CN103139962A - Illumination detection system and method thereof - Google Patents
Illumination detection system and method thereof Download PDFInfo
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- CN103139962A CN103139962A CN2011103862054A CN201110386205A CN103139962A CN 103139962 A CN103139962 A CN 103139962A CN 2011103862054 A CN2011103862054 A CN 2011103862054A CN 201110386205 A CN201110386205 A CN 201110386205A CN 103139962 A CN103139962 A CN 103139962A
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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
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- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D10/00—Energy efficient computing, e.g. low power processors, power management or thermal management
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Abstract
The invention discloses an illumination detection system and an illumination detection method. The illumination detection method comprises the following steps: providing a detection device which generates a detection message so as to carry out detection on a plurality of illumination devices, and generates an illumination state message to help operators to obtain a detection result, in addition, can transmit the illumination state message to a servo device to update a database in the servo device; and analyzing the database to generate a maintenance report form or a statistical form. The detection device can generate a control message to control luminance of the plurality of illumination devices. Due to the fact that the detection device is respectively used for controlling the luminance of the plurality of illumination devices and collecting state message data of the illumination devices, manufacturers can be informed to carry out maintenance or analysis of using states of the illumination devices so as to achieve the purposes that energy is saved and maintenance is convenient, and a control network which needs high maintenance cost does not need to be built.
Description
Technical field
The present invention relates to a kind of illumination detection system and method thereof, refer to especially a kind of illumination detection system and method thereof that monitor network builds cost of saving.
Background technology
Lighting apparatus is various interior of building, as the electromechanical equipment of institute's extensive use and setting in office block, factory building building, dining room, restaurant, hospital, super business, supermarket, mass merchant, cinema or department store.The kind of lighting apparatus commonly used can comprise fluorescent lamp, incandescent lamp, Halogen lamp LED etc. at present, and light-emitting diode (LED) light fixture of present large-scale popularization use etc.The function of lighting apparatus is for providing a light source to airtight indoor or dim space, to be convenient for people to have life and the operational environment of brightness abundance.
In the running and management of lighting apparatus, administrative staff need the lighting apparatus in running is carried out various monitoring management work.For example, administrative staff need monitor the on off state of various lighting apparatus at any time, and respectively whether the brightness of illumination that provides of this lighting apparatus is sufficient.In addition, when the lighting apparatus actual operation, whether whether administrative staff need monitor its running at any time normal, burn as bulb.If there is the abnormal operation situation to occur, administrative staff need repair or replace damage bulb or fluorescent tube immediately.
Traditionally, above-mentioned monitoring management operation all needs to check with visual type whether bulb or the fluorescent tube of lighting apparatus be normally shinny by administrative staff, and inspects the luminosity of every illumination apparatus by visual type, or lighting apparatus abnormal state whether.Yet the illumination equipment monitoring and management of above-mentioned manual type works in shortcoming in concrete enforcement and is that it rather wastes time and energy and inefficent.
For improving above-mentioned shortcoming, just there is the dealer to propose a kind of network type distal end illumination monitoring of tools management system, it can be comprised of a server-side unit and an equipment end unit.This server-side unit is the server that is integrated into a network system, uses for network workstation and links to the server-side unit by network system, carries out the work of remote monitoring management with the lighting apparatus of far-end.This equipment end unit is integrated into lighting apparatus and is linked to this network system, and comprises a network connecting module, an equipment end servo module and a mode of operation monitoring module.This mode of operation controller to control this lighting apparatus, is realized out desired mode of operation according to every control command that this server-side unit of this equipment end servo module sends via this network system.
Yet, the shortcoming of above-mentioned lighting apparatus network control system is as making this server-side unit can directly control every lighting apparatus, need the huge and complicated management and control network of construction, need to drop into the huge cost that builds, and after need to safeguard and also need drop into suitable manpower and material resources.
Summary of the invention
Main purpose of the present invention, aim to provide a kind of illumination detection system, it can use checkout gear that a plurality of lighting devices are detected and control with wireless mode, and can produce a maintenance form or a statistics form according to testing result, for the reference frame of maintenance and update system design in the future.
