CN205378274U - Lamps and lanterns controlling means with intelligence low power consumption - Google Patents
Lamps and lanterns controlling means with intelligence low power consumption Download PDFInfo
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- CN205378274U CN205378274U CN201620016356.9U CN201620016356U CN205378274U CN 205378274 U CN205378274 U CN 205378274U CN 201620016356 U CN201620016356 U CN 201620016356U CN 205378274 U CN205378274 U CN 205378274U
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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
- Y02B20/30—Semiconductor lamps, e.g. solid state lamps [SSL] light emitting diodes [LED] or organic LED [OLED]
Abstract
The utility model provides a lamps and lanterns controlling means with intelligence low power consumption, includes LED lamps and lanterns and LED power, still including the motion detector that is used for surveying regional whether someone or object motion of LED lamps and lanterns place, be used for controlling the CPU of LED lamps and lanterns high power operation highlight illumination or the illumination of low -power operation low -light level and meet and receive total switch of its control with time control switch, time and photoswitch or hand switch, the motion detector is connected with CPU is electric, CPU is connected with LED lamps and lanterns electricity through total switch, LED power. Still including timing delay controller, this delay controller is connected with the CPU electricity. The motion detector is infrared inductive probe, microwave detection ware and/or image control detector. The LED lamps and lanterns include the first LED of group lamps and lanterns and the second LED of group lamps and lanterns. The utility model has the characteristics of simple structure is reasonable, environmental protection and energy saving.
Description
Technical field
This utility model relates to a kind of lamp control device with intelligent power saving pattern.
Background technology
In general, before 12 o'clock at night of big city, before 10 clocks at night of small and medium-sized cities, owing to going out, administrative staff is more and avenue and public place brightening demand, if public place LED lamp controls LED highlight illumination only with motor message or image identification signal, low-light level illumination is changed or opens, turn off the light, although can saves energy, but for the movable public territory that personnel are more, such as shopping mall, building, personnel activity, the public places such as square seem again that brightness of illumination is not enough the frequent period, but after at 10-12 o'clock in the evening, until daybreak, the personnel of these regional activities are less, if this time period LED high power operation, highlight illumination wastes again electric energy in vain.Intelligent power saving scheme a kind of with low cost, that reliability is high is realized for this this patent, namely during darkness to 10～12 o'clock, LED high power operation, highlight illumination；During 10-12 o'clock to daybreak, when movable in nobody or object LED search coverage, LED lamp low power run low-light level illuminates.There are personnel activity, LED lamp high power operation, highlight illumination when having in people or object detection region, so both can ensure that people went on a journey and movable illumination, again can saves energy.
Chinese patent literature CN203788504U disclosed a kind of solar energy drive circuit with an automatic light meter on 08 20th, 2014, mainly it is made up of current rectifying and wave filtering circuit, drive circuit and output circuit, while current rectifying and wave filtering circuit is connected with drive circuit, it is connected with timing IC power supply circuits, timing IC power supply circuits are connected with drive circuit and current detection circuit respectively through conversion power circuit automatically, and output circuit is connected with current detection circuit.Current detection circuit includes total power current detection circuit and half-power current detection circuit.
Utility model content
The purpose of this utility model aims to provide the lamp control device with intelligent power saving pattern of a kind of simple and reasonable, environmental protection and energy saving, to overcome weak point of the prior art.
By a kind of lamp control device with intelligent power saving pattern that this purpose designs, including LED lamp and LED power, the motion detector that it is characterized in that also including whether having people or object of which movement for detecting LED lamp region, for the CPU controlling LED lamp high power operation highlight illumination or low power run low-light level illumination and the total power switch connecting with light-operated switch or hand switch with time control switch, time and being controlled, wherein, motion detector electrically connects with CPU；CPU is electrically connected with LED lamp by total power switch, LED power.
The described lamp control device with intelligent power saving pattern, also includes timing delay controller, and this delay controller electrically connects with CPU.
Described motion detector is more than one.
Described motion detector is infrared induction detector, microwave detector and/or image control detector.
