CN103987151A - Control system and control device for luminaires and assembling system therefore - Google Patents
Control system and control device for luminaires and assembling system therefore Download PDFInfo
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- CN103987151A CN103987151A CN201310298135.6A CN201310298135A CN103987151A CN 103987151 A CN103987151 A CN 103987151A CN 201310298135 A CN201310298135 A CN 201310298135A CN 103987151 A CN103987151 A CN 103987151A
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
- H05B47/10—Controlling the light source
- H05B47/175—Controlling the light source by remote control
- H05B47/18—Controlling the light source by remote control via data-bus transmission
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Abstract
Control device for luminaires, in particular furniture luminaires, comprising at least one connector (16) for a luminaire (12), comprising at least one connector (18) for a control member (14), comprising a control unit (22) adapted for controlling a connected luminaire (12) in response to received control signals of a connected control member (14), and comprising an identification unit (24) adapted for identifying a received identification signal of the control member (14) and selecting a control behavior of the control unit (22) based on the identified identification signal; control system for a luminaire, comprising such control device (10); and assembling system for control systems for luminaires, comprising such control device (10) and multiple control members (14-1; 14-2; 14-3) of different types, which are connectable to the control device (10).
Description
Technical field
The present invention relates to a kind of control device for light fixture, it is exactly the control device for furniture light fixture, described control device comprises at least one connector for light fixture, comprise at least one connector for control assembly, and comprise control unit, described control unit is for controlling connected light fixture in response to the control signal that is received from connected control assembly.
Background technology
For example, known some control device for furniture light fixture has for the connector of light fixture and for the connector of button, and wherein said control device is controlled connected light fixture according to the action of user's actuation button.For example, when actuation button, the output voltage of lamp connector can be opened or turn-off.
Also there is some known control device for furniture light fixture, its permission is controlled light fixture by the control assembly of motion detector form, like this, and for example, while motion being detected in the detection range at motion detector, light fixture is opened, and continued to open a period of time.
A target of the present invention is to provide the control device for light fixture, is exactly the control device for furniture light fixture, and it allows to connect different control assemblies by especially simple mode, for example button and/or transducer.
According to the present invention, this problem is solved by that control device of mentioning at first, described control device comprises recognition unit, and described recognition unit is for identifying the identification signal of connected control assembly and the control behavior that the identification signal based on identified is selected control unit of being received from.
For example, the type of control assembly, control assembly, or the operator scheme of control assembly can be identified by means of corresponding control signal, therefore recognition unit can select to be adapted to the control behavior of control unit the type of control assembly, control assembly and/or the operator scheme of control assembly.For example, button and/or transducer, such as motion sensor etc., can export same or analogous control signal, and these control signals can be carried out decipher by the control assembly based on connected subsequently by different way.Therefore, can use to dissimilar control assembly identical control device, and make it be adapted to connected control assembly without manually adjusting control device.Exactly, identical control device can be for dissimilar control assembly, very favourable.Realize like this flexibility of assembling lamp system, therefore also simplified the process of assembling different furniture by different lamps control system.
Summary of the invention
The invention enables when dissimilar control assembly is activated, or when the detection such as certain situations such as motions is triggered, these dissimilar control assemblies can be used identical control signal, wherein control behavior is that the identification signal from control assembly based on identified is selected, and described control behavior defines the decipher of control unit to control signal.For example, although be always desirably in, receive corresponding to opening again or turn-off the light fixture connecting after the button control signal of press-button actuated, what but possible people wanted is, for example, when thering is the control assembly of motion sensor form, always after receiving control signal, open the light fixture connecting, if and again do not receive within a predetermined period of time control signal, turn-off so the light fixture connecting.
For example, from the identification signal of control assembly, can identify a kind of operator scheme in some operator schemes of a class control assembly and/or corresponding control assembly.
