CN208190977U - A kind of single-lamp controller having intelligent recognition - Google Patents
A kind of single-lamp controller having intelligent recognition Download PDFInfo
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- CN208190977U CN208190977U CN201820858719.2U CN201820858719U CN208190977U CN 208190977 U CN208190977 U CN 208190977U CN 201820858719 U CN201820858719 U CN 201820858719U CN 208190977 U CN208190977 U CN 208190977U
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- adjusting circuit
- master controller
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- light adjusting
- mould group
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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 single-lamp controllers for having intelligent recognition, comprising: master controller, the video transmission interface and light adjusting circuit connecting with the master controller；The video transmission interface is for connect the photographic device being arranged on lamp stand, and the video information transmission in lane and pavement that shoots of the photographic device that will acquire is to the master controller；The video information generates vehicle flowrate and pedestrian's traffic statistics to the master controller based on the received, and sends corresponding control signal to the light adjusting circuit according to the vehicle flowrate and pedestrian's traffic statistics；The light adjusting circuit brightness for controlling Signal Regulation LED light mould group connected to it based on the received.The utility model obtains vehicle flowrate and pedestrian's traffic statistics, and the automatic adjustment of street lamp brightness is realized according to the vehicle flowrate and pedestrian's traffic statistics by obtaining the video in lane and pavement after video procession.
Description
Technical field
The utility model relates to a kind of single-lamp controllers, and in particular to a kind of single-lamp controller for having intelligent recognition.
Background technique
The street lamp infrastructure important as city, covers each corner in city, already as townscape
Maximum feature does not have the function such as intelligent adjusting, intelligent alarm however, the illumination of street lamp is merely capable of realizing switch control
Can, it is not able to satisfy the primary condition of the construction of modernization smart city and environmental requirement.
In the development of modern city, especially realize that 5G network in city covers entirely using street lamp as 5G constructing communication network carrier
In the wisdom lamp stand of lid, with greater need for a kind of single-lamp controller of high-intelligentization.
Utility model content
The purpose of the utility model is to overcome the above-mentioned deficiencies in the presence of the prior art, provide one kind and have intelligent knowledge
Other single-lamp controller can carry out intelligent adjusting to lamp according to information such as flow of the people, vehicle flowrates.
In order to realize above-mentioned purpose of utility model, the utility model uses following technical scheme:
A kind of single-lamp controller having intelligent recognition, comprising: master controller, the video connecting with the master controller pass
Defeated interface and light adjusting circuit；
The video transmission interface is used for the photographic device that connects the photographic device being arranged on lamp stand, and will acquire
The video information transmission on the lane of shooting and pavement is to the master controller；The master controller video based on the received
Information generates vehicle flowrate and pedestrian's traffic statistics, and according to the vehicle flowrate and pedestrian's traffic statistics to the light modulation
Circuit sends corresponding control signal；Light adjusting circuit control Signal Regulation LED light connected to it based on the received
The brightness of mould group.
Preferably, the single-lamp controller, further include the first optical sensor interface being connect with the master controller and
Switching circuit；The first optical sensor interface is for connecting the first optical sensor that lamp stand upper end is arranged in；The master
Controller obtains the first optical sensor ambient light illumination detected by the first optical sensor interface, and leads to
It crosses and judges whether the ambient light illumination reaches setting illuminance, and send switch control signal to the switching circuit；It is described
The switch control signal controls the opening and closing of LED light mould group connected to it to switching circuit based on the received.
Preferably, the single-lamp controller further includes the second optical sensor interface connecting with the master controller；Institute
The second optical sensor interface is stated for connecting the second optical sensor that lamp stand lower end is arranged in；The master controller passes through institute
It states the second optical sensor interface and obtains the second optical sensor practical illuminance detected, and by judging the reality
Whether border illuminance reaches setting demand illuminance, and sends illuminance thermal compensation signal to the light adjusting circuit；The light modulation electricity
The illuminance thermal compensation signal adjusts the brightness of LED light mould group connected to it based on the received on road.
Preferably, the single-lamp controller further includes the dimming power source connecting with the light adjusting circuit；The light adjusting circuit
By adjusting the output power of the dimming power source, and adjust the brightness of LED light mould group connected to it.
Preferably, the single-lamp controller further includes the power detection module connecting with the master controller, the power
Detection module is used to detect the input power of the LED light mould group, and the input power is sent to the master controller；Institute
The master controller input power based on the received is stated, power compensation is sent to the light adjusting circuit and controls signal；The light modulation
The output power of circuit dimming power source described in power compensation control Signal Regulation based on the received.