Described LED lamp includes first group of LED lamp and second group of LED lamp, and described LED power is common LED power supply, and CPU is electrically connected with first group of LED lamp and second group of LED lamp respectively by total power switch, common LED power supply；Wherein, the power of first group of LED lamp and second group of LED lamp is identical or different；
Or, described LED power is common LED power supply, and CPU is by common LED power supply and first group of LED lamp or second group of LED lamp electrical connection, and total power switch is by common LED power supply and first group of LED lamp or second group of LED lamp electrical connection；Wherein, the power of first group of LED lamp and second group of LED lamp is identical or different；
Or, described LED power is frequency conversion LED power, and CPU is electrically connected with LED lamp by total power switch, frequency conversion LED power.
The lamp control device of described time opening intelligent power saving pattern, also includes Network Interface Module, carries out communication by Network Interface Module with central control system with the CPU performing the control instruction that central control system sends be connected for receiving.
The operational approach of a kind of lamp control device with intelligent power saving pattern, is characterized in that when having arrived lighting time, opens total power switch by time control switch, time and light-operated switch or hand switch,
When described LED power is common LED power supply, CPU exports control signal of turning on light and controls first group of LED lamp or second group of LED lamp unlatching, and low power run low-light level illuminates；CPU exports illumination highlights control signal and controls first group of LED lamp and second group of LED lamp unlatching, high power operation highlight illumination；
Or, when described LED power is common LED power supply, CPU exports control signal of turning on light and controls first group of LED lamp or second group of LED lamp unlatching, and low power run low-light level illuminates；CPU exports illumination highlights control signal and controls second group of LED lamp or first group of LED lamp unlatching, high power operation highlight illumination；
When described LED power is frequency conversion LED power, CPU exports control signal of turning on light and controls LED lamp unlatching, and low power run low-light level illuminates；CPU exports illumination highlights control signal and controls LED lamp unlatching, high power operation highlight illumination；
User sets time of countdown time delay or CPU receives the control instruction that central control system sends, and this control instruction is delays time to control instruction；This delays time to control instruction is for specifying the time of a countdown time delay；
CPU performs time or the CPU execution delays time to control instruction of countdown time delay, performs the time of countdown time delay by timing delay controller or performs delays time to control instruction；
Before the time of countdown time delay terminates or delays time to control instruction be performed complete before, CPU exports illumination highlights control signal, LED lamp high power operation highlight illumination；
After the time of countdown time delay terminates or after delays time to control instruction is performed, CPU output is turned on light control signal, and LED lamp enters low power run low-light level illumination, and this is intelligent power saving pattern；
After entering intelligent power saving pattern, when motion detector detects and has people or object of which movement in LED lamp region, CPU exports illumination highlights control signal, LED lamp high power operation highlight illumination；Then CPU performs acquiescence time of time delay of presetting or CPU receives time of the acquiescence time delay that the control instruction that central control system sends confirms, and this control instruction is acquiescence delays time to control instruction；And the time of acquiescence time delay is performed by timing delay controller；After the time of acquiescence time delay terminates, then checking clock, being less than the time of turning off the light continues to circulation, enters intelligent power saving pattern, just directly turns off the light to the time of turning off the light.
When motion detector detects the people of LED lamp region or object leaves or people in LED lamp region or object remain static, then checking clock, being less than the time of turning off the light is put into intelligent power saving pattern, just directly turns off the light to the time of turning off the light.
Giving tacit consent to the time of time delay the term of execution, LED lamp high power operation illumination highlights；After the time of acquiescence time delay is finished, it is again introduced into intelligent power saving pattern；
When to turning off the light the time, closing total power switch by time control switch, time and light-operated switch or hand switch,
CPU closes illumination highlights control signal and/or control signal of turning on light, and turns off the light.
The power of described low power run low-light level illumination is high power operation, the 20～70% of the power of highlight illumination；Described user set the time range of countdown time delay as 1～6 hour.