Preferably, connector for control assembly comprises holding wire, described holding wire is for control signal and identification signal from connected control assembly,, for control signal be same holding wire for described at least one identification signal, the identification signal that wherein can be identified by recognition unit is different from control signal.Preferably, control unit is for controlling connected light fixture in response to the control signal that is received from connected control assembly on described holding wire; And recognition unit is used for identifying the identification signal that is received from control assembly on same holding wire, and for the identification signal based on identified, select the control behavior of control unit.Make like this structure of the connector in corresponding control assembly and control device especially simple, described control assembly and described control device will be connected to each other, because only need individual signals line can transmit identification signal and control signal at connector place.
For example, preferably, the identification signal from the identification signal of control assembly for identification voltage form, is exactly the identification signal of identification direct voltage form, and the control signal receiving preferably has control signal voltage, be exactly the control signal direct voltage different from identification signal.In other words, each voltage level that freely maintains certain a period of time of identification signal and control signal forms.The time period of control signal can have different length, and/or can use the control signal pulse that continues the length-specific time period.
Other useful details and embodiment of the present invention in dependent claims, have been indicated.
For the control system of at least one light fixture, be exactly the control system for furniture light fixture, comprise the control device of the above-mentioned type and comprise that this control system is also target of the present invention for being connected at least one control assembly of described control device.
The package system that is used for the control system of light fixture is also target of the present invention, it comprises the control device of the above-mentioned type and comprises a plurality of dissimilar control assemblies, these control assemblies can be connected to control device, wherein said dissimilar control assembly is used for exporting identification signal, and the identification signal in the control assembly of this identification signal and corresponding other types is different.For example, the control assembly of described type at least can comprise the one in following, or at least can comprise both in following:
-can be by the mechanically actuated control assembly of user (14-1);
-comprise the control assembly (14-2) of motion sensor; And
-comprise the control assembly (14-3) of reflective sensor.
Especially preferred is that the type of control assembly comprises this three types of mentioning.Exactly, term Assembly Control System refers to plant produced, and herein, exactly, is that the assembly of control system (control device and control assembly) is combined and is connected.For example, package system can be comprised of one group of control device and control assembly.
Accompanying drawing explanation
Next, in connection with accompanying drawing, embodiments of the invention are described, in the accompanying drawings:
Fig. 1 is the schematic block diagram with the control system for light fixture of three control assemblies;
Fig. 2 is the schematic diagram of the control assembly of button form;
Fig. 3 is the schematic diagram of the control assembly of motion sensor form; And
Fig. 4 is the reduced graph of the control assembly of active IR reflective sensor form.
Embodiment
Fig. 1 schematically shows control device 10, and control device 10 alternatelies are controlled connected light fixture 12 by the one in three control assemblies that connect 14.For example, this control system can be arranged in cabinet, for example SanMen garderobe, kitchen furniture or other furniture.For example, light fixture 12 forms inside of furniture lamp, for example interior lamp of cupboard.
Light fixture 12 is connected to control device 10 via connector 16, described connector is for powering to light fixture 12.Connector 16 is switchable, and light fixture 12 can carry out light modulation by control connection device 16, for example, and by the output voltage of control connection device 16.For example, light fixture 12 is LED light fixture,, has the light fixture of the luminous element of at least one light-emitting diode (LED) form that is.Except a light fixture 12 is provided, a plurality of light fixtures 12 also can be provided, these light fixtures can jointly control via connector.
Control assembly 14 is connected to control device 10 via corresponding connector 18 separately.Quantity is that three connector 18 is selected example, is applicable to specifically the cupboard with three subregions.
For example, connector 16,18 is designed to the form of pin connector, is located immediately on the shell of control device 10, or is positioned on the cable that is connected to control device 10.
For example, connector 16 is two utmost point connectors and is applicable to safety low-voltage, for example, for exporting the direct voltage that reaches 12 volts or for example reach 24 volts.
