CN103634995A - Button configuration method of multifunctional lighting controller based on DALI (Digitally Addressable Lighting Interface) protocol - Google Patents
Button configuration method of multifunctional lighting controller based on DALI (Digitally Addressable Lighting Interface) protocol Download PDFInfo
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Abstract
The invention discloses a button configuration method of a multifunctional lighting controller based on a DALI (Digitally Addressable Lighting Interface) protocol. The method comprises the following steps: carrying out special function configuration onto each button by software, wherein the special functions include a button address, a target address, a control instruction and a button operation mode; and selecting the button address, the target address, the control instruction and the button operation mode on a software operation interface to complete button configuration. According to the method disclosed by the invention, not only can each button of the multifunctional controller be configured to take single lamp, a certain group of lamps or all lamps as the control object, but also sending operation of at most four different lighting control instructions can be supported; the lighting control instructions include a series of operations such as switching-on, switching-off, scene calling or light dimming of the control object, so that configuration and application of the controlled button are flexible and various, thereby breaking through configuration and application limitation of the lighting control button based on a digital accessible lighting interface in the prior art.
Description
Technical field
The present invention relates to the Lighting Control Assembly based on digital addressable lighting interface, particularly a kind of key configurations method of the Multi-functional Lighting controller based on DALI agreement.
Background technology
Button in existing loop-type illumination control panel (standard 86 type wall switch panels or the light modulation panel used as household) is all usingd illuminalive power-supply loop as minimum control object, if on illuminalive power-supply loop and be connected to a plurality of light fixtures, control button can only on these current supply circuits and the light fixture connecing realize unified open and close or brightness adjustment control.In order to realize, the light fixture on current supply circuit is controlled separately, DALI (Digital Addressable Lighting Interface) digital addressable lighting interface technology is arisen at the historic moment.DALI digital addressable lighting interface is a kind of Data Transport Protocol, and it has defined the communication modes of electron rectifier and device controller.DALI agreement is got up based on master slave control Model Establishment, and control personnel operate whole system by master controller.The maximum feature of the Lighting Control Assembly based on digital addressable lighting interface is: each controlled light fixture can be addressed, and designated certain group that belongs to of its energy, also can be set up nearly 16 light scenes simultaneously.Therefore the button in the illumination control panel based on dali agreement can using single light fixture, certain group light fixture or all light fixture as control object, and to control object implement open and close, scene is called or a series of command operatings such as light modulation.
Illumination based on digital addressable lighting interface control is mainly divided into two classes on the market at present: first kind function is comparatively fixing, for example group controller (GC:Group Controller) and scene controller (SC:Scene Controller), wherein the button of group controller (GC:Group Controller) can only be organized the control that light fixture carries out open and close or light modulation to certain, and the button of scene controller (SC:Scene Controller) can only carry out to whole light fixtures the control of calling of certain scene; Equations of The Second Kind function is comparatively flexible, the multifunctional controller (MC:Multi-function Controller) that for example Austrian sharp height company produces, the function of its button can be configured to using single light fixture, certain group light fixture or whole light fixture as control object, and to control object implement open and close, scene is called or a series of command operatings such as light modulation, but each button can only be supported the operation of maximum two illumination control commands, therefore it also has certain use limitation.
Summary of the invention
Main purpose of the present invention is to provide a kind of key configurations method of the Multi-functional Lighting controller based on DALI agreement, be intended to apply the method and realize and control the configuration of button and use more flexibly and changeable, break through the illumination based on digital addressable lighting interface in prior art and control the configuration of button and the limitation of use.