For reaching above-mentioned purpose, an illumination detection system of the present invention, it is to comprise a plurality of lighting devices, a checkout gear, a relay and a servomechanism installation.Respectively this lighting device is provided with a light emitting module and a brilliance control module.
This brilliance control module is for the brightness value of controlling this light emitting module.This checkout gear has a sensing module, a control module and a signal transmission module.This sensing module is the mode of operation for this lighting device of detecting, and produces according to this an illumination condition message.This controls module is to supply to provide one to control message, and this brilliance control module is according to this control message, adjusts the luminosity of this light emitting module.This signal transmission module is for this detecting message of transmission and this control message, and receives and dispatches this illumination condition message.This relay is for this illumination condition message of transmitting-receiving.This servomechanism installation has a processing unit and a storage element, and this storage element is to have a database, and this servomechanism installation receives this illumination condition message by this relay.Wherein, after this servomechanism installation received this illumination condition message, this servomechanism installation was to upgrade this database according to this illumination condition message, and this processing unit is to produce a maintenance form or a statistics form according to this database.
For reaching above-mentioned purpose, an illumination detection method of the present invention, comprise the following step: a checkout gear and a plurality of lighting device are provided, and this checkout gear has a sensing module; Detect the respectively mode of operation of this lighting device by this sensing module, to produce an illumination condition message; Transmit this illumination condition message to a servomechanism installation, be positioned at a database of this servomechanism installation with renewal; Analyze this database, to produce a maintenance form or a statistics form.
Wherein, this checkout gear more produces one and controls message, and after respectively this lighting device received this control message, this lighting device was adjusted its luminosity according to this.
For reaching above-mentioned purpose, another illumination detection system of the present invention, it is to comprise a plurality of lighting devices, a checkout gear, a relay and a servomechanism installation.Each lighting device is provided with a light emitting module, a brilliance control module, a state reporting module and one first signal transmission module.This brilliance control module is for the brightness of controlling this light emitting module.This state reporting module produces an illumination condition message according to the operating state of this light emitting module and this brilliance control module.This first signal transmission module is for transmitting this illumination condition message.This first signal transmission module is for transmitting this illumination condition message.This checkout gear is to connect these a plurality of lighting devices with the wireless mode communication, and has a detecting module, a control module and one second signal transmission module.This detecting module is to provide a detecting message.This control module is to provide one and controls message, and this brilliance control module is to adjust the luminosity of this light emitting module according to this control message.This second signal transmission module is for this detecting message of transmission and this control message, and receives and dispatches this illumination condition message.This relay is for this illumination condition message of transmitting-receiving.This servomechanism installation has a processing unit and a storage element, and this storage element is to have a database, and this servomechanism installation receives this illumination condition message by this relay.Wherein, after this servomechanism installation received this illumination condition message, this servomechanism installation was to upgrade this database according to this illumination condition message, and this processing unit is to produce a maintenance form and a statistics form according to this database.
Wherein, this first signal transmission module and this second signal transmission module are short range radio or infrared transmission module.
Wherein, this checkout gear is a notebook computer, a panel computer or a mobile phone.
For reaching above-mentioned purpose, illumination detection method of the present invention comprises the following step: a checkout gear is provided, and this checkout gear is to produce a detecting message.Sequentially transmit this detecting message to these a plurality of lighting devices, after respectively this lighting device receives this detecting message, transmit an illumination condition message to this checkout gear.Transmit this illumination condition message to a servomechanism installation, be positioned at a database of this servomechanism installation with renewal.Analyze this database, to produce a maintenance form or a statistics form.
Wherein, this checkout gear more provides one to control message, and after this lighting device received this control message, this lighting device was adjusted its luminosity according to this.
Wherein, this checkout gear is to connect respectively this lighting device with short range radio or infrared-ray communication.
Wherein, this checkout gear is a notebook computer, a panel computer or a mobile phone.