For example, corresponding connector 18 is three utmost point connectors and comprises holding wire 20, the earth connection (not shown) for the control signal of connected control assembly 14, and the power voltage line of powering for the electronic device that may exist control assembly 14 (not shown).For example, connector 16 can be designed to the socket (jack) of phone plug, wherein each utmost point of connector is arranged one by one in direction of insertion, and the corresponding plug in the connection cable of control assembly 14 can insert at any position of rotation simply like this.For example, the supply voltage for control assembly 14 is 5 volts of direct currents.
The different instances of control assembly 14 further illustrates referring to figs. 2 to Fig. 4 hereinafter, and these control assemblies are for example for exporting control signal in when operation or for triggering handover operation, wherein control signal is comprised of control signal voltage.Described control signal voltage is direct voltage, and for example can take at least one value in two values, exactly, for example, 0V and+supply voltage of 5V.
Control device 10 comprises control unit 22, and described control unit is for controlling connected light fixture 12 in response to the control signal that is received from control assembly 14 on holding wire 20.For example, control assembly 14 can be button, and this button is set to holding wire 20 the control signal voltage of 0V when operation within the time period of operation.For example, in the each new operation of button, control unit 22 alternately makes connected light fixture 12 open and turn-off.
Control device 10 also comprises for identifying the recognition unit 24 of connected control assembly 14 types.What equally, can suppose connection is that the control assembly 14 of button form is used as example.Below with reference to Fig. 2, further illustrate, control assembly 14 is configured and makes, in non-operating state, i.e. in the time between the output of control signal, the identification signal of direct voltage form is output, and the voltage level of this identification signal is different from the voltage level of control signal.Recognition unit 24 is for identifying the identification signal that is received from connected control assembly 14 on holding wire 20, and the identification signal based on identifying is selected the control behavior S of control unit 22, be exactly the control behavior S that is applicable to the control assembly 14 of respective type.In the situation that identification signal is used for identifying the button for alternately making connected light fixture 12 open and turn-off, recognition unit 24 is selected above-mentioned corresponding control behavior S.Control unit 22, according to selected control behavior S, is controlled connected light fixture 12 in response to the control signal that is received from control assembly 14.
Control device 10 also comprises memory 26, and described memory is used in the situation that the last selected control behavior S of power supply supply discontinuity storage of control device 10 and/or the last state of a control of control unit 22.For example, when control device 10 is turned off and opens, before identical control behavior S can be taked and be turn-offed to control unit 22, and/or before identical value can be arranged to and be turn-offed to the output voltage of connector 16.This is not only favourable in the situation that there is undesired power supply supply discontinuity, and, for example, when the state (brightness setting) of connected light fixture 12, once set, this state is just stored in furniture displaying place in furniture shop in the process of power cutoff at night always.
For example, control device 10 is for the control assembly 14 of Fig. 2 to Fig. 4, and these control assemblies are exemplarily described hereinafter.The possible operation pattern of control assembly 14 and control assembly 14, can be identified by recognition unit 24 by means of corresponding different identification voltage, and control unit 22 is just taked corresponding assigned control behavior like this.Corresponding control behavior defines the decipher of 22 pairs of control signals of control unit.Hereinafter, will control behavior explanation together with control assembly 14.
Fig. 2 is to the reduced graph Figure 4 shows that for the different control assemblies 14 of functions principle.
Fig. 2 schematically shows the have two kinds of operator schemes reduced graph of the first control assembly 14-1 of button form of " ON/OFF (on/off) " and " light modulation (dimming) ".
Control assembly 14-1 comprises mechanical button 28, described mechanical button is for the holding wire of control assembly 14-1 30 being arranged to the signal level of 0V when mechanically operating, and the signal level of 0V is connected corresponding to holding wire 30 and earth connection 32 in control assembly 14-1.Button 28 is closed when operation.
Three utmost points of three utmost point connectors 36 in control line 30, earth connection 32 and power voltage line 34 formation control parts 14-1, these three utmost points are for being connected to the connector 18 of control device 10.