Preferably, the light adjusting circuit includes high color temperature light adjusting circuit and low color temperature light adjusting circuit；The dimming power source packet
Include high color temperature dimming power source and low color temperature dimming power source；The high color temperature light adjusting circuit is connected with high color temperature dimming power source, institute
Low color temperature light adjusting circuit is stated to be connected with low color temperature dimming power source；The high color temperature light adjusting circuit is for the master based on the received
The control signal of controller adjusts the output power of the high color temperature dimming power source, and then adjusts and connect with the light adjusting circuit
LED light mould group in high color temperature lamp mould group brightness；The low color temperature light adjusting circuit is used for the main control based on the received
The control signal of device adjusts the output power of the low color temperature dimming power source, and then adjusts the LED connecting with the light adjusting circuit
The brightness of low color temperature lamp mould group in lamp mould group；The different luminance mix of the high color temperature lamp mould group and low color temperature lamp mould group are not at
Same colour temperature；By adjusting the brightness of the high color temperature lamp mould group and low color temperature lamp mould group, and then adjust the colour temperature of LED light mould group.
Preferably, the light adjusting circuit uses 0-10V voltage signal light adjusting circuit or PWM light adjusting circuit.
Preferably, the single-lamp controller further includes the communication module connecting with the master controller；The communication module
For the master controller to be connected to Centralized Controller.
Preferably, the master controller is also used to obtain and be sent out with it by the Centralized Controller that the communication module is connect
The meteorological data sent, and corresponding control signal is sent to the light adjusting circuit according to the meteorological data of acquisition；The tune
The optical circuit output power for controlling dimming power source described in Signal Regulation, and then adjusting LED connected to it based on the received
The brightness and colour temperature of lamp mould group.
Preferably, the single-lamp controller further includes the inclination sensor interface connecting with the master controller；It is described to incline
Oblique sensor interface is used to connect the obliquity sensor that lamp stand upper end is arranged in, and the obliquity sensor detection that will acquire
Lamp stand gradient is transmitted to the master controller；The master controller is by judging whether the received lamp stand gradient reaches
Gradient threshold value is set, and by the Centralized Controller connected to it, inclination alarm signal is sent to monitoring server.
Due to the technical solution more than using, the utility model has the beneficial effects that
1, the utility model obtains the video in lane and pavement by setting photographic device, and passes through image procossing and knowledge
It does not obtain vehicle flowrate and pedestrian's traffic statistics afterwards, and street lamp is realized according to the vehicle flowrate and pedestrian's traffic statistics
The automatic adjustment of brightness.
2, LED light mould group actual power is detected by power detection module, is compensated, is avoided because of circuit with this
Aging or spread of voltage and cause actual illuminance and colour temperature to decline and be unsatisfactory for actual demand.
3, the first optical sensor is connected by the first optical sensor interface of setting to detect ambient light illumination, it is real
Now control LED light mould group is switched automatically according to ambient light illumination, that is, controls the automatic switch between street lamp day and night；Street lamp
Automatic switch can also control LED light mould group and open by timer, when the time entering night, when entering daytime, control
LED light mould group is closed, but the alt time at daytime and night be with season, the factors such as longitude and latitude change on the spot, therefore,
Actual demand is more in line with by the switch that ambient light illumination controls LED light mould group.
4, the practical illuminance of street lamp is detected by the way that second the second optical sensor of optical sensor interface is arranged
And correct adjust LED light mould group brightness, avoid the problem that because external factor influence due to brightness is unsatisfactory for actual demand.
5, master controller is also according to first optical sensor ambient light illumination detected and the second optical sensor
Practical illuminance detected, is adjusted and photographic device, such as aperture, fast gate light exposure parameter, to passing vehicle and pedestrian
Preferably identified.
6, the brightness and colour temperature of LED light mould group are adjusted by obtaining meteorological data, are realized optimum bright under different weather
Degree and colour temperature, it is particularly important for the illumination under dense fog, rain and snow weather, it is possible to reduce the generation of accident.
7, the obliquity sensor of lamp stand upper end is set by the connection of obliquity sensor interface, realizes street lamp post inclination
Real-time detection notify work people in time when street lamp, which such as hits folding by vehicular traffic, maliciously damaged at the extraneous factors, to be caused to destroy
Member repairs.
Detailed description of the invention:
Fig. 1 is the single-lamp controller structural block diagram of the utility model.