Description of drawings
Fig. 1 is illumination detection system preferred embodiment calcspar of the present invention;
Fig. 2 is illumination detection system preferred embodiment operation chart of the present invention;
Fig. 3 is illumination detection method flow chart of steps of the present invention;
Fig. 4 is the method step flow chart that the present invention is used in this illumination detection system;
Fig. 5 is another flow chart of steps of illumination detection system of the present invention.
Description of reference numerals: 1-illumination detection system; The 11-lighting device; The 111-light emitting module; 112-brilliance control module; The 12-checkout gear; The 121-sensing module; The 122-control module; 1221-controls message; 123-signal transmission module; The 13-relay; 131-illumination condition message; The 14-servomechanism installation; The 141-processing unit; The 142-storage element; The 1421-database; The 1422-profiler; 1423-keeps in repair form; The 1424-statistical report form; The 2-illumination detection system; The 21-lighting device; The 211-light emitting module; 212-brilliance control module; 213-state reporting module; 2131-illumination condition message; 214-the first signal transmission module; The 22-checkout gear; The 221-detecting module; 2211-detects message; The 222-control module; 2221-controls message; 223-the second signal transmission module; The 23-relay; The 24-servomechanism installation; The 241-processing unit; The 242-storage element; The 2421-database; The 2422-profiler; 24211-keeps in repair form; The 24212-statistical report form; S11～S14-steps flow chart.
Embodiment
Understand content of the present invention for your juror can be known, sincerely arrange in pairs or groups in the following instructions graphic, please consult.
See also shown in Figure 1ly, it is calcspar and operation chart for illumination detection system the first embodiment of the present invention.In figure, this illumination detection system 1 is to comprise a plurality of lighting devices 11 and a checkout gear 12.
Each these a plurality of lighting device 11 can be various lighting, as pendent lamp, wall lamp, ceiling light, standard lamp, desk lamp or downlight etc., it can be used as in office block, factory building building, dining room, restaurant, hospital, super business, supermarket, mass merchant, cinema or department store and uses as illumination.Be provided with a light emitting module 111 and a brilliance control module 112 in each this lighting device 11.
This checkout gear 12 has a sensing module 121, a control module 122 and a signal transmission module 123.This sensing module 121 is a detecing element, as is a video camera, a luminous flux detecing element, photoelectric detection element or a magnetic detecing element.This sensing element can be for the luminosity of this light emitting module of detecting.
Operating personnel can by 12 pairs of this checkout gears of operation respectively this lighting device 11 detect one by one.Detect by this sensing module 121 of being located at this checkout gear 12 respectively whether this lighting device 11 is luminous, or whether luminosity is evenly sufficient, and can produce a testing result, operating personnel can understand respectively according to this testing result whether this lighting device 11 is positioned at normal operating state.In addition, this lighting device 11 more can have a signal transmission module 113, operating personnel more can produce the signal transmission module 123 controlling message 1221 and be sent to this lighting device 11 by this control module 122, after this lighting device 11 receives the control message, can control the luminosity that message is adjusted this light emitting module according to this.Wherein, this transport module can be short range radio, infrared ray, wireless network, communication laser or Bluetooth transmission element.
In addition, this checkout gear 12 more can store and carry out an illumination supervision program 124, and this illumination supervision program 124 is to coordinate this control module to send out this control message 1221, to adjust the respectively luminosity of this lighting device 11.For example, as operating personnel when the lighting device 11,12 of this checkout gears automatically produce and send one control message 1221 to this lighting device 11 to increase the brightness of this lighting device 11.As operating personnel during away from this lighting device 11,12 of this checkout gears automatically produce and send one and control message 1221 to this lighting device, to reduce the brightness of this lighting device 11, not only can automatically save the energy, more can be used as the monitoring management of active lighting energy.
