CN101043779A - Lighting controller and lighting control system using same - Google Patents

Lighting controller and lighting control system using same Download PDF

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Publication number
CN101043779A
CN101043779A CN 200710090052 CN200710090052A CN101043779A CN 101043779 A CN101043779 A CN 101043779A CN 200710090052 CN200710090052 CN 200710090052 CN 200710090052 A CN200710090052 A CN 200710090052A CN 101043779 A CN101043779 A CN 101043779A
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CN
China
Prior art keywords
substation
terminal
control
group
wireless network
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CN 200710090052
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Chinese (zh)
Inventor
笹井敏彦
山本久
齐藤耕一
大泽祐也
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Toshiba Lighting and Technology Corp
Mitsubishi Electric Corp
Mitsubishi Electric Lighting Corp
Original Assignee
Toshiba Lighting and Technology Corp
Mitsubishi Electric Corp
Mitsubishi Electric Lighting Corp
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Application filed by Toshiba Lighting and Technology Corp, Mitsubishi Electric Corp, Mitsubishi Electric Lighting Corp filed Critical Toshiba Lighting and Technology Corp
Publication of CN101043779A publication Critical patent/CN101043779A/en
Pending legal-status Critical Current

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Abstract

A problem to be solved in the invention is that a plurality of transmission lines must be configured in a condition of using an illumination control device of a cable type and when a plurality of sub-machines are connected to a mother machine. On the other hand, illumination load can not be arranged in a location where radio can not arrive or dadio is difficult to arrive due to obstruction and the like in a condition of using an illumination control device of a wireless network. The illumination control device of the invention is provided with: a control station (12) used for controlling the illumination load by communication via the wireless network (14); a terminal (17) which performs communication via a cable network using communication lines, and controls the illumination load by using a control indication from the control station (12); and a sub-station (13) uses the wireless network and the cable network so that the control station (12) and the terminal (17) can be intercommunicated with each other.

Description

Illumination control apparatus and the Lighting Control Assembly that uses this illumination control apparatus
Technical field
The present invention relates to a kind of illumination control apparatus and Lighting Control Assembly that by control station (control station) lighting load of a plurality of substations (slave station) is carried out Long-distance Control by wireless network.
Background technology
Before, the known illumination control apparatus that a kind of wired mode is arranged, it is to make a plurality of handsets be connected in a machine tool by conveyer line in the mode that can communicate by letter, and is used to from the control of machine tool to control each handset (for example can with reference to patent documentation 1).
And for example, in office block and various facilities etc., adopting has illumination control apparatus, and its terminal at the set ligthing paraphernalia in each field of illumination in each floor or each zone is carried out Long-distance Control.In this illumination control apparatus, 1 control station and a plurality of substation communicate by wireless network, and are in order to control the ligthing paraphernalia of each substation from the control of control station.
Wireless network is to use the wireless network identifier that comprises channel (channel) and ID etc. to make up, and by using this wireless network identifier, the control station and the substation that belong to same wireless network is communicated.
This wireless network is characterised in that, even if two wireless networks use same wireless frequency, if wireless network identifier difference, though because of the phase mutual interference of carrier wave produces the problem that communication speed reduces, but still can utilize each wireless network to communicate.
Promptly, when a plurality of wireless networks produce conflict each other, for example when wireless frequency and wireless network identifier are identical, can avoid the conflict of wireless network by change wireless network identifier, described wireless network identifier is that the wireless network by control device of wireless such as control station and substations is used.The setting of wireless network identifier, for example carry out in the following manner, promptly, be provided with on the substrate in control device of wireless etc. and be used for changing the thumb-acting switch (dipswitch) of wireless network identifier, and to make this thumb-acting switch in identical wireless network in the employed control device of wireless be identical switching mode (switch pattern).When change wireless network identifier, at first thumb-acting switch is set change, so that the switching mode of the control device of wireless that will change is all identical.Then, when the setting of all control device of wireless change is finished, whole system reset or energized once more,, thereby can make up new wireless network (for example can with reference to patent documentation 2) through the initialization of wireless network.
And, in these illumination control apparatus, as specifying the address of terminal and the method that the position is set of lighting load distributed to respectively with lighting load, the method of selecting a lighting load by 1 button is successively arranged, perhaps select a plurality of lighting loads and make the method that its range of choice dwindles successively (for example can with reference to patent documentation 3).
[patent documentation 1] Japan Patent spy opens the 2003-142026 communique
The flat 11-514829 communique of the special table of [patent documentation 2] Japan Patent
[patent documentation 3] Japan Patent spy opens the 2001-313183 communique
When under the situation of the illumination control apparatus that has used wired mode between all devices,, then can lighting load be set in any place as long as can set conveyer line.But,, therefore when construction, take time and energy owing to must set the conveyer line that a plurality of handsets is connected in machine tool.
And, in the time will changing the structure of illumination control apparatus, following problem is arranged, that is,, also must carry out large-scale wiring installation except being provided with the engineering of supplementing device.
On the other hand, when under the situation of the illumination control apparatus that uses wireless network between all devices, need not to connect up, and make that the degree of freedom that the place is set of lighting load is higher.But, have following problem: for example cause lighting load can't be arranged on the wireless place that is difficult to arrive in the wireless place that can't arrive or because of barrier etc.
And, under the situation of the illumination control apparatus that uses wireless network, in the variation of the wireless network identifier shown in the prior art as described, must be in whole system will be provided in thumb-acting switch on the internal base plate etc. and set and change to identical switching mode, again whole system be reset at last or energized once more one one tableland of all control device of wireless.Therefore have following problem, that is, behind the change wireless network identifying information till the wireless network that structure makes new advances than time-consuming, and uncontrollable lighting load during this period.