Control assembly 14-1 also comprises voltage divider 38, and the voltage divider being exactly comprised of passive block is exactly the resitstance voltage divider of being made by ohmic resistor 40.In the example shown, control assembly 14-1 comprises the switchable voltage divider 38 with selector switch 42, and described selector switch is for example the form of change light (dual in-line package) switch that can touch in the outside of control assembly 14.
The corresponding position of the switch in selector switch 42, voltage divider 38 is arranged to be greater than 0V by holding wire 30 and is less than the corresponding identification signal voltage within the scope of supply voltage under the non-operating state of control assembly 14-1.In the different position of the switch of selector switch 42, can produce different identification signal voltage.For example, identification signal voltage differs each other, with 0 volt differ, and with+minimum value that the supply voltage of 5V differs is for example 0.3V.The different operation modes of control assembly 14-1 is selected by switch 42.In the not operation stage, that is, when mechanical button 28 inoperation, will therefore output on holding wire 30 corresponding to the identification signal voltage of operator scheme.The recognition unit 24 of the latter's (identification signal voltage) based on its voltage level in control device 10 identifies, and recognition unit 24 is selected the control behavior of assigning in control unit 22.
When mechanical button 28 operation, voltage divider 38 is by for example button 28 bridge joints, thereby directly holding wire 30 is set to earth connection 32.Corresponding control signal voltage is not identified unit 24 deciphers, because it does not correspond to any one in arranged identification signal voltage.On the contrary, control unit 22 identifies corresponding control signal.On the contrary, control signal is not identified signal element 24 deciphers, because they do not correspond to any identification signal.
Under the operator scheme of " ON/OFF (on/off) ", the control signal pulse of button control parts 14-1 makes control unit 22 alternately the output voltage of connector 16 be opened and be turn-offed.This is corresponding to the handoff functionality of control assembly 14-1.
In control device 10, the holding wire 20 that is connected to corresponding connector 18 in these three identical control assembly 14-1 of control device 10 is parallel join logically or physically.For example, the light fixture 12 connecting can be opened with the first button, and can reuse same or another button and turn-off.
Under the operator scheme of " dimmer (dimmer) ", recognition unit 24 identifies this operator scheme based on corresponding identification signal voltage.All connected control assembly 14-1 are configured to identical operator scheme.The control behavior of control unit 22 is through selecting with corresponding to operator scheme " dimmer (dimmer) ".Under this operator scheme, the light fixture 12 connecting is opened by the short actuating of button 28.The long actuating of button 28 can be enabled the dimming function of control unit 22, and wherein control unit 22 is heightened brightness and turn down at leisure in time, until button 28 discharges, now corresponding to the end of control signal pulse.Subsequently, current brightness setting is maintained by control unit 22.Current brightness setting is for example stored in memory 26.
The unlatching of the light fixture 12 connecting or shutoff can be respectively soft unlatching (soft switching on) or soft shutoff (soft switching off), and wherein control unit 22 makes output voltage in short time period, approach smoothly desired value.This is also referred to as " soft opening (soft on)/soft pass (soft off) ".
For example, the control system with button 14-1 is the suitable selector switch as dim light (loom luminaire) 12 also, and wherein control assembly 14-1 is arranged in left side and the right side of bed head frame.
Fig. 3 schematically shows the reduced graph of the second control assembly 14-2 of the motion sensor form only with single operation pattern.Illustrate hereinafter with the difference of control assembly 14-1.Identical or corresponding part represents by identical reference symbol.
Motion sensor 14-2 comprises sensor unit 44, described sensor unit has the passive IR transducer of known type in affiliated field, and described passive IR transducer comprises that the intensity difference between for example a plurality of transducer segmentations and the transducer segmentation based on detecting detects motion in the detection range of motion sensor.For example, when motion being detected for the first time, control unit 44 is exported the first control signal pulse on holding wire 30, the control signal voltage of described the first control signal pulse be for example 0V or corresponding to supply voltage+5V.If sensor unit 44 does not for example detect other motions in 10 seconds in the follow-up time, sensor unit 44 is after described follow-up time expires so, and output has the second control signal pulse of other control signal voltages (that is ,+5V or 0V).If other motions detected in current follow-up time, so described follow-up time reactivates.
