CN105782807A - Intelligent simulating sun lamp and sunlight simulating system - Google Patents
Intelligent simulating sun lamp and sunlight simulating system Download PDFInfo
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- CN105782807A CN105782807A CN201610119381.4A CN201610119381A CN105782807A CN 105782807 A CN105782807 A CN 105782807A CN 201610119381 A CN201610119381 A CN 201610119381A CN 105782807 A CN105782807 A CN 105782807A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F21—LIGHTING
- F21S—NON-PORTABLE LIGHTING DEVICES; SYSTEMS THEREOF; VEHICLE LIGHTING DEVICES SPECIALLY ADAPTED FOR VEHICLE EXTERIORS
- F21S8/00—Lighting devices intended for fixed installation
- F21S8/006—Solar simulators, e.g. for testing photovoltaic panels
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F21—LIGHTING
- F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
- F21V23/00—Arrangement of electric circuit elements in or on lighting devices
- F21V23/003—Arrangement of electric circuit elements in or on lighting devices the elements being electronics drivers or controllers for operating the light source, e.g. for a LED array
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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
- H05B47/10—Controlling the light source
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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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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Microelectronics & Electronic Packaging (AREA)
- Life Sciences & Earth Sciences (AREA)
- Sustainable Development (AREA)
- Circuit Arrangement For Electric Light Sources In General (AREA)
- Helmets And Other Head Coverings (AREA)
Abstract
The invention discloses an intelligent simulating sun lamp and a sunlight simulating system. The intelligent simulating sun lamp comprises input equipment, an intelligent chip and a control system, wherein the input equipment is used for receiving externally input parameter information; the parameter information includes irradiating power and irradiating time length; the intelligent chip is used for receiving the parameter information sent by the input equipment and generating a control command according to the parameter information; and the control system is used for actuating the control command to open a sunlight simulating light source after setting the sunlight simulating light source according to the parameter information. Users of the intelligent simulating sun lamp set the irradiation power and the irradiation time length according to self demands and preset regulations; and the sunlight simulating light source generates simulating sunlight under the irradiation power, and lasts the irradiation time length to prevent the users from excessively being irradiated by the simulating sunlight.
Description
Technical field
The present invention relates to sunlight analogue technique field, particularly relate to a kind of artificial intelligence cold quartz mercury vapor lamp and sunlight analog systems.
Background technology
Existing people produce simulated solar irradiation by cold quartz mercury vapor lamp, it is possible to this simulated solar irradiation is used for medical treatment (such as: cure neonatal jaundice, winter depression disease etc.)；This simulated solar irradiation can also be used for fitness (such as: improve someone colour of skin)；This simulated solar irradiation can also be adapted to assist in human body and produce the vitamin D absorption of calcium (vitamin D can be used for promoting) and dopamine (dopamine can be used for improving user emotion) etc..But, the existing mode of people is just on cold quartz mercury vapor lamp to produce simulated solar irradiation, and the experience according to people treats that under this simulated solar irradiation Preset Time is to realize above-mentioned effect.But, existing mode easilys lead to the irradiation simulated solar irradiation that people are excessive, thus causing suffering from skin carcinoma.
In view of this, it is necessary in fact to provide a kind of it can be avoided that the artificial intelligence cold quartz mercury vapor lamp of people's excessive exposure simulated solar irradiation is to solve the defect of prior art.
Summary of the invention
The technical problem to be solved is to provide a kind of artificial intelligence cold quartz mercury vapor lamp, and this artificial intelligence cold quartz mercury vapor lamp can arrange the irradiation power of sunlight analog light source and irradiate duration, and intelligence avoids people's excessive exposure simulated solar irradiation.
In order to solve the problems referred to above, the invention provides a kind of artificial intelligence cold quartz mercury vapor lamp, including:
Input equipment, for receiving the parameter information of externally input, parameter information includes irradiation power and irradiates duration.
Intelligent chip, for receiving the parameter information of input equipment transmission and generating control command according to parameter information.
Control system, is used for performing control command, so that after arranging sunlight analog light source according to parameter information, opening sunlight analog light source.
Preferably, artificial intelligence cold quartz mercury vapor lamp also includes the parameter information that the terminal unit for receiving outside sends and the communication module that parameter information is forwarded to intelligent chip.