The present invention proposes a kind of key configurations method of the Multi-functional Lighting controller based on DALI agreement, button is arranged on key panel, that the software configuring by computer system is realized, specific function configuration is carried out to described button in the software operation interface configuring by computer system, and described specific function comprises by key address, destination address, control command and button operation mode;
The described key address of pressing is according to the corresponding setting one by one of the key position on described key panel;
Described destination address represents the type of controlled device, comprise represent a certain independent light fixture or passage absolute address, represent the grouping address of a certain group of light fixture or passage and represent the broadcast address of whole light fixtures or passage;
Described control command is the universal standard instruction of digital addressable lighting interface, the control type of representative to controlled device;
Described button operation mode comprises short in button operation and long by button operation, describedly shortly by button operation, be respectively short in single-shot command operating for a certain instruction of control command described in single-shot, for certain two instruction of described control command being carried out to the short by switching command operation and for certain two instruction of described control command being carried out to the short in the two command operatings of single-shot of interval single-shot of single-shot switching, the length that described length is respectively for a certain instruction of described control command being repeated send by button operation operates by switching command by repeating transmission command operating with for certain two instruction of described control command being retransmitted to the length of switching,
The specific function configuration step of described button is as follows:
A, the selected key address of pressing;
B, be the destination address that selected button is selected controlled device;
C, described button operation mode is selected, can to described short by single-shot command operating, described short by switching command operation, described length by retransmitting command operating, described length by switching command operation and described shortly select separately by the two command operatings of single-shot, also can described short by single-shot command operating, describedly shortly by switching command operation, described length, by retransmitting command operating and described length, carry out arbitrary shortly select by button operation collocation stack by button operation and arbitrary length in by switching command operation;
D, the instruction of required transmission in selected button operation mode is selected in described control command;
E, the interface circuit by computer to key panel, the information that above-mentioned configuration is completed is sent to key panel and preserves.
Preferably, described control command comprises direct-arc power control instruction, turn-offs instruction, lightens instruction, dims instruction, progressively lightens instruction, progressively dims instruction, is adjusted to the brightest horizontal instruction, is adjusted to the darkest horizontal instruction, enters scene X instruction, progressively dims and out code and open and progressively lighten instruction.
Preferably, in described step c, when selecting described length to press button operation, described length was set by the time expand of pressing keys in button operation.
Preferably, in described step c, selecting described shortly while press the two command operating of single-shot, to described, shortly by the interval time between two control commands in single-shot pair command operatings, setting.
The present invention is the new method that the key configurations of the multifunctional controller based on digital addressable lighting interface system is proposed, the method is, by software, each button is carried out to specific function configuration, can be designed to easy software operation interface, configuration to each button on software operation interface is selected, give the function of each button, facilitate personnel at all levels to use, easily-learned easily mastered.
When described button operation mode is selected, can be to the described short single-shot command operating of pressing, the described short switching command operation of pressing, described length is by retransmitting command operating, described length is by switching command operation and described shortly select separately by single-shot pair command operatings, also can be at the described short single-shot command operating of pressing, the described short switching command operation of pressing, described length is by retransmitting command operating and described length by carrying out arbitrary shortly select by button operation collocation stack by button operation and arbitrary length in switching command operation, thereby form 9 kinds of button operation patterns, the method can make each illumination control button and be configured to one of operator scheme that 9 functions are different, realize the flexible function that sends 1-4 illumination control command.
Main beneficial effect of the present invention is: application the method can make each button of multifunctional controller not only can be configured to using single light fixture, certain group light fixture or whole light fixture as control object, and can support the transmit operation of maximum four different illumination control commands, illumination control command comprises that open and close, scene for control object called or the sequence of operations such as light modulation, make to control the configuration of button and use more flexibly and changeable, having broken through the illumination based on digital addressable lighting interface in prior art and controlled the configuration of button and the limitation of use.
Accompanying drawing explanation
Fig. 1 is the flow chart of key configurations method that the present invention is based on the Multi-functional Lighting controller of DALI agreement;
Fig. 2 the present invention is based on the schematic diagram that on software operation interface, button 06 is carried out to specific function configuration in the embodiment of key configurations method of Multi-functional Lighting controller of DALI agreement;
Fig. 3 the present invention is based on the schematic diagram that on software operation interface, button 07 is carried out to specific function configuration in the embodiment of key configurations method of Multi-functional Lighting controller of DALI agreement;
Fig. 4 the present invention is based on the schematic diagram that on software operation interface, button 08 is carried out to specific function configuration in the embodiment of key configurations method of Multi-functional Lighting controller of DALI agreement.
