CN104955218A - Outdoor lighting device and lighting control method thereof - Google Patents
Outdoor lighting device and lighting control method thereof Download PDFInfo
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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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- 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
Abstract
The invention provides an outdoor lighting device and a lighting control method thereof, wherein the outdoor lighting device comprises a luminous source, a light sensing device and a driving device, wherein the light sensing device is connected between a power supply end and the driving device and is used for sensing the brightness of the surrounding environment. When the light sensing device senses that the ambient brightness is larger than a threshold value, the current of the power supply end is forbidden to be transmitted to the driving device; when the light sensing device senses that the ambient brightness is smaller than a threshold value, the current of the power end is allowed to be transmitted to the driving device. The driving device receives a wireless signal with far-end time information, and drives the luminous source to output corresponding illumination brightness according to the far-end time information, or corrects near-end time information in the outdoor illuminating device by the far-end time information, and then drives the luminous source to provide corresponding illumination brightness according to the near-end time information. The invention can ensure that the outdoor lighting device can provide correct lighting brightness.
Description
Technical field
The present invention about lighting technical field, especially about a kind of outdoor illumination and illumination control method thereof.
Background technology
Light-emitting diode (Light Emitting Diode, LED) be widely used in recent years in the middle of daily life, because it has benefit and the advantage of energy saving, display, electric household appliance, auto electronic assembly, lighting etc. are all the application categories of light-emitting diode such as.To use light-emitting diode as the illuminating street lamp of light emitting source, because of its there is energy saving, the warm lamp time is fast, reaction speed is fast, volume is little, the life-span is long, shatter-proof, pollution level is low, the advantage of high-reliability and applicable volume production, makes traditional mercury vapor lamp and high-pressure sodium lamp have the trend be gradually substituted.
Moreover, in general city under the specific period (as the period in the late into the night), pedestrian and vehicle flowrate less, if illuminating street lamp still keeps the brightness of illumination the same with the flow spike period, obviously the waste of the energy is caused, therefore existing illuminating street lamp can provide different brightness of illuminations according to the different periods, and then reach the energy-conservation object of optimization.In addition, the energy-conservation intelligent control system being used for controlling illuminating street lamp is at present generally power application carrier system and Zigbee system.
Refer to Fig. 1, it is the conceptual schematic view of the road lamp energy-saving intelligent control system 9 of existing power application carrier system.Fig. 1 illustrates multiple illuminating street lamp 91 and is all connected to Centralized Controller 93 through power line 92, and except illuminating street lamp 91 obtains except can pass through power line 92 and provide needed for illumination electric power, also can pass through power line 92 and receive the control signal coming from Centralized Controller 93, by this to provide different brightness of illuminations according to the different periods.Referring again to Fig. 2, it is the conceptual schematic view of the road lamp energy-saving intelligent control system of existing application Zigbee system 8.It is all be connected to Centralized Controller 83 with wireless system signal that Fig. 2 illustrates multiple illuminating street lamp 81, therefore can receive the control signal coming from Centralized Controller 83, by this to provide different brightness of illuminations according to the different periods.
But the road lamp energy-saving intelligent control system 9 of existing power application carrier system and the road lamp energy-saving intelligent control system 8 of existing application Zigbee system are all the group controls belonging to street lamp, and its operation-interface is complicated, and needs lengthy and tedious control calculation rule.In view of this, now the illuminating street lamp of existing single lamp intelligence pattern is suggested, disclosed by No. CN201197208Yth, Chinese utility model patent notification number, it arranges controller in each illuminating street lamp, and data that can provide according to the temporal information of the sunrise sunset timetable in the storage element in illuminating street lamp, time quantum and photosensitive unit and corresponding brightness of illumination is provided; Therefore the illuminating street lamp of single lamp intelligence pattern can voluntarily according to build-in module running, and not need to be controlled by the mode of group, result of use is better.
Only, the illuminating street lamp of existing single lamp intelligence pattern is all using the temporal information of built-in time quantum as the foundation providing different brightness of illumination in response to Different periods, if but because the built-in electric power of illuminating street lamp is not enough or meet with unexpected power failure, the temporal information of time quantum then can be caused to delay, namely be slower than correct temporal information, what is more, also can cause the replacement of time quantum, thus, the brightness of illumination that illuminating street lamp provides will produce great error with expection is upper.Therefore existing illuminating street lamp has the space of improvement.
Summary of the invention
One of the technical problem to be solved in the present invention is, for prior art above shortcomings, there is provided a kind of using the far-end temporal information of received wireless signal as the outdoor illumination of basis of time and the illumination control method thereof that drive light emitting source, guarantee the brightness of illumination that outdoor illumination provides correct.
One of the technical problem to be solved in the present invention is, for prior art above shortcomings, there is provided a kind of with the far-end temporal information of received wireless signal to correct built-in near-end temporal information, and using near-end temporal information as the outdoor illumination of basis of time and the illumination control method thereof that drive light emitting source, guarantee the brightness of illumination that outdoor illumination provides correct.
The technical solution adopted for the present invention to solve the technical problems is to provide a kind of outdoor illumination, comprises light emitting source, light sensing apparatus and drive unit; Wherein: this light sensing apparatus is connected between a power end and this drive unit, in order to sense a context brightness; Wherein, when this light sensing apparatus sense this context brightness be greater than a threshold value time, forbid that the current delivery of this power end is to this drive unit, and when this light sensing apparatus sense this context brightness be less than this threshold value time, allow the electric current of this power end by wherein, to transfer to this drive unit; This drive unit is connected between this light sensing apparatus and this light emitting source, and this drive unit comprises drive circuit, wireless module and control unit, and this wireless module has a wireless signal of a far-end temporal information in order to receive; This control unit is connected between this wireless module and this drive circuit, and when this context brightness is less than this threshold value, should far-end temporal information and corresponding generation one controls signal to this drive circuit, drive this light emitting source to export the brightness of illumination corresponding to this far-end temporal information in order to do making this drive circuit.
Preferably, this wireless signal with this far-end temporal information comes from the Internet-based platform, 3G (Third Generation) Moblie (3G) base station, forth generation mobile communication (4G) base station, frequency modulation (FM) broadcasting station and/or amplitude modulation (AM) broadcasting station.
Preferably, this control unit stores Lighting control information, and this Lighting control information comprises the very first time and brightness of illumination contrast relationship, and this very first time and brightness of illumination contrast relationship comprise multiple time section and correspond respectively to multiple driving parameters of the plurality of time section; Wherein, this control unit be according to this far-end temporal information and this very first time with brightness of illumination contrast relationship and corresponding generation this control signal to this drive circuit.
Preferably, this driving parameter arbitrary is duty ratio (Duty Ratio) numerical value of a pulse width modulating signal; And/or, the another one in the plurality of time section is entered by the one in the plurality of time section in this far-end temporal information, and making the conversion of this light emitting source of the corresponding driving of this drive circuit export in the process of this brightness of illumination, this brightness of illumination is progressive change in a change-over time length.