Preferably, parameter information also includes direction of illumination.
Preferably, intelligent chip is additionally operable to judge that whether irradiation power is be more than or equal to the power threshold stored, if irradiation power is be more than or equal to power threshold, the information that gives a warning is to outside.
In order to solve the problems referred to above, present invention also offers a kind of sunlight analog systems, including artificial intelligence cold quartz mercury vapor lamp and with the more than one virtual implementing helmet of artificial intelligence cold quartz mercury vapor lamp communication connection.Artificial intelligence cold quartz mercury vapor lamp includes input equipment, second communication module, intelligent chip and control system, and intelligent chip includes judge module and generation module.Each virtual implementing helmet includes pattern information acquisition module, first communication module, processing module and Helmet Mounted Display.Input equipment is for receiving the parameter information of externally input and parameter information being forwarded to intelligent chip, and parameter information includes irradiation power and irradiates duration.Pattern information acquisition module is for obtaining the pattern information of user-selected pattern.First communication module is for sending mode information to artificial intelligence cold quartz mercury vapor lamp.Second communication module is for receiving the pattern information of each virtual implementing helmet transmission and sending pattern information to intelligent chip.When judge module is for often receiving a pattern information, determine whether sunlight simulation model according to pattern information.Generation module, if being additionally operable to pattern information when being sunlight simulation model, generates control command according to parameter information.Control system is used for performing control command, so that arranging sunlight analog light source according to parameter information, opens sunlight analog light source.Second communication module, is additionally operable to parameter information is sent the virtual implementing helmet to sending mode information.First communication module, is used for receiving parameter information and parameter information being forwarded to processing module.Processing module, for updating virtual reality content according to parameter information.Helmet Mounted Display, for showing the virtual scene corresponding with the virtual reality content after renewal.
Preferably, second communication module is additionally operable to the parameter information of the terminal unit transmission outside reception and parameter information is forwarded to intelligent chip.
Preferably, parameter information also includes direction of illumination.
Preferably, it is judged that module is additionally operable to judge that whether irradiation power is be more than or equal to the power threshold stored.If second communication module is additionally operable to irradiation power be more than or equal to power threshold, the information that gives a warning is to outside.
In order to solve the problems referred to above, present invention also offers a kind of sunlight analog systems, including artificial intelligence cold quartz mercury vapor lamp and with the more than one virtual implementing helmet of artificial intelligence cold quartz mercury vapor lamp communication connection.Each virtual implementing helmet includes pattern information acquisition module, Helmet Mounted Display, parameter information acquisition module and first communication module.Artificial intelligence cold quartz mercury vapor lamp includes second communication module, intelligent chip and control system, and intelligent chip includes judge module and generation module.Pattern information acquisition module is for obtaining the pattern information of user-selected pattern.Helmet Mounted Display for showing the virtual scene corresponding with virtual reality content under selected pattern.Parameter information acquisition module for getting parms information from virtual reality content, and parameter information includes irradiation power and irradiates duration.First communication module is for sending mode information and parameter information to artificial intelligence cold quartz mercury vapor lamp.Second communication module is used for receiving the pattern information of each virtual implementing helmet transmission and parameter information and sending pattern information and parameter information to intelligent chip.When judge module is for often receiving a pattern information and parameter information, determine whether sunlight simulation model according to pattern information.Generation module, if being additionally operable to pattern information when being sunlight simulation model, generates control command according to parameter information.Control system is used for performing control command, so that arranging sunlight analog light source according to parameter information, opens sunlight analog light source.
Preferably, it is judged that module is additionally operable to judge that whether irradiation power is be more than or equal to the power threshold stored.If second communication module is additionally operable to irradiation power be more than or equal to power threshold, the information that gives a warning is to outside.
Preferably, parameter information also includes direction of illumination.
Compared with prior art, the user of the artificial intelligence cold quartz mercury vapor lamp of the present invention is according to self demand and arranges irradiation power according to the rules and irradiates duration, sunlight analog light source produces simulated solar irradiation prolonged exposure duration under this irradiation power, to avoid user's excessive exposure simulated solar irradiation.
Accompanying drawing explanation
Fig. 1 is the high-level schematic functional block diagram of a kind of embodiment of artificial intelligence cold quartz mercury vapor lamp of the present invention.
