminous flux monitoring mould group, the remote communication module and the bandwidth carrier communication module.
9. road lamp system according to claim 7, which is characterized in that the lamp stand inclination monitoring mould group, microwave monitor mould
Group and single-lamp controller are built in the lamp stand.
10. road lamp system according to claim 7, which is characterized in that the lamp stand inclination monitoring mould group is three axial rakes
Sensor.
11. road lamp system according to claim 7, which is characterized in that the single-lamp controller includes control unit and relay
Device, the control unit are separately connected the bandwidth carrier communication module, lamp stand inclination monitoring mould group, microwave monitoring mould
Group and the relay, the relay connect the energization input of the lamps and lanterns.
12. road lamp system according to claim 11, which is characterized in that the relay is impulse-type relay or level
Formula relay.
13. according to the described in any item road lamp systems of claim 7 to 12, which is characterized in that further include electricity-saving voltage-stabilized module, institute
The input terminal for stating electricity-saving voltage-stabilized module connects the control pipe for connecting power supply grid, the communication ends of the electricity-saving voltage-stabilized module
Terminal is managed, the output end of the electricity-saving voltage-stabilized module connects the single-lamp controller.
14. road lamp system according to claim 11, which is characterized in that the single-lamp controller further includes light-adjusting module,
The light-adjusting module is used to adjust the brightness of the lamps and lanterns.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820636858.0U CN208337969U (en) | 2018-04-27 | 2018-04-27 | Street lamp centralized control system and road lamp system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820636858.0U CN208337969U (en) | 2018-04-27 | 2018-04-27 | Street lamp centralized control system and road lamp system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108391354A (en) * | 2018-04-27 | 2018-08-10 | 广州供电局有限公司 | Street lamp centralized control system and road lamp system |
| CN114689930A (en) * | 2022-04-15 | 2022-07-01 | 福建超智集团有限公司 | Method and device for detecting mains supply power failure |
-
2018
- 2018-04-27 CN CN201820636858.0U patent/CN208337969U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108391354A (en) * | 2018-04-27 | 2018-08-10 | 广州供电局有限公司 | Street lamp centralized control system and road lamp system |
| CN114689930A (en) * | 2022-04-15 | 2022-07-01 | 福建超智集团有限公司 | Method and device for detecting mains supply power failure |
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Effective date of registration: 20200915 Address after: 510620 Tianhe District, Guangzhou, Tianhe South Road, No. two, No. 2, No. Patentee after: Guangzhou Power Supply Bureau of Guangdong Power Grid Co.,Ltd. Address before: 510620 Tianhe District, Guangzhou, Tianhe South Road, No. two, No. 2, No. Patentee before: GUANGZHOU POWER SUPPLY Co.,Ltd. |
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