Preferably, this Lighting control information also comprises the second time and brightness of illumination contrast relationship, and this second time and brightness of illumination contrast relationship comprise multiple time section and correspond respectively to multiple driving parameters of the plurality of time section; Wherein, when this outdoor illumination is in the first operating mode, this control unit be according to this far-end temporal information and this very first time with brightness of illumination contrast relationship and corresponding generation this control signal to this drive circuit, and when this outdoor illumination is in the second operating mode, this control unit be according to this far-end temporal information and this second time with brightness of illumination contrast relationship and corresponding generation this control signal to this drive circuit.
Preferably, this Lighting control information also comprises time and operating mode contrast relationship, and this control unit is with operating mode contrast relationship and this outdoor illumination of corresponding driving enters this first operating mode or this second operating mode according to this far-end temporal information and this time; And/or this drive unit also comprises wireless remote control signals receiving element, in order to receive a wireless remote control signals, and should wireless remote control signals and drive this outdoor illumination to enter this first operating mode or this second operating mode.
Preferably, this far-end temporal information at least comprises January information, and this control unit be according to this in month information and this time with operating mode contrast relationship and this outdoor illumination of corresponding driving enters this first operating mode or this second operating mode; And/or this first operating mode and this second operating mode be respectively first season operating mode and second season operating mode.
The present invention also provides a kind of outdoor illumination, comprises light emitting source, light sensing apparatus and drive unit; Wherein: this light sensing apparatus is connected between a power end and this drive unit, in order to sense a context brightness; Wherein, when this light sensing apparatus sense this context brightness be greater than a threshold value time, forbid that the current delivery of this power end is to this drive unit, and when this light sensing apparatus sense this context brightness be less than this threshold value time, electric current for this power end passes through wherein, to transfer to this drive unit; This drive unit is connected between this light sensing apparatus and this light emitting source, this drive unit comprises drive circuit, control unit and wireless module, this control unit is connected to this drive circuit, and there is a near-end temporal information, and this control unit is when this context brightness is less than this threshold value, should near-end temporal information and corresponding generation one controls signal to this drive circuit, drive this light emitting source to export the brightness of illumination corresponding to this near-end temporal information in order to do making this drive circuit; This wireless module is connected to this control unit, and in order to receive a wireless signal with a far-end temporal information, and this far-end temporal information is this near-end temporal information corrected in this control unit.
Preferably, this wireless signal with this far-end temporal information comes from the Internet-based platform, 3G (Third Generation) Moblie (3G) base station, forth generation mobile communication (4G) base station, frequency modulation (FM) broadcasting station and/or amplitude modulation (AM) broadcasting station.
Preferably, this control unit stores Lighting control information, and this Lighting control information comprises the very first time and brightness of illumination contrast relationship, and this very first time and brightness of illumination contrast relationship comprise multiple time section and correspond respectively to multiple driving parameters of the plurality of time section; Wherein, this control unit be according to this near-end temporal information and this very first time with brightness of illumination contrast relationship and corresponding generation this control signal to this drive circuit.
Preferably, this driving parameter arbitrary is duty ratio (Duty Ratio) numerical value of a pulse width modulating signal; And/or, the another one in the plurality of time section is entered by the one in the plurality of time section in this near-end temporal information, and making the conversion of this light emitting source of the corresponding driving of this drive circuit export in the process of this brightness of illumination, this brightness of illumination is progressive reduction in a change-over time length.
Preferably, this Lighting control information also comprises the second time and brightness of illumination contrast relationship, and this second time and brightness of illumination contrast relationship comprise multiple time section and correspond respectively to multiple driving parameters of the plurality of time section; Wherein, when this outdoor illumination is in the first operating mode, this control unit be according to this near-end temporal information and this very first time with brightness of illumination contrast relationship and corresponding generation this control signal to this drive circuit, and when this outdoor illumination is in the second operating mode, this control unit be according to this near-end temporal information and this second time with brightness of illumination contrast relationship and corresponding generation this control signal to this drive circuit.
Preferably, this Lighting control information also comprises time and operating mode contrast relationship, and this control unit is with operating mode contrast relationship and this outdoor illumination of corresponding driving enters this first operating mode or this second operating mode according to this near-end temporal information and this time; And/or this drive unit also comprises wireless remote control signals receiving element, in order to receive a wireless remote control signals, and should wireless remote control signals and drive this outdoor illumination to enter this first operating mode or this second operating mode.
Preferably, this near-end temporal information at least comprises January information, and this control unit be according to this in month information and this time with operating mode contrast relationship and this outdoor illumination of corresponding driving enters this first operating mode or this second operating mode; And/or this first operating mode and this second operating mode be respectively first season operating mode and second season operating mode.
The present invention also provides a kind of illumination control method, is applied to an outdoor illumination, comprises:
(1) sense a context brightness, and when this context brightness is less than a threshold value, allow the drive unit of current delivery to this outdoor illumination of the power end being connected to this outdoor illumination;
(2) wireless signal with a far-end temporal information is received; And
(3) when this context brightness is less than this threshold value, this drive unit is utilized to drive this outdoor illumination corresponding output one brightness of illumination according to this far-end temporal information.
Preferably, the present invention also comprises between this step (1) and this step (2): drive this outdoor illumination to export one and preset brightness of illumination one predetermined time period.
Preferably, this wireless signal with this far-end temporal information comes from the Internet-based platform, 3G (Third Generation) Moblie (3G) base station, forth generation mobile communication (4G) base station, frequency modulation (FM) broadcasting station and/or amplitude modulation (AM) broadcasting station.
Preferably, this step (3) comprising: provide a Lighting control information, and this Lighting control information comprises the very first time and brightness of illumination contrast relationship, and this very first time and brightness of illumination contrast relationship comprise multiple time section and correspond respectively to multiple driving parameters of the plurality of time section; Wherein, this drive unit drives this brightness of illumination of the corresponding output of this outdoor illumination according to this far-end temporal information and this very first time with brightness of illumination contrast relationship.
Preferably, this driving parameter arbitrary is duty ratio (Duty Ratio) numerical value of a pulse width modulating signal; And/or, in this far-end temporal information to be entered by the one in the plurality of time section the plurality of time drive in another one, and making the conversion of this outdoor illumination of the corresponding driving of this drive unit export in the process of this brightness of illumination, this brightness of illumination is progressive change in a change-over time length.
Preferably, this Lighting control information also comprises the second time and brightness of illumination contrast relationship, and this second time and brightness of illumination contrast relationship comprise multiple time section and correspond respectively to multiple driving parameters of the plurality of time section; Wherein, when this outdoor illumination is in the first operating mode, this drive unit drives this brightness of illumination of the corresponding output of this outdoor illumination according to this far-end temporal information and this very first time with brightness of illumination contrast relationship, and when this outdoor illumination is in the second operating mode, this drive unit drives this brightness of illumination of the corresponding output of this outdoor illumination according to this far-end temporal information and this second time with brightness of illumination contrast relationship.