Control assembly 14-2 also comprises voltage divider 38, and described voltage divider under the non-operating state of control assembly 14-2, i.e., in the time between the output of control signal pulse, is exported identification signal voltage on holding wire 30.This identification signal voltage is different from the control signal voltage of button 14-1, is also different from 0V, the supply voltage of be also different from+5V, and differing minimum value is above-mentioned 0.3V.
In a control system, this control system has three control assembly 14-2 that are connected of device 10 and motion sensor form, recognition unit 24 identifies the type of control assembly 14-2 under the non-operating state of motion sensor based on identification signal voltage, and selects the suitable control behavior of control unit 22.For example, when the first control signal pulse of 0V is received on holding wire 20, control unit 22 is opened the light fixture 12 connecting, and when the second control signal pulse of receive+5V, again turn-offs light fixture 12.According to this control behavior, the in the situation that of voltage supply discontinuity, after voltage supply reactivates, as long as also do not receive unlatching control signal from motion sensor, just do not open light fixture 12.For example, when also not receiving the second control signal pulse, after expiring, just can implement predetermined amount of time to turn-off.
As the replacement scheme of described motion sensor 14-2, also possible: if before the motion that finally detects time used no longer than follow-up time section, sensor unit 44 just only output example as the continuous control signal of 0V.In this case, when control unit 22 starts for the control signal at motion sensor 14-2, open light fixture 12, and just open light fixture as long as receive control signal from motion sensor.If control unit 44 does not at least detect other motions in follow-up time section, control signal stops so, and control unit 22 turn-offs light fixture 12.
Fig. 4 schematically shows reflective sensor, is exactly the reduced graph of the 3rd control assembly 14-3 of active IR reflective sensor form.Illustrate hereinafter with the difference of control assembly 14-2.Identical or corresponding part represents by identical reference symbol.Described reflective sensor has two kinds of operator schemes " button (button) " and " switch (switch) ", these two kinds of operator schemes can be selected by selector switch 42 and corresponding voltage divider 38 equally, and these two kinds of operator schemes cause corresponding different identification signal voltage on holding wire 30.
Described reflective sensor comprises a kind of such sensor unit 46, and described sensor unit has for infrared radiation, is exactly reflector 48 and the receiver 50 of the infrared radiation for modulating, thereby avoids interacting with other infrared signals.
Under " button (push button) " operator scheme, control assembly 14-3 and control unit 22 operations are as follows.When sensor unit 46 is such as based on surpassing or detecting lower than internal threshold etc. while converting from the state of band reflection the state of not being with reflection to, control unit 46 just on holding wire 30 output there is for example control signal of 0V control signal voltage.Therefore, control unit 22 is opened light fixture 12.Control signal be continued until sensor unit 46 detect be converted back to band reflective condition till.Then, control signal stops, and control unit 22 turn-offs light fixture 12 again.
Such as having in the application such as cupboard of three doors, corresponding control assembly 14-3 is arranged in each place or at each face behind the door, make to form object 52 under this Men Qi closed condition, this object reflexes to signal from reflector 48, and for example diffuse reflection is in receiver 50.As long as the one in three reflective sensors that connect detects and is not with reflective condition corresponding to the door of opening, at least one in control assembly 14-3 will be exported the control signal voltage of 0V, and this control signal is correspondingly detected on holding wire 20.Until all doors are closed again, control signal just stops, and control unit 22 turn-offs light fixture 12 again.