Fig. 2 is the single-lamp controller of the utility model loaded on the structural schematic diagram on wisdom lamp stand.
Fig. 3 is power detection module circuit diagram in the single-lamp controller of the utility model.
Fig. 4 is light adjusting circuit 0-10V signal light adjusting circuit figure in the single-lamp controller of the utility model.
Fig. 5 is light adjusting circuit pwm signal light adjusting circuit figure in the single-lamp controller of the utility model.
Marked in the figure: 1- master controller, 2- video transmission interface, 3- light adjusting circuit, 31- high color temperature light adjusting circuit, 32- are low
Colour temperature light adjusting circuit, 33- dimming power source, 4- switching circuit, 5- the first optical sensor interface, the second optical sensor of 6- connect
Mouthful, 7- obliquity sensor interface.
Specific embodiment
As shown in Figs. 1-2, a kind of single-lamp controller having intelligent recognition, comprising: master controller 1, with the main control
The video transmission interface 2 and light adjusting circuit 3 that device 1 connects；
The video transmission interface 2 is for connecting the photographic device being arranged on lamp stand, and the camera shooting dress that will acquire
The lane of shooting and the video information transmission on pavement are set to the master controller 1；The master controller 1 is described based on the received
Video information generates vehicle flowrate and pedestrian's traffic statistics, and according to the vehicle flowrate and pedestrian's traffic statistics to described
Light adjusting circuit 3 sends corresponding control signal；The control Signal Regulation is connected to it based on the received for the light adjusting circuit 3
The brightness of LED light mould group.The utility model is obtained after video procession by obtaining the video in lane and pavement
Street lamp brightness is realized to vehicle flowrate and pedestrian's traffic statistics, and according to the vehicle flowrate and pedestrian's traffic statistics
Automatic adjustment.The video information describes by calculus of differences, time domain space conversion, gaussian filtering, profile and aspect ratio equity
Video procession operation, vehicle and pedestrian is separated from video, and video procession technology is the prior art,
Details are not described herein；By the video information after video procession, according to bus, car, car, lorry, rub
Motorcycle, battery truck, bicycle and the classification of pedestrian divide, count respectively each lane of motor vehicle, non-motor vehicle lane and
The vehicle and pedestrian flow on pavement, and control signal is sent to the light adjusting circuit 3 according to traffic statistics, and then adjust
The brightness of LED light mould group.
The single-lamp controller further includes the first optical sensor interface 5 connecting with the master controller 1 and switch electricity
Road 4；The first optical sensor interface 5 is for connecting the first optical sensor that lamp stand upper end is arranged in；The main control
Device 1 obtains the first optical sensor ambient light illumination detected by the first optical sensor interface 5, and passes through
Judge whether the ambient light illumination reaches setting illuminance, and sends switch control signal to the switching circuit 4；It is described to open
The switch control signal controls the opening and closing of LED light mould group connected to it based on the received on powered-down road 4, and then realizes
It controls LED light mould group to switch automatically according to ambient light illumination, that is, controls the automatic switch between street lamp day and night；Street lamp from
Dynamic switch can also control LED light mould group and open by timer, when the time entering night, when entering daytime, control
LED light mould group is closed, but the alt time at daytime and night be with season, the factors such as longitude and latitude change on the spot, therefore,
Actual demand is more in line with by the switch that ambient light illumination controls LED light mould group.
The single-lamp controller further includes the second optical sensor interface 6 connecting with the master controller 1；Described
Two optical sensor interfaces 6 are for connecting the second optical sensor that lamp stand lower end is arranged in；The master controller 1 passes through described
Second optical sensor interface 6 obtains second optical sensor practical illuminance detected, and by judging the reality
Whether border illuminance reaches setting demand illuminance, and sends illuminance thermal compensation signal to the light adjusting circuit 3；The light modulation electricity
The illuminance thermal compensation signal adjusts the brightness of LED light mould group connected to it based on the received on road 3.Pass through the reality to street lamp
Illuminance is detected and corrects the brightness for adjusting LED light mould group, avoids being unsatisfactory for practical need because external factor influences brightness
The problem of asking.On the other hand, the master controller 1 is also according to first optical sensor ambient light illumination detected and
Two optical sensors practical illuminance detected, adjusts the parameter of photographic device, such as aperture, fast gate light exposure parameter, with right
Passing vehicle and pedestrian is preferably identified.