Preferably, this Lighting control information also comprises time and operating mode contrast relationship, and this drive unit is with operating mode contrast relationship and this outdoor illumination of corresponding driving enters this first operating mode or this second operating mode according to this far-end temporal information and this time; And/or this illumination control method also comprises: receive a wireless remote control signals, make this drive unit should wireless remote control signals and drive this outdoor illumination to enter this first operating mode or this second operating mode.
Preferably, this far-end temporal information at least comprises January information, and this drive unit be according to this in month information and this time with operating mode contrast relationship and this outdoor illumination of corresponding driving enters this first operating mode or this second operating mode; And/or this first operating mode and this second operating mode be respectively first season operating mode and second season operating mode.
The present invention also provides a kind of illumination control method, is applied to an outdoor illumination, comprises:
(1) sense a context brightness, and when this context brightness is less than a threshold value, allow the drive unit of current delivery to this outdoor illumination of the power end being connected to this outdoor illumination;
(2) wireless signal with a far-end temporal information is received;
(3) this far-end temporal information is utilized to correct a near-end temporal information in this outdoor illumination; And
(4) when this context brightness is less than this threshold value, this drive unit is utilized to drive this outdoor illumination corresponding output one brightness of illumination according to this near-end temporal information.
Preferably, the present invention also comprises between this step (1) and this step (2): drive this outdoor illumination to export one and preset brightness of illumination one predetermined time period.
Preferably, this wireless signal with this far-end temporal information comes from the Internet-based platform, 3G (Third Generation) Moblie (3G) base station, forth generation mobile communication (4G) base station, frequency modulation (FM) broadcasting station and/or amplitude modulation (AM) broadcasting station.
Preferably, this step (4) comprising: provide a Lighting control information, and this Lighting control information comprises the very first time and brightness of illumination contrast relationship, and this very first time and brightness of illumination contrast relationship comprise multiple time section and correspond respectively to multiple driving parameters of the plurality of time section; Wherein, this drive unit drives this brightness of illumination of the corresponding output of this outdoor illumination according to this near-end temporal information and this very first time with brightness of illumination contrast relationship.
Preferably, this driving parameter arbitrary is the duty ratio numerical value of a pulse width modulating signal; And/or, in this near-end temporal information to be entered by the one in the plurality of time section the plurality of time drive in another one, and making the conversion of this outdoor illumination of the corresponding driving of this drive unit export in the process of this brightness of illumination, this brightness of illumination is progressive change in a change-over time length.
Preferably, this Lighting control information also comprises the second time and brightness of illumination contrast relationship, and this second time and brightness of illumination contrast relationship comprise multiple time section and correspond respectively to multiple driving parameters of the plurality of time section; Wherein, when this outdoor illumination is in the first operating mode, this drive unit drives this brightness of illumination of the corresponding output of this outdoor illumination according to this near-end temporal information and this very first time with brightness of illumination contrast relationship, and when this outdoor illumination is in the second operating mode, this drive unit drives this brightness of illumination of the corresponding output of this outdoor illumination according to this near-end temporal information and this second time with brightness of illumination contrast relationship.
Preferably, this Lighting control information also comprises time and operating mode contrast relationship, and this drive unit is with operating mode contrast relationship and this outdoor illumination of corresponding driving enters this first operating mode or this second operating mode according to this near-end temporal information and this time; And/or this illumination control method also comprises: receive a wireless remote control signals, make this drive unit should wireless remote control signals and drive this outdoor illumination to enter this first operating mode or this second operating mode.
Preferably, this near-end temporal information at least comprises January information, and this drive unit be according to this in month information and this time with operating mode contrast relationship and this outdoor illumination of corresponding driving enters this first operating mode or this second operating mode; And/or this first operating mode and this second operating mode be respectively first season operating mode and second season operating mode.
The present invention can pass through the far-end temporal information of received wireless signal as the basis of time driving light emitting source, also the far-end temporal information that can pass through received wireless signal corrects the near-end temporal information be originally just arranged in outdoor illumination, and then make near-end temporal information as the basis of time driving light emitting source, therefore the brightness of illumination that outdoor illumination can provide correct can be guaranteed, can not impact because built-in power is not enough or meet with power failure generation built-in time information entanglement suddenly.
Accompanying drawing explanation
Fig. 1: be the conceptual schematic view of the road lamp energy-saving intelligent control system of existing power application carrier wave.
Fig. 2: be the conceptual schematic view of the road lamp energy-saving intelligent control system of existing application Zigbee.
Fig. 3: for outdoor illumination of the present invention is in the block schematic diagram of the first preferred embodiment.
Fig. 4: be the very first time of control unit shown in Fig. 3 and the conceptual schematic view of brightness of illumination contrast relationship.
Fig. 5: be the second time of control unit shown in Fig. 3 and the conceptual schematic view of brightness of illumination contrast relationship.
Fig. 6: be the 3rd time of control unit shown in Fig. 3 and the conceptual schematic view of brightness of illumination contrast relationship.
Fig. 7: be the 4th time of control unit shown in Fig. 3 and the conceptual schematic view of brightness of illumination contrast relationship.
Fig. 8: be the time of control unit shown in Fig. 3 and the schematic diagram of operating mode contrast relationship.
Fig. 9: for a preferred application is in the schematic flow sheet of the illumination control method of outdoor illumination shown in Fig. 4.
Figure 10: for outdoor illumination is in the running tense schematic diagram in September of a preferred embodiment.
Figure 11: for outdoor illumination of the present invention is in the block schematic diagram of the second preferred embodiment.
Figure 12: for outdoor illumination 1 of the present invention is in the block schematic diagram of the 3rd preferred embodiment.
Figure 13: for a preferred application is in the schematic flow sheet of the illumination control method of outdoor illumination shown in Figure 12.
Embodiment
Refer to Fig. 3 and Fig. 4, Fig. 3 be outdoor illumination of the present invention in the block schematic diagram of the first preferred embodiment, the very first time that Fig. 4 is control unit shown in Fig. 3 and the conceptual schematic view of brightness of illumination contrast relationship.Outdoor illumination 1 comprises light emitting source 11, light sensing apparatus 12 and drive unit 13, and light sensing apparatus 12 is connected to a power end 2, and as being connected to mains supply through power line, drive unit 13 is then connected between light sensing apparatus 12 and light emitting source 11; Wherein, light sensing apparatus 12 is in order to sense a context brightness, when light sensing apparatus 12 sense context brightness be greater than predetermined threshold value time, then forbid that the current delivery of power end 2 is to drive unit 13, and when light sensing apparatus 12 sense context brightness be less than predetermined threshold value time, the electric current of this power end 2 is then allowed to pass through wherein, that is, when light sensing apparatus 12 sense context brightness be less than predetermined threshold value time, the electric current of power end 2 just can transfer to drive unit 13, and then makes drive unit 13 have the electric power driving light emitting source 11 to export brightness of illumination.