The operational approach of a kind of lamp control device with intelligent power saving pattern, is characterized in that comprising the following steps:
Step one, clock runs；
Step 2, it may be judged whether arrived lighting time: when not arriving lighting time, enters step one；When having arrived lighting time, enter step 3；
Step 3, opens total power switch by time control switch, time and light-operated switch or hand switch, and now, CPU exports highlighted control signal, opens LED lamp, high power operation illumination highlights；
Step 4, it is judged that whether user sets time of countdown time delay or CPU receives the delays time to control instruction that central control system sends: when user does not set or CPU does not receive the delays time to control instruction that central control system sends, enter step 7；When user has setting or CPU to receive the control instruction that central control system sends, enter step 5；
Step 5, the time of CPU execution countdown time delay or CPU are sent delays time to control instruction and are performed the time of countdown time delay by timing delay controller；
Step 6, it is judged that whether the time of countdown time delay terminates or whether CPU receives the control instruction entering intelligent mode that central control system transmission comes:
When judged result is terminate or when CPU receives the control instruction entering intelligent mode that central control system transmission comes, enter step 7,
When judged result is do not terminate or when CPU does not receive the control instruction entering intelligent mode that central control system transmission comes, enter step 5；
Step 7, enters intelligent power saving pattern, and CPU exports control signal of turning on light, the low bright illumination of light fixture low power run；
Step 8, detects and judges whether to have in light fixture search coverage people or object of which movement:
As nobody or object of which movement, then check clock, it may be judged whether to turning off the light the time: when to turning off the light the time, entering step 12, when not arriving the time of turning off the light, enter step 7；
When having people or object of which movement, enter step 9；
Step 9, CPU exports illumination highlights control signal, LED lamp high power operation highlight illumination, and CPU performs acquiescence time delay, in during acquiescence time delay, LED lamp high power operation highlight illumination；After terminating during acquiescence time delay, enter step 10,
CPU performs acquiescence time of time delay of presetting or CPU receives time of the acquiescence time delay that the control instruction that central control system sends confirms, and this control instruction is acquiescence delays time to control instruction；And the time of acquiescence time delay is performed by timing delay controller；The time of acquiescence time delay is 10～120 seconds；
Step 10, checks clock；
Step 11, it may be judged whether to turning off the light the time, to turning off the light the time, enters step 12；Do not arrive the time of turning off the light, enter step 7；
Step 12, CPU closes turn on light control signal and/or highlighted control signal, turns off the light；
And/or,
Open total power switch by time control switch, time and light-operated switch or hand switch, turn off the light.
Described user set the time range of countdown time delay as 1～6 hour.
In in this utility model whether have the motion detector of people or object of which movement for detecting LED lamp region, for the CPU controlling LED lamp high power operation highlight illumination or low power run low-light level illumination and the total power switch connecting with light-operated switch or hand switch with time control switch, time and being controlled, wherein, motion detector electrically connects with CPU；CPU is electrically connected with LED lamp by total power switch, LED power.When having arrived lighting time, opening total power switch by time control switch, time and light-operated switch or hand switch, CPU exports illumination highlights control signal control LED lamp and turns on light, high power operation illumination highlights；Meanwhile, CPU performs time or the CPU execution delays time to control instruction of countdown time delay, is performed the time of countdown time delay by timing delay controller；Before the time of countdown time delay terminates, CPU exports illumination highlights control signal, LED lamp high power operation, highlight illumination；After the time of countdown time delay terminates, CPU exports control signal of turning on light, and LED lamp enters low-light level illumination, and this is intelligent power saving pattern；When to turning off the light the time, CPU stops output illumination highlights control signal and/or control signal of turning on light, and turns off the light；Or, turn off main power by the total power switch connected with light-operated switch or hand switch with time control switch, time and be controlled, turn off the light.
After entering intelligent power saving pattern, when motion detector detects and has people or object of which movement in LED lamp region, CPU exports illumination highlights control signal, LED lamp high power operation, LED lamp highlight illumination；When motion detector detects the people of LED lamp region or object leaves or people in LED lamp region or object remain static, check clock, then CPU performs time of countdown time delay or CPU is sent delays time to control instruction and performed the time of countdown time delay by timing delay controller, before the time of countdown time delay terminates, CPU exports illumination highlights control signal, LED lamp high power operation, highlight illumination；After the time of countdown time delay terminates, CPU exports control signal of turning on light, LED lamp, enters low power run low-light level illumination.Then, the technical scheme provided by this utility model is not only able to ensure to go out the illumination needs of people and/object, and can greatly reduce energy consumption, environmental protection and energy saving.
In sum, this utility model has feature simple and reasonable, environmental protection and energy saving.
Accompanying drawing explanation
Fig. 1 is the operational flowchart of this utility model one embodiment.
Fig. 2 is circuit connection diagram of the present utility model.
Detailed description of the invention
Below in conjunction with drawings and Examples, this utility model is further described.