Summary of the invention
The present invention be directed to above-mentioned problem and set up, therefore the 1st problem of the present invention is, cuts down the direct wiring of control station and lighting load, thereby improves the degree of freedom that is provided with.And the 2nd problem of the present invention is, reliably lighting load is controlled by control station, and this lighting load is arranged on the wireless place that can't arrive or causes in the wireless place that is difficult to arrive because of barrier etc.And, the object of the present invention is to provide the illumination control apparatus of having reached described a plurality of problems and the Lighting Control Assembly that uses this illumination control apparatus.
The described illumination control apparatus of the present invention the 1st invention possesses: control station communicates by wireless network and to be used for controlling lighting load; Terminal communicates by the cable network that has used order wire, and utilizes the control of control station to indicate and control lighting load; And the substation, can utilize wireless network and cable network that control station is intercomed mutually with terminal.
One or more cable networks are to utilize one or more substations and be connected in wireless network in the mode that can communicate by letter.On cable network, be connected with one or more terminals, the inherent address that the equipment that preestablishes on the terminal is intrinsic.
As terminal, the force-feeling sensor of the ligthing paraphernalia of applicable one or more lighting loads of control, the human body of detecting in the field of illumination, detect the illuminance transducer of the illumination in the field of illumination, manually control the switch on wall etc. of lighting load.
Lighting load for example comprises the light source of lamp or light-emitting diode etc.
Control station is for example according to controlling lighting load by the timetable that is determined corresponding to week of work order or operating time section or time period, by the lighting environment that has outdoor light to go into to shine on the window limit etc.
The substation, for example control indication or the control data with wireless network converts the form that meets cable network to, perhaps will convert the form that meets wireless network to from the control indication or the control data of cable network, with this control station intercomed mutually with terminal.
The present invention's the 2nd described illumination control apparatus of invention such as the described illumination control apparatus of the present invention's the 1st invention, it possesses: comprise a plurality of handsets of control station; And machine tool, control each handset of utilizing conveyer line and connecting.
The present invention's the 3rd described illumination control apparatus of invention such as the present invention's the 1st invention or the described illumination control apparatus of the 2nd invention, the substation obtains predefined inherent address on the terminal that is connected in cable network.And the substation is to the employed wireless address of using of the terminal distribution wireless network side of having obtained inherent address.
The present invention's the 4th described illumination control apparatus of invention such as the described illumination control apparatus of the present invention's the 3rd invention, it can measure the illuminance transducer of certain regional brightness value by utilizing, and lighting load is carried out brightness adjustment control.
The present invention's the 5th described illumination control apparatus of invention such as the described illumination control apparatus of the present invention's the 3rd invention, it can measure the force-feeling sensor who has/do not have of people in certain zone by utilization, and lighting load is controlled.
The described illumination control apparatus of the present invention's the 6th invention possesses: setting apparatus, setting wireless network identification mark; A plurality of substations communicate by the wireless network that uses specific wireless network identifier, and respectively by wired and be connected at least one terminal in the mode that can communicate by letter; And control station, in the wireless network that uses specific wireless network identifier, utilization belongs to a plurality of substations of same wireless network and controls lighting load, and when receiving from the wireless network of setting apparatus identification alternation of signs indication, all substations that belong to same wireless network are sent the wireless network identifier information that will change, and make after the setting change of wireless network identifier, the setting of change self radio network identification mark, and use wireless network identifier after changing to communicate, with this, come specific substation, and make specific substation add after changing wireless network.
The wireless network identifier comprises for example channel or ID etc. in order to the specific radio network.
Setting apparatus, the preferably type that can carry.And setting apparatus can be the structure that can carry out radio communication with control station or substation, also can be to utilize wired structure that communicates.
The described illumination control apparatus of the present invention's the 7th invention is characterised in that to possess: the inherent address acquisition unit, and a plurality of the memory device of the inherent address that terminal sets from storing, obtain 1 inherent address; The equipment communicating department makes and utilizes the inherent address that described inherent address acquisition unit obtains and the terminal of discerning carried out the action different with other-end, thereby terminal is circulated a notice of to the operator; The additional information input part is from the terminal that input equipment is circulated a notice of to described equipment communicating department, the additional information of input operator's appointment; And the additional information configuration part, the additional information that described additional information input part is imported is stored in corresponding to inherent address in the memory device, comes terminal is set additional information with this.
The described illumination control apparatus of the present invention the 8th invention is characterised in that: have ligthing paraphernalia as terminal, and the equipment communicating department makes the lighting load illumination that is installed in the ligthing paraphernalia or extinguishes.
The described illumination control apparatus of the present invention's the 9th invention is characterised in that: have ligthing paraphernalia as terminal, and the equipment communicating department makes the discharge lamp that is installed in the ligthing paraphernalia throw light on the brightness different with the discharge lamp that is connected in other ligthing paraphernalias.
The described Lighting Control Assembly of the present invention's the 10th invention is characterised in that: the demonstration that the equipment communicating department has terminal is thrown light on lamp or is extinguished.
The described Lighting Control Assembly of the present invention's the 11st invention is characterised in that: the additional information input part is to import group information as additional information, and store group information the additional information configuration part corresponding to inherent address.
The described Lighting Control Assembly of the present invention's the 12nd invention is characterised in that: possess setting apparatus, described setting apparatus has: the action request sending part, and 1 terminal in a plurality of terminals sends and makes it carry out the action request signal of the action different with other-end; The additional information storage part, from input equipment to the additional information of terminal input operator appointment and store into the memory device; And set the request sending part, obtain the additional information that is stored in the memory device and terminal is set additional information.
The described Lighting Control Assembly of the present invention's the 13rd invention is characterised in that: possess setting apparatus, described setting apparatus has: the group information input part is the group information of 1 group from the input equipment input with a plurality of terminal recognition; Inherent address request sending part is asked the individually inherent address request signal of the inherent address of identification terminal to the substation transmission; The inherent address acceptance division receives a plurality of inherent address and stores into the memory device from the substation; The inherent address selection portion is selected inherent address in a plurality of inherent address from be stored in memory device singly; The action request sending part send singly by the selected inherent address of described inherent address selection portion, and the terminal that inherent address identified that utilization is sent is carried out the action different with other-end; Set the request input part, will carry out operator's request that the terminal different with the action of other-end manages as group from the input equipment input; The group information storage part after described group information input part input operator request, stores into the inherent address that is identified as with other-end carries out the described terminal of different actions in the memory device corresponding to group information; And set the request sending part, and inherent address and the group information that is stored in the memory device sent to the substation, the substation is managed inherent address and the group information that is sent.
