CN101854763B - Lighting Control Assembly - Google Patents
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- CN101854763B CN101854763B CN201010125274.5A CN201010125274A CN101854763B CN 101854763 B CN101854763 B CN 101854763B CN 201010125274 A CN201010125274 A CN 201010125274A CN 101854763 B CN101854763 B CN 101854763B
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- 238000004891 communication Methods 0.000 claims abstract description 30
- 230000002093 peripheral effect Effects 0.000 claims description 4
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- 230000005540 biological transmission Effects 0.000 description 14
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Abstract
The invention provides a kind of Lighting Control Assembly, by the operation of remote controller to one or more lighting device setting group information, to there are one or more lighting devices of same group of information as 1 group, in units of group illumination apparatus carry out lighting, turn off the light, brightness adjustment control.Remote control appliance is for Department of Communication Force, and the group information that illumination apparatus sets sent as wireless signal, lighting device possesses: lighting load; Lamp circuit, makes lighting load lighting; Remote control portion, receives the group information sent from remote controller; Storage part, storage sets information; Control part, control point circuit for lamp, carries out the lighting of lighting load, turns off the light, brightness adjustment control, and the group information in storage part is rewritten as the group information from remote control.Storage part stores the group table representing all groups of information that can set and dimming ratio corresponding with all groups of information respectively.Control part reference group table controls lamp circuit, makes lighting load carry out lighting according to the dimming ratio corresponding with the group information from remote control.
Description
Technical field
The present invention relates to the Lighting Control Assembly multiple lighting device being carried out to lighting control in units of group.
Background technology
Provided various Lighting Control Assembly in the past, to to be arranged in office block and space wider in communal facility etc. ceiling face on multiple lighting device setting group information, one or more lighting devices with same group of information are set to 1 group, in units of group, lighting are carried out to these lighting devices, turn off the light, brightness adjustment control.
As an example of this Lighting Control Assembly, there is the structure shown in Fig. 9.Lighting Control Assembly 50 is made up of multiple lighting device 51 (illustrating 51A ~ 51H these 8 in fig .9).Lighting device 51A ~ 51H such as possesses the Department of Communication Force 52 be made up of TW two wire serial communication circuit respectively, this TW two wire serial communication circuit with RS485 etc. for standard.Further, the holding wire 53 by 1 system between these Department of Communication Forces 52 connects, and lighting device 51 can communicate with other lighting devices 51.Lighting device 51A ~ 51D is set with the group information being called group 1 respectively, and lighting device 51E ~ 51H is set with the group information being called group 2 respectively.Further, lighting device 51A, 51H is provided with the force-feeling sensor 54 of perception surrounding body.
Such as, suppose that lighting device 51A ~ 51H is all state of turning off the light.And, when the force-feeling sensor 54 of lighting device 51A detects human body, the group information (group 1) of self and the Detection Information of human body, while the lighting load (not shown) to self carries out lighting control, are sent to other lighting devices 51B ~ 51H by Department of Communication Force 52 by lighting device 51A.Lighting device 51B ~ the 51H receiving these information judges whether the group information of self is consistent with the group information (group 1) of lighting device 51A respectively.Further, the lighting load (not shown) of lighting device 51B ~ 51D to self belonging to same group 1 with lighting device 51A carries out lighting control.That is, the lighting device 51A ~ 51D belonging to group 1 is lighting state, and the lighting device 51E ~ 51H belonging to group 2 is still the state of turning off the light.Equally, even if the force-feeling sensor 54 of lighting device 51H detects human body, the lighting device 51E ~ 51G belonging to identical group 2 with lighting device 51H is also lighting state.Like this, by sharing in same group, the Detection Information of human body carries out lighting to Lighting Control Assembly 50, control of turning off the light.