Referring to Fig. 1-Fig. 2, originally there is the lamp control device of intelligent power saving pattern, including LED lamp and LED power, the motion detector that it is characterized in that also including whether having people or object of which movement for detecting LED lamp region, for the CPU controlling LED lamp high power operation highlight illumination or low power run low-light level illumination and the total power switch connecting with light-operated switch or hand switch with time control switch, time and being controlled, wherein, motion detector electrically connects with CPU；CPU is electrically connected with LED lamp by total power switch, LED power.
In the present embodiment, also including timing delay controller, this delay controller electrically connects with CPU.
Described motion detector is more than one.
Described CPU can connect 1～4 motion detection module, as long as one of them motion detector is detected with people or object of which movement in its investigative range, then CPU opens illumination highlights control signal, LED lamp high power operation highlight illumination.CPU controls LED lamp time delay highlight illumination, and after time delay terminates, CPU exports control signal of turning on light, and LED lamp transfers low power run to, and low-light level illuminates.Time delay can set the time of countdown time delay for user, it is also possible to for the time of the acquiescence time delay that this product provides.
When the need for environment of LED lamp region, motion detector could be arranged to one to four, then, the movement detection signal collected by corresponding motion detector also has one to four, movement detection signal 1 in Fig. 2, movement detection signal 2, movement detection signal 3 and movement detection signal 4.
Described motion detector is infrared induction detector, microwave detector and/or image control detector.
Described LED lamp includes first group of LED lamp and second group of LED lamp, and described LED power is common LED power supply, and CPU is electrically connected with first group of LED lamp and second group of LED lamp respectively by total power switch, common LED power supply；Wherein, the power of first group of LED lamp and second group of LED lamp is identical or different；
Or, described LED power is common LED power supply, and CPU is by common LED power supply and first group of LED lamp or second group of LED lamp electrical connection, and total power switch is by common LED power supply and first group of LED lamp or second group of LED lamp electrical connection；Wherein, the power of first group of LED lamp and second group of LED lamp is identical or different；
Or, described LED power is frequency conversion LED power, and CPU is electrically connected with LED lamp by total power switch, frequency conversion LED power.
The lamp control device with intelligent power saving pattern also includes Network Interface Module, carries out communication by Network Interface Module with central control system with the CPU performing the control instruction that central control system sends be connected for receiving.
The operational approach of a kind of lamp control device with intelligent power saving pattern, is characterized in that when having arrived lighting time, opens total power switch by time control switch, time and light-operated switch or hand switch,
When described LED power is common LED power supply, CPU exports control signal of turning on light and controls first group of LED lamp or second group of LED lamp unlatching, and low power run low-light level illuminates；CPU exports illumination highlights control signal and controls first group of LED lamp and second group of LED lamp unlatching, high power operation highlight illumination；
Or, when described LED power is common LED power supply, CPU exports control signal of turning on light and controls first group of LED lamp or second group of LED lamp unlatching, and low power run low-light level illuminates；CPU exports illumination highlights control signal and controls second group of LED lamp or first group of LED lamp unlatching, high power operation highlight illumination；
When described LED power is frequency conversion LED power, CPU exports control signal of turning on light and controls LED lamp unlatching, and low power run low-light level illuminates；CPU exports illumination highlights control signal and controls LED lamp unlatching, high power operation highlight illumination；
User sets time of countdown time delay or CPU receives the control instruction that central control system sends, and this control instruction is delays time to control instruction；This delays time to control instruction is for specifying the time of a countdown time delay；
CPU performs time or the CPU execution delays time to control instruction of countdown time delay, performs the time of countdown time delay by timing delay controller or performs delays time to control instruction；
Before the time of countdown time delay terminates or delays time to control instruction be performed complete before, CPU exports illumination highlights control signal, LED lamp high power operation highlight illumination；
After the time of countdown time delay terminates or after delays time to control instruction is performed, CPU output is turned on light control signal, and LED lamp enters low power run low-light level illumination, and this is intelligent power saving pattern；
After entering intelligent power saving pattern, when motion detector detects and has people or object of which movement in LED lamp region, CPU exports illumination highlights control signal, LED lamp high power operation highlight illumination；
Giving tacit consent to the time of time delay the term of execution, LED lamp high power operation illumination highlights；After the time of acquiescence time delay is finished, it is again introduced into intelligent power saving pattern；
When motion detector detects the people of LED lamp region or object leaves or people in LED lamp region or object remain static, then checking clock, being less than the time of turning off the light is put into intelligent power saving pattern, just directly turns off the light to the time of turning off the light；
CPU performs acquiescence time of time delay of presetting or CPU receives time of the acquiescence time delay that the control instruction that central control system sends confirms, and this control instruction is acquiescence delays time to control instruction；And the time of acquiescence time delay is performed by timing delay controller；
When to turning off the light the time, closing total power switch by time control switch, time and light-operated switch or hand switch,
CPU closes illumination highlights control signal and/or control signal of turning on light, and turns off the light.