Fig. 2 is the high-level schematic functional block diagram of a kind of embodiment of sunlight analog systems of the present invention.
Fig. 3 is the high-level schematic functional block diagram of sunlight analog systems another kind embodiment of the present invention.
Detailed description of the invention
In order to make the purpose of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the present invention, be not used to limit the present invention.
It should be noted that the artificial intelligence cold quartz mercury vapor lamp of the present invention both can be used alone, it is also possible to and/or with terminal unit and/or with virtual implementing helmet with the use of.It should be noted that the virtual implementing helmet of the present invention can also virtual reality glasses.
Artificial intelligence cold quartz mercury vapor lamp be used alone or with terminal unit with the use of time, Fig. 1 illustrates a kind of embodiment of artificial intelligence cold quartz mercury vapor lamp of the present invention.In the present embodiment, this artificial intelligence cold quartz mercury vapor lamp 1 includes input equipment 10, intelligent chip 11, control system 12, sunlight analog light source 13 and communication module 14.
Input equipment 10 is for receiving the parameter information of externally input, and parameter information includes irradiation power, irradiates duration and direction of illumination.It should be noted that, in the present embodiment, first, input equipment 10 receives the direction of illumination (arrange position according to artificial intelligence cold quartz mercury vapor lamp 1 and people enjoys the position of simulated solar irradiation and determines direction of illumination, cause the utilization rate of the simulated solar irradiation that artificial intelligence cold quartz mercury vapor lamp 1 produces to maximize) of externally input.Secondly, input equipment 10 receives the irradiation power of externally input, and intelligent chip 11 is for judging that whether irradiation power is be more than or equal to the power threshold stored, if irradiation power is be more than or equal to power threshold, the information that gives a warning is to outside.If irradiation power is less than power threshold, output maximum duration value is to remind user's input less than the irradiation duration of this maximum duration value (the maximum duration value that different irradiation powers is corresponding different, different due to the amount of simulated solar irradiation produced under different irradiation powers and intensity etc., so, according to arranging different maximum duration values under different irradiation powers, avoid user's excessive exposure simulated solar irradiation further.Finally, input equipment 10 receives the irradiation duration of externally input.
It should be noted that this parameter information is forwarded to intelligent chip 11 by the parameter information that artificial intelligence cold quartz mercury vapor lamp 1 can also pass through terminal unit 2 transmission that communication module 14 receives outside.Specifically, when intelligent chip 11 receives this parameter information, it is judged that whether irradiation power is be more than or equal to the power threshold stored, if irradiation power is be more than or equal to power threshold, the information that gives a warning is to outside.If irradiation power is less than power threshold, it is judged that whether irradiate duration be more than or equal to the maximum duration value corresponding with this irradiation power, if irradiating duration be more than or equal to the maximum duration value corresponding with this irradiation power, the information that gives a warning is to remind user.If irradiating duration less than the maximum duration value corresponding with this irradiation power, continue executing with follow-up operation.
Intelligent chip 11, for receiving the parameter information of input equipment 10 transmission and generating control command according to parameter information.Control system 12, for performing control command, so that after according to parameter information, sunlight analog light source 13 is set, open sunlight analog light source 13, therefore this sunlight analog light source 13 produces simulated solar irradiation under the irradiation power arranged and irradiates according to the direction of illumination arranged, and continues the irradiation duration arranged.
It should be noted that when artificial intelligence cold quartz mercury vapor lamp 1 is used alone, simulated solar irradiation is likely to the eyes of user are affected, therefore, user can avoid the simulated solar irradiation impact on the eyes of user by wearing the product of the protection eyes such as protective eye lens.
Due to artificial intelligence cold quartz mercury vapor lamp be used alone or with terminal unit with the use of time, the eyes of user are affected and are in indoor by simulated solar irradiation, so, when people irradiates simulated solar irradiation, can not psychologically there is a kind of sensation in beautiful sandy beach Time for Sunshine bath, it is easy to dull thus causing user to lose the interest irradiating simulated solar irradiation.For this, the present invention by artificial intelligence cold quartz mercury vapor lamp and virtual implementing helmet with the use of or artificial intelligence cold quartz mercury vapor lamp, virtual implementing helmet and terminal unit with the use of.
