CN104684214B - A kind of ship green illumination intelligent control method - Google Patents
A kind of ship green illumination intelligent control method Download PDFInfo
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- CN104684214B CN104684214B CN201510062959.2A CN201510062959A CN104684214B CN 104684214 B CN104684214 B CN 104684214B CN 201510062959 A CN201510062959 A CN 201510062959A CN 104684214 B CN104684214 B CN 104684214B
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- 238000005286 illumination Methods 0.000 title claims abstract description 140
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- 238000012544 monitoring process Methods 0.000 claims abstract description 161
- 230000005540 biological transmission Effects 0.000 claims abstract description 9
- 238000004458 analytical method Methods 0.000 claims description 35
- 238000004134 energy conservation Methods 0.000 claims description 6
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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 present invention discloses a kind of ship green illumination intelligent control method, and its control method includes：Step 1：Illumination monitoring unit, infrared monitoring unit are belowdecks set, light monitoring unit is set outside cabin, intelligent control unit is set in Surveillance center；Step 2：Illumination monitoring unit, infrared monitoring unit and the timing of light monitoring unit send the data of its storage to intelligent control unit；Step 3：Intelligent control unit receives the indoor light intensive parameter of illumination monitoring unit transmission, is contrasted with preset value, determines a need for starting energy-saving lighting apparatus and be illuminated；The outdoor optical that intelligent control unit receives the transmission of light monitoring unit shines intensive parameter, and according to default range threshold, the switch and illumination of energy-saving lighting equipment are adjusted；Intelligent control unit receives the sensing result of infrared monitoring unit, if nobody, opening timing device, when reaching the default time, automatic closing chamber indoor lamp, if someone, is not operated.
Description
Technical field
The present invention relates to a kind of Lighting Control Assembly, more particularly to a kind of green illumination control method of ship and its control
System.
Background technology
Current ship's service lighting system is generally single control, lacks large-scale Integrated intelligent control device.And ship shines
Bright lamp tool species is various, and function distinguishing is larger, it is impossible to be adjusted according to specific use requirement.Simultaneously because lacking effective
Intelligent control, the pipeline arrangement of ship's service lighting system is complicated, and integrated control is difficult.It can not accomplish that effective and environmental information is same
Step, it is impossible to adjust illuminating effect according to environmental demand, consumes unnecessary electric energy.
Meanwhile, in existing ship's service lighting system, in illuminating indoors to use incandescent lamp, power consumption is big more, and in control
During, it is unfavorable for adjusting lighting effect, it is impossible to effectively adjust operating mode according to the illumination condition of environment, reduces the defeated of electric energy
Go out.
In addition, in existing ship's service lighting system, lacking and the energy-saving lighting equipment of full ship being monitored, it is impossible to adjust in real time
The working condition of whole illuminator.
The content of the invention
Therefore, for it is above-mentioned the problem of, the invention provides a kind of green illumination intelligence control system available for ship
And control method, designed using LED energy-saving illuminations, to reduce the output of electric energy, meanwhile, the energy-saving lighting equipment of full ship is carried out
Monitoring, and the working condition of illuminator can be adjusted in real time, so as to solve the deficiency of prior art.
In order to solve the above-mentioned technical problem, thinking of the invention is, by ship's space and aisle, to be saved and shone using LED
It is bright, and by illuminator information integration in integrated system, can be in control room operating desk, by setting specific algorithm, to lamp
The switch and adjustment for having equipment are managed collectively.
Specifically, a kind of ship green illumination intelligent control method of the present invention, including following process：
Step 1：Illumination monitoring unit, infrared monitoring unit are belowdecks set, light monitoring unit is set outside cabin,
In Surveillance center, intelligent control unit is set；Wherein, illumination monitoring unit is used for light intensity in real-time nernst cell, and locker room
Interior light intensity parameter；Infrared monitoring unit sense in real time in preset range whether someone, and store sensing result；Light is monitored
Unit detects outdoor intensity of illumination in real time, and stores outdoor intensity of illumination parameter；
Step 2：Illumination monitoring unit, infrared monitoring unit and the timing of light monitoring unit send it to intelligent control unit
The data of storage；
Step 3：Intelligent control unit receives the indoor light intensive parameter of illumination monitoring unit transmission, (can with preset value
Lighting criteria requirement is preset as preset value) contrasted, determine a need for starting energy-saving lighting apparatus and be illuminated；
The outdoor optical that intelligent control unit receives the transmission of light monitoring unit shines intensive parameter, according to default range threshold, to energy-conservation
The switch and illumination of lighting apparatus are adjusted, and saved while user's request is ensured there is provided one kind, are comfortably illuminated ring
Border；Intelligent control unit receives the sensing result of infrared monitoring unit, if sensing result is for nobody, opening timing device, when
When reaching the default time, automatic closing chamber indoor lamp, if sensing result is someone, is not operated.Wherein, energy-conservation is shone
Bright equipment can be that the series-parallel combination of multiple LED lamps can also be a LED lamp.