In addition, the force-feeling sensor 54 be arranged in lighting device 51A, 51H can as shown in Figure 10, be also the lightness transducer 55 of detection ambient illuminance.Such as, lighting device 51A ~ 51H is all the lighting state of dimming ratio 100%.When the ambient illuminance that the lightness transducer 55 of lighting device 51A detects is because of outer light ratio object illumination height, the lighting lighting load (not shown) of self such as being changed to dimming ratio 90% controls, and makes ambient illuminance return object illumination.Meanwhile, the group information (group 1) of self and detected illuminance information are sent to lighting device 51B ~ 51H by lighting device 51A.Lighting device 51B ~ the 51D belonging to identical group 1 with lighting device 51A carries out lighting control according to the lighting load (not shown) of dimming ratio 90% to self respectively.About group 2 too, lighting device 51E ~ 51G carries out lighting control according to the dimming ratio obtained for benchmark with the illuminance information detected by the lightness transducer 55 of lighting device 51H to the lighting load of self respectively.Like this, Lighting Control Assembly 50 carries out brightness adjustment control by sharing illuminance information in same group.
But, as shown in figure 11, setting person 57 is undertaken by sketch (not shown) remote controller 56 contrasting the actual illumination device 51 (illustrating 32 in fig. 11) be arranged on ceiling face and the configuration place simply describing this lighting device 51 in the setting of the group information of Lighting Control Assembly 50.That is, in above-mentioned sketch, the position of the visual lighting device 51 of plane, while by remote controller 56 towards the lighting device 51 transmission group information wanting new settings group information.Lighting device 51 possesses the storage part (not shown) of storage sets information, if receive new group information from remote controller 56, then the group information in described storage part is rewritten as the group information received.In addition, when initial setting, described storage part is initial condition, and group information does not store whatever.Like this, setting person 57 carries out the setting of group information respectively to multiple lighting device 51 by the operation of remote controller 56.
But, contrast lighting device 51 as described above and sketch while setting group information method in, setting person 57 forgets group information setting is to which lighting device 51 sometimes in setting operation, or skips 1 lighting device that should set 51 because misremembering.And, such as shown in Figure 12 (a), predetermined is group 1 by the group information setting of the lighting device 51A ~ 51G in lighting device 51 (illustrating 51A ~ 51O these 15 in fig. 12), be group 2 by the group information setting of lighting device 51H ~ 51O, but as shown in Figure 12 (b), after group 1 has set, in the setting operation of group 2, lighting device 51G has likely been set as group 2 when not noting by setting person 57 by mistake.Further, if set mistakenly like this, then owing to increasing the time reset, so workability is poor, and for having the situation of setting mistake, manager and user attentively directly do not use, and likely can cause the misoperation of Lighting Control Assembly 50.
On the other hand, there is provided following Lighting Control Assembly: by sending setting signal from remote controller, the lighting state of the predetermined lighting device according to these signal sets group information is switched to 50% from dimming ratio 100%, setting person is by the lighting device transmission group information from remote controller to this dimming ratio 50%, the lighting state of dimming ratio 50% can be removed, and can the setting (with reference to patent document 1) of complete grouping information.
[patent document 1] Japanese Unexamined Patent Publication 2006-93098 publication
But, Lighting Control Assembly described in patent document 1 returns original state owing to can remove lighting state when transmission group information, so when after group setting all completes or in the operation of when carrying out multiple groups of settings the 2nd and the setting of later group, can not confirm which group the lighting device set belongs to, and exists the problem of workability difference simply.
Summary of the invention
The present invention carries out in view of the above-mentioned origin of an incident, and its object is to provide a kind of can belong to the Lighting Control Assembly of which group by the complete lighting device of the information setting of confirmation group simply.
1st invention is in order to reach above-mentioned purpose, a kind of Lighting Control Assembly is provided, its operation by remote controller is to one or more lighting device setting group information, to there are one or more lighting devices of same group of information as 1 group, in units of group, lighting carried out to described lighting device, turn off the light, brightness adjustment control, it is characterized in that, described remote control appliance is for Department of Communication Force, the group information set described lighting device sends as wireless signal by this Department of Communication Force, and described lighting device possesses: lighting load; Lamp circuit, it makes described lighting load lighting; Remote control portion, it receives the group information sent from described remote controller; Storage part, its storage sets information; And control part, it controls described lamp circuit, carry out the lighting of described lighting load, turn off the light, brightness adjustment control, and the group information be stored in described storage part is rewritten as the group information from described remote control, described storage part stores the group table representing all groups of information and the dimming ratio corresponding with described all groups of information respectively that can set, described control part controls described lamp circuit with reference to described group of table, makes described lighting load carry out lighting according to the dimming ratio corresponding with the group information from described remote control.