Artificial intelligence cold quartz mercury vapor lamp and virtual implementing helmet with the use of or artificial intelligence cold quartz mercury vapor lamp, virtual implementing helmet and terminal unit with the use of time, constitute a sunlight analog systems.Additionally, sunlight analog systems includes master mode and controlled mode.
Under master mode, Fig. 2 illustrates a kind of embodiment of sunlight analog systems of the present invention.In the present embodiment, this sunlight analog systems includes artificial intelligence cold quartz mercury vapor lamp 3 and the more than one virtual implementing helmet 4 with artificial intelligence cold quartz mercury vapor lamp 3 communication connection.Wherein, artificial intelligence cold quartz mercury vapor lamp 3 includes input equipment 32, second communication module 33, intelligent chip 34, control system 31 and sunlight analog light source 30.Wherein, this intelligent chip 34 includes judge module 341 and generation module 342.Each virtual implementing helmet 4 includes pattern information acquisition module 40, first communication module 42, processing module 41 and Helmet Mounted Display 43.
Input equipment 32 is for receiving the parameter information of externally input and parameter information being forwarded to intelligent chip 34, and parameter information includes irradiation power, irradiates duration and direction of illumination.It should be noted that, in the present embodiment, first, input equipment 32 receives the direction of illumination (arrange position according to artificial intelligence cold quartz mercury vapor lamp 3 and people enjoys the position of simulated solar irradiation and determines direction of illumination, cause the utilization rate of the simulated solar irradiation that artificial intelligence cold quartz mercury vapor lamp 3 produces to maximize) of externally input.Secondly, input equipment 32 receives the irradiation power of externally input, and intelligent chip 34 is for judging that whether irradiation power is be more than or equal to the power threshold stored, if irradiation power is be more than or equal to power threshold, the information that gives a warning is to outside.If irradiation power is less than power threshold, output maximum duration value is to remind user's input less than the irradiation duration of this maximum duration value (the maximum duration value that different irradiation powers is corresponding different, different due to the amount of simulated solar irradiation produced under different irradiation powers and intensity etc., so, according to arranging different maximum duration values under different irradiation powers, avoid user's excessive exposure simulated solar irradiation further.Finally, input equipment 32 receives the irradiation duration of externally input.
It should be noted that this parameter information is forwarded to intelligent chip 34 by the parameter information that artificial intelligence cold quartz mercury vapor lamp 3 can also pass through terminal unit 5 transmission that second communication module 33 receives outside.Specifically, when intelligent chip 34 receives this parameter information, it is judged that whether irradiation power is be more than or equal to the power threshold stored, if irradiation power is be more than or equal to power threshold, the information that gives a warning is to outside.If irradiation power is less than power threshold, it is judged that whether irradiate duration be more than or equal to the maximum duration value corresponding with this irradiation power, if irradiating duration be more than or equal to the maximum duration value corresponding with this irradiation power, the information that gives a warning is to remind user.If irradiating duration less than the maximum duration value corresponding with this irradiation power, continue executing with follow-up operation.
Pattern information acquisition module 40 is for obtaining the pattern information of user-selected pattern.First communication module 42 is for sending mode information to artificial intelligence cold quartz mercury vapor lamp 3.Second communication module 33 is for receiving the pattern information of each virtual implementing helmet 4 transmission and sending pattern information to intelligent chip 34.When judge module 341 is for often receiving a pattern information, determine whether sunlight simulation model according to pattern information.Generation module 342, if being additionally operable to pattern information when being sunlight simulation model, generates control command according to parameter information.Control system 31 is used for performing control command, so that arranging sunlight analog light source 30 according to parameter information, open sunlight analog light source 30, therefore this sunlight analog light source 30 produces simulated solar irradiation under the irradiation power arranged and irradiates according to the direction of illumination arranged, and continues the irradiation duration arranged.
Second communication module 33, is additionally operable to parameter information is sent the virtual implementing helmet 4 to sending mode information.First communication module 42, is used for receiving parameter information and parameter information being forwarded to processing module 41.Processing module 41, for updating virtual reality content according to parameter information.Helmet Mounted Display 43, for showing the virtual scene corresponding with the virtual reality content after renewal.
