CN105263222A - Method of adjusting change in color and brightness of intelligent lamp by use of mechanical switch - Google Patents
- ️Wed Jan 20 2016
Info
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Publication number
- CN105263222A CN105263222A CN201510694860.4A CN201510694860A CN105263222A CN 105263222 A CN105263222 A CN 105263222A CN 201510694860 A CN201510694860 A CN 201510694860A CN 105263222 A CN105263222 A CN 105263222A Authority
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- China Prior art keywords
- color
- brightness
- intelligent lamp
- time
- change Prior art date
- 2015-10-21 Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
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Classifications
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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
Landscapes
- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
The invention discloses a method of adjusting the change in the color and brightness of an intelligent lamp by use of a mechanical switch, and belongs to the technical field of intelligent control. The method comprises a first step for a mechanical switch to control the on-off of the intelligent lamp, the step consisting, under the circumstance of only operating the mechanical switch, of a step of adjusting the color of the intelligent lamp and a step of adjusting the brightness of the intelligent lamp; and a second step of adjusting a built-in microcontroller and an external storage of the intelligent lamp. In the second step, the built-in microcontroller of the intelligent lamp reads out an operating code from the external storage and performs corresponding operation when the switch is powered on, and the power is cut off power within a corresponding time according to a user to perform a color adjustment step and a brightness adjustment step or to perform a brightness adjustment step and a color adjustment step. In this way, the user is allowed to adjust the color and brightness of the intelligent lamp without a mobile phone or a remote control.
Description
Technical field
The present invention relates to a kind of method that mechanical switch regulates intelligent lamp change of color brightness, belong to field of intelligent control technology.
Background technology
In intelligent lamp operating process, the constraint by mobile phone and remote controller cannot be broken away from, once mobile phone and remote controller not on hand when, color cannot be carried out to intelligent lamp and brightness regulates, use to user and bring inconvenience.And mechanical switch always exists, regulated the method for intelligent lamp change of color brightness by this kind of mechanical switch, can allow user when mobile phone and remote controller not on hand regulate intelligent lamp.
Summary of the invention
In order to overcome the deficiencies in the prior art, the invention provides a kind of method that mechanical switch regulates intelligent lamp change of color brightness, its objective is and solve when mobile phone and remote controller be not under user's case at hand, color cannot be carried out to intelligent lamp and brightness regulates, and use the problem bringing inconvenience to user.
Mechanical switch regulates a method for intelligent lamp change of color brightness, comprises the step of the built-in microcontroller of adjustment intelligent lamp and external memory and controls the mechanical switch step of intelligent lamp break-make;
Control the mechanical switch step of intelligent lamp break-make: when only operating machine switch:
There is the color step regulating intelligent lamp,
There is the brightness steps regulating intelligent lamp;
The step of the microcontroller that adjustment intelligent lamp is built-in and external memory: after switch energising, the built-in microcontroller of intelligent lamp is from external memory read opcode, carry out corresponding operating, carry out color adjusting step and brightness regulation step according to user's power-off within the corresponding time, or carry out brightness regulation step and color adjusting step according to user's power-off within the corresponding time.
The step of the microcontroller that adjustment intelligent lamp is built-in and external memory also comprises:
Corresponding operating time and operation scenario are preset, then by timing after powering on and at different time retouching operation code, in different time period power-off after user powers on, and then after powering on, the command code that the microcontroller built-in according to intelligent lamp reads in external memory directly jumps to corresponding operating scene.
Preset operation scenario, command code and operating time are according to application actual environment, dynamically arranged determine by application software.
The present invention is by predetermined registration operation scene, command code and operating time, and the microcontroller utilizing described intelligent lamp built-in and external memory, can change colour brightness and other patterns that mechanical switch controls intelligent lamp.The method makes user in without the need to mobile phone and remote controller, also can regulate color and the brightness of intelligent lamp, be very easy to the use of user.
Accompanying drawing explanation
When considered in conjunction with the accompanying drawings, by referring to detailed description below, more completely can understand the present invention better and easily learn wherein many adjoint advantages, but accompanying drawing described herein is used to provide a further understanding of the present invention, form a part of the present invention, schematic description and description of the present invention, for explaining the present invention, does not form inappropriate limitation of the present invention, as schemed wherein:
Fig. 1, program flow chart of the present invention.