According to this invention, due to when setting group, if transmission group information, then described lighting device carrys out lighting according to each group of different dimming ratio, even if so when after group setting all terminates or in the operation of when carrying out multiple groups of settings the 2nd and the setting of later group, also can confirm which group the described lighting device having set group information belongs to simply.
3rd invention is in order to reach above-mentioned purpose, a kind of Lighting Control Assembly is provided, its operation by remote controller is to one or more lighting device setting group information, to there are one or more lighting devices of same group of information as 1 group, in units of group, lighting carried out to described lighting device, turn off the light, brightness adjustment control, it is characterized in that, described remote control appliance is standby: storage part, and it stores the group table representing all groups of information and the dimming ratio corresponding with described all groups of information respectively that can set; Control part, it is with reference to described group of table, the selected dimming ratio corresponding with the group information set described lighting device; And Department of Communication Force, its using the group information that described lighting device is set and the dimming ratio selected send to described lighting device as wireless signal, described lighting device possesses: lighting load; Lamp circuit, it makes described lighting load lighting; Remote control portion, it receives the group information and dimming ratio that send from described remote controller; Storage part, its storage sets information; And control part, it controls described lamp circuit, carry out the lighting of described lighting load, turn off the light, brightness adjustment control, and the group information be stored in described storage part is rewritten as the group information from described remote control, the described control part of described lighting device controls described lamp circuit, makes described lighting load carry out lighting according to the dimming ratio from described remote control.
According to this invention, except can obtaining the effect identical with the 1st invention, do not need as the 1st invention, described group of table to be stored in described all lighting devices.
The feature of the 2nd and the 4th invention is, respectively in the 1st and the 3rd invention, described lighting device possesses: connecting portion, and it is provided with the transducer for detecting peripheral situation with freely loading and unloading; And identification part, it identifies the kind of the transducer be arranged on described connecting portion, the described storage part of described lighting device stores the kind that represents all the sensors that can install and point corresponding with the kind of described all the sensors respectively and to go out the sensor sheet of (flicker) speed, the described control part of described lighting device is when from described remote control to group information, control with reference to described sensor sheet, make described lighting load carry out point according to the some speed of going out corresponding with the kind of the transducer that described identification part is identified and to go out (flicker) lighting.
According to this invention, described lighting device, by setting group information, carries out lighting according to the some speed of going out corresponding with the kind of installed transducer.Therefore, in the operation that the 2nd after group setting all terminates or when carrying out multiple groups of settings and later group set, can confirm which kind of transducer which lighting device has installed simply.
In the present invention, there is following effect: can confirm which group the lighting device organizing information setting belongs to simply.
Accompanying drawing explanation
Fig. 1 is the block diagram of embodiments of the present invention 1.
Fig. 2 is the block diagram of the storage part of lighting device in execution mode 1.
Key diagram when Fig. 3 (a) ~ (c) is the group in setting 1 execution mode 1.
Fig. 4 is the block diagram of the storage part of lighting device in Fig. 1.
Key diagram when Fig. 5 (a) ~ (c) is the group in setting 2 execution modes 1.
Fig. 6 is the block diagram making the remote controller in Fig. 1 store group table.
Fig. 7 is the block diagram of embodiments of the present invention 2.
Key diagram when Fig. 8 is the group in setting 2 execution modes 2.
Fig. 9 is an example of Lighting Control Assembly in the past, is overall schematic block diagram.
Figure 10 be in the past lightness transducer has been installed time the schematic block diagram of entirety.
Key diagram when Figure 11 is setting group information in the past.
Key diagram when Figure 12 (a) and (b) are the settings of group information of carrying out mistakenly in the past.
Symbol description
1: Lighting Control Assembly; 2: lighting device; 4: remote controller; 5: group information; 6: group table; 20: lighting load; 21: lamp circuit; 24: remote control portion; 25: storage part; 26: control part; 42: Department of Communication Force.
Embodiment
(execution mode 1)
Referring to Fig. 1 ~ Fig. 6, embodiments of the present invention 1 are described.The Lighting Control Assembly 1 of present embodiment 1 as shown in Figure 1, is made up of multiple lighting device 2 (illustrate only 1 in FIG), is connected respectively by the holding wire 3 of 1 system.Further, carry out remote operation by remote controller 4 illumination apparatus 2 and preset group information 5.In addition, for making lighting device 2 drive the electric power in each portion described later to be provided via power line (not shown) by source power supply.