The described Lighting Control Assembly of the present invention's the 14th invention is characterised in that to possess: switch, corresponding to the inherent address of individually discerning, and in memory device, store this inherent address; The inherent address acquisition unit when operating this switch by the operator, is obtained the inherent address of operated switch from described memory device; The additional information input part is imported at least one additional information group information, scene information, the light modulation information from input equipment to switch; And the additional information configuration part, the additional information that described additional information input part is imported is stored in corresponding to inherent address in the memory device, carries out the setting of switch with this.
The described Lighting Control Assembly of the present invention's the 14th invention is characterised in that to possess: a plurality of substations, can utilize wireless network and cable network that control station is intercomed mutually with terminal; And control station, this control station have by wireless network carry out radio communication radio section, send to receive wireless signal antenna, and generate the control command of the described a plurality of substations of control and send to the control part of described substation by radio section.
[effect of invention]
The described illumination control apparatus of the 1st invention according to the present invention, can come the terminal of control connection by control station by wireless network in cable network, therefore the direct wiring that can cut down control station and terminal room, thereby can improve the degree of freedom of setting, and, compare with the situation of utilizing cable network to be connected all devices, can also reduce the shared ratio of wiring installation.And, can be by control station control terminal reliably.
The described illumination control apparatus of the 2nd invention according to the present invention, except effect with the described illumination control apparatus of the present invention's the 1st invention, following system can also be provided, promptly, by control station is connected in the conveyer line of machine tool as handset, can with other handsets similarly by machine tool throw light on control or supervision etc.
The described illumination control apparatus of the 3rd invention according to the present invention, except effect with the present invention's the 1st invention or the described illumination control apparatus of the 2nd invention, can also obtain predefined inherent address on the terminal that is connected in cable network by the substation, and the address of distributing wireless network side to use automatically to this terminal, thereby can tackle setting up of terminal.
The described illumination control apparatus of the 4th invention according to the present invention except the effect with the described illumination control apparatus of the present invention's the 3rd invention, can also use the zone of illuminance transducer to carry out the fixing control of illumination to terminal.
The described illumination control apparatus of the 5th invention according to the present invention, except effect with the present invention's the 3rd invention or the described illumination control apparatus of the 4th invention, but also in sense terminals use force-feeling sensor's the zone people or nobody are arranged, and carry out the control of lighting load.
The described illumination control apparatus of the 6th invention according to the present invention, after the wireless network identification alternation of signs indication of control station reception from setting apparatus, even sending the wireless network identifier information that will change to all substations that belong to same wireless network from control station, and make after the setting change of wireless network identifier, also can change the setting of the wireless network identifier of control station, and the substation that the specific use of control station wireless network identifier after changing communicates, and make described substation add after changing wireless network, thereby change the setting of wireless network identifier and make up new wireless network, therefore, only system is issued and set the wireless network identification alternation of signs that the change indication can be carried out whole system by setting apparatus, compare the setting that to finish whole system at short notice with previous method, and the physics operation is few especially, does not therefore almost have the error of setting.
The described Lighting Control Assembly of the 7th invention can easily be selected specified terminal by the equipment communicating department according to the present invention.
The described Lighting Control Assembly of the 8th invention according to the present invention, the operator can specific specified terminal and need not to be provided with in addition the circular member in specified terminal.
The described Lighting Control Assembly of the 9th invention according to the present invention, even for example under the state that makes the illumination of all ligthing paraphernalias, also can specific specified terminal.
The described Lighting Control Assembly of the 10th invention according to the present invention, owing to possess the demonstration lamp, therefore the operator can particular terminal yet when on terminal lighting load being installed.And, show and can reduce power consumption with lamp, can realize energy-conservationization.And, because therefore the lamp circuit that can make lamp and be used to make the lamp illumination can make the terminal miniaturization for simple structure.
Therefore the described Lighting Control Assembly of the 11st invention according to the present invention owing to the inherent address of additional informations such as group information corresponding to specified terminal, can realize easily that the group (grouping) of terminal changes.
The described Lighting Control Assembly of the 12nd invention according to the present invention, can be by setting apparatus with additional information corresponding to terminal.
The described Lighting Control Assembly of the 13rd invention can come designated terminal by setting apparatus according to the present invention, can make specified terminal carry out the action different with other-end, and can be with additional information corresponding to specified terminal.
The described Lighting Control Assembly of the 14th invention according to the present invention can be with at least one additional information in group information, scene information, the light modulation information corresponding to the switch of being discerned by inherent address.
The described Lighting Control Assembly of the 15th invention according to the present invention, control station can come each terminal information of unified management by the substation, and each terminal information of institute's unified management can be sent to setting apparatus.And, grasp whole system easily, thereby can carry out comprehensive control the terminal that is connected in a plurality of substations.
Above-mentioned explanation only is the general introduction of technical solution of the present invention, for can clearer understanding technological means of the present invention, and can be implemented according to the content of specification, below with preferred embodiment of the present invention and conjunction with figs. describe in detail as after.
Description of drawings
Fig. 1 is the structure chart of illumination control apparatus.
Fig. 2 is the structure chart of the control station of illumination control apparatus.
Fig. 3 is the structure chart of the substation of illumination control apparatus.
Fig. 4 is the structure chart of the lighting load of illumination control apparatus.
Fig. 5 is the structure chart of illumination control apparatus.
Fig. 6 is the structure chart of the setting apparatus of illumination control apparatus.
Fig. 7 is the system construction drawing of Lighting Control Assembly 101.