Below in conjunction with drawings and Examples, the present invention is further described.
Embodiment
Obviously, the many modifications and variations that those skilled in the art do based on aim of the present invention belong to protection scope of the present invention.
Embodiment 1: as shown in Figure 1, a kind of mechanical switch regulates the method for intelligent lamp color, brightness change, containing following steps;
Step 1, opening initialization;
Step 2, judgement " read from external memory and whether have event to be suspended "; Step 3 is performed if having; If no, perform step 4;
Step 3, now, event is had to be suspended:
Change color step: find out color that group immediate with storage in default color table, then color is changed to the next one according to preset order;
Change brightness steps: the brightness value calculating the color of current storage, choosing immediate preset value is present intensity value, then brightness value is changed to the next one according to preset order;
Recover standard white step: directly color is set to default white;
Step 4, according to the rgb value set, light LED intelligent lamp, writing events mark (change color) in simultaneously storing to peripheral hardware, and opening timing;
Step 5, arrive after timing instant, the event identifier in being stored by peripheral hardware changes to change brightness, simultaneously opening timing again;
Step 6, arrive after timing instant, the event identifier in being stored by peripheral hardware changes to and reverts to reference white, simultaneously opening timing again;
After step 7, arrival timing instant, the event identifier in being stored by peripheral hardware changes to without event.
Embodiment 2: as shown in Figure 1, mechanical switch regulates a method for intelligent lamp change of color brightness, comprises the built-in microcontroller of intelligent lamp and memory, and described memory is used for storage operation identifier, described microcontroller judges the switching manipulation time, thus determines subsequent operation.Preset operating time section, when user is at corresponding time period closing switch, after again opening, described microcontroller enters corresponding scene after judging automatically.By the method, make user when regulating the colour brightness of intelligent lamp without the need to when mobile phone and remote controller.
Different according to the time period of user's power-off again after the power-up, operation scenario is also different, concrete regulating step following (application software dynamically arranges):
If available machine time point T0, first switching node T1, second switching node T2, 3rd switching node T3 is the switching node of predetermined registration operation event, and available machine time point T0< first switching node T1< second switching node T2< the 3rd switching node T3, it is the operating time section of change intelligent lamp color in available machine time point T0 to the first switching node T1 time, it is the operating time section of change intelligent lamp brightness in first switching node T1 to the second switching node T2 time, for recovering the operating time section of intelligent lamp default color brightness in second switching node T2 to the 3rd switching node T3, after the time is greater than the 3rd switching node T3, namely mechanical switch shaping modes is exited,
First operation mark symbol 0x00, the second operation mark symbol 0x01, the 3rd operation mark symbol 0x02, the 4th operation mark symbol 0x03 are operation mark symbol, first operation mark symbol 0x00 indicates without operation, second operation mark symbol 0x01 represents the color changing lamp, 3rd operation mark symbol 0x02 represents and changes the brightness of lamp, and the 4th operation mark symbol 0x03 represents lamp is transferred to default color brightness;
Color A, color B, color C, color D, color E, color F, color G are pre-set color; Intelligent lamp brightness a, intelligent lamp brightness b, intelligent lamp brightness c, intelligent lamp brightness d, intelligent lamp brightness e are predetermined luminance value, and brightness value: intelligent lamp brightness a< intelligent lamp brightness b< intelligent lamp brightness c< intelligent lamp brightness d< intelligent lamp brightness e; The determination of operating time, operation scenario and command code in actual application environment, will be dynamically arranged by application software.
It is as follows that application software dynamically arranges step:
Change color step: before supposing, nothing operation is that the first operation mark accords with 0x00 with command code in setting and external memory, power-on time point is available machine time point T0.
Open mechanical switch to power on to intelligent lamp, the microcontroller that described intelligent lamp is built-in afterwards will read the first operation mark symbol 0x00 again from external memory, judging without display last stored color after operation and changing command code is the second operation mark symbol 0x01, namely enters the operating time section of change intelligent lamp color.