As shown in Figure 1, remote controller 4 possesses: by by pressing the operating portion 40 that the push-button switch etc. that operates is formed; Generate the control part 41 of various operation signal, described various signal be for according to the operation of operating portion 40 by the setting end notification of group information 5 and group information 5 to the signal etc. of lighting device 2; And this operation signal is sent to the Department of Communication Force 42 of lighting device 2 as wireless signal.Control part 41 is made up of microprocessor etc.Department of Communication Force 42 is made up of infrared light-emitting diode or the wireless transmission circuit that comprises RF electric wave wireless module etc.In addition, remote controller 4, except organizing the setting of information 5, can also set intrinsic address information to each lighting device 2.
As shown in Figure 1, lighting device 2 possess lighting load 20, make the lamp circuit 21 of lighting load 20 lighting, the dim signal efferent 22 exporting dim signal to lamp circuit 21, Department of Communication Force 23 and remote control portion 24.Lighting load 20 is made up of fluorescent lamp or LED etc.The TW two wire serial communication circuit that it is standard that Department of Communication Force 23 has with S485 etc., is communicated with other lighting devices 2 by holding wire 3.Further, holding wire 3 uses the serial communication cable matched with it.In addition, Department of Communication Force 23 preferably uses the control mode possessing the function avoiding signal conflict.Remote control portion 24, according to the kind of the wireless signal received from remote controller 4, is made up of infrared receiver IC or the wireless receiving circuit that comprises RF electric wave wireless module etc.
Further, lighting device 2 also possesses storage part 25 and control part 26 in addition to the foregoing.Storage part 25 is such as made up of EEPROM or flash memory etc., as shown in Figure 1, and storage sets information 5 and group table 6.Group information 5 as mentioned earlier, is the information of the group classification of the expression self set by remote controller 4, only stores 1 in each storage part 25.Further, its data content is such as the content being called group 1, group 2, group 3, and lighting device 2 storage sets 1 in Fig. 1 is as group information 5.Group table 6 as shown in Figure 1, is the content representing all groups of information that can set and the dimming ratio that group information all with this is corresponding respectively, is set in advance in the storage part 25 of all lighting devices 2 during before factory shipment.
Control part 26 is made up of microprocessor etc., and control point circuit for lamp 21 makes lighting load 20 lighting, turns off the light, light modulation.Further, if control part 26 receives group information 5 via remote control portion 24 from remote controller 4, then the group information 5 in storage part 25 is rewritten as received group information 5.And, such as, when 1 lighting device 2 belonging to group 1 turns off the light (or lighting), the lamp circuit 21 that the control part 26 of this lighting device 2 not only controls self makes lighting load 20 turn off the light (or lighting), also the group information 5 (group 1) be stored in self storage part 25 and the Department of Communication Force 23 of (or lighting) information from self of turning off the light is sent to other all lighting devices 2 by holding wire 3.Whether consistent group information 5 during the control part 26 of these lighting devices 2 compares received group information 5 (group 1) and is stored in self storage part 25 respectively, carry out judgement.If group information 5 is consistent, then the lamp circuit 21 that each control part 26 controls self makes lighting load 20 turn off the light (or lighting).That is, when the lighting state of 1 in multiple lighting devices 2 with same group of information 5 changes, in units of group, carry out same lighting control.
And, the feature of the control part 26 of present embodiment 1 is: when receiving group information 5 from remote controller 4, not only be rewritten in above-mentioned storage part 25, simultaneously with reference to the group table 6 of storage part 25, the selected dimming ratio corresponding with received group information 5, exports dim signal according to this dimming ratio to dim signal efferent 22.But if the signal that the setting receiving group information 5 from remote controller 4 terminates, then control part 26 removes the lighting based on this dimming ratio.
In addition, in the following description, control part 26 is called set model from after remote controller 4 receives group information 5 to the pattern received between setting end signal, the pattern is in addition called normal mode.
Further, the situation above-mentioned Lighting Control Assembly 1 being set to 1 group is described with reference to Fig. 2 and Fig. 3.In addition, the Lighting Control Assembly 1 in Fig. 3 is made up of 4 lighting devices 2 (2A, 2B, 2C, 2D), and the group information 5 that Fig. 3 represents 2 wherein lighting device 2A, 2B is set as the situation of group 1.Further, as shown in Figure 2, the dimming ratio group 1 ~ group 3 being stored in the group table 6 in each lighting device 2 is all 100%.