Fig. 8 is the flow chart of device management method of the Lighting Control Assembly 101 of expression example 2.
Fig. 9 is the figure of hardware of substation 100, the setting apparatus 200 of expression example 2.
Figure 10 is the functional structure chart of the substation 100 of example 2.
Figure 11 is the functional structure chart of the setting apparatus 200 of example 2.
Figure 12 is the flow chart of the details handled of the equipment control of expression embodiment 1.
Figure 13 be expression this example 2 ligthing paraphernalia 300 light a lamp and the input of setting apparatus 200 between the flow chart of relation.
Figure 14 is that (the flow chart of S101～S103) is handled in the equipment control of expression embodiment 2.
Figure 15 be expression embodiment 2 ligthing paraphernalia 300 light a lamp and the input of setting apparatus 200 between the flow chart of relation.
Figure 16 is the flow chart that the equipment control of expression embodiment 3 is handled.
Figure 17 be expression embodiment 3 ligthing paraphernalia 300 light a lamp and the input of setting apparatus 200 between the flow chart of relation.
Figure 18 be expression embodiment 4 illuminance transducer 410 the LED lamp light a lamp and the input of setting apparatus 200 between the flow chart of relation.
Figure 19 is the flow chart that the equipment control of expression embodiment 5 is handled.
Figure 20 is the transition figure of setting picture of the switch on wall 420 of embodiment 5.
Figure 21 is the flow chart that the group switch of the switch on wall 420 of expression embodiment 5 is set the relation between the input of picture and setting apparatus 200.
Figure 22 is the flow chart that the scene switch of the switch on wall 420 of expression embodiment 5 is set the relation between the input of picture and setting apparatus 200.
Figure 23 is the flow chart that the dimmer switch of the switch on wall 420 of expression embodiment 5 is set the relation between the input of picture and setting apparatus 200.
Figure 24 is the structure chart of the Lighting Control Assembly 102 of example 3.
Figure 25 is the functional structure chart of the control station 500 of example 3.
[explanation of symbol]
11: illumination control apparatus 12,500: control station
13,100: substation 14: wireless network
15: order wire 16: cable network
17a, 300,300a, 300b, 300c, 300d, 300e, 300f: ligthing paraphernalia
17: terminal 18: computer
19,200: setting apparatus 20: upper system
21: as the master station 22 of machine tool: conveyer line
23: as the terminal 30,35 of handset: radio section
31,36: antenna 32,37,40: wire communication portion
33,38: control part 41: lamp
42: transducer portion 43: lighting control section
50: radio communication 101,102: Lighting Control Assembly
110: inherent address acquisition unit 120: operation of equipment portion
130: additional information configuration part 190: the substation memory device
210: additional information input part 220: information output part
230: inherent address selection portion 290: the setting apparatus memory device
400: force-feeling sensor 410,410a, 410b, 410c: illuminance transducer
420v switch on wall 510: control and management information acquiring section
520: control and management operating portion 530: control and management information setting portion
590: control and management memory device 901: display
902: load button 911:CPU
912: bus 913:ROM
914:RAM 915: communication equipment
920: magnetic disc device 921:OS
923: program group 924: the file group
Embodiment
Below, with reference to graphic explanation example 1 of the present invention.Fig. 1 is the structure chart of illumination control apparatus.Fig. 2 is the structure chart of the control station of illumination control apparatus.Fig. 3 is the structure chart of the substation of illumination control apparatus.Fig. 4 is the structure chart of the lighting load of illumination control apparatus.
As shown in Figure 1, illumination control apparatus 11 comprises: 1 controller (controller) is control station 12 and a plurality of substations 13 with lock road (gateway) function.Described 1 control station 12 and a plurality of substation 13 can communicate by the wireless network 14 that uses specific wireless network identifier.
When using a plurality of control station 12, make up the wireless network 14 that each control station 12 is used the different networks identifiers.
On each substation 13, wired connection the cable network 16 that has used order wire 15.And wired connection a plurality of terminals 17 by control station 12 controls on this cable network 16.This cable network 16 for example adopts following communication mode, that is, send the pulse signal that makes 1 and 0 combination have meaning by 2 order wires 15 and communicate.
Each terminal 17 for example is arranged in the field of illumination, and this field of illumination is a plurality of floors or 1 a plurality of zone that floor is cut apart with office block or various facilities etc.Herein, terminal 17 comprises: to the lighting load of incandescent lamp, fluorescent lamp, light-emitting diode etc. light a lamp force-feeling sensor 17b, the illuminance transducer 17c of illumination in the detecting field of illumination of ligthing paraphernalia 17a, the human body of detecting in the field of illumination of control and the switch on wall 17d etc. that has switch and lighting load is carried out the manual switchover indication by the operation of this switch.In addition, preestablished corresponding inherent address (address) respectively on each terminal 17.
Each substation 13 can be with the communication indication of wireless network 14 or communication data, change mutually with communicate by letter indication or the communication data of cable network 16, and control station 12 and each terminal 17 are communicated.
On wireless network 14, can connect computer 18 (computer).This computer 18 can the throw light on supervision of state of a control or the various settings of illumination control.And, wireless network 14 can by wireless, be connected with transportable setting apparatus 19 in the mode that can communicate by letter.For example, can make the wireless network 14 and the frequency of the radio communication of setting apparatus 19 is 2.4GHz, and uses spread spectrum modulation mode (spreadspectrum system).
Control station 12 is connected in upper system 20.This upper system 20 is except illumination control apparatus 11, and take precautions against natural calamities equipment, the criminal's of preventing equipment, air-conditioning equipment etc. are controlled in unification.And upper system 20 has the master station 21 as machine tool, on the conveyer line 22 that is connected in this master station 21, is connected with as the terminal 23 of a plurality of handsets and as one of handset and the control station 12 of performance function.The communication mode of this upper system 20 for example is to adopt following manner, that is, send the pulse signal that makes 1 and 0 combination have meaning by two-way conveyer line 22 and communicate.
