CN110351938A - A kind of science and technology museum light monitoring system - Google Patents
A kind of science and technology museum light monitoring system Download PDFInfo
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- CN110351938A CN110351938A CN201910698379.0A CN201910698379A CN110351938A CN 110351938 A CN110351938 A CN 110351938A CN 201910698379 A CN201910698379 A CN 201910698379A CN 110351938 A CN110351938 A CN 110351938A
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
- H05B47/20—Responsive to malfunctions or to light source life; for protection
Landscapes
- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
The invention discloses a kind of scientific and technological museum light monitoring systems, including lighting module, light monitoring center module and mobile terminal control module, lighting module includes several lighting units and power supply unit, light monitoring center module includes control management module, information acquisition module, transmission module, alarm module, timing module, navigation module, the pre- storing module of lamp light mode, light drive module and memory module, mobile terminal control module includes connecting the APP software module of light monitoring center module, warning module and data source modules, it is connected between light monitoring center module and lighting module by information acquisition module, it mobile terminal control module and is connect between lighting module by light monitoring center module；The present invention can the round-the-clock light situation in each region of conduct monitoring at all levels scene, be truly realized fault pre-alarming, failure is handled in time, is conducive to provide suitable lighting effects to scientific and technological museum.
Description
Technical field
The present invention relates to illumination monitoring system technical field, specially a kind of scientific and technological museum light monitoring system.
Background technique
In traditional scientific and technological museum, field personnel is relied on substantially for the monitoring of light and on-site supervision is taken the photograph
As head camera shooting, this region for making some rest temporarily without the region of staff or staff, or check not in time
The purpose of real time monitoring is just not achieved in light monitoring to the region in monitoring place, causes failure easily to occur, is unfavorable for people couple
Going on smoothly for work is visited by scientific and technological museum.
For this purpose, the present invention proposes that a kind of scientific and technological museum light monitoring system, the monitoring system are a kind of monitoring of intelligent lighting
System, it can the round-the-clock light situation in each region of conduct monitoring at all levels scene, be truly realized fault pre-alarming, failure is located in time
Reason is conducive to provide suitable lighting effects to scientific and technological museum, experiences to the good visit of the personnel of visit.
Summary of the invention
The purpose of the present invention is to provide a kind of scientific and technological museum light monitoring systems, to solve to propose in above-mentioned background technique
The problem of.
To achieve the above object, the invention provides the following technical scheme: a kind of science and technology museum light monitoring system, including lamp
Optical illumination module, light monitoring center module and mobile terminal control module, lighting module include several lighting units and
Power supply unit, light monitoring center module include control management module, information acquisition module, transmission module, alarm module, timing
The pre- storing module of module, navigation module, lamp light mode, light drive module and memory module, mobile terminal control module include
Connect APP software module, warning module and the data source modules of light monitoring center module, light monitoring center module and light
It is connected between lighting module by information acquisition module, mobile terminal control module and passes through light between lighting module
Monitoring center module connection；
Several lighting units, including pendent lamp, shot-light, energy-saving lamp, color lamp, warning lamp, flashing lamp, for being mentioned to scientific and technological museum
It is illuminated for illumination；
Power supply unit, including alternating current and backup power source connect several lighting units by circuit guiding；
Management module is controlled, is a control administrative center, for controlling brightness of illumination, color and the time of lighting unit
Deng；
Information acquisition module, including lighting programmers monitoring modular, current monitor, voltage monitor and monitoring camera-shooting dress
It sets；
Lighting programmers monitoring modular, including light temperature, lamplight brightness and light color three categories monitoring unit, use
Lighting programmers monitoring sensor node acquires the lighting programmers information that scientific and technological museum's light monitors each region in real time, and by the information
Control management module is passed to by transmission module；
Current monitor passes to control by transmission module for monitoring power supply unit current information, and by the information
Management module；
Voltage monitor passes to control by transmission module for monitoring power supply unit information of voltage, and by the information
Management module；
Camera monitoring device monitors the image information in each region for acquiring scientific and technological museum's light, and the information is passed through
Transmission module passes to control management module；
Transmission module, the information data for acquiring information acquisition module pass to control management module and mobile terminal
Control module；
Alarm module is started by control management module, is used when the information data of information acquisition module acquisition breaks down
It is sounded an alarm in staff；
Timing module, for monitoring the lighting unit in each region to scientific and technological museum's light and with the photograph of region different periods
Bright unit is timed control, achievees the purpose that light flexibly changes；
Navigation module, for providing the line map and field failure picture of fault zone to operating personnel, for operation people
Member, which makes the performance of fault zone, timely to be judged, and feels that destination repairs processing in time；
The pre- storing module of lamp light mode is used for storing the light illumination mode implemented in advance for the later period；
Light drive module, for driving lighting unit in the light illumination mode of different time sections or different zones；
Memory module forms illumination information log for storing the historical information of light monitoring center module；
APP software module obtains several letters that light monitoring center module obtains for contacting light monitoring center module
Cease data；
Warning module is simultaneously emitted by alarm song for the warning message of receiving alarm module as spare alarm unit,
Play double alarms；
Data source modules are formed and are shone for storing the historical information of light monitoring center module as backup storage element
Bright information log.