First, as shown in Fig. 3 (a), the lighting device 2 before setting is all normal mode, is turned off the light in advance by (not shown) such as ON/OF switches.Further, setting person 7 passes through the operation of remote controller 4 to lighting device 2A transmission group information 5 (group 1).Lighting device 2A, as shown in Fig. 3 (b), switches to set model from normal mode, reference group table 6, and the dimming ratio 100% corresponding according to the group information 5 (organizing 1) with received carrys out lighting.Then, setting person 7 passes through the operation of remote controller 4 to lighting device 2B transmission group information 5 (group 1).Lighting device 2B, as shown in Fig. 3 (c), switches to set model from normal mode, carrys out lighting according to dimming ratio 100%.
Like this, because Lighting Control Assembly 1 is when setting group, if from remote controller 4 transmission group information 5 (group 1), then lighting device 2A, 2B carrys out lighting according to the dimming ratio corresponding with group 1 100%, so setting terminate after, can confirm which group lighting device 2A, 2B belong to simply.Further, if send setting end signal from remote controller 4 to lighting device 2A, 2B, then switch to normal mode from set model, turn back to original state of turning off the light.In addition, in above-mentioned, the dimming ratio corresponding with the group 1 set in group table 6 is 100%, if but this is set as 0%, then when normal mode, as long as make lighting device 2 be all lighting state in advance.
Then, with reference to Fig. 4 and Fig. 5, the situation that setting 2 is organized is described.In addition, Lighting Control Assembly 1 in Fig. 5 is made up of 4 lighting devices 2 (2A, 2B, 2C, 2D), and Fig. 5 represents the situation group information 5 of 2 wherein lighting device 2A, 2B being set as group 1, the group information 5 of remaining 2 lighting devices 2C, 2D being set as group 2.Further, be stored in the dimming ratio of the group table 6 in each lighting device 2 as shown in Figure 4, group 1 is 100%, group 2 is 25%, group 3 is 50%.
First, as shown in Fig. 5 (a), the lighting device 2 before setting is all normal mode, turns off the light in advance.Further, setting person 7 is to lighting device 2A transmission group information 5 (group 1).Lighting device 2A, as shown in Fig. 5 (b), switches to set model from normal mode, carrys out lighting according to dimming ratio 100%.Then, setting person 7 is to lighting device 2B transmission group information 5 (group 1).Lighting device 2B, as shown in Fig. 5 (c), switches to set model from normal mode, carrys out lighting according to dimming ratio 100%.Further, the visual group 1 according to dimming ratio 100% lighting of setting person 7, while to lighting device 2C, 2D transmission group successively information 5 (group 2).Lighting device 2C, 2D, as shown in Fig. 5 (c), switch to set model from normal mode, carry out lighting according to dimming ratio 25%.
Like this, Lighting Control Assembly 1 is when setting group, if from remote controller 4 transmission group information 5, then lighting device 2A ~ 2D carrys out lighting according to each group of different dimming ratio.Therefore, though when group setting all terminate after or when carrying out multiple groups of settings the 2nd and later group setting operation in, also can confirm which group the lighting device 2 having set group information 5 belongs to simply.
But, although the group table 6 of present embodiment 1 is stored in the storage part 25 of all lighting devices 2 respectively, be not limited to this, also can be only stored in remote controller 4.That is, each storage part 25 as shown in Figure 6, not storage sets table 6 and only store self group information 5.Replace, remote controller 4 also possesses storage part 43 except operating portion 40, control part 41, Department of Communication Force 42, storage sets table 6 in this storage part 43.
When carrying out for during to the operation of lighting device 2 setting group information 5 to operating portion 40, control part 41 is with reference to the selected dimming ratio corresponding with set group information 5 of group table 6 of storage part 43.Department of Communication Force 42 using group information 5 and the dimming ratio selected send to lighting device 2 as wireless signal.On the other hand, the control part 26 of lighting device 2, via remote control portion 24 reception group information 5 and dimming ratio, exports dim signal according to this dimming ratio to dim signal efferent 22.Like this, if in remote controller 4 storage sets table 6, there is no need to be stored in all lighting devices 2.