Secondly, the control unit 133 that drive unit 13 comprises drive circuit 131, wireless module 132 and is connected between wireless module 132 and drive circuit 131, when light sensing apparatus 12 makes the current delivery of power end 2 to drive unit 13 because the brightness of sensing context is less than predetermined threshold value, therefore wireless module 132 can have more electric power and receive the wireless signal W with temporal information (rear title far-end temporal information FT), and is transferred to control unit 133.In this preferred embodiment, the wireless signal W with far-end temporal information FT can come from least one in the Internet-based platform, 3G (Third Generation) Moblie (3G) base station, forth generation mobile communication (4G) base station, frequency modulation (FM) broadcasting station and amplitude modulation (AM) broadcasting station, but is not limited with above-mentioned.
Moreover, Lighting control information is stored in control unit 133, and Lighting control information comprises time and brightness of illumination contrast relationship (claiming the very first time and brightness of illumination contrast relationship M1 afterwards), the very first time and brightness of illumination contrast relationship M1 then comprise multiple time section and correspond respectively to multiple driving parameters of the plurality of time section.In this preferred embodiment, the very first time and brightness of illumination contrast relationship M1 present in the mode of form, and the multiple driving parameters corresponding to the plurality of time section are all duty ratio (Duty Ratio) numerical value of pulse width modulation (Pulse Width Modulation) signal, it as shown in Figure 4.For example, when time section is 13 ~ 19 time, duty ratio (Duty Ratio) numerical value then corresponding to this time section is X11%, and when time section is 19 ~ 24 time, duty ratio (Duty Ratio) numerical value then corresponding to this time section is X12%, and the rest may be inferred for remaining time section and corresponding duty ratio numerical value; Only, although the multiple driving parameters in the present embodiment are all the duty ratio numerical value of pulse width modulating signal, be not limited with above-mentioned.
Wherein, when light sensing apparatus 12 makes the current delivery of power end 2 to drive unit 13 because the brightness of sensing context is less than predetermined threshold value, control unit 133 is therefore, it is possible to have electric power and analyzed received far-end temporal information FT and the very first time and brightness of illumination contrast relationship M1, to find out the duty ratio numerical value of corresponding pulse width modulating signal, and then produce and corresponding control signal to drive circuit 131, make drive circuit 131 that light emitting source 11 can be driven to export the brightness of illumination corresponding to far-end temporal information FT, therefore outdoor illumination 1 can provide default brightness of illumination according to the different periods.
Preferably, the Lighting control information of control unit 133 of the present invention also can comprise more time and brightness of illumination contrast relationship and time of arranging in pairs or groups with the plurality of time and brightness of illumination contrast relationship and operating mode contrast relationship R, by this with make outdoor illumination 1 have demand that more operating mode deals with multiple practical applications.
In detail, refer to Fig. 5 ~ Fig. 8, the second time that Fig. 5 is control unit shown in Fig. 3 and the conceptual schematic view of brightness of illumination contrast relationship M2, the 3rd time that Fig. 6 is control unit shown in Fig. 3 and the conceptual schematic view of brightness of illumination contrast relationship M3, the 4th time that Fig. 7 is control unit shown in Fig. 3 and the conceptual schematic view of brightness of illumination contrast relationship M4, the time that Fig. 8 is control unit shown in Fig. 3 and operating mode contrast relationship R.
In this preferred embodiment, in response to season change cause the time of sunrise sunset to be not quite similar, outdoor illumination 1 have first season operating mode, second season operating mode, the third quarter operating mode and the fourth season operating mode, and the second time and brightness of illumination contrast relationship M2, 3rd time and brightness of illumination contrast relationship M3 and the 4th time and brightness of illumination contrast relationship M4 comprise multiple time section separately and correspond respectively to multiple driving parameters of the plurality of time section, it is similar to person described in the very first time and brightness of illumination contrast relationship M1, namely no longer repeated at this.Wherein, the very first time and brightness of illumination contrast relationship M1, the second time and brightness of illumination contrast relationship M2, the 3rd time and brightness of illumination contrast relationship M3 and the 4th time and brightness of illumination contrast relationship M4 are respectively the control program set according to the sunrise sunset moment in the first season (spring), the second season (summer), the third quarter (autumn), the fourth season (winter).
Therefore when outdoor illumination 1 is in the first operating mode in season, control unit 133 adopts the very first time and brightness of illumination contrast relationship M1 as the foundation driving light emitting source 11; When outdoor illumination 1 is in the second operating mode in season, control unit 133 adopts the second time and brightness of illumination contrast relationship M2 as the foundation driving light emitting source 11; When outdoor illumination 1 is in third quarter operating mode, control unit 133 adopts the 3rd time and brightness of illumination contrast relationship M3 as the foundation driving light emitting source 11; And when outdoor illumination 1 is in the operating mode fourth season, control unit 133 adopts the 4th time and brightness of illumination contrast relationship M4 as the foundation driving light emitting source 11.
Moreover time and operating mode contrast relationship R then comprise multiple month section and the operating mode corresponding to the plurality of month section, and in this preferred embodiment, time and operating mode contrast relationship R present in the mode of form, and it as shown in Figure 8.In addition, when far-end temporal information FT is except comprising except information, also include month information, be with, when light sensing apparatus 12 makes the current delivery of power end 2 to drive unit 13 because the brightness of sensing context is less than predetermined threshold value, control unit 133 is therefore, it is possible to have electric power and analyze, received far-end temporal information FT and time and operating mode contrast relationship R to find out corresponding operating mode.
Figure 8 shows that example, the far-end temporal information FT received when control unit 133 is between 3 ~ May, then drive outdoor illumination 1 enter first season operating mode; The far-end temporal information FT received when control unit 133 is between 6 ~ August, then drive outdoor illumination 1 enter second season operating mode; The far-end temporal information FT received when control unit 133 is between 9 ~ November, then drive outdoor illumination 1 to enter third quarter operating mode; And the far-end temporal information FT received when control unit 133 is between 12 ~ February, then outdoor illumination 1 is driven to enter the operating mode fourth season.
Refer to Fig. 9, it is for a preferred application is in the schematic flow sheet of the illumination control method of outdoor illumination shown in Fig. 4.First perform step S11, the brightness of sensing context, and when context brightness is less than predetermined threshold value, allow the current delivery of the power end being connected to outdoor illumination to enter the drive unit of outdoor illumination; Perform step S12 again, drive outdoor illumination to export one and preset brightness of illumination one predetermined time period; Then perform step S13, receive the wireless signal with far-end temporal information; Finally, perform step S14, drive the corresponding output brightness of illumination of outdoor illumination according to far-end temporal information.
In this preferred embodiment, predetermined threshold value is 10 illumination (Lux), default brightness of illumination is 70% brightness of illumination (namely driving the brightness of illumination that exports of light emitting source 11 with the duty ratio of 70%), and predetermined time period is 0.5 hour, but not as limit, by for Figure 10, the illumination control method shown in Fig. 9 is described below.