As a preferred technical solution of the present invention, the input terminal for controlling management module is electrically connected by transmission module
The output end of information acquisition module and the pre- storing module of lamp light mode, output end and alarm module and light drive module it is defeated
Enter end to be connected.
As a preferred technical solution of the present invention, timing module connects the pre- storing module of lamp light mode.
As a preferred technical solution of the present invention, light drive module connects lighting unit.
As a preferred technical solution of the present invention, navigation module is connect with lighting unit.
As a preferred technical solution of the present invention, memory module link information acquisition module, alarm module, navigation mould
Block and the pre- storing module of lamp light mode.
As a preferred technical solution of the present invention, the illuminance sensor uses TSL2561 illuminance sensor.
Compared with prior art, the beneficial effects of the present invention are: a kind of scientific and technological museum light monitoring system of the present invention, passes through
Lighting module, light monitoring center module and the mobile terminal control module of setting, can each region of conduct monitoring at all levels it is existing
The round-the-clock light situation in field, is truly realized fault pre-alarming, and failure is handled in time, is conducive to provide suitable lamp to scientific and technological museum
Light effect is experienced to the good visit of the personnel of visit.
Detailed description of the invention
Fig. 1 is structure of the invention relational graph.
Figure label: 1, lighting module；2, light monitoring center module；3, mobile terminal control module；4, it controls
Management module；5, information acquisition module；6, transmission module；7, alarm module；8, timing module；9, navigation module；10, light mould
The pre- storing module of formula；11, light drive module；12, memory module；13, warning module；14, data source modules.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Referring to Fig. 1, the present invention provides a kind of technical solution: a kind of science and technology museum light monitoring system, including light shine
Bright module 1, light monitoring center module 2 and mobile terminal control module 3, lighting module 1 include several lighting units and
Power supply unit, light monitoring center module 2 include control management module 4, information acquisition module 5, transmission module 6, alarm module
7, the pre- storing module 10 of timing module 8, navigation module 9, lamp light mode, light drive module 11 and memory module 12, it is mobile whole
Holding control module 3 includes APP software module, warning module 13 and the data source modules 14 of connection light monitoring center module 2, lamp
Be connected between light monitoring center module 2 and lighting module 1 by information acquisition module 5, mobile terminal control module 3 and with
It is connected between lighting module 1 by light monitoring center module 2；
Several lighting units, including pendent lamp, shot-light, energy-saving lamp, color lamp, warning lamp, flashing lamp, for being mentioned to scientific and technological museum
It is illuminated for illumination；
Power supply unit, including alternating current and backup power source connect several lighting units by circuit guiding；
Control management module 4, be a control administrative center, for control the brightness of illumination of lighting unit, color and when
Between etc.；
Information acquisition module 5, including lighting programmers monitoring modular, current monitor, voltage monitor and monitoring camera-shooting
Device；
Lighting programmers monitoring modular, including light temperature, lamplight brightness and light color three categories monitoring unit, use
Lighting programmers monitoring sensor node acquires the lighting programmers information that scientific and technological museum's light monitors each region in real time, and by the information
Control management module 4 is passed to by transmission module 6；
Current monitor passes to control by transmission module 6 for monitoring power supply unit current information, and by the information
Management module 4；
Voltage monitor passes to control by transmission module 6 for monitoring power supply unit information of voltage, and by the information
Management module 4；
Camera monitoring device monitors the image information in each region for acquiring scientific and technological museum's light, and the information is passed through