First, the artificial intelligence cold quartz mercury vapor lamp 3 of the present embodiment receives the parameter information of input equipment 32 input or the parameter information of exterior terminal transmission, and sunlight analog light source 30 is set according to this parameter information, simultaneously, the virtual reality content of the more than one virtual implementing helmet 4 communicated to connect with artificial intelligence cold quartz mercury vapor lamp 3 is updated according to this parameter information, so that the virtual scene that Helmet Mounted Display 43 display is corresponding with the virtual reality content after renewal.The present embodiment, by adopting same parameter information to arrange virtual reality content, reaches the technique effect allowing the body and mind of people experience unification.In addition, the present embodiment by artificial intelligence cold quartz mercury vapor lamp 3 and virtual implementing helmet 4 with the use of, while irradiating simulated solar irradiation to people, people watches virtual scene by eyes, allows people produce a kind of sensation at beautiful sandy beach or Time for Sunshine bath elsewhere.
Under controlled mode, Fig. 3 illustrates the another kind of embodiment of sunlight analog systems of the present invention.In the present embodiment, this sunlight analog systems includes artificial intelligence cold quartz mercury vapor lamp 6 and the more than one virtual implementing helmet 7 with artificial intelligence cold quartz mercury vapor lamp 6 communication connection.Wherein, each virtual implementing helmet 7 includes pattern information acquisition module 71, Helmet Mounted Display 74, parameter information acquisition module 72 and first communication module 73.Artificial intelligence cold quartz mercury vapor lamp 6 includes second communication module 60, intelligent chip 61, control system 63 and sunlight analog light source 62, and intelligent chip 61 includes judge module 611 and generation module 612.
Pattern information acquisition module 71 is for obtaining the pattern information of user-selected pattern.Helmet Mounted Display 74 for showing the virtual scene corresponding with virtual reality content under selected pattern.Parameter information acquisition module 72 for getting parms information from virtual reality content, and parameter information includes irradiation power, irradiates duration and direction of illumination.First communication module 73 is for sending mode information and parameter information to artificial intelligence cold quartz mercury vapor lamp 6.
Second communication module 60 is used for receiving the pattern information of each virtual implementing helmet 7 transmission and parameter information and sending pattern information and parameter information to intelligent chip 61.When judge module 611 is for often receiving a pattern information and parameter information, determine whether sunlight simulation model according to pattern information.Judge module 611 is additionally operable to judge that whether irradiation power is be more than or equal to the power threshold stored, if irradiation power is be more than or equal to power threshold, the information that gives a warning is to outside.If irradiation power is less than power threshold, it is judged that module 611 judges whether to irradiate duration be more than or equal to the maximum duration value corresponding with this irradiation power, if irradiating duration be more than or equal to the maximum duration value corresponding with this irradiation power, the information that gives a warning is to remind user.If irradiating duration less than the maximum duration value corresponding with this irradiation power, generation module 612, generate control command according to parameter information.Control system 63 is used for performing control command, so that arranging sunlight analog light source 62 according to parameter information, open sunlight analog light source 62, therefore this sunlight analog light source 62 produces simulated solar irradiation under the irradiation power arranged and irradiates according to the direction of illumination arranged, and continues the irradiation duration arranged.
Above the detailed description of the invention of invention being described in detail, but it is only used as example, the present invention is not limiting as and specific embodiments described above.For a person skilled in the art, any equivalent modifications that this invention is carried out or replacement are also all among scope of the invention, therefore, the impartial conversion made under without departing from the spirit and principles in the present invention scope and amendment, improvement etc., all should contain within the scope of the invention.
Claims (10)
1. an artificial intelligence cold quartz mercury vapor lamp, it is characterised in that including:
Input equipment, for receiving the parameter information of externally input, described parameter information includes irradiation power and irradiates duration；
Intelligent chip, for receiving the parameter information of described input equipment transmission and generating control command according to described parameter information；
Control system, is used for performing described control command, so that after arranging sunlight analog light source according to described parameter information, opening described sunlight analog light source.
2. artificial intelligence cold quartz mercury vapor lamp according to claim 1, it is characterised in that described artificial intelligence cold quartz mercury vapor lamp also includes for receiving from the parameter information of exterior terminal equipment and described parameter information being forwarded to the communication module of described intelligent chip.
3. artificial intelligence cold quartz mercury vapor lamp according to claim 1 and 2, it is characterised in that described parameter information also includes direction of illumination.