In addition, for further analyzing and process testing result.This illumination detection system more can comprise a relay 13 and a servomechanism installation 14.this relay 13 is that the relay transmission signal uses in the present embodiment, this relay 13 can use existing network system such as ADSL (Asymmetric Digital Subscriber Line), WI-FI (IEEE 802.11 standards), general packet wireless service GPRS (General Packet Radio Servic), HSPDA (High Speed Downlink Packet Access) and WiMAX (Worldwide Interoperability for Micro Packet Access, the global intercommunication microwave access) or other applicable network systems, be connected with this servomechanism installation 14.14 of this servomechanism installations have a processing unit 141 and a storage element 142, and this storage element 142 can be for storing a database 1421 and a profiler 1422.
This checkout gear 12 is to convert this testing result to an illumination condition message 131, and by a signal transmission module 123, this illumination condition message 131 is transferred to this relay 13.13 of this relays with these illumination condition message 131 relay transmission to this servomechanism installation 14.After this servomechanism installation 14 receives this illumination condition message 131,14 of this servomechanism installations are according to this illumination condition message 131 new database 1421 more, and this processing unit 141 can be carried out this profiler 1422, produce a maintenance form 1423 or a statistics form 1424, and can supply repairing or change the fault product for the manufacturer that contracts maintenance or engineer, or use as the reference of revising and update system designs in the future.
See also Fig. 2 and shown in Figure 3, it is calcspar and the operation chart of illumination detection system the second embodiment of the present invention.In figure, this illumination detection system 2 comprises a plurality of lighting devices 21, a checkout gear 22, a relay 23 and a servomechanism installation 24.
Each these a plurality of lighting device 21 can be various lighting, as shown in the first embodiment, and repeats no more.Be provided with a light emitting module 211, a brilliance control module 212, a state reporting module 213 and one first signal transmission module 214 in each lighting device 21.
This light emitting module 211 can be fluorescent lamp, incandescent lamp, Halogen lamp LED or LED source lamp.
212 of this brilliance control modules can be used to adjust the luminosity of controlling this light emitting module, make its increase or reduce, to meet user's lighting demand.
This state reporting module 213 can supply the operating state of this light emitting module 211 of detecting and this brilliance control module 212, and produces according to this an illumination condition message 2131.
This first signal transmission module 214 can be for receiving and transmitting signal, and this illumination condition message 2131 can send out via this first signal transmission module 214.Wherein, this first signal transmission module 214 can be short range radio or infrared transmission module, and can short range radio or the mode such as infrared ray receive and dispatch signal.
22 of this checkout gears have a detecting module 221, a control module 222 and one second signal transmission module 223.In the present embodiment, this checkout gear 22 can be a notebook computer, a panel computer or a mobile phone.
This detecting module 221 can be a spy software or a detecting hardware, and it can produce a detecting message 2211.This control module 222 can be one and controls software or a control hardware, and it can control message 2221 for producing one.
This second signal transmission module 223 can be detected message 2211 and this control message 2221 for sending this, and receives and dispatches this illumination condition message 2131.Wherein, this second signal transmission module 223 can be short range radio, laser communications, bluetooth infrared line transport module, and can short range radio, the mode such as laser, bluetooth infrared line receives and dispatches signal.
This relay 23 can carry out wireless connections with short range radio or infrared transmission module with this checkout gear 22, and is connected with wireless mode or wired mode with this servomechanism installation 24.In the present embodiment, this relay 23 can use the internetwork connection mode identical with the first embodiment, is connected with this servomechanism installation 24.This relay 23 can transfer to the illumination condition message 2131 that is received by this checkout gear 22 this servomechanism installation 24.
This servomechanism installation 24 can be a servo host or server, and it has a processing unit 241 and a storage element 242.This processing unit 241 can be a microprocessor, and this storage element 242 can be a magnetic disc or a laser disc.Wherein, this storage element 242 can be for storing a database 2421 and a profiler 2422.
Please refer to Fig. 4, it is used in the method step flow chart of this illumination detection system for the present invention, and wherein, this illumination detection method comprises the following step:
S11: a checkout gear is provided, and this checkout gear is to produce a detecting message.
S12: sequentially transmit this detecting message to a plurality of lighting devices, after respectively this lighting device receives this detecting message, transmit respectively an illumination condition message to this checkout gear.
