CN206658319U - A kind of controller for road lamp - Google Patents
A kind of controller for road lamp Download PDFInfo
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- CN206658319U CN206658319U CN201720337209.6U CN201720337209U CN206658319U CN 206658319 U CN206658319 U CN 206658319U CN 201720337209 U CN201720337209 U CN 201720337209U CN 206658319 U CN206658319 U CN 206658319U
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Abstract
The utility model provides a kind of controller for road lamp, including：At least one power detecting unit, at least one light sensation detection unit, processor, gsm communication unit, LoRa communication units；At least one power detecting unit connects at least one street lamp；At least one power detecting unit detects the power for operation parameter of at least one street lamp, and the power for operation parameter is transmitted to processor；At least one light sensation detection unit detection ambient parameter, and the ambient parameter is transmitted to processor；When the processor determines that the gsm communication unit is covered by GSM network signal, the parameters of electric power, the ambient parameter are sent by gsm communication unit to target device；Otherwise, the parameters of electric power, the ambient parameter are sent by LoRa communication units to target device；And the control instruction that the target device is sent is obtained, and the control instruction is responded, the street lamp at least one street lamp sends state control instruction.
Description
Technical field
It the utility model is related to power technology, more particularly to a kind of controller for road lamp.
Background technology
The rapid development of urban infrastructure construction so that the city look and feel in city have obtained great change, wherein, city
Important symbol of city's street lamp engineering as a urban modernization, in urban construction with having great importance in development.But
The workload of the management of existing street lighting, monitoring and controlling and maintenance increasingly increases the lance between limited human and material resources
Shield also becomes increasingly conspicuous.The time management of original road lighting relies on time switch substantially, and by manual site's processing as adjusted
Whole timer switch time and realize various demands for control.In addition, whether normal need is patrolled by administrative department for street lamp operation
Go to complete with primitive approach such as municipal administration guarantees.The above-mentioned primitive approach to road lamp management is in operating efficiency, maintenance and maintenance time
And it can not meet the needs of urban development in management cost.
Existing intelligent controller for road lamp mainly realizes multiple single channel lamp controllers using ZigBee or PLC technology
Wireless local area network building, then communicated again by the gateway in WLAN with background server, final realize is satisfied the need
The purpose of the long-distance intelligent management of lamp, energy-conservation and monitoring.Using ZigBee technology realize intelligent controller for road lamp communication away from
From limited, and because ZigBee uses 2.4GHz frequency ranges, and the frequency range runs into external object when blocking, and signal attenuation is serious,
So as to directly affect the reliability of radio communication, be not suitable in high volume promoting in complicated urban environment, i.e., using ZigBee skills
The intelligent controller for road lamp that art is realized all existing defects in terms of communication distance and environmental suitability.For using power carrier skill
The intelligent controller for road lamp that art is realized, because the communication media of dependence is existing power line, and the impulse disturbances of power line are big, make
The loss of signal it is more, influence communication stability.Most importantly, either ZigBee technology or electric power carry in the prior art
Wave technology, apply can all make in the actual scene of intelligent road-lamp between controller for road lamp and server exist some communications it is blind
Area.
Utility model content
In view of this, the utility model embodiment it is expected to provide a kind of controller for road lamp, can solve the problem that prior art Road
The problem of communication blind district between lamp controller and server be present.
To reach above-mentioned purpose, what the technical solution of the utility model was realized in：
The utility model embodiment provides a kind of controller for road lamp, and the controller for road lamp includes：At least one power
Detection unit, at least one light sensation detection unit, processor, global system for mobile communications gsm communication unit, LoRa communication units
Member；At least one power detecting unit connects at least one street lamp；
At least one power detecting unit, at least one light sensation detection unit, gsm communication unit, LoRa communication units
Member electrically connects with the processor；Wherein,
At least one power detecting unit detects the power for operation parameter of at least one street lamp, and by the work
Transmitted as parameters of electric power to the processor；
At least one light sensation detection unit detection ambient parameter, and the ambient parameter is transmitted to the processing
Device；
When the processor determines that the gsm communication unit is covered by GSM network signal, by the power for operation parameter,
The ambient parameter is sent by gsm communication unit to target device；Determine that the gsm communication unit covers without GSM network signal
Gai Shi, the power for operation parameter, the ambient parameter are sent by LoRa communication units to target device；And receive
The control instruction that the target device is sent, and the control instruction is responded, the street lamp at least one street lamp is sent
State control instruction.
In such scheme, the controller for road lamp also includes power supply；
The power supply with least one power detecting unit, at least one light sensation detection unit, processor, GSM
Communication unit, the electrical connection of LoRa communication units；
The electric main of input is converted into multichannel difference DC voltage by the power supply, respectively described at least one power
Detection unit, at least one light sensation detection unit, processor, gsm communication unit, LoRa communication units provide operating voltage.