Fig. 5 is the hardware system schematic diagram of lighting controller.
The realization of the object of the invention, functional characteristics and advantage, in connection with embodiment, are described further with reference to accompanying drawing.
Embodiment
Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
Below in conjunction with drawings and Examples to the present invention to further instruction:
The definition of the button on lighting controller refers to, be arranged on the operation push-button in illuminalive power-supply loop or in the illumination control panel throwing light on control bus, when this button of touching, lighting controller can for example, send predeterminable function command to controlled object (the independent light fixture or the light fixture group that connect button) by circuit, controlled object is accepted to carry out relevant function (as: open and close, given scenario, given luminance etc.) after instruction, thereby complete predeterminable illumination, controls.As shown in Figure 5, be the hardware system schematic diagram of lighting controller, controller is connected with controlled light fixture, by button, sends corresponding control signal, and control signal can be transmitted by current supply circuit or control bus.And being the collocation method proposing by the present invention, the functional configuration of button realizes.
The key configurations method of the Multi-functional Lighting controller based on DALI agreement of the present invention is that the software configuring by computer system is realized.Specific function configuration is carried out to described button in the software operation interface configuring by computer system.Described specific function comprises by key address, destination address, control command and button operation mode.
Press key address according to the corresponding setting one by one of the key position on key panel.
Destination address represents the type of controlled device, comprise represent a certain independent light fixture or passage absolute address, represent the grouping address of a certain group of light fixture or passage and represent the broadcast address of whole light fixtures or passage.For clearly demonstrating each controlled device, list following list one, listed controlled device type and with the corresponding function declaration of each controlled device type:
List one
| sequence number | the type of controlled device | function declaration |
| 1 | absolute address | for controlling certain independent light fixture or passage of Lighting Control Assembly. |
| 2 | grouping address | for controlling a certain group of light fixture or the passage of Lighting Control Assembly. |
| 3 | broadcast address | for controlling whole light fixtures or the passage of Lighting Control Assembly. |
Control command is the universal standard instruction of digital addressable lighting interface, the control type of representative to controlled device, comprises direct-arc power control instruction, turn-offs instruction, lightens instruction, dims instruction, progressively lightens instruction, progressively dims instruction, is adjusted to the brightest horizontal instruction, is adjusted to the darkest horizontal instruction, enters scene X instruction, progressively dims and out code and open and progressively lighten instruction.For clearly demonstrating each control command, list following list two, listed each control command and with the corresponding function description of each control command:
List two
| sequence number | control command | function description |
| 1 | direct-arc power is controlled | by direct specified power grade, to control the brightness of light fixture, export. |
| 2 | turn-off | close light. |
| 3 | lighten | use selected fade rates that lamp is lightened to 200 ms, this instruction should not cause the connection of lamp. |
| 4 | dim | use selected fade rates that lamp is dimmed to 200 ms, this instruction should not cause the shutoff of lamp. |
| 5 | progressively lighten | in the off-duty situation of gradual change, immediately actual arc power grade is heightened to one-level.If lamp is in off state, this instruction should not make lamp open. |
| 6 | progressively dim | in the off-duty situation of gradual change, should immediately actual arc power grade be turned down to one-level.If lamp is in opening, this instruction should not cause the shutoff of lamp. |
| 7 | be adjusted to the brightest level | light fixture is adjusted to the default highest level brightness value of light fixture. |
| 8 | be adjusted to the darkest level | light fixture is adjusted to the default floor level brightness value of light fixture. |
| 9 | enter scene X(0-15) | recall light scene X, X is scene numbering, and number range is 0-15. |
| 10 | progressively dim and close | in the off-duty situation of gradual change, should immediately actual arc power grade be turned down to one-level.If actual arc power grade when " minimum power level ", should turn-off lamp by this instruction. |
| 11 | open and progressively lighten | in the off-duty situation of gradual change, should immediately actual arc power grade be heightened to one-level.If lamp turn-offs, should by this instruction, lamp be connected and reach " minimum power level ". |
Button operation mode comprises short in button operation and long by button operation, shortly by button operation, is respectively short in single-shot command operating (with list three short corresponding by 1), short in switching command operation (with list three short corresponding by 2) and short in the two command operatings of single-shot (with list three short corresponding by 3) for what certain two instruction of control command are carried out to interval single-shot for what certain two instruction of control command are carried out to single-shot switching for a certain instruction of single-shot control command; The long length being respectively for a certain instruction of control command being repeated send by button operation operates (corresponding by 2 with the length in list three) by repeating transmission command operating (corresponding by 1 with the length in list three) with for certain two instruction of control command being retransmitted to the length of switching by switching command.For clearly demonstrating each button operation mode, list following list three, listed instruction and corresponding instruction send mode that each button operation mode, each button operation mode can send, and with each button operation mode corresponding functional description:
List three
| sequence number | button operation mode | instruction (send mode) | functional description |
| 1 | short in (1) | a(single sends instruction A) | after pushing button in short time and unclamping, to controlled object, send instruction A. |
| 2 | short in (2) | a/B(presses the single transmit operation of switching command A or B at every turn) | after pushing button in short time and unclamping, to controlled object single, send instruction, the instruction sending can replace switching command A or B at every turn when pressing key. |
| 3 | long by (1) | c(repeats to send instruction C) | push button and surpass after delay time TD, to controlled object, constantly repeatedly sending instruction C, until unclamp button. |
| 4 | long by (2) | c/D(presses the repetition transmit operation of switching command C or D at every turn) | push button and surpass after delay time TD, to controlled object, constantly repeatedly sending instruction, the repetitive instruction sending can replace switching command C or D at every turn when pressing key. |
| 5 | short in (3) | a/B(single send after instruction A the time delay TS time again single send instruction B) | after pushing button in short time and unclamping, to controlled object, send instruction A, and after the time delay TS time, to controlled object, send instruction B |
Wherein, a certain control command in instruction A, B in list three, C, D acute pyogenic infection of finger tip list two, the instruction A/B/C/D sending in different button operation modes can be identical or different, the instruction A/B/C/D sending in each button operation mode is any in control command, by user, in control command, according to practical application, is selected.
With reference to Fig. 1, the specific function configuration step of button is as follows:
A, the selected key address of pressing;
B, be the destination address that selected button is selected controlled device;
C, button operation mode is selected, can be to short by single-shot command operating, short in switching command operation, long by retransmitting command operating, long by switching command operation with shortly select separately by the two command operatings of single-shot, also can be short by single-shot command operating, short in switching command operation, long by retransmitting command operating and longly carrying out arbitrary shortly select by button operation collocation stack by button operation and arbitrary length in by switching command operation;
D, the instruction of required transmission in selected button operation mode is selected in control command;
E, the interface circuit by computer to key panel, the information that above-mentioned configuration is completed is sent to key panel and preserves.
In above-mentioned steps c, when button operation mode is selected, can be to the short single-shot command operating of pressing, the short switching command of pressing operates, long by retransmitting command operating, long by switching command operation with shortly select separately by single-shot pair command operatings, also can be at the short single-shot command operating of pressing, the short switching command of pressing operates, long by retransmitting command operating and long by carrying out arbitrary shortly select by button operation collocation stack by button operation and arbitrary length in switching command operation, thereby form 9 kinds of button operation patterns, with reference to list four, in list four, listed in detail each button operation pattern and corresponding function description thereof:
List four (title in list four is corresponding with list three)
| sequence number | button operation pattern (transmission instruction) | function description | remarks |
| 1 | the short 1(A that presses) | referring to table 3, realize the function of sequence number 1. | ? |
| 2 | the short 2(A/B that presses) | referring to table 3, realize the function of sequence number 2. | ? |
| 3 | the long 1(C that presses) | referring to table 3, realize the function of sequence number 3. | if select this operator scheme, also need the time value of selected TD. |
| 4 | the long 2(C/D that presses) | referring to table 3, realize the function of |
if select this operator scheme, also need the time value of selected TD. |
| 5 | short 3(A, TS, the B of pressing) | referring to table 3, realize the function of |
if select this operator scheme, also need the time value of selected TS. |
| 6 | shortly press 1, long by 3(A, C) | referring to table 3, realize the function of sequence number 1 and sequence number 3 simultaneously. | ? |
| 7 | shortly press 1, long by 4(A, C/D) | referring to table 3, realize the function of sequence number 1 and |
? |
| 8 | shortly press 2, long by 3(A/B, C) | referring to table 3, realize the function of sequence number 2 and sequence number 3 simultaneously. | ? |
| 9 | shortly press 2, long by 4(A/B, C/D) | referring to table 3, realize the function of sequence number 2 and |
? |
In button operation pattern 1,3, can realize the transmission of an arbitrary instruction, in button operation pattern 2,4,5,6, can realize the transmission of wantonly one or two instruction.In button operation mode 7,8, can realize the transmission of arbitrary three instructions, in button operation pattern 9, can realize the transmission of arbitrary four instructions of instruction.The method can make each illumination control button and be configured to one of button operation pattern that 9 functions are different, realizes the flexible function that sends 1-4 the control command of throwing light on.