S13: transmit this illumination condition message to a servomechanism installation, be positioned at a database of this servomechanism installation with renewal;
S14: analyze this database, to produce a maintenance form or a statistics form.
Wherein, when this illumination detection system 2 running, can pass through hand-held this checkout gear 22 of operating personnel, sequentially these a plurality of lighting devices 21 be detected.Operating personnel can use 22 pairs of lighting devices of wanting to detect 21 of this checkout gear to send this detecting message, after this lighting device 21 of correspondence is received this detecting message, 213 of its state reporting modules can according to the operating state of this light emitting module 211 and this brilliance control module 212, produce this illumination condition message 2131.Wherein, this illumination condition message 2131 can comprise the luminosity of this light emitting module 211, reaches the information whether this light emitting module 211 and this brilliance control module 212 work.This illumination condition message 2131 can transmit by this first signal transmission module 214, and is received by this second signal transmission module 223.After this second signal transmission module 223 receives this illumination condition message 2131, can be sent to again this relay 23, further this illumination condition message 2131 is back to this servomechanism installation 2 by this relay 23
After this servomechanism installation 24 receives this illumination condition message 2131, it is stored to this storage element 242, to upgrade this database 2421.In addition, this processing unit 241 more can be carried out this profiler 2422, and it is for analyzing this database 2421 to produce a maintenance form 24211 or a statistics form 24212.Contract the manufacturer of maintenance or engineer and can or change the fault product according to respectively these lighting device 21 repairings that show abnormality in maintenance form 24211, make its only speed return back to the normal operation state, also can be used as and revise and the reference data of update system design in the future.
In addition, when wish changes the brightness of illumination of these a plurality of lighting devices 21, but this checkout gear 22 of direct control makes it send out this control message 2221, after 21 devices that respectively should throw light on of correspondence receive this control message 2221, its brilliance control module 212 controls according to this luminosity that message 2221 is adjusted this light emitting module 211, so that suitable brightness of illumination to be provided.
Please refer to Fig. 5, it is for another flow chart of steps of illumination detection system of the present invention.In figure, this illumination detection method comprises the following step:
S21: a checkout gear and a plurality of lighting device are provided, and this checkout gear has a sensing module;
S22: detect the respectively mode of operation of this lighting device by this detection module, to produce an illumination condition message;
S23: transmit this illumination condition message to a servomechanism installation, be positioned at a database of this servomechanism installation with renewal; And
S24: analyze this database, to produce a maintenance form or a statistics form.
In sum, illumination detection system of the present invention and method thereof, its effect is that this can control checkout gear by operating personnel, sequentially individual other lighting device is carried out Condition Detection or brightness adjustment with wireless mode, and its result can be back to servomechanism installation, and produce maintenance or statistics information, carry out m of e with the convenient for maintaining personnel according to these data, or get the raw materials ready to changing consumptive material.Need build complicated and expensive management and control network compared to prior art, can save and build cost.
The above person is only preferred embodiment of the present invention, is not to limit scope of the invention process, not breaking away from the equalization variation and modification of doing under spirit of the present invention and scope, all should be covered by in the scope of the claims of the present invention.
Claims (10)
1. an illumination detection system, is characterized in that, comprises:
A plurality of lighting devices, each lighting device is provided with:
One light emitting module;
One brilliance control module is for the brightness of controlling this light emitting module;
One state reporting module is the operating state generation one illumination condition message according to this light emitting module and this brilliance control module; And
One first signal transmission module is for transmitting this illumination condition message;
One checkout gear is to connect these a plurality of lighting devices with the wireless mode communication, and this checkout gear has:
One detecting module is for a detecting message is provided;
One control module is to supply to provide one to control message, and this brilliance control module is to adjust the luminosity of this light emitting module according to this control message; And
One second signal transmission module is for this detecting message of transmission and this control message, and receives and dispatches this illumination condition message;
One relay is for this illumination condition message of transmitting-receiving; And
One servomechanism installation has a processing unit and a storage element, and this storage element is to have a database, and this servomechanism installation receives this illumination condition message by this relay;
Wherein, after this servomechanism installation received this illumination condition message, this servomechanism installation was to upgrade this database according to this illumination condition message, and this processing unit is to produce a maintenance form or a statistics form according to this database.