As shown in Figure 2, control station 12 has: the radio section 30 that carries out radio communication by wireless network 14; Receive the antenna 31 that sends wireless signal; The wire communication portion 32 that carries out wire communication by conveyer line 22 and master station 21; And the control part 33 of controlling the system relevant with illumination control.
As shown in Figure 3, substation 13 has: the radio section 35 that carries out radio communication by wireless network 14; Receive the antenna 36 that sends wireless signal; The wire communication portion 37 that carries out wire communication with terminal 17 by cable network 16; And the control part 38 that control station 12 and each terminal 17 is communicated control.The Control on Communication of control station 12 and each terminal 17 for example is to be undertaken by changing mutually with the control indication of wireless network 14 or control data, with the control indication of cable network 16 or control data.
Control part 38 sends the control indication (inherent address request indication) of registered in advance to terminal 17, obtains in response and the inherent address information that obtains from terminal 17.And, for 1 inherent address of the terminal 17 that response is arranged, be distributed in 1 wireless address of using that wireless network 14 sides are used automatically.For example, insert the bit byte that descends most of the address of in wireless network, using substation 13 in the bit byte on inherent address (byte), in bit byte down, insert the quantity of the substation 13 set terminals of reserving 17.As additive method, in control station 12, prepare counter, the wireless of every registration 1 station terminal 17 just makes counter add up with the address, and the Counter Value that is added up is used as the wireless address of using of the terminal 17 of next registration.Inherent address and wireless corresponding with the address are kept in the non-volatility memorizer that control part 38 had.
Below, as shown in Figure 4, terminal 17 is described for the situation of ligthing paraphernalia 17a.Ligthing paraphernalia 17a has: the wire communication portion 40 that carries out wire communication by cable network 16 and substation 13; Control as the illumination of the lamp 41 of lighting load, extinguish, the transducer portion 42 of light modulation; And, according to from the indication of control station 12 and control the lighting control section 43 of the illumination condition of lamp 41 by transducer portion 42.
The effect of example 1 then, is described.
At first, the addressing method when being connected with setting wireless not with the terminal 17 of address on the cable network 16 of each substation 13 describes.Substation 13 regularly sends by cable network 16 and asks not that setting wireless sends first request signal of response with the terminal 17 of address.In addition, the interval that sends this first request signal can suitably be set, for example, if be about 10 seconds then in practicality, can not have problems.When setting wireless did not receive this first request signal with the terminal 17 of address as yet, terminal 17 was sent response by cable network 16 to substation 13.Even and after having set wireless terminal 17 receptions first request signal, can not send response to substation 13 with the address yet.Substation 13 sends second request signal of the predefined inherent address of inquiry to this terminal 17 by cable network 16 when receiving the response that setting wireless not sends with the terminal 17 of address.When setting wireless not receives second request signal with the terminal 17 of address, send inherent address to substation 13 by cable network 16.But when because the restriction on the specification of cable network 16 and can't all inherent address of disposable transmission the time, substation 13 also can begin from the last bit byte of inherent address to inquire successively, and obtains inherent address.Restriction on the specification of so-called cable network is meant that the data length that for example can send reception is 1 byte to the maximum, and the data of inherent address surpass the situation of 1 byte etc.Obtained the inherent address of terminal 17 when substation 13 after, terminal 17 is distributed in the wireless address of using that wireless network 14 sides are used automatically.And, with inherent address with wireless corresponding and be saved in the address table that memory inside that substation 13 had prepares with the address.Like this, though on cable network 16, append connection as yet not setting wireless also can distribute the wireless address of using automatically with the terminal 17 of address to the inherent address that sets on the terminal 17.And this setting is undertaken by a substation 13 in a cable network 16, therefore can the wireless address of using of repeatedly setting.
Like this, use the address by the inherent address setting wireless to terminal 17, control station 12 can communicate control to each terminal 17.
Control station 12 is for example controlled each terminal 17 according to predefined timetable (schedule), can control the illumination condition of lighting load 41.And, can utilize monitor to wait the illumination condition of surveillance illumination load 41.
And control station 12 is to come the terminal 17 of control connection in cable network 16 by wireless network 14, therefore can cut down the direct wiring of 17 at control station 12 and terminal, thereby improve the degree of freedom that is provided with of control station 12 and substation 13.And then, if substation 13 is arranged on the place that can communicate with wireless network 14, then can control each terminal 17 reliably by cable network 16 by control station 12.
And, by master station 21 is connected in conveyer line 22 as machine tool, and control station 12 is connected in conveyer line 22 as handset, following system can be provided, that is, can utilize master station 21 control of throwing light on, and can unify to monitor control station 12 and other handsets.
Then, use Fig. 5 and Fig. 6, the variation of the wireless network identifier that used setting apparatus is described.Fig. 5 is the structure chart of illumination control apparatus, and Fig. 6 is the structure chart of the setting apparatus of illumination control apparatus.
As shown in Figure 5, a control station 12 is connected by wireless network 14 with a plurality of substations 13.And control station 12 and substation 13 can communicate by using same wireless network identifier.Each substation 13 can be by order wire 16 communicates with a plurality of ligthing paraphernalia 17a or not shown force-feeling sensor, illuminance transducer and switch on wall etc.Setting apparatus 19 can communicate with control station 12 and substation 13 by radio communication 19.For this setting apparatus 19, the convenience when for example considering default, and by the portability terminal of dry cell as power supply constituted.For radio communication 50, for example frequency is 2.4GHz, and can use spread spectrum modulation mode.
In the wireless network identifier, comprise for example channel and ID etc. in order to ad hoc wireless networks.In illumination control apparatus 11, the object illumination of each field of illumination, target dimming ratio, gradual change (fade) time, people feel various settings such as retention time or setting of wireless network identifier etc., are to use setting apparatus 19 to carry out.