Meanwhile, present invention additionally comprises to energy-saving lighting equipment carry out fault detect the step of, specifically include following process：
Integral monitoring unit and accident analysis unit are set in cabin, and integral monitoring unit is electrically connected with energy-saving lighting equipment, overall
The output end of monitoring unit and the output of illumination monitoring unit are terminated at the input of accident analysis unit；Energy-saving lighting equipment work
When making, integral monitoring unit is triggered and started, in real time the real work parameter of collection energy-saving lighting equipment；Illumination monitoring unit
Light intensity parameter in light intensity and locker room in real-time nernst cell；Integral monitoring unit and the timing of illumination monitoring unit will be adopted
The data collected are sent to accident analysis unit；Real work parameter that accident analysis unit is sent to integral monitoring unit and
Illumination monitoring unit send indoor light intensive parameter be compared, according to default threshold decision energy-saving lighting equipment whether
There is failure.Wherein, integral monitoring unit monitors the real work parameter of energy-saving lighting equipment, and illumination monitoring unit then can be real
When monitor the intensity of illumination of energy-saving lighting equipment, when the timing of running parameter one of energy-saving lighting equipment, corresponding intensity of illumination
Should be stable, by the intensity of illumination for contrasting the energy-saving lighting equipment monitored in real time, you can to judge energy-saving lighting equipment
With the presence or absence of the object that there is stop light in failure, or illuminator；Then gathered according to integral monitoring unit
Real work parameter is that can be known is which specific LED lamp breaks down, then easily can notify user to repair.
Meanwhile, present invention additionally comprises to energy-saving lighting equipment carry out LED linear light modulation the step of, specifically include mistake as follows
Journey：The output end of accident analysis unit is also coupled to the input of intelligent control unit, and accident analysis unit supervises the entirety received
The data and its judged result of control unit and illumination monitoring unit are forwarded to intelligent control unit；Intelligent control unit is to receiving
To data parsed, if there is failure, intelligent control unit pair in one or more of energy-saving lighting equipment LED lamp
The intensity of illumination that there is no the energy-saving lighting equipment of failure enters horizontal-linearity control, so as to ensure the illumination uniformity in cabin.This
Invention illumination monitoring unit overall by installation environment intensity of illumination monitoring unit and after turning on light in cabin, can in real time with
Standard lighting effect is contrasted, and uniform illumination is ensured while linear regulation LED lighting effect.
In addition, the step of present invention additionally comprises manually being controlled energy-saving lighting equipment, specifically including following process：
Artificial control unit is set in cabin, and the output of the artificial control unit is terminated at the control end of energy-saving lighting equipment, infrared prison
The input/output terminal of control unit is connected with the input/output terminal of artificial control unit；User is right in real time by the artificial control unit
Energy-saving lighting equipment is adjusted control.
According to the above method, invention additionally discloses a kind of ship green illumination intelligence control system, it includes intelligent control single
Member, light monitoring unit, infrared monitoring unit, energy-saving lighting equipment and illumination monitoring unit, its annexation are as follows：Light is supervised
Control the output end of unit, the output of the output end of illumination monitoring unit and infrared monitoring unit and be terminated at the defeated of intelligent control unit
Enter end, the output of intelligent control unit is terminated at the input of energy-saving lighting equipment, and the output of energy-saving lighting equipment is terminated at photograph
The input of bright monitoring unit.Wherein, light monitoring unit, infrared monitoring unit and illumination monitoring unit collection environment ginseng
Number, and ambient parameter is transmitted to intelligent control unit, intelligent control unit is received after ambient parameter, carried out according to preset value
Judge, and energy-saving lighting equipment is controlled according to judged result.