Refer to Figure 10, which illustrate the running tense that outdoor illumination 1 is afternoon under some day in September; Wherein, make light sensing apparatus 12 sense context brightness lower than 10 illumination (Lux) when afternoon is some because overcasting, light sensing apparatus 12 starts to allow the electric current of power end 2 by wherein transferring to drive unit 13, make drive unit 13 be driven light emitting source 11 to export 70% brightness of illumination, and be maintained until the half past one in the afternoon; Then, wireless module 132 receives the wireless signal W with far-end temporal information FT, and transferred to control unit 133, wherein received far-end temporal information FT is 1: 30 afternoon of September 13, therefore control unit 133 selects third quarter operating mode according to received far-end temporal information FT, and drive light emitting source 11 to export according to the 3rd time and brightness of illumination contrast relationship M3 to correspond to 50% brightness of illumination in the 1: 30 afternoon duty ratio brightness of illumination that drives light emitting source 11 to export of 50% (namely with); But, light sensing apparatus 12 is made to sense context brightness higher than 10 illumination (Lux) because black clouds leaves after at 3 in afternoon, namely light sensing apparatus 12 forbids that the current delivery of power end 2 is to drive unit 13, thus light emitting source 11 illumination is not just provided until afternoon six point; Thereafter start principle, as front, is namely no longer repeated at this.
Preferably, when brightness of illumination changes because far-end temporal information FT switches to another time section, control unit 133 can not change brightness of illumination instantaneously, but control brightness of illumination progressive change in a change-over time length, with avoid driver because of moment brightness of illumination change and feel uncomfortable, thus guarantee driving safety.
In detail, in this preferred embodiment, be the conversion carrying out brightness of illumination with the ratio of change 1% brightness of illumination per second, namely drive unit 13 drives light emitting source 11 to export illumination with the duty ratio of change 1% per second.For example, with the 3rd time shown in Figure 10 and brightness of illumination contrast relationship M3, due to light emitting source 11 at dead of night ten one a bit should export as the 70% brightness of illumination brightness of illumination that exports of duty ratio driving light emitting source 11 of 70% (namely with) to morning, and morning a bit after should export as the 50% brightness of illumination brightness of illumination that exports of duty ratio driving light emitting source 11 of 50% (namely with) to morning 4, therefore once received far-end temporal information FT be morning a bit, drive unit 13 needs to spend the time of 20 seconds to adjust light emitting source 11 and is reduced to 50% brightness of illumination by 70% brightness of illumination is progressive, driver is allowed to have sufficient time to the change of adaptation brightness, to guarantee traffic safety.
Certainly, above-mentioned illumination control method is only an embodiment, the art those of ordinary skill can carry out the design for change of any equalization according to practical application request, as changed predetermined threshold value, presetting brightness of illumination or predetermined time period, or be the rate of transformation that change brightness of illumination carries out in transition process.In addition, step S12 in above-mentioned illumination control method is also not steps necessary of the present invention, that is, change and be designed to, drive unit 13 after light sensing apparatus 12 starts to allow the current delivery of power end 2 to drive unit 13, the far-end temporal information FT that direct basis receives and adopt corresponding time and brightness of illumination contrast relationship to operate.
Refer to Figure 11, it is that outdoor illumination of the present invention is in the block schematic diagram of the second preferred embodiment.The outdoor illumination 1 ' of this preferred embodiment is roughly similar to person described in aforementioned first preferred embodiment, is namely no longer repeated at this; This preferred embodiment and aforementioned first preferred embodiment difference are, the mode that outdoor illumination 1 ' can pass through other carries out the selection of operating mode, in detail, the drive unit 13 ' of outdoor illumination 1 ' more comprises wireless remote control signals receiving element 134, in order to receive the wireless remote control signals transmitted by effector, as utilize remote controller the wireless remote control signals that transmits, enter the first operating mode, the second operating mode, the 3rd operating mode or the 4th operating mode to manipulate outdoor illumination 1 ' by this.
Refer to Figure 12, it is that outdoor illumination of the present invention is in the block schematic diagram of the 3rd preferred embodiment.The outdoor illumination 1 of this preferred embodiment " be roughly similar to person described in aforementioned first preferred embodiment, namely no longer repeated at this; This preferred embodiment and aforementioned first preferred embodiment difference are, outdoor illumination 1 " control unit 133 " in the time quantum 135 with temporal information (then claim near-end temporal information) is set, when light sensing apparatus 12 makes the current delivery of power end 2 to drive unit 13 because the brightness of sensing context is less than predetermined threshold value " time; therefore wireless module 132 can have more electric power and receive the wireless signal W with far-end temporal information FT; and transferred to control unit 133 ", by this to correct near-end temporal information.
Moreover, when light sensing apparatus 12 makes the current delivery of power end 2 to drive unit 13 because sensing context brightness is less than predetermined threshold value " time; control unit 133 " therefore, it is possible to there is electric power and inner and near-end temporal information after overcorrect and operating mode contrast relationship analyzed, to find out corresponding operating mode.Similarly, control unit 133 " again by inner and near-end temporal information after overcorrect with correspond to outdoor illumination 1 " residing for time of operating mode and brightness of illumination contrast relationship analyze, to find out the duty ratio numerical value of corresponding pulse width modulating signal, and then produce and corresponding control signal to drive circuit 131, make drive circuit 131 that light emitting source 11 can be driven to export the brightness of illumination corresponding to near-end temporal information, therefore outdoor illumination 1 " default corresponding brightness of illumination can be provided according to the different periods.
Refer to Figure 13, it is for a preferred application is in the schematic flow sheet of the illumination control method of outdoor illumination shown in Figure 12.First perform step S21, the brightness of sensing context, and when context brightness is less than predetermined threshold value, allow the current delivery of the power end being connected to outdoor illumination to enter the drive unit of outdoor illumination; Perform step S22 again, drive outdoor illumination to export one and preset brightness of illumination one predetermined time period; Then perform step S23, receive the wireless signal with far-end temporal information; Perform step S24 again, utilize the near-end temporal information in far-end temporal information correction outdoor illumination; Finally, perform step S25, drive the corresponding output brightness of illumination of outdoor illumination according to near-end temporal information.
In this preferred embodiment, predetermined threshold value is 10 illumination (Lux), default brightness of illumination is 70% brightness of illumination (namely driving the brightness of illumination that exports of light emitting source 11 with the duty ratio of 70%), and predetermined time period is 0.5 hour, but not as limit, for Figure 10, the illumination control method shown in Figure 13 is described equally below.