The single-lamp controller further includes the dimming power source 33 connecting with the light adjusting circuit 3；The light adjusting circuit 3 is logical
The output power of the dimming power source 33 is overregulated, and adjusts the brightness of LED light mould group connected to it.
The single-lamp controller further includes the power detection module connecting with the master controller 1, as shown in figure 3, LED
Lamp mould group is serially connected in the current transformer end input terminal AC220-N and the end Lin, obtains micro-current by current transformer ZMPT103C
Signal obtains micro voltage signal by voltage transformer ZMPT107, and micro current signal and micro voltage signal is passed through
HLW8032 is transmitted to the master controller 1 after carrying out internal enhanced processing；And using using ceramic gas in power detection module
Body discharge tube TVS, high pressure 100A/1200V are connected to the earth and carry out lightning protection, while by varistor 14D561, carrying out voltage wave
Gush protection；The power detection module is used to detect the input power of the LED light mould group, and the input power is sent to
The master controller 1；The master controller 1 input power based on the received sends power compensation to the light adjusting circuit 3
Control signal；The output of the light adjusting circuit 3 dimming power source 33 described in power compensation control Signal Regulation based on the received
Power.
The light adjusting circuit 3 includes high color temperature light adjusting circuit 31 and low color temperature light adjusting circuit 31；The dimming power source 33 wraps
Include high color temperature dimming power source 33 and low color temperature dimming power source 33；33 phase of the high color temperature light adjusting circuit 31 and high color temperature dimming power source
Connection, the low color temperature light adjusting circuit 31 are connected with low color temperature dimming power source 33；The high color temperature light adjusting circuit 31 is used for root
According to the control signal of the received master controller 1, adjust the output power of the high color temperature dimming power source 33, so adjust with
The brightness for the high color temperature lamp mould group in LED light mould group that the light adjusting circuit 3 connects；The low color temperature light adjusting circuit 31 is used for root
According to the control signal of the received master controller 1, adjust the output power of the low color temperature dimming power source 33, so adjust with
The brightness for the low color temperature lamp mould group in LED light mould group that the light adjusting circuit 3 connects；The high color temperature lamp mould group and low color temperature lamp
The different luminance mix of mould group are at different-colour；By adjusting the brightness of the high color temperature lamp mould group and low color temperature lamp mould group, into
And the colour temperature of LED light mould group is adjusted, the brightness of LED light mould group and colour temperature is adjusted in realization.
0-10V voltage signal light adjusting circuit 3 as shown in Figure 4 can be used in the light adjusting circuit 3, by the master controller 1
DA signal is exported, DA signal is 0-3.3V voltage signal, becomes 0-10V signal, second level fortune by 3 times of first order amplifier amplifications
It puts as buffer stage, improves output carrying load ability, pass through the output power for adjusting 0-10V Signal Regulation dimming power source 33；Or it adopts
With PWM light adjusting circuit as shown in Figure 5, pwm signal is generated by the master controller 1, pwm signal is isolated through optocoupler PC817, is led to
Cross the PWMO signal that external DC12V power supply obtains 12V plus pull-up resistor R15.PWM signal frequency is adjustable, original frequency positioning
1KHz adjusts the output power of dimming power source 33 by adjusting duty ratio.The concrete application mode of the light adjusting circuit 3 can basis
The output signal selection of the master controller 1 of connection.
The single-lamp controller further includes the communication module connecting with the master controller 1；The communication module is used for will
The master controller 1 is connected to Centralized Controller.The video information transmission that the master controller 1 will acquire is to the concentration
Controller；The Centralized Controller generates section vehicle flowrate and pedestrian's flow according to the video information of multiple street lamps of acquisition
Statistical data, and sent and controlled to the light adjusting circuit 3 of each street lamp according to the vehicle flowrate and pedestrian's traffic statistics
Signal；The light adjusting circuit 3 brightness for controlling the Signal Regulation LED light mould group connected to it based on the received.It is logical
It crosses Centralized Controller and statistics progress section control is carried out to the vehicle flowrate and pedestrian's flow in section, compare and pass through single master controller
The single statistics of 1 pair of single lamp is controlled more accurate.Further, the Centralized Controller is sent to the light adjusting circuit 3
The control priority class of traffic is higher than the control signal that the master controller 1 is sent to the light adjusting circuit 3；Pass through distributed AC servo system
Mode, in Centralized Controller failure, the master controller 1 can independently be controlled the light adjusting circuit 3, avoid concentrating
When controller damage or suspension, all street lamps while out of hand, upset section illuminating effect in section are directly resulted in, or even disturb
Random traffic and cause serious accident.