Control station 12 has the non-volatility memorizer in order to storage wireless network identifier etc.When control station 12 when setting apparatus 19 receives wireless network identification alternation of signs indication, send the wireless network identifier information of change to all substations 13 that utilize the same wireless network identifier to communicate that belong to same network 14, and the setting of the wireless network identifier of substation 13 is changed.And, after the wireless network identifier of all substations 13 of change, the setting of control station 12 change self radio network identification mark.After the setting of self is finished, the substation 13 of control station 12 specific same wireless network identifiers, the wireless network 14 that described substation 13 is added after changing.
As shown in Figure 6, setting apparatus 19 has: carry out the radio section 51 of radio communication with control station 12 or substation 13; Send the antenna 52 that receives wireless signal; The switch panel of operating by setting person 53; And send the control part 55 of indication to control station 12 or substation 13 corresponding to the operation of switch panel 54.
Then, illustrate when the wireless frequency of the wireless network 14 of illumination control apparatus 11 and the wireless network of other system and wireless network identifier to produce when conflict, change the situation of wireless network identifier.
This changes processing, is to carry out stage according to the order of following phase I to phase III to handle.
In the phase I, the user uses setting apparatus 19, and the wireless network identifier information that will change, the signal that reaches in order to the indication change send to control station 12.The wireless network identifier has been preserved several in advance in setting apparatus 19, so the user can suitably call from setting apparatus 19 when the setting of wireless network identifier or change.Control station 12 receives the change indication from setting apparatus 19, and the wireless network identifier that will change stores in the memory.To all substations 13 that belong to same wireless network 14, send wireless network identifier information that changes individually and the signal that changes in order to indication from control station 12.Each substation 13 receives the change indication from control station 12, and the wireless network identifier that will change stores in the memory.At this moment, control station 12 is waited for receiving and is finished response from the setting of all substations 13 that belong to same wireless network 14.But,, can make control station 12 wait for the stipulated times when can't obtain to finish when response because of some fault from the setting of all substations 13.This stand-by time for example was about about 3 minutes.And, will through the stipulated time still do not have response substation 13 inherent address or wirelessly store in the memory in the control station 12 with the address.Then, the address information of not having the substation 13 of response is sent to setting apparatus 19, and on setting apparatus 19, show error message.
As second stage, when control station 12 was finished in the phase I, individually send the indication of resetting to having obtained to set all substations 13 of finishing response.Each substation 13 receives the indication of resetting, thereby employed wireless network identifier resets to after changing wireless network identifier from before changing wireless network identifier will communicate by letter the time.And, use wireless network identifier after changing, the request of transmission joins joining request in the wireless network 14 of use wireless network identifier after changing.The transmission that joins request sends with determined certain interval (for example 1 minute interval), till adding the wireless network 14 that uses wireless network identifier after changing.
As the phase III, control station 12 is set all substations 13 of finishing response in can be in second stage resulting acquisition and is sent when resetting indication, and the wireless network identifier that uses during with the communication of control station 12 resets to after changing wireless network identifier from before changing wireless network identifier.Control station 12 is after the new wireless network 14 of declaration, and reception adds from joining request and allowing of each substation 13.With this, can communicate at control station 12 and between the substation 13 of having accepted to permit.Control station 12 receives joining request of all substations of having sent the indication of resetting in the comfortable phase I, and allows to add, thereby finishes the structure of wireless network 14.But when because some fault and can't obtain to send in the phase I when resetting joining request that all substations 13 of indication are sent, control station 12 is waited for the stipulated times (for example 10 minutes).And, still there be not when joining request through the stipulated time, the address of the substation 13 that nothing is joined request is stored in the memory in the control station 12, and address information is sent to setting apparatus 19, and is shown as error message in setting apparatus 19.Wherein, even join request, therefore preferably no matter when all add processing owing to also receiving above the described time.
Like this, the user only to utilize setting apparatus 19 to operate be the wireless network identifier of variable whole system.Therefore, can shorten the required time of change of setting, and, can set the operation of change simple and reliablely.
Then, the method for each terminal 17 in the described illumination control apparatus 11 being set additional information is described.
Fig. 7 is the system construction drawing of the Lighting Control Assembly 101 in the example 2.
The Lighting Control Assembly 101 of example 2 has: as the substation 100 of device controller; Setting apparatus 200 as remote controller; Ligthing paraphernalia 300 as terminal; The force-feeling sensor 400; Illuminance transducer 410; And switch on wall 420.
Terminals (electric equipment) such as the 100 pairs of ligthing paraphernalias 300 that dispose arbitrarily in substation, force-feeling sensor 400, illuminance transducer 410, switch on wall 420 are set additional informations such as group's group number or group information, and according to the additional information that sets terminal are carried out control and management.
Setting apparatus 200 is according to operations of operators, and 100 requests are carried out the setting of additional information or the control and management of terminal at terminal to the substation.
Ligthing paraphernalia 300 uses converter circuits to make the discharge lamp illumination, and force-feeling sensor 400 waits according to the variation of infrared ray amount or variations in temperature and detected unmannedly, and illuminance transducer 410 comes illumination in the measuring cell according to light quantity.
And force-feeling sensor 400, illuminance transducer 410 have corresponding to during starts, stopping period, fault generation etc. and the LED (display lamp) of illumination.
Ligthing paraphernalia 300, force-feeling sensor 400, illuminance transducer 410, and switch on wall 420, when producing, be set with media interviews control (MAC, Media Access Control) no matter inherent address individually discerned singly such as address is the configuration at random by the size of those skilled in the art's inherent address etc.And, use the operator of terminal can't freely set this inherent address.That is, the operator can obtain inherent address for each terminal of finishing configuration, but does not know the corresponding relation that the position is set of inherent address and terminal.Therefore, in order to be that unit controls each terminal with the group, must the one side manual working confirm and one side is carried out grouping.
Substation 100 in this example, having to be the function that unit controls each terminal of any configuration with the group.
Fig. 8 is the flow chart of device management method of the Lighting Control Assembly 101 of expression example 2.