If user will change intelligent lamp color, only need put T0 in the available machine time closes mechanical switch within the first switching node T1 time, make intelligent lamp power-off, the microcontroller that after powering on, described intelligent lamp is built-in again, time resets to available machine time point TO, again read opcode second operation mark symbol 0x01 from external memory, judge that user performs the operation of change intelligent lamp color, namely by preserved before based on color, first find out the immediate color A of color in red, orange, yellow, green, indigo, azure, purple, color B, color C, color D, color E, color F, color G, then by color according to " color A, color B, color C, color D, color E, color F, color G " color sequences to change to next color sequences be color B, color C, color D, color E, color F, color G, color A,
If user is satisfied with this color, then can put in T0 to the first switching node T1 time without operation in the available machine time, command code is changed to the 3rd operation mark symbol 0x02 by intelligent lamp built-in microcontroller automatically, going forward side by side in the first switching node T1 to the second switching node T2 time is the operating time section of change intelligent lamp brightness, carries out the operation changing intelligent lamp brightness.
If user is unsatisfied with, then also need to turn off mechanical switch in available machine time point T0 to the first switching node T1 time, the microcontroller that after again powering on, described intelligent lamp is built-in, time will reset to TO, again read opcode second operation mark symbol 0x01 from external memory, but now color occurs in sequence change (color C/ color D color/color E/ color F/ color G/ color A color/B) according to the varying color preset again, if user is satisfied with this color, then can put in T0 to the first switching node T1 time without operation in the available machine time, command code is changed to the 3rd operation mark symbol 0x02 by intelligent lamp built-in microcontroller automatically, go forward side by side in the first switching node T1 to the second switching node T2 time is the operating time section of change intelligent lamp brightness, carry out the operation changing intelligent lamp brightness.
If user is unsatisfied with, then also need in available machine time point T0 to the first switching node T1 time, to turn off mechanical switch, until till color satisfaction.
Change brightness steps: if user will change intelligent lamp brightness, only need close mechanical switch at the first switching node T1 within the second switching node T2 time, enter brightness regulation, make intelligent lamp power-off, the microcontroller that after powering on, described intelligent lamp is built-in again, time resets to available machine time point TO, again read opcode the 3rd operation mark symbol 0x02 from external memory, judge that user performs the operation of change intelligent lamp brightness, namely by preserved before based on brightness, first look for the immediate brightness a of brightness, brightness b, brightness c, brightness d, brightness e, then by brightness according to " brightness a, brightness b, brightness c, brightness d, brightness e " brightness order change to next brightness order for brightness b, brightness c, brightness d, brightness e, brightness a,
If user is satisfied with this brightness, then can without operation in the first switching node T1 to the second switching node T2 time, command code is changed to the 4th operation mark symbol 0x03 by intelligent lamp built-in microcontroller automatically, for lamp is transferred to default luminance in the second switching node T2 to the 3rd switching node T3 time that goes forward side by side.
If user is unsatisfied with, then also need within the second switching node T2 time, to turn off mechanical switch at the first switching node T1, the microcontroller that after again powering on, described intelligent lamp is built-in, time will reset to TO, again read opcode the 3rd operation mark symbol 0x02 from external memory, but now brightness occurs in sequence change (brightness c according to the luminance transformation preset again, brightness d, brightness e, brightness a, brightness b), if user is satisfied with this brightness, then can without operation in the first switching node T1 to the second switching node T2 time, command code is changed to the 4th operation mark symbol 0x03 by intelligent lamp built-in microcontroller automatically, go forward side by side in the second switching node T2 to the 3rd switching node T3 time as lamp is transferred to default luminance.
If user is unsatisfied with, then also need within two switching node T2 times, to turn off mechanical switch at the first switching node T1, until till brightness satisfaction.Principles of Regulation and above-mentioned intelligent lamp color adaptation similar; User returns to the operation of default color brightness, in like manner.
Change brightness steps of the present invention and change color step, order in no particular order, can select first to implement to change brightness steps, then implements change color step, or selects first to implement change color step, then implements change brightness steps.
Those skilled in the art will understand further, can be implemented as electronic hardware, computer software or both combination in conjunction with the system block diagram openly described, circuit and algorithm steps herein.For this interchangeability of hardware and software is clearly described, various Illustrative components, frame, circuit and step are do vague generalization with the form of its function collection to describe above.