The master controller 1 is also used to obtain gas transmitted by the Centralized Controller connecting with it by the communication module
Image data, and corresponding control signal is sent to the light adjusting circuit 3 according to the meteorological data of acquisition；The light adjusting circuit
3 output powers for controlling dimming power source 33 described in Signal Regulation, and then adjusting LED light mould connected to it based on the received
The brightness and colour temperature of group.The Centralized Controller passes through network connection to monitoring server；The meteorological data is taken by monitoring
Device be engaged in by the access meteorology website WEB or the acquisition of the website traffic police WEB, and is transmitted to each Centralized Controller；The concentration
The meteorological data that controller will acquire is sent to each master controller 1 connecting with the Centralized Controller.Pass through
Brightness and colour temperature that meteorological data adjusts LED light mould group are obtained, optimum brightness and colour temperature under different weather are realized, for big
Illumination under mist, rain and snow weather is particularly important, it is possible to reduce the generation of accident.
The single-lamp controller further includes the inclination sensor interface connecting with the master controller 1；The inclination sensing
Device interface is for connecting the obliquity sensor that lamp stand upper end is arranged in, and the lamp stand for the obliquity sensor detection that will acquire inclines
Gradient is transmitted to the master controller 1；The master controller 1 is by judging whether the received lamp stand gradient reaches setting
Gradient threshold value, and by the Centralized Controller connected to it, inclination alarm signal is sent to monitoring server.The prison
The inclination alarm signal can be passed through wireless network remote transmission to mobile terminal, to notify work people in time by controlling server also
Member repairs, and realizes the inclined real-time detection of street lamp post, the external worlds such as hits folding by vehicular traffic, maliciously damaged in street lamp
When factor causes to destroy, staff is notified to repair in time.
Claims (10)
1. a kind of single-lamp controller for having intelligent recognition characterized by comprising master controller connects with the master controller
The video transmission interface and light adjusting circuit connect；
The video transmission interface is for connecting the photographic device being arranged on lamp stand, and the photographic device shooting that will acquire
Lane and pavement video information transmission to the master controller；The master controller video information based on the received
Generate vehicle flowrate and pedestrian's traffic statistics, and according to the vehicle flowrate and pedestrian's traffic statistics to the light adjusting circuit
Send corresponding control signal；The light adjusting circuit control Signal Regulation LED light mould group connected to it based on the received
Brightness.
2. single-lamp controller according to claim 1, which is characterized in that further include first connect with the master controller
Optical sensor interface and switching circuit；The first optical sensor interface is for connecting the first light that lamp stand upper end is arranged in
According to sensor；The master controller is detected by the first optical sensor interface acquisition first optical sensor
Ambient light illumination, and by judging whether the ambient light illumination reaches setting illuminance, and opened to switching circuit transmission
Close control signal；The switch control signal controls opening for LED light mould group connected to it to the switching circuit based on the received
It opens and closes.
3. single-lamp controller according to claim 1, which is characterized in that further include second connect with the master controller
Optical sensor interface；The second optical sensor interface is for connecting the second optical sensor that lamp stand lower end is arranged in；
The master controller obtains the second optical sensor practical illumination detected by the second optical sensor interface
Degree, and by judging whether the practical illuminance reaches setting demand illuminance, and illuminance is sent to the light adjusting circuit
Thermal compensation signal；The illuminance thermal compensation signal adjusts the bright of LED light mould group connected to it to the light adjusting circuit based on the received
Degree.
4. single-lamp controller according to claim 1-3, which is characterized in that further include connecting with the light adjusting circuit
The dimming power source connect；The light adjusting circuit adjusts LED light connected to it by adjusting the output power of the dimming power source
The brightness of mould group.
5. single-lamp controller according to claim 4, which is characterized in that further include the power being connect with the master controller
Detection module, the power detection module are used to detect the input power of the LED light mould group, and the input power is sent
To the master controller；The master controller input power based on the received sends power compensation to the light adjusting circuit
Control signal；The output work of light adjusting circuit dimming power source described in power compensation control Signal Regulation based on the received
Rate.