In addition, present invention additionally comprises integral monitoring unit and accident analysis unit, the input of integral monitoring unit is terminated at
The output end of energy-saving lighting equipment, the output of integral monitoring unit is terminated at the input of accident analysis unit；Energy-saving illumination is set
During standby work, integral monitoring unit is triggered and started, in real time the real work parameter of collection energy-saving lighting equipment；Illumination monitoring
Light intensity parameter in light intensity and locker room in the real-time nernst cell of unit；Integral monitoring unit and the timing of illumination monitoring unit
The data collected are sent to accident analysis unit；The real work parameter that accident analysis unit is sent to integral monitoring unit
And the indoor light intensive parameter that illumination monitoring unit is sent is compared, according to default threshold decision energy-saving lighting equipment
With the presence or absence of failure.
Meanwhile, the output end of accident analysis unit is also coupled to the input of intelligent control unit, and accident analysis unit will be received
To integral monitoring unit and the data and its judged result of illumination monitoring unit be forwarded to intelligent control unit；Intelligent control
Unit is parsed to the data received, if one or more of energy-saving lighting equipment LED lamp has failure, intelligence
Control unit enters horizontal-linearity control to the intensity of illumination that not there is no the energy-saving lighting equipment of failure, so as to ensure the illumination in cabin
Uniformity.
Wherein, the preset value in said process, the lighting criteria that can be provided according to user is configured, and its lighting criteria will
Ask to adjust at any time, you can according to crewman's demand, to set the different lighting requirements in cabin and aisle, namely according to ship cabin
Different lighting criterias can be set in the difference of room.
The present invention compared with prior art, is had the following advantages that by the systems and methods：
1st, by the parameter information of integrated each light fixture, and various monitoring sensor equipment, can conveniently and efficiently it control complete
The energy-saving lighting equipment of ship；
2nd, unified information management is carried out to the light fixture of full ship by intelligent control unit, can be with by illumination monitoring unit
Light fixture theoretical work state and actual working state are contrasted, can analyze whether light fixture is in normal operating conditions, Testing lamp
With the presence or absence of failure；
3rd, intelligent control unit is after the intensity of illumination in an intellectual analysis unit regulating cabin, it will continuation pair
The illuminating effect of cabin all day is monitored in real time, it is ensured that with the change of environmental lighting conditions, and adjustment energy-saving illumination is set in real time
The illumination of standby (LED lamp), by the illumination of combining environmental lighting effect, in real time adjustment LED, is ensuring compliance with intensity of illumination
During demand, output is reduced as far as possible and is wasted；
4th, by the monitoring of the working condition of the energy-saving lighting equipment to full ship, and whether personnel exist in each cabin
It is interior, with reference to timing unit, in the case that long-time is without personnel demand in cabin, automatic closing chamber indoor lamp, so as to
Effective control illumination output, while reducing the consumption of energy.
Brief description of the drawings
Fig. 1 is the intelligent illuminating system schematic diagram of embodiments of the invention 1；
Fig. 2 is the intelligent illuminating system schematic diagram of embodiments of the invention 2；
Fig. 3 is the intelligent illuminating system schematic diagram of embodiments of the invention 3；
Fig. 4 is ship green illumination intelligent control method flow chart of the invention；
Fig. 5 is the method flow diagram of the LED linear light modulation of the present invention.
Embodiment
In order to make the purpose , technical scheme and advantage of the present invention be clearer, in conjunction with accompanying drawing and specific embodiment party
The present invention is further described for formula.
Embodiment 1
As a specific example, referring to Fig. 1, a kind of ship green illumination intelligence control system of the invention, it is wrapped
Intelligent control unit, light monitoring unit, infrared monitoring unit, energy-saving lighting equipment and illumination monitoring unit are included, it, which is connected, closes
System is as follows：The output end of light monitoring unit, the output of the output end of illumination monitoring unit and infrared monitoring unit are terminated at intelligence
The input of energy control unit, the output of intelligent control unit is terminated at the input of energy-saving lighting equipment, energy-saving lighting equipment
Output be terminated at the input of illumination monitoring unit.Wherein, light monitoring unit, infrared monitoring unit and illumination monitoring list
Member collection ambient parameter, and ambient parameter is transmitted to intelligent control unit, intelligent control unit is received after ambient parameter, root
Judged according to preset value, and energy-saving lighting equipment is controlled according to judged result.