The operational approach of the lamp control device with intelligent power saving pattern according to claim 7, is characterized in that the power that described low power run low-light level illuminates is high power operation, the 20～70% of the power of highlight illumination；Described user set the time range of countdown time delay as 1～6 hour.
The operational approach of a kind of lamp control device with intelligent power saving pattern, is characterized in that comprising the following steps:
Step one, clock runs；
Step 2, it may be judged whether arrived lighting time: when not arriving lighting time, enters step one；When having arrived lighting time, enter step 3；
Step 3, opens total power switch by time control switch, time and light-operated switch or hand switch, and now, CPU exports highlighted control signal, opens LED lamp, high power operation illumination highlights；
Step 4, it is judged that whether user sets time of countdown time delay or CPU receives the delays time to control instruction that central control system sends: when user does not set or CPU does not receive the delays time to control instruction that central control system sends, enter step 7；When user has setting or CPU to receive the control instruction that central control system sends, enter step 5；
Step 5, the time of CPU execution countdown time delay or CPU are sent delays time to control instruction and are performed the time of countdown time delay by timing delay controller；
Step 6, it is judged that whether the time of countdown time delay terminates or whether CPU receives the control instruction entering intelligent mode that central control system transmission comes:
When judged result is terminate or when CPU receives the control instruction entering intelligent mode that central control system transmission comes, enter step 7,
When judged result is do not terminate or when CPU does not receive the control instruction entering intelligent mode that central control system transmission comes, enter step 5；
Step 7, enters intelligent power saving pattern, and CPU exports control signal of turning on light, the low bright illumination of light fixture low power run；
Step 8, detects and judges whether to have in light fixture search coverage people or object of which movement:
As nobody or object of which movement, then check clock, it may be judged whether to turning off the light the time: when to turning off the light the time, entering step 12, when not arriving the time of turning off the light, enter step 7；
When having people or object of which movement, enter step 9；
Step 9, CPU exports illumination highlights control signal, LED lamp high power operation highlight illumination, and CPU performs acquiescence time delay, in during acquiescence time delay, LED lamp high power operation highlight illumination；After terminating during acquiescence time delay, enter step 10,
CPU performs acquiescence time of time delay of presetting or CPU receives time of the acquiescence time delay that the control instruction that central control system sends confirms, and this control instruction is acquiescence delays time to control instruction；And the time of acquiescence time delay is performed by timing delay controller；The time of acquiescence time delay is 10～120 seconds；
Step 10, checks clock；
Step 11, it may be judged whether to turning off the light the time, to turning off the light the time, enters step 12；Do not arrive the time of turning off the light, enter step 7；
Step 12, CPU closes turn on light control signal and/or highlighted control signal, turns off the light；
And/or,
Open total power switch by time control switch, time and light-operated switch or hand switch, turn off the light.
Described user set the time range of countdown time delay as 1～6 hour.
In the present embodiment, the time of acquiescence time delay and user manually set the time of countdown time delay, are differ.The time of acquiescence time delay, it is to prevent instantaneous strong light, causes that CPU turns off the light, after CPU time delay 10～120 seconds, it is ensured that ambient light illumination is strictly greater than or equal to closing lamp illuminance threshold value, and CPU turns off the light.So-called instantaneous strong light, it may be possible to the luminescence of fireworks and firecrackers, it is also possible to luminescence of car light passed by etc..
Preset the time of acquiescence time delay it is also an advantage that be in that: help the walking people in LED lamp region or object, it is prevented that illuminated not because this people or object were taken action slow.
Referring to Fig. 2, in the present embodiment, toggle switch SW, resistance R31 and resistance R32 form timing setting peripheral circuit, and toggle switch SW, electronics R30, electronics R31 can set that timing 4 groups different.Such as: 00,01,10,11 four group, corresponding 1 hour, 2 hours, 3 hours and 4 hours of difference.