Under " switch (switch) " operator scheme, sensor unit 46 and control unit 22 operations are as follows.When being never with reflective condition to convert band reflective condition to, as long as band reflective condition continues, sensor unit 46 will be exported has for example control signal of 0V control signal voltage.If reflection no longer detected, the output of termination control signal so.Under this operator scheme, the wiping motion of the hand that control signal can be by reflective sensor 14-3 the place ahead is exported, that is, by noncontact, activate.When control signal is sequentially received, light fixture 12 is alternately opened and turn-offed to control unit 22.Like this, the corresponding wiping in reflective sensor the place ahead causes that light fixture 12 is in the switching opening and shutting off between state.
In this example, selector switch 42 also acts on sensor unit 46, because just do not export control signal under " button (push button) " operator scheme as long as reflection also detected, and under " switch (switch) " operator scheme, as long as reflection detected, just export control signal.
The combination of control device 10 and control assembly 14-1,14-2 and 14-3 (compilation) has formed the package system for above-mentioned control system.For example, this control device can be for alternately a plurality of control assembly 14-1, or with a plurality of control assembly 14-2, or a plurality of control assembly 14-3 is equipped with.Certainly, also may there is a kind of like this configuration, wherein only be connected with single control assembly 14.
In addition, other control assemblies 14 are possible, for example, by touching touch sensor, inductance type transducer, magnet transducer, capacitance type sensor, radar sensor, acceleration sensor or the gyro sensor activating.For example, these transducers can with other furniture parts to be detected on element interact.
The example of described control signal and triggering thereof and duration thereof only should be understood as an example.
The identification signal of described different identification voltages is produced by specific simple mode by resitstance voltage divider, and they can be by the control signal stack (superpose) in same line.Yet, different from described example, also may there is the identification signal of modulation signal form, for example AC signal.For example, identification signal can differ from one another because having different modulating frequency.For example, these identification signals can be modulated in the control signal in same line, and/or can between the output of control signal, export.
Claims (13)
1. for a control device for light fixture, be exactly the control device for furniture light fixture,
Comprise at least one connector (16) for light fixture (12),
Comprise at least one connector (18) for control assembly (14),
Comprise control unit (22), described control unit is used for controlling connected light fixture (12) in response to the control signal that is received from connected control assembly (14), and
Comprise recognition unit (24), described recognition unit is used for identifying the identification signal of described control assembly (14) and the control behavior that the identification signal based on identifying is selected described control unit (22) of being received from.
2. control device according to claim 1, wherein the described connector (18) for control assembly (14) comprises holding wire (20), described holding wire, for control signal and identification signal from connected control assembly (14), can be wherein different from described control signal by the described identification signal of described recognition unit (24) identification.
3. control device according to claim 1 and 2, wherein can be separately the identification signal that is corresponding identification signal voltage form by the described identification signal of described recognition unit (24) identification, and described control signal is the control signal that is corresponding control signal voltage form separately, the described identification signal that wherein can be identified by described recognition unit (24) differ from one another and be different from described control signal, and difference is at least the corresponding control signal voltage of described control signal.
4. according to control device in any one of the preceding claims wherein, wherein said control unit (22) comprises at least two kinds of different control behaviors with the different control signals of assigning.
5. according to control device in any one of the preceding claims wherein, the corresponding control behavior response of wherein said control unit (22) limits unlatching, shutoff and/or the dimming function of connected light fixture (12) in the control signal receiving.
6. according to control device in any one of the preceding claims wherein, wherein said at least one connector (18) for control assembly (14) is three utmost point connectors, and described three utmost point connectors comprise:
Holding wire (20), described holding wire is used for control signal and the identification signal from connected control assembly (14),
Earth connection, and
Power line for described connected control assembly (14).
7. the control system at least one light fixture, it is exactly the control system for furniture light fixture, described control system comprises according to the control device described in any one in claim 1 to 6 (10), and comprise at least one control assembly (14), described control assembly comprises the actuated components (28) being activated by user and/or comprises sensor unit (44,46).
8. control system according to claim 7, wherein said control assembly (14) is at least one in following:
By the mechanically actuated control assembly of user (14-1);
The control assembly (14-2) that comprises motion sensor; And
The control assembly (14-3) that comprises reflective sensor.