Following according to Fig. 8, illustrate that substation 100 and the setting apparatus 200 performed equipment controles in the example 2 are handled.In addition, in the following description, substation 100 obtains inherent address from each terminal in advance, and stores in the memory device 190.
＜S101: inherent address obtains the treatment facility circular and handles 〉
1 ligthing paraphernalia 300 of substation 100 control, and make this ligthing paraphernalia 300 carry out the action different with other ligthing paraphernalias 300.
For example, substation 100 obtains a plurality of ligthing paraphernalias 300 of processing and the place that each ligthing paraphernalia 300 throws light on being provided with as individual information, obtains an inherent address from memory device 190.And, at 1 ligthing paraphernalia 300, output indication is because of the illumination of discharge lamp or extinguish, the rising of dimming ratio or the signal that decline causes the brightness change.That is, by substation 100 output signals, ligthing paraphernalia 300 throws light on or extinguishes or with the brightness illumination different with other ligthing paraphernalias 300.
With this, utilize the operator of native system can identify 1 lighting load of carrying out different actions with other lighting loads.That is, substation 100 is to handle as the equipment circular, 1 lighting load can be circulated a notice of to the operator.
＜S102: the additional information input is handled 〉
Setting apparatus 200 can the specified additional information of input operator.
For example, each interval that separates with each room, by spacer (partition) sometimes is as the object control of throwing light on.And, be divided into incident sometimes and have the bright place of sunlight, the dim place of sunlight arranged, and illumination is managed with incident not.Like this, be unit when coming that ligthing paraphernalia 300 carried out control and management with the group, the operator must be to each ligthing paraphernalia 300 designated group group numbers as additional information.The operator imports the group's group number that will set at 1 ligthing paraphernalia 300 that utilizes S101 to identify from setting apparatus 200.
＜S103: additional information is set and is handled 〉
Substation 100 is at the lighting load of carrying out different actions with other lighting loads, and the specified additional information of setting operation person.
For example, when making 1 ligthing paraphernalia 300, the substation in S101 100 carries out the illumination different with other ligthing paraphernalias 300, and after group's group number of setting apparatus 200 input operator's appointments in S102, group's group number that setting apparatus 200 will be imported in S102 sends to substation 100, and substation 100 will be carried out the inherent address of the ligthing paraphernalia 300 of the illumination different with other ligthing paraphernalias 300 and be carried out corresponding with group's group number and store in S101.
＜S104: Equipment Control is handled 〉
Substation 100 is come each lighting load is carried out control and management according to additional information.
At this moment, the processing of supposing described S101～S103 is carried out at each lighting load.
For example, the operator operates setting apparatus 200 or switch on wall 420 when the brightness of the ligthing paraphernalia 300 that will change certain group, and the change amount of brightness and group's group number information that will change the group of brightness are sent to substation 100.Substation 100 obtains change amount and group's group number of the brightness of operator's appointment from setting apparatus 200 or switch on wall 420, and the inherent address of each ligthing paraphernalia 300 that obtains in S103 corresponding to group's group number of being obtained to be stored, and to utilizing each inherent address obtained each ligthing paraphernalia 300 of the described group that identifies, the signal of the change amount of output indication brightness.By substation 100 output signals, can only change the brightness that belongs to each ligthing paraphernalia 300 in the specified group of operator.
By described processing, operator, substation 100 can be individually or are that unit controls each ligthing paraphernalia 300 with the group.
Fig. 9 is the substation 100 of representing example 2, the figure that reaches the hardware of setting apparatus 200.
In Fig. 9, substation 100, setting apparatus 200 possess the CPU 911 (CentralProcess Unit, central processing unit) of executive program.CPU 911 by bus 912 and with display 901, load button 902, ROM 913 (Read Only Memory, read access device only), RAM 914 (RandomAccess Memory, random access storage device), communication equipment 915, and magnetic disc device 920 be connected, and control these hardware units.
RAM 914 is examples of volatile storage.ROM 913, magnetic disc device 920 these mediums are examples of non-volatility memorizer.These are examples of memory device, storage device or storage part.Below, be called memory device.
Communication equipment 915, load button 902 and memory device, it is an example of input equipment, input unit or input part.
Communication equipment 915, display 901 and memory device, it is an example of output equipment, output device or efferent.
Communication equipment 915 is to utilize wired or wireless communicating between substation 100, setting apparatus 200, ligthing paraphernalia 300, force-feeling sensor 400, illuminance transducer 410, switch on wall 420.
In magnetic disc device 920, store OS 921 (Operation System, operating system), program group 923, file group 924.Program group 923 program is carried out by CPU 911, OS 921.
Figure 10 is the functional structure chart of the substation 100 of this example 2.
Substation 100 in the example 2 possesses inherent address acquisition unit 110, operation of equipment portion 120, additional information configuration part 130 and substation memory device 190 as the individual information acquisition unit.
Store the identifying informations such as inherent address of ligthing paraphernalia 300, force-feeling sensor 400, illuminance transducer 410 and switch on wall 420 in the substation memory device 190, additional informations such as group's group number, and control information etc.Control information is for example represented: the illumination of ligthing paraphernalia 300, extinguish, the change of brightness; The perhaps starting of force-feeling sensor 400, illuminance transducer 410, stop; The illumination of illuminance transducer 410 and the LED lamp that force-feeling sensor 400 had, extinguish etc.
1 inherent address is selected and obtained to inherent address acquisition unit 110 from substation memory device 190.
Operation of equipment portion 120 carries out the action different with other ligthing paraphernalias by 1 ligthing paraphernalia that inherent address identified that inherent address acquisition unit 110 is obtained, and 1 ligthing paraphernalia is circulated a notice of to the operator.And operation of equipment portion 120 can control ligthing paraphernalia 300, force-feeling sensor 400, illuminance transducer 410 and switch on wall 420 according to the group's group number and the control information that are stored in the substation memory device 190.
Additional information configuration part 130 receives group's group number of the corresponding operator's appointment of being circulated a notice of with operation of equipment portion 120 of lighting load from setting apparatus 200.And, the group's group number that is received is stored into corresponding to the address in the substation memory device 190, thereby each ligthing paraphernalia is set group's group number.