Embodiment 2
As another example, referring to Fig. 2, as different from Example 1, in the present embodiment, it also includes overall prison
Unit and accident analysis unit are controlled, the input of integral monitoring unit is terminated at the output end of energy-saving lighting equipment, integral monitoring list
The output of member is terminated at the input of accident analysis unit；When energy-saving lighting equipment works, integral monitoring unit is triggered and opened
It is dynamic, the real work parameter of energy-saving lighting equipment is gathered in real time；Light intensity and stored in the real-time nernst cell of illumination monitoring unit
Indoor light intensive parameter；Integral monitoring unit and the timing of illumination monitoring unit send the data collected to accident analysis list
Member；The indoor light that the real work parameter and illumination monitoring unit that accident analysis unit is sent to integral monitoring unit are sent
Intensive parameter is compared, and failure is whether there is according to default threshold decision energy-saving lighting equipment.The work of accident analysis unit
Make principle：In integral monitoring unit, the real work parameter of energy-saving lighting equipment can be monitored, in addition, illumination monitoring unit, then
The intensity of illumination of energy-saving lighting equipment can be monitored in real time.When the timing of running parameter one of energy-saving lighting equipment, corresponding illumination
Intensity should also be stable, by the intensity of illumination for contrasting the energy-saving lighting equipment monitored in real time, you can to judge that energy-conservation is shone
Bright equipment is with the presence or absence of the object that there is stop light in failure, or illuminator.
Meanwhile, the output end of accident analysis unit is also coupled to the input of intelligent control unit, and accident analysis unit will be received
To integral monitoring unit and the data and its judged result of illumination monitoring unit be forwarded to intelligent control unit；Intelligent control
Unit is parsed to the data received, if one or more of energy-saving lighting equipment LED lamp has failure, intelligence
Control unit enters horizontal-linearity control to the intensity of illumination that not there is no the energy-saving lighting equipment of failure, so as to ensure the illumination in cabin
Uniformity.
Embodiment 3
It is used as another example, referring to Fig. 3, a kind of ship green illumination intelligence control system of the invention, including intelligence
Can control unit, light monitoring unit, infrared monitoring unit, energy-saving lighting equipment, artificial control unit, illumination monitoring unit,
Integral monitoring unit and accident analysis unit.In the present embodiment, as different from Example 2, it also includes artificial control unit,
The input/output terminal of infrared monitoring unit is connected with the input/output terminal of artificial control unit, and the output end of artificial control unit is also
It is connected to the input of energy-saving lighting equipment.
In said system, light monitoring unit is the outdoor intensity of illumination of sensing, and illumination monitoring unit is that detection interior is opened
Light intensity after lamp；Integral monitoring unit can monitor hull illumination real-time parameter in real time merely as monitoring；And intelligence
It is then that single energy-saving lighting equipment is monitored that unit, which can be regulated and controled, it is possible to adjust the intensity of illumination of energy-saving lighting equipment；
Artificial control unit is man-machine interactive operation platform, energy-saving lighting equipment can be adjusted by adjusting switch.
Wherein, illumination monitoring unit includes the illumination collection sensor being electrically connected to each other and lighting control unit, the illumination
Gather sensor can monitoring of environmental in real time intensity of illumination, and Lighting control is passed information to by EIB field bus control systems
Unit.By the light fixture management of information database program write, the relevant parameter information of full ship illuminator is preserved, and combines
The operating parameter information of sensor, the full boat lamp tool of integrated management.
Width modulation technology is gushed using fiber crops in the present invention, by PWM controller, the pwm signal of different duty is produced, drives
Dynamic circuit exports different driving power to LED.
In intelligent control unit, comparison program is write by single-chip microcomputer, using MCU microprocessors, illumination is gathered and passed
The illumination standard of parameter and storage inside in sensor is contrasted, if intensity of illumination is less than normal intensity, opens LED,
And driving power is adjusted, until meeting standard requirement.
Infrared monitoring unit is installed in cabin and aisle, the infrared monitoring unit is human body infrared monitoring sensor, and
One timing program is write by single-chip microcomputer, while a buzzing attention program is write, as more than ten minutes nobody in environment
In the case of member's demand, the work of energy-saving lighting equipment can be automatically stopped.Artificial control unit can start or stop infrared prison
Unit is controlled, is then manually controlled.
Device status data is sent in illumination monitoring unit by EIB or CAN field bus control systems, passes through single-chip microcomputer
The calculation formula for the light fixture operating power write calculates the real-time operating power of light fixture, and with the corresponding illumination effect of power worked
The actual lighting effect contrast detected in fruit and illumination monitoring unit, if the lighting effect of detection and the corresponding illumination effect calculated
Fruit does not correspond to, then light fixture can be explained and is likely to occur failure, and points out staff to carry out maintenance and inspection.