This type of function collection is implemented as hardware or software depends on embody rule and forces at the design constraint of total system, technical staff can realize described function collection by different way for often kind of application-specific, but this type of realizes decision-making and should not be interpreted as causing departing from the scope of the present invention.
Claims (8)
1. mechanical switch regulates a method for intelligent lamp change of color brightness, it is characterized in that comprising the step of the built-in microcontroller of adjustment intelligent lamp and external memory and controlling the mechanical switch step of intelligent lamp break-make;
Control the mechanical switch step of intelligent lamp break-make: when only operating machine switch:
There is the color step regulating intelligent lamp,
There is the brightness steps regulating intelligent lamp;
The step of the microcontroller that adjustment intelligent lamp is built-in and external memory: after switch energising, the built-in microcontroller of intelligent lamp is from external memory read opcode, carry out corresponding operating, carry out color adjusting step and brightness regulation step according to user's power-off within the corresponding time, or carry out brightness regulation step and color adjusting step according to user's power-off within the corresponding time.
2. a kind of mechanical switch according to claim 1 regulates the method for intelligent lamp change of color brightness, it is characterized in that the step adjusting the built-in microcontroller of intelligent lamp and external memory also comprises:
Corresponding operating time and operation scenario are preset, then by timing after powering on and at different time retouching operation code, in different time period power-off after user powers on, and then after powering on, the command code that the microcontroller built-in according to intelligent lamp reads in external memory directly jumps to corresponding operating scene.
3. a kind of mechanical switch according to claim 2 regulates the method for intelligent lamp change of color brightness, and the operation scenario that it is characterized in that presetting, command code and operating time are according to application actual environment, dynamically arranged determine by application software;
Application software dynamically arranges the step determined the color step regulating intelligent lamp:
Open mechanical switch to power on to intelligent lamp, the built-in microcontroller of intelligent lamp reads the first operation mark symbol 0x00 from external memory, judging without display last stored color after operation and changing command code is the second operation mark symbol 0x01, namely enters the operating time section of change intelligent lamp color;
If user will change intelligent lamp color, only need put T0 in the available machine time closes mechanical switch within the first switching node T1 time, make intelligent lamp power-off, the microcontroller that after powering on, described intelligent lamp is built-in again, time resets to available machine time point TO, again read opcode second operation mark symbol 0x01 from external memory, judge that user performs the operation of change intelligent lamp color, namely by preserved before based on color, first find out the immediate color A of color in red, orange, yellow, green, indigo, azure, purple, color B, color C, color D, color E, color F, color G, then by color according to " color A, color B, color C, color D, color E, color F, color G " color sequences to change to next color sequences be color B, color C, color D, color E, color F, color G, color A,
If user is satisfied with this color, then can put in T0 to the first switching node T1 time without operation in the available machine time, command code is changed to the 3rd operation mark symbol 0x02 by intelligent lamp built-in microcontroller automatically, going forward side by side in the second switching node T2 to the 3rd switching node T3 time is the operating time section of change intelligent lamp color, carries out the operation changing intelligent lamp color;
If user is unsatisfied with, then also need to turn off mechanical switch in available machine time point T0 to the first switching node T1 time, the microcontroller that after again powering on, described intelligent lamp is built-in, time will reset to TO, again read opcode second operation mark symbol 0x01 from external memory, but now color occurs in sequence change (color C/ color D color/color E/ color F/ color G/ color A color/B) according to the varying color preset again, if user is satisfied with this color, then can put in T0 to the first switching node T1 time without operation in the available machine time, command code is changed to the 3rd operation mark symbol 0x02 by intelligent lamp built-in microcontroller automatically, go forward side by side in the first switching node T1 to the second switching node T2 time is the operating time section of change intelligent lamp color, carry out the operation changing intelligent lamp color.
4. a kind of mechanical switch according to claim 3 regulates the method for intelligent lamp change of color brightness, if it is characterized in that, user is unsatisfied with, then also need in available machine time point T0 to the first switching node T1 time, to turn off mechanical switch, until till color satisfaction.
5. a kind of mechanical switch according to claim 1 regulates the method for intelligent lamp change of color brightness, if it is characterized in that, user will change intelligent lamp color, only need put T0 in the first switching node T1 time in the available machine time.