(execution mode 2)
Below, with reference to Fig. 7 and Fig. 8, embodiments of the present invention 2 are described.In addition, due to the basic structure of present embodiment 2 and execution mode 1 common, so give identical symbol to common inscape and omit the description.
The feature of the control part 26 of present embodiment 2 is: if install the transducer for detecting peripheral situation on lighting device 2, then carry out making lighting load 20 to go out according to the point corresponding with the kind of this transducer the control of speed point vanishing point lamp.
As shown in Figure 7, the people that transducer 8 possesses perception surrounding body feels test section 80, the luminance detection portion 81 detecting ambient illuminance, control part 82 and Department of Communication Force 83.People feels test section 80 and is made up of the circuit comprising infrared-ray detecting element, and this infrared-ray detecting element detects ultrared change by the movement of human body.Luminance detection portion 81 is made up of the circuit comprising photo detector, and this photo detector carries out light-to-current inversion.Control part 82 is made up of microprocessor etc., and detected value people being felt test section 80 and luminance detection portion 81 exports as voltage signal.Department of Communication Force 83 by with RS485 etc. for the TW two wire serial communication circuit of standard is formed.In addition, transducer 8 is devices that so-called force-feeling sensor and lightness transducer are integrated, but the transducer be arranged on lighting device 2 can be any one party same with conventional art.
As shown in Figure 7, lighting device 2, except each portion described in execution mode 1, also possesses connecting portion 27, transducer Department of Communication Force 28, operational part 29 and identification part 30.Connecting portion 27 is configured in the periphery of lighting load 20, has male splicing ear (not shown) gynetype splicing ear (not shown) for inserting transducer 8, freely can load and unload ground sensor installation 8.Transducer Department of Communication Force 28 has the telecommunication circuit structure of the same race with the Department of Communication Force 83 of transducer 8, communicates with transducer 8 via connecting portion 27.Operational part 29 is made up of microprocessor etc., and the illuminance information detected according to the luminance detection portion 81 of transducer 8 carries out the computing of dimming ratio.Identification part 30 monitors from the transducer 8 be connected to self lighting device 2 signal sent at certain intervals, carrys out the kind of identification sensor 8 according to this signal.
Storage part 25, except storing the group information 5 of self, also stores the kind representing and can be arranged on all the sensors on connecting portion 27 and point corresponding with described kind respectively and to go out the sensor sheet 9 of speed.The kind of transducer such as shown in Figure 7, is lightness transducer, force-feeling sensor and lightness/force-feeling sensor these 3 kinds, and so-called lightness/force-feeling sensor is the transducer 8 representing that illuminance transducer and lightness transducer are integrated.
Control part 26 is except the function described in execution mode 1, also carry out control point circuit for lamp 21 according to the human detection result feeling test section 80 from people, lighting load 20 is turned off the light or lighting, and dim signal is exported to dim signal efferent 22 by the dimming ratio also calculated by operational part 29.And, dimming ratio calculated by the testing result of human body and illumination or operational part 29 is sent to other lighting device 2 by control part 26 together with the group information 5 of self from the Department of Communication Force 23 of self by holding wire 3, the lighting device 2 belonging to identical group carries out same lighting according to received information and controls.
In addition, if the control part 26 of present embodiment 2 receives group information 5 and dimming ratio selected the group table 6 of storage part 43 from remote controller 4, then reference sensor table 9 controls, and makes lighting load 20 carry out a vanishing point lamp according to the some speed of going out corresponding with the kind of the transducer that identification part 30 identifies.
The situation setting 2 groups with reference to the Lighting Control Assembly 1 of Fig. 8 to present embodiment 2 is described.In addition, Lighting Control Assembly 1 in Fig. 8 is made up of 6 lighting devices 2 (2A ~ 2F), and Fig. 8 represents the situation group information 5 of the lighting device 2A ~ 2D of 4 being wherein set as group 1, the group information 5 of remaining 2 lighting devices 2E, 2F being set as group 2.Further, be stored in the dimming ratio of the group table 6 in remote controller 4 as shown in Figure 4, group 1 is 100%, group 2 is 25%, group 3 is 50%.Lighting device 2D and 2F is provided with transducer 8.Be stored in the lighting speed of the sensor sheet in each lighting device 2 as shown in Figure 7, lightness transducer is 10Hz, force-feeling sensor is 1Hz, lightness/force-feeling sensor is 0.5Hz.