Please consult Figure 10 once again, make light sensing apparatus 12 sense context brightness lower than 10 illumination (Lux) when afternoon is some because overcasting, light sensing apparatus 12 starts to allow the electric current of power end 2 by wherein transferring to drive unit 13 ", make drive unit 13 " driven light emitting source 11 to export 70% brightness of illumination, and be maintained until the half past one in the afternoon, then, wireless module 132 receives the wireless signal W with far-end temporal information FT, and transferred to control unit 133 ", wherein received far-end temporal information FT is 1: 30 afternoon of September 13, and by this to correct near-end temporal information, and control unit 133 " select third quarter operating mode according to the near-end temporal information after overcorrect again, and 50% brightness of illumination driving light emitting source 11 to export according to the 3rd time and brightness of illumination contrast relationship M3 the to correspond to near-end temporal information duty ratio brightness of illumination that drives light emitting source 11 to export of 50% (namely with), but, light sensing apparatus 12 is made to sense context brightness higher than 10 illumination (Lux) because black clouds leaves after at 3 in afternoon, namely light sensing apparatus 12 forbids that the current delivery of power end 2 is to drive unit 13 ", thus light emitting source 11 illumination is not just provided until afternoon six point, thereafter start principle, as front, is namely no longer repeated at this.
Preferably, when brightness of illumination changes because the near-end temporal information after overcorrect switches to another time section, control unit 133 " brightness of illumination can not be changed instantaneously; but control brightness of illumination progressive change in a change-over time length; with avoid driver because of moment brightness of illumination change and feel uncomfortable, guarantee driving safety; Wherein, the control model of progressive transition brightness of illumination is same as the aforementioned explanation to Figure 10, is namely no longer repeated at this.
Certainly, illumination control method shown in Figure 13 is only an embodiment, the art those of ordinary skill can carry out the design for change of any equalization according to practical application request, as changed predetermined threshold value, presetting brightness of illumination or predetermined time period, or be the rate of transformation that change brightness of illumination carries out in transition process.In addition, step S22 in above-mentioned illumination control method is also not steps necessary of the present invention, that is, drive unit 13 " start to allow the current delivery of power end 2 to drive unit 13 in light sensing apparatus 12 " after predetermined time period in, also change be designed to direct basis overcorrect after near-end temporal information and adopt corresponding time and brightness of illumination contrast relationship to operate.
According to the explanation of above each embodiment, outdoor illumination of the present invention can pass through the far-end temporal information of the wireless signal that wireless module receives as the basis of time driving light emitting source, also the far-end temporal information that can pass through the wireless signal that wireless module receives corrects the near-end temporal information be originally just arranged in outdoor illumination, and then make near-end temporal information as the basis of time driving light emitting source, therefore the brightness of illumination that outdoor illumination can provide correct can be guaranteed, can not impact because built-in power is not enough or meet with power failure generation built-in time information entanglement suddenly.
The foregoing is only preferred embodiment of the present invention, and be not used to limit right of the present invention, under therefore all other does not depart from disclosed spirit, the equivalence that completes changes or modifies, and all should be contained in scope of patent protection of the present invention.
Claims (30)
1. an outdoor illumination, is characterized in that, comprises light emitting source, light sensing apparatus and drive unit; Wherein:
This light sensing apparatus is connected between a power end and this drive unit, in order to sense a context brightness; Wherein, when this light sensing apparatus sense this context brightness be greater than a threshold value time, forbid that the current delivery of this power end is to this drive unit, and when this light sensing apparatus sense this context brightness be less than this threshold value time, allow the electric current of this power end by wherein, to transfer to this drive unit;
This drive unit is connected between this light sensing apparatus and this light emitting source, and this drive unit comprises:
Drive circuit;
Wireless module, in order to receive a wireless signal with a far-end temporal information; And
Control unit, be connected between this wireless module and this drive circuit, and when this context brightness is less than this threshold value, should far-end temporal information and corresponding generation one controls signal to this drive circuit, drive this light emitting source to export the brightness of illumination corresponding to this far-end temporal information in order to do making this drive circuit.
2. outdoor illumination as claimed in claim 1, it is characterized in that, this wireless signal with this far-end temporal information comes from the Internet-based platform, 3G (Third Generation) Moblie base station, forth generation mobile communication base station, f-m broadcast station and/or amplitude modulation broadcasting radio station.
3. outdoor illumination as claimed in claim 1, it is characterized in that, this control unit stores Lighting control information, and this Lighting control information comprises the very first time and brightness of illumination contrast relationship, and this very first time and brightness of illumination contrast relationship comprise multiple time section and correspond respectively to multiple driving parameters of the plurality of time section; Wherein, this control unit be according to this far-end temporal information and this very first time with brightness of illumination contrast relationship and corresponding generation this control signal to this drive circuit.
4. outdoor illumination as claimed in claim 3, it is characterized in that, this driving parameter arbitrary is the duty ratio numerical value of a pulse width modulating signal; And/or, the another one in the plurality of time section is entered by the one in the plurality of time section in this far-end temporal information, and making the conversion of this light emitting source of the corresponding driving of this drive circuit export in the process of this brightness of illumination, this brightness of illumination is progressive change in a change-over time length.
5. outdoor illumination as claimed in claim 3, it is characterized in that, this Lighting control information also comprises the second time and brightness of illumination contrast relationship, and this second time and brightness of illumination contrast relationship comprise multiple time section and correspond respectively to multiple driving parameters of the plurality of time section; Wherein, when this outdoor illumination is in the first operating mode, this control unit be according to this far-end temporal information and this very first time with brightness of illumination contrast relationship and corresponding generation this control signal to this drive circuit, and when this outdoor illumination is in the second operating mode, this control unit be according to this far-end temporal information and this second time with brightness of illumination contrast relationship and corresponding generation this control signal to this drive circuit.
6. outdoor illumination as claimed in claim 5, it is characterized in that, this Lighting control information also comprises time and operating mode contrast relationship, and this control unit is with operating mode contrast relationship and this outdoor illumination of corresponding driving enters this first operating mode or this second operating mode according to this far-end temporal information and this time; And/or this drive unit also comprises wireless remote control signals receiving element, in order to receive a wireless remote control signals, and should wireless remote control signals and drive this outdoor illumination to enter this first operating mode or this second operating mode.
7. outdoor illumination as claimed in claim 6, it is characterized in that, this far-end temporal information at least comprises January information, and this control unit be according to this in month information and this time with operating mode contrast relationship and this outdoor illumination of corresponding driving enters this first operating mode or this second operating mode; And/or this first operating mode and this second operating mode be respectively first season operating mode and second season operating mode.
8. an outdoor illumination, is characterized in that, comprises light emitting source, light sensing apparatus and drive unit; Wherein:
This light sensing apparatus is connected between a power end and this drive unit, in order to sense a context brightness; Wherein, when this light sensing apparatus sense this context brightness be greater than a threshold value time, forbid that the current delivery of this power end is to this drive unit, and when this light sensing apparatus sense this context brightness be less than this threshold value time, electric current for this power end passes through wherein, to transfer to this drive unit;
This drive unit is connected between this light sensing apparatus and this light emitting source, and this drive unit comprises:
Drive circuit;
Control unit, be connected to this drive circuit, and there is a near-end temporal information, and this control unit is when this context brightness is less than this threshold value, should near-end temporal information and corresponding generation one controls signal to this drive circuit, drive this light emitting source to export the brightness of illumination corresponding to this near-end temporal information in order to do making this drive circuit; And
Wireless module, is connected to this control unit, and in order to receive a wireless signal with a far-end temporal information, and this far-end temporal information is this near-end temporal information corrected in this control unit.