In step c, when selecting length to press button operation, to long, by the time expand TD of pressing keys in button operation, set.
In step c, selecting shortly while press the two command operating of single-shot, to short, by TS interval time between two control commands in single-shot pair command operatings, set.
The present invention is the new method that the key configurations of the multifunctional controller based on digital addressable lighting interface system is proposed, the method is, by software, each button is carried out to specific function configuration, can be designed to easy software operation interface, configuration to each button on software operation interface is selected, give the function of each button, facilitate personnel at all levels to use, easily-learned easily mastered.
Application the method can make each button of multifunctional controller not only can be configured to using single light fixture, certain group light fixture or whole light fixture as control object, and can support the transmit operation of maximum four different illumination control commands, illumination control command comprises that open and close, scene for control object called or the sequence of operations such as light modulation, make to control the configuration of button and use more flexibly and changeable, having broken through the illumination based on digital addressable lighting interface in prior art and controlled the configuration of button and the limitation of use.
With reference to Fig. 2 to Fig. 4, propose to the present invention is based on the embodiment of key configurations method of the Multi-functional Lighting controller of DALI agreement:
As shown in Figure 2, for button 06 being carried out to specific function configuration on software operation interface, on software operation interface, (the button address of selecting in Fig. 2 is 0x06) selected in the address of button 06, destination address is selected to (destination address of selecting in Fig. 2 is ALL, be broadcast address), then button operation pattern is selected (in Fig. 2, to have selected single-shot instruction A, be the button operation pattern 1 in list four), again control command is selected to (in Fig. 2, the function of instruction A is to be adjusted to the scene 6 of establishing in advance), finally preserve.Button 06 is only configured to single-shot instruction A, and after preserving, will there is following functions in 06 key: short this key of pressing, all light fixtures will jump to scene 6.
As shown in Figure 3, for button 07 being carried out to specific function configuration on software operation interface, on software operation interface, the address of selection key 07 is 0x07, the destination address of selecting is broadcast address, selection key operator scheme is single-shot instruction A and repetitive instruction C stack (being the button operation pattern 6 in list four), and time expand, DT was chosen as 1.00s, and instruction A is chosen as and enters scene 4, instruction C is chosen as shutoff, has configured laggard row and has preserved.The function of instruction A is short in being adjusted to the scene 4 of establishing in advance, the function of instruction C is after length surpasses 1S by time delay, light fixture to be turned off, by button 07 configuration single-shot instruction A and repetitive instruction C, after preserving, to there is following functions in 07 key: short this key of pressing is adjusted to scene 4 by all light fixtures, long by over 1S, all light fixtures being turned off.