First, the lighting device 2 before setting is all normal mode, turns off the light in advance.Further, setting person 7 is successively to lighting device 2A ~ 2D transmission group information 5 (group 1).Lighting device 2A ~ 2D switches to set model from normal mode, carrys out lighting according to dimming ratio 100%.But, because lighting device 2D is provided with transducer 8, so lighting device 2D is except dimming ratio 100%, also carry out a vanishing point lamp according to the some speed 0.5Hz (lighting 1 time in every 2 seconds) that goes out.Then, successively to lighting device 2E, 2F transmission group information 5 (group 2).Lighting device 2E, 2F switch to set model from normal mode, carry out lighting according to dimming ratio 25%.But, because lighting device 2F is provided with transducer 8, so lighting device 2F is except dimming ratio 25%, also carry out a vanishing point lamp according to the some speed 0.5Hz that goes out.
Like this, the Lighting Control Assembly 1 of present embodiment 2 is except making except lighting device 2A ~ 2F lighting according to each group of different dimming ratio respectively, if installed transducer, then carry out a vanishing point lamp according to the some speed of going out corresponding with the kind of this transducer, so can confirm which kind of transducer which lighting device 2 has installed simply.Particularly, by visual, setting person 7 is more difficult judges whether reality installs (position that is little in the size of transducer 8, lighting device 2 eyesight comparatively far away, setting person 7 is more weak), more effectively.
In addition, the sensor sheet 9 of present embodiment 2 sets the point corresponding with the kind of transducer and to go out speed, makes lighting device 2 the vanishing point lamps being provided with transducer 8.But, except a vanishing point lamp, such as, can also carry out following damping action: make the dimming ratio 100% of group 1 be attenuated to dimming ratio 50% gradually according to predetermined time interval, be strengthened to original dimming ratio 100% more gradually a little while.In this case, in sensor sheet 9, replace putting speed of going out, set the dimming ratio corresponding with the kind of transducer and the time interval of carrying out damping action.
Further, in present embodiment 2, the situation that group table is stored in the storage part of remote controller is illustrated, but the sensor sheet of present embodiment 2 can certainly be applied to situation about to be stored in by group table in the storage part of lighting device.
Claims (2)
1. a Lighting Control Assembly, by the operation of remote controller to one or more lighting device setting group information, will there are one or more lighting devices of same group of information as 1 group, in units of group, lighting carried out to described lighting device, turn off the light, brightness adjustment control, it is characterized in that
Described remote control appliance is for Department of Communication Force, and the group information set described lighting device sends as wireless signal by this Department of Communication Force,
Described lighting device possesses: lighting load; Lamp circuit, makes described lighting load lighting; Remote control portion, receives the group information sent from described remote controller; Storage part, storage sets information; And control part, control described lamp circuit, carry out the lighting of described lighting load, turn off the light, brightness adjustment control, and the group information be stored in described storage part is rewritten as the group information from described remote control,
Described storage part stores the group table representing all groups of information and the dimming ratio corresponding with described all groups of information respectively that can set,
The dimming ratio of described group of table consists of different values by each of each group,
Described lighting device has set model for organizing setting and as the normal mode during beyond group setting, if described remote control portion receives the group information sent from described remote controller, then described lighting device is switched to set model, the group information being stored in described storage part is rewritten as the group information from described remote control by described control part, and, described control part controls described lamp circuit with reference to described group of table, described lighting load is made to carry out lighting according to the dimming ratio corresponding with the group information from described remote control, if described remote control portion receives the signal that setting terminates, then described lighting device is switched to normal mode,
Described lighting device possesses: connecting portion, is provided with the transducer detecting peripheral situation with freely loading and unloading; And identification part, the kind of the transducer be arranged on described connecting portion is identified,
The described storage part of described lighting device stores the kind of all the sensors and the sensor sheet of flash speed corresponding with the kind of described all the sensors respectively that represent and can install,
The described control part of described lighting device, when from described remote control to group information, controls with reference to described sensor sheet, makes described lighting load carry out flicker lighting according to the flash speed corresponding with the kind of the transducer that described identification part is identified.