9. outdoor illumination as claimed in claim 8, it is characterized in that, this wireless signal with this far-end temporal information comes from the Internet-based platform, 3G (Third Generation) Moblie base station, forth generation mobile communication base station, f-m broadcast station and/or amplitude modulation broadcasting radio station.
10. outdoor illumination as claimed in claim 8, it is characterized in that, this control unit stores Lighting control information, and this Lighting control information comprises the very first time and brightness of illumination contrast relationship, and this very first time and brightness of illumination contrast relationship comprise multiple time section and correspond respectively to multiple driving parameters of the plurality of time section; Wherein, this control unit be according to this near-end temporal information and this very first time with brightness of illumination contrast relationship and corresponding generation this control signal to this drive circuit.
11. outdoor illuminations as claimed in claim 10, is characterized in that, this driving parameter arbitrary is the duty ratio numerical value of a pulse width modulating signal; And/or, the another one in the plurality of time section is entered by the one in the plurality of time section in this near-end temporal information, and making the conversion of this light emitting source of the corresponding driving of this drive circuit export in the process of this brightness of illumination, this brightness of illumination is progressive reduction in a change-over time length.
12. outdoor illuminations as claimed in claim 10, it is characterized in that, this Lighting control information also comprises the second time and brightness of illumination contrast relationship, and this second time and brightness of illumination contrast relationship comprise multiple time section and correspond respectively to multiple driving parameters of the plurality of time section; Wherein, when this outdoor illumination is in the first operating mode, this control unit be according to this near-end temporal information and this very first time with brightness of illumination contrast relationship and corresponding generation this control signal to this drive circuit, and when this outdoor illumination is in the second operating mode, this control unit be according to this near-end temporal information and this second time with brightness of illumination contrast relationship and corresponding generation this control signal to this drive circuit.
13. outdoor illuminations as claimed in claim 12, it is characterized in that, this Lighting control information also comprises time and operating mode contrast relationship, and this control unit is with operating mode contrast relationship and this outdoor illumination of corresponding driving enters this first operating mode or this second operating mode according to this near-end temporal information and this time; And/or this drive unit also comprises wireless remote control signals receiving element, in order to receive a wireless remote control signals, and should wireless remote control signals and drive this outdoor illumination to enter this first operating mode or this second operating mode.
14. outdoor illuminations as claimed in claim 13, it is characterized in that, this near-end temporal information at least comprises January information, and this control unit be according to this in month information and this time with operating mode contrast relationship and this outdoor illumination of corresponding driving enters this first operating mode or this second operating mode; And/or this first operating mode and this second operating mode be respectively first season operating mode and second season operating mode.
15. 1 kinds of illumination control methods, are applied to an outdoor illumination, it is characterized in that, comprising:
(1) sense a context brightness, and when this context brightness is less than a threshold value, allow the drive unit of current delivery to this outdoor illumination of the power end being connected to this outdoor illumination;
(2) wireless signal with a far-end temporal information is received; And
(3) when this context brightness is less than this threshold value, this drive unit is utilized to drive this outdoor illumination corresponding output one brightness of illumination according to this far-end temporal information.
16. illumination control methods as claimed in claim 15, is characterized in that, also comprise between this step (1) and this step (2):
Drive this outdoor illumination to export one and preset brightness of illumination one predetermined time period.
17. illumination control methods as claimed in claim 15, it is characterized in that, this wireless signal with this far-end temporal information comes from the Internet-based platform, 3G (Third Generation) Moblie base station, forth generation mobile communication base station, f-m broadcast station and/or amplitude modulation broadcasting radio station.
18. illumination control methods as claimed in claim 15, it is characterized in that, this step (3) comprising:
There is provided a Lighting control information, and this Lighting control information comprises the very first time and brightness of illumination contrast relationship, and this very first time and brightness of illumination contrast relationship comprise multiple time section and correspond respectively to multiple driving parameters of the plurality of time section; Wherein, this drive unit drives this brightness of illumination of the corresponding output of this outdoor illumination according to this far-end temporal information and this very first time with brightness of illumination contrast relationship.
19. illumination control methods as claimed in claim 18, is characterized in that, this driving parameter arbitrary is the duty ratio numerical value of a pulse width modulating signal; And/or, in this far-end temporal information to be entered by the one in the plurality of time section the plurality of time drive in another one, and making the conversion of this outdoor illumination of the corresponding driving of this drive unit export in the process of this brightness of illumination, this brightness of illumination is progressive change in a change-over time length.
20. illumination control methods as claimed in claim 18, it is characterized in that, this Lighting control information also comprises the second time and brightness of illumination contrast relationship, and this second time and brightness of illumination contrast relationship comprise multiple time section and correspond respectively to multiple driving parameters of the plurality of time section; Wherein, when this outdoor illumination is in the first operating mode, this drive unit drives this brightness of illumination of the corresponding output of this outdoor illumination according to this far-end temporal information and this very first time with brightness of illumination contrast relationship, and when this outdoor illumination is in the second operating mode, this drive unit drives this brightness of illumination of the corresponding output of this outdoor illumination according to this far-end temporal information and this second time with brightness of illumination contrast relationship.
21. illumination control methods as claimed in claim 20, it is characterized in that, this Lighting control information also comprises time and operating mode contrast relationship, and this drive unit is with operating mode contrast relationship and this outdoor illumination of corresponding driving enters this first operating mode or this second operating mode according to this far-end temporal information and this time; And/or this illumination control method also comprises: receive a wireless remote control signals, make this drive unit should wireless remote control signals and drive this outdoor illumination to enter this first operating mode or this second operating mode.
22. illumination control methods as claimed in claim 21, it is characterized in that, this far-end temporal information at least comprises January information, and this drive unit be according to this in month information and this time with operating mode contrast relationship and this outdoor illumination of corresponding driving enters this first operating mode or this second operating mode; And/or this first operating mode and this second operating mode be respectively first season operating mode and second season operating mode.
23. 1 kinds of illumination control methods, are applied to an outdoor illumination, it is characterized in that, comprising:
(1) sense a context brightness, and when this context brightness is less than a threshold value, allow the drive unit of current delivery to this outdoor illumination of the power end being connected to this outdoor illumination;
(2) wireless signal with a far-end temporal information is received;
(3) this far-end temporal information is utilized to correct a near-end temporal information in this outdoor illumination; And
(4) when this context brightness is less than this threshold value, this drive unit is utilized to drive this outdoor illumination corresponding output one brightness of illumination according to this near-end temporal information.
24. illumination control methods as claimed in claim 23, is characterized in that, also comprise between this step (1) and this step (2):
Drive this outdoor illumination to export one and preset brightness of illumination one predetermined time period.