The present invention is led to by setting Environment Monitor Unit (light monitoring unit, infrared monitoring unit, illumination monitoring unit)
Light intensity in the real-time nernst cell of sensor is crossed, and can be contrasted by intellectual analysis unit with lighting criteria required value, judgement is
It is no to need illumination of turning on light.Meanwhile, the parameter that intelligent control unit is transmitted by Environment Monitor Unit can be according to the illumination of environment
The change of intensity, adjusts the switch and illumination of illuminator, is saved while user's request is ensured there is provided one kind, comfortably
Lighting environment.
The present invention provides a kind of Intelligent illumination management system of global control, and each illuminator of full ship can be monitored in real time
Working condition, analytical control light fixture whether there is failure, and user is pointed out.Supervised in cabin by installation environment intensity of illumination
Overall illumination monitoring unit, can be contrasted with standard lighting effect in real time after controlling unit and turning on light, linear regulation LED's
Ensure uniform illumination while lighting effect.It is full in environment illumination intensity while setting artificial control unit in cabin
During sufficient standard requirement, if there is extra adjustment, control can be manually adjusted, and close intelligent control unit.
The present invention can adjust standard requirement in the lighting criteria of offer, be that can set cabin according to crewman's demand
It is that different lighting criterias can be set according to the difference of ship's space with the lighting requirement in aisle.Pass through the light fixture of full ship
Information management, and illumination monitoring unit, can contrast light fixture theoretical work state and actual working state, and can analyze light fixture is
No to be in normal operating conditions, Testing lamp whether there is failure.Light in by an intellectual analysis unit regulating cabin
After intensity, illumination monitoring system may proceed to monitor the illuminating effect of cabin all day, it is ensured that with the change of environmental lighting conditions,
The illumination of LED lamp is adjusted in real time.Human body infrared detection sensing in monitoring and each cabin by the light fixture working condition of full ship
Device, and by timing unit, in the case that long-time is without personnel demand in cabin, automatic closing chamber indoor lamp.
Referring to Fig. 4, the present invention also provides a kind of ship green illumination intelligent control method, including following process：
Step 1：Illumination monitoring unit, infrared monitoring unit are belowdecks set, light monitoring unit is set outside cabin,
In Surveillance center, intelligent control unit is set；Wherein, illumination monitoring unit is used for light intensity in real-time nernst cell, and locker room
Interior light intensity parameter；Infrared monitoring unit sense in real time in preset range whether someone, and store sensing result；Light is monitored
Unit detects outdoor intensity of illumination in real time, and stores outdoor intensity of illumination parameter；
Step 2：Illumination monitoring unit, infrared monitoring unit and the timing of light monitoring unit send it to intelligent control unit
The data of storage；
Step 3：Intelligent control unit receives the indoor light intensive parameter of illumination monitoring unit transmission, (can with preset value
Lighting criteria requirement is preset as preset value) contrasted, determine a need for starting energy-saving lighting apparatus and be illuminated；
The outdoor optical that intelligent control unit receives the transmission of light monitoring unit shines intensive parameter, according to default range threshold, to energy-conservation
The switch and illumination of lighting apparatus are adjusted, and saved while user's request is ensured there is provided one kind, are comfortably illuminated ring
Border；Intelligent control unit receives the sensing result of infrared monitoring unit, if sensing result is for nobody, opening timing device, when
When reaching the default time, automatic closing chamber indoor lamp, if sensing result is someone, is not operated.Wherein, energy-conservation is shone
Bright equipment can be that the series-parallel combination of multiple LED lamps can also be a LED lamp.