2. a Lighting Control Assembly, by the operation of remote controller to one or more lighting device setting group information, will there are one or more lighting devices of same group of information as 1 group, in units of group, lighting carried out to described lighting device, turn off the light, brightness adjustment control, it is characterized in that
Described remote control appliance is standby: the first storage part, stores the group table representing all groups of information and the dimming ratio corresponding with described all groups of information respectively that can set; First control part, with reference to described group of table, the selected dimming ratio corresponding with the group information set described lighting device; And Department of Communication Force, using the group information that described lighting device is set and the dimming ratio selected send to described lighting device as wireless signal,
The dimming ratio of described group of table consists of different values by each of each group,
Described lighting device possesses: lighting load; Lamp circuit, makes described lighting load lighting; Remote control portion, receives the group information and dimming ratio that send from described remote controller; Second storage part, storage sets information; And second control part, control described lamp circuit, carry out the lighting of described lighting load, turn off the light, brightness adjustment control, and the group information be stored in described second storage part is rewritten as the group information from described remote control,
Described lighting device has set model for organizing setting and as the normal mode during beyond group setting, if described remote control portion receives the group information and dimming ratio that send from described remote controller, then described lighting device is switched to set model, the group information being stored in described second storage part is rewritten as the group information from described remote control by described second control part of described lighting device, and, described second control part of described lighting device controls described lamp circuit, described lighting load is made to carry out lighting according to the dimming ratio from described remote control, if described remote control portion receives the signal that setting terminates, then described lighting device is switched to normal mode,
Described lighting device possesses: connecting portion, is provided with the transducer detecting peripheral situation with freely loading and unloading; And identification part, the kind of the transducer be arranged on described connecting portion is identified,
Described second storage part of described lighting device stores the kind of all the sensors and the sensor sheet of flash speed corresponding with the kind of described all the sensors respectively that represent and can install,
Described second control part of described lighting device is when from described remote control to group information, control with reference to described sensor sheet, make described lighting load carry out flicker lighting according to the flash speed corresponding with the kind of the transducer that described identification part is identified.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP041499/2009 | 2009-02-24 | ||
| JP2009041499A JP2010198877A (en) | 2009-02-24 | 2009-02-24 | Lighting control system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101854763A CN101854763A (en) | 2010-10-06 |
| CN101854763B true CN101854763B (en) | 2016-04-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201010125274.5A Expired - Fee Related CN101854763B (en) | 2009-02-24 | 2010-02-24 | Lighting Control Assembly |
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| JP (1) | JP2010198877A (en) |
| CN (1) | CN101854763B (en) |
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| US9491834B2 (en) * | 2013-01-08 | 2016-11-08 | Koninklijke Philips N.V. | Method of assigning lighting devices to a group |
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| JP6463072B2 (en) * | 2014-10-20 | 2019-01-30 | 三菱電機株式会社 | Lighting control system and lighting control device |
| JP6745473B2 (en) * | 2016-03-10 | 2020-08-26 | パナソニックＩｐマネジメント株式会社 | Lighting system, terminal device and lighting system setting method |
| JPWO2017168856A1 (en) * | 2016-03-30 | 2018-10-11 | 株式会社リコー | Control content management system, power control system, control content management method, and program |
| US9967944B2 (en) | 2016-06-22 | 2018-05-08 | Cree, Inc. | Dimming control for LED-based luminaires |
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| JP6784102B2 (en) * | 2016-08-30 | 2020-11-11 | 三菱電機株式会社 | lighting equipment |
| US10595380B2 (en) | 2016-09-27 | 2020-03-17 | Ideal Industries Lighting Llc | Lighting wall control with virtual assistant |
| CN107690837B (en) * | 2017-09-08 | 2021-07-23 | 刘远芳 | Direct-modulation light-modulation device, corresponding direct-modulation light-modulation lighting system and direct-modulation light-modulation method |
| JP2019102900A (en) * | 2017-11-29 | 2019-06-24 | パナソニックＩｐマネジメント株式会社 | Communication apparatus |
| JP7042464B2 (en) * | 2018-08-28 | 2022-03-28 | パナソニックＩｐマネジメント株式会社 | Lighting equipment group setting method and lighting system |
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| JP2010198877A (en) | 2010-09-09 |
| CN101854763A (en) | 2010-10-06 |
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