25. illumination control methods as claimed in claim 23, it is characterized in that, this wireless signal with this far-end temporal information comes from the Internet-based platform, 3G (Third Generation) Moblie base station, forth generation mobile communication base station, f-m broadcast station and/or amplitude modulation broadcasting radio station.
26. illumination control methods as claimed in claim 23, it is characterized in that, this step (4) comprising:
There is provided a Lighting control information, and this Lighting control information comprises the very first time and brightness of illumination contrast relationship, and this very first time and brightness of illumination contrast relationship comprise multiple time section and correspond respectively to multiple driving parameters of the plurality of time section; Wherein, this drive unit drives this brightness of illumination of the corresponding output of this outdoor illumination according to this near-end temporal information and this very first time with brightness of illumination contrast relationship.
27. illumination control methods as claimed in claim 26, is characterized in that, this driving parameter arbitrary is the duty ratio numerical value of a pulse width modulating signal; And/or, in this near-end temporal information to be entered by the one in the plurality of time section the plurality of time drive in another one, and making the conversion of this outdoor illumination of the corresponding driving of this drive unit export in the process of this brightness of illumination, this brightness of illumination is progressive change in a change-over time length.
28. illumination control methods as claimed in claim 26, it is characterized in that, this Lighting control information also comprises the second time and brightness of illumination contrast relationship, and this second time and brightness of illumination contrast relationship comprise multiple time section and correspond respectively to multiple driving parameters of the plurality of time section; Wherein, when this outdoor illumination is in the first operating mode, this drive unit drives this brightness of illumination of the corresponding output of this outdoor illumination according to this near-end temporal information and this very first time with brightness of illumination contrast relationship, and when this outdoor illumination is in the second operating mode, this drive unit drives this brightness of illumination of the corresponding output of this outdoor illumination according to this near-end temporal information and this second time with brightness of illumination contrast relationship.
29. illumination control methods as claimed in claim 28, it is characterized in that, this Lighting control information also comprises time and operating mode contrast relationship, and this drive unit is with operating mode contrast relationship and this outdoor illumination of corresponding driving enters this first operating mode or this second operating mode according to this near-end temporal information and this time; And/or this illumination control method also comprises: receive a wireless remote control signals, make this drive unit should wireless remote control signals and drive this outdoor illumination to enter this first operating mode or this second operating mode.
30. illumination control methods as claimed in claim 28, it is characterized in that, this near-end temporal information at least comprises January information, and this drive unit be according to this in month information and this time with operating mode contrast relationship and this outdoor illumination of corresponding driving enters this first operating mode or this second operating mode; And/or this first operating mode and this second operating mode be respectively first season operating mode and second season operating mode.
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| Application Number | Priority Date | Filing Date | Title |
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| TW103110893 | 2014-03-24 | ||
| TW103110893A TW201538033A (en) | 2014-03-24 | 2014-03-24 | Outdoor lighting device |
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| CN104955218A true CN104955218A (en) | 2015-09-30 |
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| CN201510124634.2A Pending CN104955218A (en) | 2014-03-24 | 2015-03-20 | Outdoor lighting device and lighting control method thereof |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105627264A (en) * | 2015-12-30 | 2016-06-01 | 重庆蓝岸通讯技术有限公司 | Device and method for controlling brightness of bulb |
| CN108990229A (en) * | 2018-06-25 | 2018-12-11 | 吉林省瑞中科技有限公司 | Light sensation automatically turns on lighting system |
| CN111132425A (en) * | 2020-01-03 | 2020-05-08 | 重庆特斯联智慧科技股份有限公司 | Indoor illumination circulation control system and method for intelligent building energy conservation |
| CN111966002A (en) * | 2020-08-31 | 2020-11-20 | Oppo广东移动通信有限公司 | Manipulation mode setting method and device, electronic equipment and readable storage medium |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20050285547A1 (en) * | 1997-08-26 | 2005-12-29 | Color Kinetics Incorporated | Light emitting diode based products |
| CN101608755A (en) * | 2008-06-20 | 2009-12-23 | 鸿富锦精密工业（深圳）有限公司 | Lighting device and the control appliance that is used to control lighting device |
| CN102497702A (en) * | 2011-12-08 | 2012-06-13 | 北京九华互联科技有限公司 | Method and device for controlling combined lamp light |
| US20120235579A1 (en) * | 2008-04-14 | 2012-09-20 | Digital Lumens, Incorporated | Methods, apparatus and systems for providing occupancy-based variable lighting |
| CN203206520U (en) * | 2013-01-29 | 2013-09-18 | 杭州银江智慧城市技术有限公司 | Intelligent urban road illumination control apparatus based on Beidou accurate positioning and time service |
-
2014
- 2014-03-24 TW TW103110893A patent/TW201538033A/en unknown
-
2015
- 2015-03-20 CN CN201510124634.2A patent/CN104955218A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20050285547A1 (en) * | 1997-08-26 | 2005-12-29 | Color Kinetics Incorporated | Light emitting diode based products |
| US20120235579A1 (en) * | 2008-04-14 | 2012-09-20 | Digital Lumens, Incorporated | Methods, apparatus and systems for providing occupancy-based variable lighting |
| CN101608755A (en) * | 2008-06-20 | 2009-12-23 | 鸿富锦精密工业（深圳）有限公司 | Lighting device and the control appliance that is used to control lighting device |
| CN102497702A (en) * | 2011-12-08 | 2012-06-13 | 北京九华互联科技有限公司 | Method and device for controlling combined lamp light |
| CN203206520U (en) * | 2013-01-29 | 2013-09-18 | 杭州银江智慧城市技术有限公司 | Intelligent urban road illumination control apparatus based on Beidou accurate positioning and time service |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105627264A (en) * | 2015-12-30 | 2016-06-01 | 重庆蓝岸通讯技术有限公司 | Device and method for controlling brightness of bulb |
| CN105627264B (en) * | 2015-12-30 | 2018-10-12 | 重庆蓝岸通讯技术有限公司 | Device and method for controlling brightness of bulb |
| CN108990229A (en) * | 2018-06-25 | 2018-12-11 | 吉林省瑞中科技有限公司 | Light sensation automatically turns on lighting system |
| CN111132425A (en) * | 2020-01-03 | 2020-05-08 | 重庆特斯联智慧科技股份有限公司 | Indoor illumination circulation control system and method for intelligent building energy conservation |
| CN111132425B (en) * | 2020-01-03 | 2022-03-18 | 重庆特斯联智慧科技股份有限公司 | Indoor illumination circulation control system and method for intelligent building energy conservation |
| CN111966002A (en) * | 2020-08-31 | 2020-11-20 | Oppo广东移动通信有限公司 | Manipulation mode setting method and device, electronic equipment and readable storage medium |
| CN111966002B (en) * | 2020-08-31 | 2022-04-12 | Oppo广东移动通信有限公司 | Manipulation mode setting method and device, electronic equipment and readable storage medium |
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| Publication number | Publication date |
|---|---|
| TW201538033A (en) | 2015-10-01 |
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