Transmission module 6 passes to control management module 4；
Transmission module 6, the information data for acquiring information acquisition module 5 pass to control management module 4 and movement
Terminal control module 3；
Alarm module 7 is opened when the information data that information acquisition module 5 acquires breaks down by control management module 4
It is dynamic, for being sounded an alarm to staff；
Timing module 8, for monitoring the lighting unit in each region to scientific and technological museum's light and with region different periods
Lighting unit is timed control, achievees the purpose that light flexibly changes；
Navigation module 9, for providing the line map and field failure picture of fault zone to operating personnel, for operation people
Member, which makes the performance of fault zone, timely to be judged, and feels that destination repairs processing in time；
The pre- storing module 10 of lamp light mode is used in advance storing the light illumination mode implemented in advance for the later period；
Light drive module 11, for driving lighting unit in the light illumination mode of different time sections or different zones；
Memory module 12 forms illumination information log for storing the historical information of light monitoring center module 2；
APP software module obtains the several of the acquisition of light monitoring center module 2 for contacting light monitoring center module 2
Information data；
Warning module 13 is simultaneously emitted by alarm for the warning message of receiving alarm module 7 as spare alarm unit
Sound plays double alarms；
Data source modules 14, as backup storage element, for storing the historical information of light monitoring center module 2, shape
At illumination information log.
The input terminal for controlling management module 4 is electrically connected information acquisition module 5 by transmission module 6 and lamp light mode prestores
The output end of module 10, output end are connected with the input terminal of alarm module 7 and light drive module 11.
Timing module 8 connects the pre- storing module 10 of lamp light mode.
Light drive module 11 connects lighting unit.
Navigation module 9 is connect with lighting unit.
12 link information acquisition module 5 of memory module, alarm module 7, navigation module 9 and the pre- storing module of lamp light mode
10。
The illuminance sensor uses TSL2561 illuminance sensor.
It is specific:
Operating personnel's lighting effects according to needed for scientific and technological museum's different zones and different time first, to lamp light mode
It is preset, in the process, operating personnel sets different time sections different zones and same area by timing module 8
Lighting effects are simultaneously stored in the pre- storing module 10 of lamp light mode, then drive different time sections different zones by light drive module 11
And the lighting effects of same area, corresponding illumination is issued by lighting unit；
In the process, the lighting programmers monitoring modular in information acquisition module 5, current monitor, voltage monitor with
And camera monitoring device acquires a information parameter for influencing light at that time in real time, and is sent to control management module 4, if control pipe
There are failures for the parameter information that reason module 4 is collected into, then control the starting alarm module 7 of management module 4 and alarm, notify in time
Staff analyzes it processing；
At the same time, mobile terminal control module 3 can receive the information of the acquisition of light monitoring center module 2, be made for
Industry personnel remotely check, when alarm module 7 sounds an alarm, warning module 13 can be simultaneously emitted by alarm, prevention light monitoring
Center module 2 can not receive information in time, so that the problem of delay events are handled, has safety.
In summary: a kind of scientific and technological museum light monitoring system of the present invention is supervised by the lighting module of setting, light
Control center module and mobile terminal control module, can each round-the-clock light situation in region scene of conduct monitoring at all levels, really do
To fault pre-alarming, failure is handled in time, is conducive to provide suitable lighting effects to scientific and technological museum, gives the personnel of visit good visit
Experience.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with
A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding
And modification, the scope of the present invention is defined by the appended.