In such scheme, the power supply includes low pressure difference linear voltage regulator.
In such scheme, the gsm communication unit includes Internet of Things clamp unit.
In such scheme, the light sensation detection unit includes following at least one：Ambient light sensor, visibility sensing
Device.
The controller for road lamp that the utility model embodiment provides, when in network signal overlay area, the street lamp control
Device processed can use GSM technology to realize the reliable wireless communication with server；When in without network signal overlay area, the road
Lamp controller can use the LoRa communication technologys, be communicated by concentrator with server；In this way, pass through GSM technology and LoRa
The complementary communication completed between controller for road lamp and server between technology, makes the communication between controller for road lamp and server
Realize and covered without dead angle, solve the problems, such as communication blind district in existing scheme between controller for road lamp and server be present.
Brief description of the drawings
Fig. 1 is the composition structural representation of the utility model embodiment controller for road lamp；
Fig. 2 is the composition structural representation of the utility model embodiment street lamp control system.
Embodiment
Fig. 1 is the composition structural representation of the utility model embodiment controller for road lamp, and the controller for road lamp 1 includes：Extremely
A few power detecting unit 11, at least one light sensation detection unit 12, processor 13, global system for mobile communications (GSM,
Global System for Mobile communication) communication unit 14, LoRa communication units 15；It is described at least one
Power detecting unit 11 connects at least one street lamp；At least one power detecting unit 11, the detection of at least one light sensation are single
Member 12, gsm communication unit 14, LoRa communication units 15 electrically connect with the processor 13；Wherein,
At least one power detecting unit 11, for detecting the power for operation parameter of at least one street lamp, and
The power for operation parameter is transmitted to the processor 13；
At least one light sensation detection unit 12, transmitted for detecting ambient parameter, and by the ambient parameter to institute
State processor 13；
The processor 13, the power for operation parameter transmitted for receiving at least one power detecting unit 11
And the ambient parameter that at least one light sensation detection unit 12 is transmitted；Determine the gsm communication unit 14 by GSM nets
When network signal covers, the power for operation parameter, the ambient parameter are sent by gsm communication unit 14 to target device；
When determining that the gsm communication unit 14 covers without GSM network signal, the power for operation parameter, the ambient parameter are passed through
LoRa communication units 15 are sent to target device；And the control instruction that the target device is sent is obtained, and respond the control
System instruction, the street lamp at least one street lamp send state control instruction.
Here, the power for operation parameter may include the information such as voltage and current when street lamp works, and according to street lamp work
The information such as voltage and current when making would know that the information such as power when street lamp works, so as to know the working condition of street lamp；Institute
Stating ambient parameter may include one kind or more during street lamp work in the information such as the illuminance of external environment, visibility, temperature, humidity
The external environment information such as illuminance, visibility, temperature, humidity when planting, and being worked according to street lamp, would know that current weather shape
Condition, to judge whether to need the state for adjusting street lamp；Accordingly, the light sensation detection unit 12 may include ambient light sensor,
One or more in visibility sensor, temperature sensor, humidity sensor, and the quantity per a kind of sensor can be
It is one or more.When the controller for road lamp 1 connects more than one street lamp, the processor 13 is needed to each street lamp distribution one
Individual mark, such as digital number, to facilitate management.
In actual applications, each street lamp should be connected with a power detecting unit 11, i.e., each power detecting unit 11
Only detect the power for operation parameter of a street lamp；Therefore, when the controller for road lamp 1 controls more than one street lamp, the street lamp control
Device 1 processed also includes more than one power detecting unit 11.And when the controller for road lamp 1 controls more than one street lamp, the street lamp
The light sensation detection unit 12 that controller 1 includes can be one or more, because when the controller for road lamp 1 is controlled
The information such as street lamp distributed areas when comparing concentration, the illuminance of each street lamp local environment, visibility, temperature, humidity should
Can be identical or close, can be only with a light sensation detection unit 12；However, when the street lamp that the controller for road lamp 1 is controlled is distributed
When region is more dispersed, the information such as the illuminance of each street lamp local environment, visibility, temperature, humidity may differ or
Differ larger, then more than one light sensation detection unit 12 can be used, more preferably to obtain external environment information；It should be noted that
In actual applications in order to obtain the actual effect of current environment as far as possible to carry out energy-efficient control, the light sensation to street lamp
Detection unit 12 should try one's best the external environment information such as illuminance of the measurement not in the range of Street Light Illumination and visibility.