4. artificial intelligence cold quartz mercury vapor lamp according to claim 1, it is characterised in that described intelligent chip is additionally operable to judge that whether described irradiation power is be more than or equal to the power threshold stored, if described irradiation power is be more than or equal to described power threshold, then give a warning information.
5. a sunlight analog systems, it is characterised in that include artificial intelligence cold quartz mercury vapor lamp and the more than one virtual implementing helmet with the communication connection of described artificial intelligence cold quartz mercury vapor lamp；Described artificial intelligence cold quartz mercury vapor lamp includes input equipment, second communication module, intelligent chip and control system, and described intelligent chip includes judge module and generation module；Each virtual implementing helmet includes pattern information acquisition module, first communication module, processing module and Helmet Mounted Display；Described input equipment is for receiving the parameter information of externally input and described parameter information being forwarded to described intelligent chip, and described parameter information includes irradiation power and irradiates duration；Described pattern information acquisition module is for obtaining the pattern information of user-selected pattern；Described first communication module is used for sending described pattern information extremely described artificial intelligence cold quartz mercury vapor lamp；Described second communication module is for receiving the described pattern information of each virtual implementing helmet transmission and sending described pattern information to described intelligent chip；When described judge module is for often receiving a described pattern information, determine whether sunlight simulation model according to described pattern information；Described generation module, if being additionally operable to described pattern information when being sunlight simulation model, generates control command according to described parameter information；Described control system is used for performing described control command, so that arranging sunlight analog light source according to described parameter information, opens described sunlight analog light source；Described second communication module, is additionally operable to send to the virtual implementing helmet sending described pattern information described parameter information；Described first communication module, is used for receiving described parameter information and described parameter information being forwarded to described processing module；Described processing module, for updating virtual reality content according to described parameter information；Described Helmet Mounted Display, for showing the virtual scene corresponding with the virtual reality content after renewal.
6. sunlight analog systems according to claim 5, it is characterised in that described second communication module is additionally operable to the parameter information of the terminal unit transmission outside reception and described parameter information is forwarded to described intelligent chip.
7. the sunlight analog systems according to claim 5 or 6, it is characterised in that described parameter information also includes direction of illumination.
8. sunlight analog systems according to claim 7, it is characterised in that described judge module is additionally operable to judge that whether described irradiation power is be more than or equal to the power threshold stored；If described second communication module is additionally operable to described irradiation power be more than or equal to described power threshold, the information that gives a warning is to outside.
9. a sunlight analog systems, it is characterised in that include artificial intelligence cold quartz mercury vapor lamp and the more than one virtual implementing helmet with the communication connection of described artificial intelligence cold quartz mercury vapor lamp；Each described virtual implementing helmet includes pattern information acquisition module, Helmet Mounted Display, parameter information acquisition module and first communication module；Described artificial intelligence cold quartz mercury vapor lamp includes second communication module, intelligent chip and control system, and described intelligent chip includes judge module and generation module；Described pattern information acquisition module is for obtaining the pattern information of user-selected pattern；Described Helmet Mounted Display for showing the virtual scene corresponding with virtual reality content under selected pattern；Described parameter information acquisition module for getting parms information from virtual reality content, and described parameter information includes irradiation power and irradiates duration；Described first communication module is used for sending described pattern information and described parameter information extremely described artificial intelligence cold quartz mercury vapor lamp；Described second communication module is used for receiving the described pattern information of each virtual implementing helmet transmission and described parameter information and sending described pattern information and described parameter information to described intelligent chip；When described judge module is for often receiving a described pattern information and described parameter information, determine whether sunlight simulation model according to described pattern information；Described generation module, if being additionally operable to described pattern information when being sunlight simulation model, generates control command according to described parameter information；Described control system is used for performing described control command, so that arranging sunlight analog light source according to described parameter information, opens described sunlight analog light source.
10. sunlight analog systems according to claim 9, it is characterised in that described judge module is additionally operable to judge that whether described irradiation power is be more than or equal to the power threshold stored；If described second communication module is additionally operable to described irradiation power be more than or equal to described power threshold, the information that gives a warning is to outside.
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| CN201610119381.4A CN105782807A (en) | 2016-03-02 | 2016-03-02 | Intelligent simulating sun lamp and sunlight simulating system |
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Application publication date: 20160720 |