9. according to the control system described in claim 7 or 8, wherein said at least one control assembly (14) comprises for the resitstance voltage divider of identification signal voltage is provided under the non-operating state in described control assembly (14), between the supply voltage of wherein said identification signal voltage in 0 volt and described control assembly (14).
10. according to the control system described in any one in claim 7 to 9, wherein said control assembly (14) comprises that identification signals different in wherein said control assembly (14) are provided according to the position of described switch by described selector switch (42) for selecting the selector switch (42) of the operator scheme of described control assembly (14).
11. according to the control system described in any one in claim 7 to 10, and wherein said control assembly (14) for exporting identification signal under described non-operating state and/or between the output of control signal.
12. 1 kinds of package systems for the control system of light fixture, are exactly for according to the package system of the control system described in claim 7 to 11 any one,
Comprise according to the control device described in any one in claim 1 to 6 (10), and comprise dissimilar a plurality of control assemblies (14-1,14-2,14-3),
These control assemblies can be connected to described control device (10),
Wherein dissimilar described control assembly (14-1,14-2,14-3) is for exporting a kind of identification signal, and described identification signal is different from the identification signal that the control assembly of corresponding other types is exported.
13. package systems according to claim 12, wherein the type of control assembly (14-1,14-2,14-3) comprises at least one in following:
By the mechanically actuated control assembly of user (14-1);
The control assembly (14-2) that comprises motion sensor; And
The control assembly (14-3) that comprises reflective sensor.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| DE202013100625.4 | 2013-02-12 | ||
| DE202013100625.4U DE202013100625U1 (en) | 2013-02-12 | 2013-02-12 | Control system and control unit for luminaires and packaging system therefor |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103987151A true CN103987151A (en) | 2014-08-13 |
| CN103987151B CN103987151B (en) | 2017-08-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320417140.XU Expired - Lifetime CN203645860U (en) | 2013-02-12 | 2013-07-05 | Controlling system and controlling device for lamps, and assembly system of controlling system for lamps |
| CN201310298135.6A Active CN103987151B (en) | 2013-02-12 | 2013-07-05 | Control system and control device and its package system for light fixture |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201320417140.XU Expired - Lifetime CN203645860U (en) | 2013-02-12 | 2013-07-05 | Controlling system and controlling device for lamps, and assembly system of controlling system for lamps |
Country Status (4)
| Country | Link |
|---|---|
| EP (1) | EP2765833B1 (en) |
| CN (2) | CN203645860U (en) |
| DE (1) | DE202013100625U1 (en) |
| PL (1) | PL2765833T3 (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| DE202013100625U1 (en) * | 2013-02-12 | 2014-05-13 | Halemeier Gmbh & Co. Kg | Control system and control unit for luminaires and packaging system therefor |
| RU2692489C2 (en) * | 2014-11-19 | 2019-06-25 | Филипс Лайтинг Холдинг Б.В. | Lighting control device and method |
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- 2013-02-12 DE DE202013100625.4U patent/DE202013100625U1/en not_active Expired - Lifetime
- 2013-07-05 CN CN201320417140.XU patent/CN203645860U/en not_active Expired - Lifetime
- 2013-07-05 CN CN201310298135.6A patent/CN103987151B/en active Active
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2014
- 2014-02-06 PL PL14154076T patent/PL2765833T3/en unknown
- 2014-02-06 EP EP14154076.5A patent/EP2765833B1/en active Active
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Also Published As
| Publication number | Publication date |
|---|---|
| CN203645860U (en) | 2014-06-11 |
| CN103987151B (en) | 2017-08-25 |
| EP2765833B1 (en) | 2017-08-16 |
| DE202013100625U1 (en) | 2014-05-13 |
| EP2765833A2 (en) | 2014-08-13 |
| PL2765833T3 (en) | 2018-01-31 |
| EP2765833A3 (en) | 2016-02-24 |
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