Claims (7)
1. a kind of science and technology museum light monitoring system, which is characterized in that including lighting module (1), light monitoring center mould
Block (2) and mobile terminal control module (3), lighting module (1) include several lighting units and power supply unit, light monitoring
Center module (2) includes control management module (4), information acquisition module (5), transmission module (6), alarm module (7), timing mould
Block (8), navigation module (9), the pre- storing module of lamp light mode (10), light drive module (11) and memory module (12), it is mobile
Terminal control module (3) includes APP software module, warning module (13) and the data source of connection light monitoring center module (2)
Module (14) is connected between light monitoring center module (2) and lighting module (1) by information acquisition module (5), mobile
It terminal control module (3) and is connect between lighting module (1) by light monitoring center module (2)；
Several lighting units, including pendent lamp, shot-light, energy-saving lamp, color lamp, warning lamp, flashing lamp, for providing light to scientific and technological museum
According to illumination；
Power supply unit, including alternating current and backup power source connect several lighting units by circuit guiding；
It controls management module (4), is a control administrative center, for controlling brightness of illumination, color and the time of lighting unit；
Information acquisition module (5), including lighting programmers monitoring modular, current monitor, voltage monitor and monitoring camera-shooting dress
It sets；
Lighting programmers monitoring modular, including light temperature, lamplight brightness and light color three categories monitoring unit, use light
Parameter monitoring sensor node acquires scientific and technological museum light in real time and monitors the lighting programmers information in each region, and the information is passed through
Transmission module (6) passes to control management module (4)；
Current monitor passes to control pipe by transmission module (6) for monitoring power supply unit current information, and by the information
It manages module (4)；
Voltage monitor passes to control pipe by transmission module (6) for monitoring power supply unit information of voltage, and by the information
It manages module (4)；
Camera monitoring device monitors the image information in each region for acquiring scientific and technological museum's light, and the information is passed through transmission
Module (6) passes to control management module (4)；
Transmission module (6), for the information data that information acquisition module (5) acquire to be passed to control management module (4) and is moved
Dynamic terminal control module (3)；
Alarm module (7) is opened when the information data of information acquisition module (5) acquisition breaks down by control management module (4)
It is dynamic, for being sounded an alarm to staff；
Timing module (8), for monitoring the lighting unit in each region to scientific and technological museum's light and with the photograph of region different periods
Bright unit is timed control, achievees the purpose that light flexibly changes；
Navigation module (9), for providing the line map and field failure picture of fault zone to operating personnel, for operating personnel
The performance of fault zone is made and is timely judged, and feels that destination repairs processing in time；
The pre- storing module of lamp light mode (10) is used in advance storing the light illumination mode implemented in advance for the later period；
Light drive module (11), for driving lighting unit in the light illumination mode of different time sections or different zones；
Memory module (12) forms illumination information log for storing the historical information of light monitoring center module (2)；
APP software module obtains the several of light monitoring center module (2) acquisition for contacting light monitoring center module (2)
Information data；
Warning module (13) is used for the warning message of receiving alarm module (7), is simultaneously emitted by alarm as spare alarm unit
Sound plays double alarms；
Data source modules (14), as backup storage element, for storing the historical information of light monitoring center module (2), shape
At illumination information log.
2. a kind of scientific and technological museum light monitoring system according to claim 1, which is characterized in that control management module (4)
Input terminal by transmission module (6) be electrically connected information acquisition module (5) and the pre- storing module of lamp light mode (10) output end,
Its output end is connected with the input terminal of alarm module (7) and light drive module (11).
3. a kind of scientific and technological museum light monitoring system according to claim 1, which is characterized in that timing module (8) connection
The pre- storing module of lamp light mode (10).
4. a kind of scientific and technological museum light monitoring system according to claim 1, which is characterized in that light drive module (11)
Connect lighting unit.
5. a kind of scientific and technological museum light monitoring system according to claim 1, which is characterized in that navigation module (9) and photograph
Bright unit connection.
6. a kind of scientific and technological museum light monitoring system according to claim 1, which is characterized in that memory module (12) connection
Information acquisition module (5), alarm module (7), navigation module (9) and the pre- storing module of lamp light mode (10).
7. a kind of scientific and technological museum light monitoring system according to claim 1, which is characterized in that the illuminance sensor
Using TSL2561 illuminance sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201910698379.0A CN110351938A (en) | 2019-07-31 | 2019-07-31 | A kind of science and technology museum light monitoring system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910698379.0A CN110351938A (en) | 2019-07-31 | 2019-07-31 | A kind of science and technology museum light monitoring system |
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| CN110351938A true CN110351938A (en) | 2019-10-18 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN115512525A (en) * | 2022-10-26 | 2022-12-23 | 江苏秋洋智慧科技集团有限公司 | Light illumination fault monitoring system |
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Application publication date: 20191018 |