Meanwhile, present invention additionally comprises to energy-saving lighting equipment carry out fault detect the step of, specifically include following process：
Integral monitoring unit and accident analysis unit are set in cabin, and integral monitoring unit is electrically connected with energy-saving lighting equipment, overall
The output end of monitoring unit and the output of illumination monitoring unit are terminated at the input of accident analysis unit；Energy-saving lighting equipment work
When making, integral monitoring unit is triggered and started, in real time the real work parameter of collection energy-saving lighting equipment；Illumination monitoring unit
Light intensity parameter in light intensity and locker room in real-time nernst cell；Integral monitoring unit and the timing of illumination monitoring unit will be adopted
The data collected are sent to accident analysis unit；Real work parameter that accident analysis unit is sent to integral monitoring unit and
Illumination monitoring unit send indoor light intensive parameter be compared, according to default threshold decision energy-saving lighting equipment whether
There is failure.Wherein, integral monitoring unit monitors the real work parameter of energy-saving lighting equipment, and illumination monitoring unit then can be real
When monitor the intensity of illumination of energy-saving lighting equipment, when the timing of running parameter one of energy-saving lighting equipment, corresponding intensity of illumination
Should be stable, by the intensity of illumination for contrasting the energy-saving lighting equipment monitored in real time, you can to judge energy-saving lighting equipment
With the presence or absence of the object that there is stop light in failure, or illuminator；Then gathered according to integral monitoring unit
Real work parameter is that can be known is which specific LED lamp breaks down, then easily can notify user to repair.
Meanwhile, present invention additionally comprises to energy-saving lighting equipment carry out LED linear light modulation the step of, specifically include mistake as follows
Journey：The output end of accident analysis unit is also coupled to the input of intelligent control unit, and accident analysis unit supervises the entirety received
The data and its judged result of control unit and illumination monitoring unit are forwarded to intelligent control unit；Intelligent control unit is to receiving
To data parsed, if there is failure, intelligent control unit pair in one or more of energy-saving lighting equipment LED lamp
The intensity of illumination that there is no the energy-saving lighting equipment of failure enters horizontal-linearity control, so as to ensure the illumination uniformity in cabin.Ginseng
See Fig. 5, the present invention sets integral monitoring unit and illumination monitoring unit in cabin, and integral monitoring unit monitoring energy-saving illumination is set
Standby actual parameter, illumination monitoring unit monitoring of environmental intensity of illumination, intelligent control unit receives above-mentioned data, then according to pre-
If whether threshold decision illumination meets standard requirement, if it is satisfied, then continuing timing section detection cabin light intensity, if discontented
Foot, regulation LED illuminance is required to standard is met.So, ensure that illumination is equal while realizing linear regulation LED lighting effect
It is even.
In addition, the step of present invention additionally comprises manually being controlled energy-saving lighting equipment, specifically including following process：
Artificial control unit is set in cabin, and the output of the artificial control unit is terminated at the control end of energy-saving lighting equipment, infrared prison
The input/output terminal of control unit is connected with the input/output terminal of artificial control unit；User is right in real time by the artificial control unit
Energy-saving lighting equipment is adjusted control.
Wherein, the preset value in said process, the lighting criteria that can be provided according to user is configured, and its lighting criteria will
Ask to adjust at any time, you can according to crewman's demand, to set the different lighting requirements in cabin and aisle, namely according to ship cabin
Different lighting criterias can be set in the difference of room.
Although specifically showing and describing the present invention with reference to preferred embodiment, those skilled in the art should be bright
In vain, do not departing from the spirit and scope of the present invention that appended claims are limited, in the form and details can be right
The present invention makes a variety of changes, and is protection scope of the present invention.
Claims (3)
1. a kind of ship green illumination intelligent control method, including following process：
Step 1：Illumination monitoring unit, infrared monitoring unit are belowdecks set, light monitoring unit is set outside cabin, in prison
Control centrally disposed intelligent control unit；Wherein, illumination monitoring unit is used for light intensity in real-time nernst cell, and stores room light
Line strength parameter；Infrared monitoring unit sense in real time in preset range whether someone, and store sensing result；Light monitoring unit
The outdoor intensity of illumination of detection in real time, and store outdoor intensity of illumination parameter；
Step 2：Illumination monitoring unit, infrared monitoring unit and the timing of light monitoring unit send its storage to intelligent control unit
Data；
Step 3：Intelligent control unit receives the indoor light intensive parameter of illumination monitoring unit transmission, with preset value progress pair
Than determining a need for starting energy-saving lighting apparatus and being illuminated；Intelligent control unit receives the room of light monitoring unit transmission
Outer intensity of illumination parameter, according to default range threshold, is adjusted to the switch and illumination of energy-saving lighting equipment；Intelligent control
Unit receives the sensing result of infrared monitoring unit, if sensing result is for nobody, opening timing device, when reaching default
Between when, automatic closing chamber indoor lamp, if sensing result be someone, do not operate；
The step of also including carrying out fault detect to energy-saving lighting equipment, specifically include following process：Belowdecks set overall
Monitoring unit and accident analysis unit, integral monitoring unit are electrically connected with energy-saving lighting equipment, the output of integral monitoring unit
The output of end and illumination monitoring unit is terminated at the input of accident analysis unit；When energy-saving lighting equipment works, integral monitoring
Unit is triggered and started, in real time the real work parameter of collection energy-saving lighting equipment；In the real-time nernst cell of illumination monitoring unit
Light intensity parameter in light intensity and locker room；The data collected are sent out in integral monitoring unit and the timing of illumination monitoring unit
Deliver to accident analysis unit；Real work parameter and illumination monitoring unit that accident analysis unit is sent to integral monitoring unit
The indoor light intensive parameter of transmission is compared, and failure is whether there is according to default threshold decision energy-saving lighting equipment.