As shown in Figure 4, for button 08 being carried out to specific function configuration on software operation interface, on software operation interface, the address of selection key 08 is 0x08, the destination address of selecting is broadcast address, selection key operator scheme is that single-shot instruction A/B switches and repetitive instruction C/D switches stack (being the button operation pattern 9 in list four), length is chosen as 1.00s by the time expand DT in operation, instruction A is chosen as and enters scene 0, instruction B is chosen as and enters scene 1, instruction C is chosen as and lightens, instruction D is chosen as and dims, and has configured laggard row and has preserved.The function of instruction A is short in being adjusted to the scene 0 of establishing in advance, and the function of instruction B is short in being adjusted to the scene 1 of establishing in advance, and the function of instruction C is after length surpasses 1S by time delay, light fixture to be lightened, and the function of instruction D is after length surpasses 1S by time delay, light fixture to be dimmed.Button 08 configuration single-shot instruction A/B is switched and repetitive instruction C/D switching, after preserving, to there is following functions in 08 key: short pressing is adjusted to scene 0 (A) for the first time, short in being adjusted to scene 1 (B) for the second time, the first vice-minister lightens (C) by also surpassing 1S, the second vice-minister dims (D) by also surpassing 1S, and A B so circulation analogizes, and C D so circulates and analogizes.
The foregoing is only the preferred embodiments of the present invention; not thereby limit the scope of the claims of the present invention; every equivalent structure transformation that utilizes specification of the present invention and accompanying drawing content to do; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (4)
1. the key configurations method of the Multi-functional Lighting controller based on DALI agreement, button is arranged on key panel, it is characterized in that, that the software configuring by computer system is realized, specific function configuration is carried out to described button in the software operation interface configuring by computer system, and described specific function comprises by key address, destination address, control command and button operation mode;
The described key address of pressing is according to the corresponding setting one by one of the key position on described key panel;
Described destination address represents the type of controlled device, comprise represent a certain independent light fixture or passage absolute address, represent the grouping address of a certain group of light fixture or passage and represent the broadcast address of whole light fixtures or passage;
Described control command is the universal standard instruction of digital addressable lighting interface, the control type of representative to controlled device;
Described button operation mode comprises short in button operation and long by button operation, describedly shortly by button operation, be respectively short in single-shot command operating for a certain instruction of control command described in single-shot, for certain two instruction of described control command being carried out to the short by switching command operation and for certain two instruction of described control command being carried out to the short in the two command operatings of single-shot of interval single-shot of single-shot switching, the length that described length is respectively for a certain instruction of described control command being repeated send by button operation operates by switching command by repeating transmission command operating with for certain two instruction of described control command being retransmitted to the length of switching,
The specific function configuration step of described button is as follows:
A, the selected key address of pressing;
B, be the destination address that selected button is selected controlled device;
C, described button operation mode is selected, can to described short by single-shot command operating, described short by switching command operation, described length by retransmitting command operating, described length by switching command operation and described shortly select separately by the two command operatings of single-shot, also can described short by single-shot command operating, describedly shortly by switching command operation, described length, by retransmitting command operating and described length, carry out arbitrary shortly select by button operation collocation stack by button operation and arbitrary length in by switching command operation;
D, the instruction of required transmission in selected button operation mode is selected in described control command;
E, the interface circuit by computer to key panel, the information that above-mentioned configuration is completed is sent to key panel and preserves.
2. the key configurations method of the Multi-functional Lighting controller based on DALI agreement according to claim 1, it is characterized in that, described control command comprises direct-arc power control instruction, turn-off instruction, lighten instruction, dim instruction, progressively lighten instruction, progressively dim instruction, be adjusted to the brightest horizontal instruction, be adjusted to the darkest horizontal instruction, enter scene X instruction, progressively dim and out code and open and progressively lighten instruction.
3. the key configurations method of the Multi-functional Lighting controller based on DALI agreement according to claim 2, it is characterized in that, in described step c, when selecting described length to press button operation, described length was set by the time expand of pressing keys in button operation.
4. the key configurations method of the Multi-functional Lighting controller based on DALI agreement according to claim 2, it is characterized in that, in described step c, selecting described shortly while press the two command operating of single-shot, to described, shortly by the interval time between two control commands in single-shot pair command operatings, setting.
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| 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 |
| CN112769839A (en) * | 2021-01-14 | 2021-05-07 | 南京美加杰智能科技有限公司 | Method for realizing DALI (digital addressable lighting interface) variable communication rate |
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