Here, the processor 13 with least one power detecting unit 11, at least one light sensation detection unit
12nd, gsm communication unit 14, LoRa communication units 15 electrically connect, to realize processing and control to signal；The target device can
To be server or management end；Wherein, the control instruction that the target device is sent to processor 13 can be administrative staff's root
After being analyzed according to power for operation parameter, the ambient parameter of at least one street lamp uploaded to the processor 13, by pipe
Control that is that reason end software generates at least one street light allocation running parameter or being inputted according to administrative staff
Parameter and generate；In this way, being instructed by the response control of processor 13, state control instruction is generated, and the state is controlled
Instruction is sent to corresponding street lamp, and the power of work is such as reduced to adjust the state of street lamp, can be achieved energy-saving；The shape
The numbering for the street lamp for receiving the state control instruction can be included in state control instruction.Meanwhile administrative staff can also be by analyzing ratio
To the parameter of different street lamps, the work state information of street lamp is would know that, than such as whether breaking down, to remove manual inspection street lamp from
Workload, improve the efficiency of management to street lamp.
In summary, when determining that gsm communication unit 14 is in GSM network signal coverage areas, based on gsm communication unit
14 communication functions having, at least one street lamp that processor 13 can transmit at least one power detecting unit 11
Power for operation parameter and the ambient parameter transmitted of at least one light sensation detection unit 12 to target device such as
Server is sent, and to inform the current status information of at least one street lamp, and obtains the control sent with response management end
System instruction, and state control instruction is sent to corresponding street lamp；Determine that gsm communication unit 14 is in cover without GSM network signal
When in cover area, the communication function that is had based on LoRa communication units 15, processor 13 with LoRa communication units 15 by being connected
The power for operation parameter of at least one street lamp that at least one power detecting unit 11 can be transmitted of concentrator with
And the ambient parameter that at least one light sensation detection unit 12 is transmitted is sent to target device such as server, to inform
The current status information of street lamp, and the control instruction sent with response management end is obtained, and state control instruction is sent to
Corresponding street lamp.
Here, the processor 13 can be by sending query statement to judge the gsm communication list to gsm communication unit 14
Whether member 14 is in GSM network signal coverage areas；It is to pass through that the processor 13, which obtains the control instruction that target device is sent,
Gsm communication unit 14 or LoRa communication units 15 carry out the acquisition that communicates with target device such as server；The gsm communication list
Member 14, which can have, sends short message service (SMS, Short Messaging Service) short message, voice call, general grouped wireless
All bases that business (GPRS, General Packet Radio Service) data transfer etc. is communicated based on GSM network
This function, i.e., described gsm communication unit 14 can include gsm module；In addition, the gsm communication unit 14 may also include Internet of Things card
Subelement；The Internet of Things clamp unit can provide the basis such as wireless data, voice, short message for internet-of-things terminal based on Internet of Things and lead to
Telecommunications services, the operating services such as communication connection management, terminal management are provided for Internet of Things network users.
Further, the controller for road lamp 1 also includes power supply 16, and the power supply 16 is examined with least one power respectively
Unit 11, at least one light sensation detection unit 12, processor 13, gsm communication unit 14, LoRa communication units 15 is surveyed to electrically connect；
The electric main of input is converted into multichannel difference DC voltage by the power supply 16, respectively described parameter detecting unit 11, place
Manage device 13, gsm communication unit 14, LoRa communication units 15 and operating voltage is provided, to ensure normal work.
Here, one or more low pressure difference linear voltage regulators can be included in the power supply 16；In actual applications, institute
At least one power detecting unit 11, at least one light sensation detection unit 12, processor 13, gsm communication unit 14, LoRa is stated to lead to
Operating voltage needed for letter unit 15 also can need to be directly accessed required voltage from the external world according to respective.
In the present embodiment, when in network signal overlay area, the controller for road lamp can use GSM technology, and lead to
Cross the Internet of Things such as realization of China Mobile's Internet of Things and the reliable wireless communication of server；When in without network signal overlay area
When interior, the controller for road lamp can use the LoRa communication technologys, be communicated by concentrator with server；In this way, pass through GSM skills
The complementary communication completed between controller for road lamp and back-end server between art and LoRa technologies, makes controller for road lamp and service
Communication between device is realized to be covered without dead angle, solves in existing scheme and communication blind district be present between controller for road lamp and service device
The problem of.