2. ship green illumination intelligent control method according to claim 1, it is characterised in that：Also include to energy-saving illumination
The step of equipment carries out LED linear light modulation, specifically includes following process：The output end of accident analysis unit is also coupled to intelligent control
The input of unit, accident analysis unit ties the integral monitoring unit received and the data of illumination monitoring unit and its judgement
Fruit is forwarded to intelligent control unit；Intelligent control unit is parsed to the data received, if in energy-saving lighting equipment
There is failure in one or more LED lamps, intelligent control unit enters to the intensity of illumination that not there is no the energy-saving lighting equipment of failure
Horizontal-linearity control, so as to ensure the illumination uniformity in cabin.
3. ship green illumination intelligent control method according to claim 1 or 2, it is characterised in that：Also include to energy-conservation
The step of lighting apparatus is manually controlled, specifically includes following process：Artificial control unit is belowdecks set, people's industry control
The output of unit processed is terminated at the control end of energy-saving lighting equipment, the input/output terminal of infrared monitoring unit and artificial control unit
Input/output terminal connection, user is adjusted control to energy-saving lighting equipment in real time by the artificial control unit.
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| CN201510062959.2A CN104684214B (en) | 2015-02-06 | 2015-02-06 | A kind of ship green illumination intelligent control method |
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| CN201510062959.2A CN104684214B (en) | 2015-02-06 | 2015-02-06 | A kind of ship green illumination intelligent control method |
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| CN104684214B true CN104684214B (en) | 2017-08-25 |
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| CN107454725B (en) * | 2017-09-27 | 2023-08-04 | 中船第九设计研究院工程有限公司 | Modularized light environment system for ship cabin |
| CN109041338B (en) * | 2018-08-01 | 2020-11-06 | 北京建筑大学 | Illumination control method |
| CN109068440B (en) * | 2018-08-01 | 2020-04-07 | 北京建筑大学 | Intelligent control method and system for energy-saving lighting |
| CN109041380A (en) * | 2018-08-15 | 2018-12-18 | 中国船舶工业集团公司第七0八研究所 | A kind of ship intelligent lighting system and its control method |
| CN110177412A (en) * | 2019-05-31 | 2019-08-27 | 福建工程学院 | The indoor intelligent LED illumination control system and method adjusted based on adaptive optical |
| CN113573436A (en) * | 2021-08-05 | 2021-10-29 | 芜湖造船厂有限公司 | Marine illumination monitored control system |
| CN114189967A (en) * | 2021-12-03 | 2022-03-15 | 中国船舶工业集团公司第七0八研究所 | Floating production oil loading and unloading device intelligent lighting system |
| CN117255463A (en) * | 2023-09-22 | 2023-12-19 | 中关村科学城城市大脑股份有限公司 | Equipment fault alarm method, device, equipment, medium and intelligent lighting equipment |
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| CN1946257A (en) * | 2006-11-03 | 2007-04-11 | 周符明 | Automatic light regulating energy saving lamp |
| CN101282605B (en) * | 2008-03-21 | 2011-12-07 | 浙江大学城市学院 | Energy-saving type interior illumination wireless intelligent control system and control method based on ZigBee sensing network |
| ATE539581T1 (en) * | 2008-06-23 | 2012-01-15 | Greenpeak Technologies N V | ENDNODES AND NETWORK COORDINATOR USING A CSMA BASED PROTOCOL |
| CN202529124U (en) * | 2011-10-20 | 2012-11-14 | 庄肖波 | Ship LED illumination control system |
| CN102769972B (en) * | 2012-07-13 | 2014-05-07 | 常熟市中源电力设备有限公司 | Automatic control circuit for Morse signal light |
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