The PA0 foot of CPU, PA1 foot, PA2 foot, PB0 foot, PB1 foot receive the movement detection signal that detector of doing exercises sends respectively: movement detection signal 1, movement detection signal 2, movement detection signal 3, movement detection signal 4 and movement detection signal 5.
The PB2 foot of CPU receives, by Network Interface Module, the instruction that central control system sends.
After the time of the time or acquiescence time delay that set countdown time delay terminates, CPU exports control signal of turning on light, LED lamp low power run low-light level illuminates, only during motion detector ejecting motion detectable signal, CPU exports illumination highlights control signal, after time delay, CPU exports control signal of turning on light, LED lamp transfers low-light level illumination to, so both ensures that people went on a journey safely, again saves energy.
Of the present utility model ultimate principle and principal character and of the present utility model advantage have more than been shown and described.Skilled person will appreciate that of the industry; this utility model is not restricted to the described embodiments; described in above-described embodiment and description is that principle of the present utility model is described; under the premise without departing from this utility model spirit and scope; this utility model also has various changes and modifications, and these changes and improvements both fall within the scope of claimed this utility model.This utility model claims scope and is defined by appending claims and equivalent thereof.
Claims (6)
1. a lamp control device with intelligent power saving pattern, including LED lamp and LED power, the motion detector that it is characterized in that also including whether having people or object of which movement for detecting LED lamp region, for the CPU controlling LED lamp high power operation highlight illumination or low power run low-light level illumination and the total power switch connecting with light-operated switch or hand switch with time control switch, time and being controlled, wherein, motion detector electrically connects with CPU；CPU is electrically connected with LED lamp by total power switch, LED power.
2. the lamp control device with intelligent power saving pattern according to claim 1, is characterized in that also including timing delay controller, and this delay controller electrically connects with CPU.
3. the lamp control device with intelligent power saving pattern according to claim 1, is characterized in that described motion detector is more than one.
4. the lamp control device with intelligent power saving pattern according to claim 1, is characterized in that described motion detector is infrared induction detector, microwave detector and/or image control detector.
5. the lamp control device with intelligent power saving pattern according to claim 1, it is characterized in that described LED lamp includes first group of LED lamp and second group of LED lamp, described LED power is common LED power supply, and CPU is electrically connected with first group of LED lamp and second group of LED lamp respectively by total power switch, common LED power supply；Wherein, the power of first group of LED lamp and second group of LED lamp is identical or different；
Or, described LED power is common LED power supply, and CPU is by common LED power supply and first group of LED lamp or second group of LED lamp electrical connection, and total power switch is by common LED power supply and first group of LED lamp or second group of LED lamp electrical connection；Wherein, the power of first group of LED lamp and second group of LED lamp is identical or different；
Or, described LED power is frequency conversion LED power, and CPU is electrically connected with LED lamp by total power switch, frequency conversion LED power.
6. according to the arbitrary described lamp control device with intelligent power saving pattern of claim 1 to 5, it is characterized in that also including Network Interface Module, carry out communication by Network Interface Module with central control system with the CPU performing the control instruction that central control system sends be connected for receiving.
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| CN201620016356.9U CN205378274U (en) | 2016-01-06 | 2016-01-06 | Lamps and lanterns controlling means with intelligence low power consumption |
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| CN201620016356.9U CN205378274U (en) | 2016-01-06 | 2016-01-06 | Lamps and lanterns controlling means with intelligence low power consumption |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105530722A (en) * | 2016-01-06 | 2016-04-27 | 刘胜泉 | Lamp control device with intelligent energy-saving mode and operation method for lamp control device |
| CN107072015A (en) * | 2017-06-07 | 2017-08-18 | 刘胜泉 | A kind of multichannel sensing intelligent controller for road lamp |
-
2016
- 2016-01-06 CN CN201620016356.9U patent/CN205378274U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105530722A (en) * | 2016-01-06 | 2016-04-27 | 刘胜泉 | Lamp control device with intelligent energy-saving mode and operation method for lamp control device |
| CN107072015A (en) * | 2017-06-07 | 2017-08-18 | 刘胜泉 | A kind of multichannel sensing intelligent controller for road lamp |
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