2. illumination detection system according to claim 1, is characterized in that, this first signal transmission module and this second signal transmission module are short range radio or infrared transmission module.
3. illumination detection system according to claim 1, is characterized in that, this checkout gear is a notebook computer, a panel computer or a mobile phone.
4. an illumination detection method, is characterized in that, comprises the following step:
One checkout gear is provided, and this checkout gear is to produce a detecting message;
Sequentially transmit this detecting message to a plurality of lighting devices, after respectively this lighting device receives this detecting message, transmit an illumination condition message to this checkout gear;
Transmit this illumination condition message to a servomechanism installation, be positioned at a database of this servomechanism installation with renewal; And
Analyze this database, to produce a maintenance form or a statistics form.
5. illumination detection method according to claim 4, is characterized in that, this checkout gear more provides one to control message, and after respectively this lighting device received this control message, this lighting device was adjusted its luminosity according to this.
6. illumination detection method according to claim 4, is characterized in that, this checkout gear is to connect respectively this lighting device with short range radio, infrared-ray communication bluetooth or optical communication laser.
7. illumination detection method according to claim 4, is characterized in that, this checkout gear is a notebook computer, a panel computer or a mobile phone.
8. an illumination detection system, is characterized in that, comprises:
A plurality of lighting devices, each lighting device is provided with:
One light emitting module; And
One brilliance control module is for the brightness of controlling this light emitting module;
One checkout gear has:
One sensing module is to produce according to this an illumination condition message according to the mode of operation of this lighting device;
One control module is to supply to provide one to control message, and this brilliance control module is to adjust the luminosity of this light emitting module according to this control message; And
One signal transmission module is for this detecting message of transmission and this control message, and receives and dispatches this illumination condition message;
One relay is for this illumination condition message of transmitting-receiving; And
One servomechanism installation has a processing unit and a storage element, and this storage element is to have a database, and this servomechanism installation receives this illumination condition message by this relay;
Wherein, after this servomechanism installation received this illumination condition message, this servomechanism installation was to upgrade this database according to this illumination condition message, and this processing unit is to produce a maintenance form or a statistics form according to this database.
9. an illumination detection method, is characterized in that, comprises the following step:
One checkout gear and a plurality of lighting device are provided, and this checkout gear has a sensing module;
Detect the respectively mode of operation of this lighting device by this sensing module, to produce an illumination condition message;
Transmit this illumination condition message to a servomechanism installation, be positioned at a database of this servomechanism installation with renewal; And
Analyze this database, to produce a maintenance form or a statistics form.
10. illumination detection method according to claim 9, is characterized in that, this checkout gear more produces one and controls message, and after respectively this lighting device received this control message, this lighting device was adjusted its luminosity according to this.
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| CN2011103862054A CN103139962A (en) | 2011-11-29 | 2011-11-29 | Illumination detection system and method thereof |
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| CN2011103862054A CN103139962A (en) | 2011-11-29 | 2011-11-29 | Illumination detection system and method thereof |
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| TWM409671U (en) * | 2010-12-29 | 2011-08-11 | Ecolumina Technologies Inc | Illumination control system |
| TWI409671B (en) * | 2009-07-17 | 2013-09-21 | Kye Systems Corp | A rotary key structure and an electronic device having such a rotary key structure |
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| TWI409671B (en) * | 2009-07-17 | 2013-09-21 | Kye Systems Corp | A rotary key structure and an electronic device having such a rotary key structure |
| CN101742775A (en) * | 2009-12-29 | 2010-06-16 | 苏州市华工照明科技有限公司 | Illumination control system |
| CN201787441U (en) * | 2010-09-03 | 2011-04-06 | 新谱光科技股份有限公司 | Intelligent street lamp device and system thereof |
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Application publication date: 20130605 |