6. a kind of mechanical switch according to claim 1 regulates the method for intelligent lamp change of color brightness, it is characterized in that application software dynamically arranges the step determined and has the brightness steps regulating intelligent lamp;
If user will change intelligent lamp brightness, only need close mechanical switch at the first switching node T1 within the second switching node T2 time, enter brightness regulation, make intelligent lamp power-off, the microcontroller that after powering on, described intelligent lamp is built-in again, time resets to available machine time point TO, again read opcode the 3rd operation mark symbol 0x02 from external memory, judge that user performs the operation of change intelligent lamp brightness, namely by preserved before based on brightness, first look for the immediate brightness a of brightness, brightness b, brightness c, brightness d, brightness e, then by brightness according to " brightness a, brightness b, brightness c, brightness d, brightness e " brightness order change to next brightness order for brightness b, brightness c, brightness d, brightness e, brightness a,
If user is satisfied with this brightness, then can without operation in the first switching node T1 to the second switching node T2 time, command code is changed to the 4th operation mark symbol 0x03 by intelligent lamp built-in microcontroller automatically, for lamp is transferred to default luminance in the second switching node T2 to the 3rd switching node T3 time that goes forward side by side;
If user is unsatisfied with, then also need within the second switching node T2 time, to turn off mechanical switch at the first switching node T1, the microcontroller that after again powering on, described intelligent lamp is built-in, time will reset to TO, again read opcode the 3rd operation mark symbol 0x02 from external memory, but now brightness occurs in sequence change (brightness c according to the brightness change preset again, brightness d, brightness e, brightness a, brightness b), if user is satisfied with this brightness, then can without operation in the first switching node T1 to the second switching node T2 time, command code is changed to the 4th operation mark symbol 0x03 by intelligent lamp built-in microcontroller automatically, go forward side by side in the second switching node T2 to the 3rd switching node T3 time as lamp is transferred to default luminance.
7. a kind of mechanical switch according to claim 6 regulates the method for intelligent lamp change of color brightness, if it is characterized in that, user is unsatisfied with, then also need within two switching node T2 times, to turn off mechanical switch at the first switching node T1, until till brightness satisfaction.
8. a kind of mechanical switch according to claim 1 regulates the method for intelligent lamp change of color brightness, it is characterized in that containing following steps;
Step 1, opening initialization;
Step 2, judgement " read from external memory and whether have event to be suspended "; Step 3 is performed if having; If no, perform step 4;
Step 3, now, event is had to be suspended:
Change color step: find out color that group immediate with storage in default color table, then color is changed to the next one according to preset order;
Change brightness steps: the brightness value calculating the color of current storage, choosing immediate preset value is present intensity value, then brightness value is changed to the next one according to preset order;
Recover standard white step: directly color is set to default white;
Step 4, according to the rgb value set, light LED intelligent lamp, writing events mark (change color) in simultaneously storing to peripheral hardware, and opening timing;
Step 5, arrive after timing instant, the event identifier in being stored by peripheral hardware changes to change brightness, simultaneously opening timing again;
Step 6, arrive after timing instant, the event identifier in being stored by peripheral hardware changes to and reverts to reference white, simultaneously opening timing again;
After step 7, arrival timing instant, the event identifier in being stored by peripheral hardware changes to without event.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510694860.4A CN105263222A (en) | 2015-10-21 | 2015-10-21 | Method of adjusting change in color and brightness of intelligent lamp by use of mechanical switch |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510694860.4A CN105263222A (en) | 2015-10-21 | 2015-10-21 | Method of adjusting change in color and brightness of intelligent lamp by use of mechanical switch |
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| CN105263222A true CN105263222A (en) | 2016-01-20 |
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| CN201510694860.4A Pending CN105263222A (en) | 2015-10-21 | 2015-10-21 | Method of adjusting change in color and brightness of intelligent lamp by use of mechanical switch |
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| CN105760188A (en) * | 2016-01-29 | 2016-07-13 | 深圳市奥金瑞科技有限公司 | Rapid switching method of physical switch for intelligent lighting equipment |
| CN119325165A (en) * | 2024-12-16 | 2025-01-17 | 易事达光电(广东)股份有限公司 | Synchronous control method based on bicolor car lamp |
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