Fig. 2 is the composition structural representation of the utility model embodiment street lamp control system, and the street lamp control system includes
At least one street lamp 2；Connect at least one street lamp 2 and for the controller for road lamp 1 described in above-described embodiment；Server
3, communicated via the gsm communication unit 14 on controller for road lamp 1 or LoRa communication units 15 with controller for road lamp 1, to receive
The power for operation parameter and ambient parameter at least one street lamp 2 that controller for road lamp 1 is sent, and set according to user
Control parameter generates control instruction, and is sent to controller for road lamp 1；And the concentrator of connection controller for road lamp 1 and server 3
4, to when being covered without GSM network signal, the LoRa communication units 15 on controller for road lamp 1 pass through concentrator 4 and server 3
Communication.
Here, the controller for road lamp 1 may include：At least one power detecting unit 11, the detection of at least one light sensation are single
Member 12, processor 13, gsm communication unit 14, LoRa communication units 15, power supply 16, at least one power detecting unit 11
At least one street lamp 2 is connected, i.e., one power detecting unit of each corresponding connection of street lamp.
It is described above, preferred embodiment only of the present utility model, it is not intended to limit protection of the present utility model
Scope.All all any modification, equivalent and improvement made within spirit and scope of the present utility model etc., it is all contained in this
Within the protection domain of utility model.
Claims (5)
1. a kind of controller for road lamp, it is characterised in that the controller for road lamp includes：At least one power detecting unit, at least
One light sensation detection unit, processor, global system for mobile communications gsm communication unit, LoRa communication units；It is described at least one
Power detecting unit connects at least one street lamp；
At least one power detecting unit, at least one light sensation detection unit, gsm communication unit, LoRa communication units are equal
Electrically connected with the processor；Wherein,
At least one power detecting unit detects the power for operation parameter of at least one street lamp, and the work is electric
Force parameter is transmitted to the processor；
At least one light sensation detection unit detection ambient parameter, and the ambient parameter is transmitted to the processor；
When the processor determines that the gsm communication unit is covered by GSM network signal, by the power for operation parameter, described
Ambient parameter is sent by gsm communication unit to target device；When determining that the gsm communication unit covers without GSM network signal,
The power for operation parameter, the ambient parameter are sent by LoRa communication units to target device；And receive the mesh
The control instruction that marking device is sent, and the control instruction is responded, the street lamp at least one street lamp sends state control
System instruction.
2. controller for road lamp according to claim 1, it is characterised in that the controller for road lamp also includes power supply；
The power supply with least one power detecting unit, at least one light sensation detection unit, processor, gsm communication
Unit, the electrical connection of LoRa communication units；
The electric main of input is converted into multichannel difference DC voltage by the power supply, respectively described at least one power detection
Unit, at least one light sensation detection unit, processor, gsm communication unit, LoRa communication units provide operating voltage.
3. controller for road lamp according to claim 2, it is characterised in that the power supply includes low pressure difference linear voltage regulator.
4. controller for road lamp according to claim 1, it is characterised in that the gsm communication unit includes Internet of Things clamp list
Member.
5. according to the controller for road lamp described in any one of Claims 1-4, it is characterised in that the light sensation detection unit includes
Following at least one：Ambient light sensor, visibility sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720337209.6U CN206658319U (en) | 2017-03-31 | 2017-03-31 | A kind of controller for road lamp |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720337209.6U CN206658319U (en) | 2017-03-31 | 2017-03-31 | A kind of controller for road lamp |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108135010A (en) * | 2017-12-22 | 2018-06-08 | 江苏新智合电力技术有限公司 | A kind of communication data transmission method, the apparatus and system of Internet of Things network interface card |
| CN108769914A (en) * | 2018-06-29 | 2018-11-06 | 广州市浩洋电子股份有限公司 | A kind of lamps and lanterns localization method based on city illumination intelligent management system |
| CN108834279A (en) * | 2018-06-29 | 2018-11-16 | 广州市浩洋电子股份有限公司 | City illumination intelligent management system and localization method based on multi-internet integration |
| CN110267246A (en) * | 2019-06-19 | 2019-09-20 | Oppo广东移动通信有限公司 | Call method and relevant device |
-
2017
- 2017-03-31 CN CN201720337209.6U patent/CN206658319U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108135010A (en) * | 2017-12-22 | 2018-06-08 | 江苏新智合电力技术有限公司 | A kind of communication data transmission method, the apparatus and system of Internet of Things network interface card |
| CN108769914A (en) * | 2018-06-29 | 2018-11-06 | 广州市浩洋电子股份有限公司 | A kind of lamps and lanterns localization method based on city illumination intelligent management system |
| CN108834279A (en) * | 2018-06-29 | 2018-11-16 | 广州市浩洋电子股份有限公司 | City illumination intelligent management system and localization method based on multi-internet integration |
| CN110267246A (en) * | 2019-06-19 | 2019-09-20 | Oppo广东移动通信有限公司 | Call method and relevant device |
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