6. single-lamp controller according to claim 4, which is characterized in that the light adjusting circuit includes high color temperature light adjusting circuit
With low color temperature light adjusting circuit；The dimming power source includes high color temperature dimming power source and low color temperature dimming power source；The high color temperature tune
Optical circuit is connected with high color temperature dimming power source, and the low color temperature light adjusting circuit is connected with low color temperature dimming power source；The height
Control signal of the colour temperature light adjusting circuit for the master controller based on the received, adjusts the output of the high color temperature dimming power source
Power, and then adjust the brightness of the high color temperature lamp mould group in the LED light mould group connecting with the light adjusting circuit；The low color temperature tune
Control signal of the optical circuit for the master controller based on the received, adjusts the output power of the low color temperature dimming power source,
The brightness of the low color temperature lamp mould group in the LED light mould group connecting with the light adjusting circuit is adjusted in turn；The high color temperature lamp mould group
Different luminance mix with low color temperature lamp mould group are at different-colour；By adjusting the high color temperature lamp mould group and low color temperature lamp mould group
Brightness, and then adjust LED light mould group colour temperature.
7. single-lamp controller according to claim 6, which is characterized in that the light adjusting circuit uses 0-10V voltage signal
Light adjusting circuit or PWM light adjusting circuit.
8. single-lamp controller according to claim 6, which is characterized in that further include the communication being connect with the master controller
Module；The communication module is used to the master controller being connected to Centralized Controller.
9. single-lamp controller according to claim 8, which is characterized in that the master controller is also used to obtain to be passed through with it
Meteorological data transmitted by the Centralized Controller of communication module connection, and according to the meteorological data of acquisition to the tune
Optical circuit sends corresponding control signal；Light adjusting circuit dimming power source described in the control Signal Regulation based on the received
Output power, and then adjust the brightness and colour temperature of LED light mould group connected to it.
10. single-lamp controller according to claim 8, which is characterized in that further include inclining with what the master controller was connect
Oblique sensor interface；The inclination sensor interface is used to connect the obliquity sensor that lamp stand upper end is arranged in, and will acquire
The lamp stand gradient of the obliquity sensor detection is transmitted to the master controller；The master controller is by judging received institute
State whether lamp stand gradient reaches setting gradient threshold value, and by the Centralized Controller connected to it, to monitoring service
Device sends inclination alarm signal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820858719.2U CN208190977U (en) | 2018-06-04 | 2018-06-04 | A kind of single-lamp controller having intelligent recognition |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820858719.2U CN208190977U (en) | 2018-06-04 | 2018-06-04 | A kind of single-lamp controller having intelligent recognition |
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| CN208190977U true CN208190977U (en) | 2018-12-04 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109890099A (en) * | 2019-01-10 | 2019-06-14 | 咏铨洁能科技有限公司 | Illuminator control system |
| CN113365400A (en) * | 2021-05-31 | 2021-09-07 | 中建二局土木工程集团有限公司 | Multi-period street lamp control system based on artificial intelligence and video analysis |
| CN115942564A (en) * | 2023-03-15 | 2023-04-07 | 广东中诚科技有限公司 | Municipal street lamp brightness control method and device, electronic equipment and storage medium |
-
2018
- 2018-06-04 CN CN201820858719.2U patent/CN208190977U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109890099A (en) * | 2019-01-10 | 2019-06-14 | 咏铨洁能科技有限公司 | Illuminator control system |
| CN113365400A (en) * | 2021-05-31 | 2021-09-07 | 中建二局土木工程集团有限公司 | Multi-period street lamp control system based on artificial intelligence and video analysis |
| CN113365400B (en) * | 2021-05-31 | 2022-05-31 | 中建二局土木工程集团有限公司 | Multi-period street lamp control system based on artificial intelligence and video analysis |
| CN115942564A (en) * | 2023-03-15 | 2023-04-07 | 广东中诚科技有限公司 | Municipal street lamp brightness control method and device, electronic equipment and storage medium |
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| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20190123 Address after: 610046 No. 360, Wukexi Five Road, Chengdu City, Sichuan Province Patentee after: Sichuan can bo Investment Limited smart lighting Address before: 610046 Wuhou District Wuhou new town administrative committee, Wuxi City, Chengdu, Sichuan, 6 6 units of wukexi five road 360 units 1, 2, 3, 4, 5, 6, and 6 floor. Patentee before: Sichuan able photoelectric Co Ltd |
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| CP01 | Change in the name or title of a patent holder | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 610046 No. 360, Wukexi Five Road, Chengdu City, Sichuan Province Patentee after: Sichuan energy investment intelligent photoelectric Co., Ltd Address before: 610046 No. 360, Wukexi Five Road, Chengdu City, Sichuan Province Patentee before: SICHUAN NENGTOU BOZHONG WISDOM LIGHTING INVESTMENT Co.,Ltd. |