Figure 11 is the functional structure chart of the setting apparatus 200 of example 2.
Setting apparatus 200 in the example 2 possesses additional information input part 210, information output part 220, inherent address selection portion 230 and setting apparatus storage equipment 290.
In the remote controller memory device 290, store the address of group group number, lighting load, the information such as load button 902 that the operator pressed.
Information input unit 210 (group information input part, inherent address acceptance division, set the request input part) for example is,, and is stored in the setting apparatus memory device 290 at the specified group's group number of terminal from load button 902 input operators.
Information output part 220 (inherent address request sending part, additional information storage part, action request sending part, group information storage part, set the request sending part) for example is, uses communication equipment 915 and sends to substation 100 and to make 1 lighting load carry out the action request of the action different with other lighting loads.And for example, information output part 220 obtains the group's group number that is stored in the memory device 290, and uses communication equipment 915 to the setting request of substation 100 transmissions to illumination load set group group number.
Inherent address selection portion 230 selects and obtains 1 address in a plurality of addresses from be stored in memory device 290.
Below, the equipment control of the Lighting Control Assembly 101 of expression example 2 handles that (inherent address among the S101～S104) obtains the treatment facility circular and handles (S101)～additional information and set 3 embodiment that handle (S103).
Equipment Control is handled the embodiment of (S104), is the ligthing paraphernalia 300 that belongs to particular demographic is changed brightness etc.
＜embodiment 1 〉
Below, embodiment 1 is described, wherein, the brightness of substation 100 change ligthing paraphernalias 300 and one one tableland circular ligthing paraphernalia 300 (S101), (S102) specified to the operator of each ligthing paraphernalia 300 input expression " being set at " group " G1 " in 200 1 one tablelands of setting apparatus, and 100 pairs of described each ligthing paraphernalias 300 in substation are set group's group number " G1 " (S103).
Figure 12 is the flow chart that the details of (S101～S103[is with reference to Fig. 8]) is handled in the equipment control of expression this example 2.
Substation 100 and setting apparatus 200 are used CPU 911 to carry out and are followingly handled (S201～S215) according to illustrated each of Figure 12.
" 1 (S102) handled in the additional information input "
＜S201: the group information input is handled 〉
The operator presses the load button 902 of setting apparatus 200 and the designated group group number.
The information input unit 210 of setting apparatus 200, group's group number that the operator is specified stores in the memory device 290.
" inherent address obtains the treatment facility circular and handles (S101) "
＜S202: the inherent address request sends to be handled 〉
The information output part 220 of setting apparatus 200 generates the Address requests of the address be used for asking each ligthing paraphernalia 300, and uses communication equipment 915 to send to substation 100.
＜S203: inherent address sends to be handled 〉
The inherent address acquisition unit 110 of substation 100 is using communication equipment 915 behind setting apparatus 200 receiver address request signals, the address that obtains each ligthing paraphernalia 300 from substation memory device 190.And inherent address acquisition unit 110 uses communication equipment 915 to send the address of each ligthing paraphernalia 300 to setting apparatus 200.
＜S204: inherent address receives to be handled 〉
The information input unit 210 of setting apparatus 200 is used the address of communication equipment 915 100 each ligthing paraphernalia 300 of reception from the substation, and is stored in the memory device 290.
＜S205: inherent address has or not determination processing 〉
The inherent address selection portion 230 of setting apparatus 200 is judged the address of whether having selected all ligthing paraphernalias 300 in S206.When unselected address is " having ", handle and move to S206, when unselected address is for " nothing " when selecting all addresses, then handles and move to S213.
＜S206: inherent address is selected to handle 〉
The inherent address selection portion 230 of setting apparatus 200, from the tactic inherent address that is stored in remote controller memory device 290 according to each ligthing paraphernalia 300, select selected inherent address of unselected address and last time singly, and export to information output part 220.
＜S207: action request sends to be handled 〉
The information output part 220 of setting apparatus 200 uses communication equipment 915 to send inherent address selection portion 230 selected 1 group addresss to substation 100.
＜S208: inherent address obtains processing 〉
The operation of equipment portion 120 of substation 100 uses communication equipment 915 to receive 1 group address from setting apparatus 200.
＜S209: the equipment circular is handled 〉
The operation of equipment portion 120 of substation 100, generate the signal of indication brightness change at 1 group address, and use communication equipment 915, the signal that utilizes following instruction content to generate is sent to the address that utilization receives and the ligthing paraphernalia 300 that identifies, described instruction content is meant: carry out 100% illumination at unselected address, and at last time selected address carry out bottom line illumination.
The ligthing paraphernalia that receives the described address of utilizing of signal and identify 300 can the change discharge lamps brightness, the operator can identify the ligthing paraphernalia 300 with the brightness illumination different with other ligthing paraphernalias 300.
" 2 (S102) are handled in the additional information input "
＜S210: group sets input and handles 〉
The operator sets specified group's group number among the S201 for whether to the ligthing paraphernalia 300 that is identified, and presses the load button 902 of setting apparatus 200 and the assigned operation content.
The information input unit 210 of setting apparatus 200 is from the specified content of operation of load button 902 input operators.
＜S211: setting will be denied a determination processing 〉
The information input unit 210 of setting apparatus 200, the content of operation of decision person's appointment.When content of operation is " selection ", processing is moved to S205, when content of operation is " determining ", processing is moved to S212, when content of operation is " transmission ", processing is moved to S213.
＜S212: group device alignment processing 〉
When the content of operation among the S211 was " determining ", group's group number that the information input unit 210 of setting apparatus 200 will be imported in S201 was corresponding with the 230 selected addresses of inherent address selection portion in S206 and store in the remote controller memory device 290.And setting apparatus 200 moves to S210 with processing.
＜S213: group sets to send and handles 〉
When the content of operation among the S211 is " transmission ", the information output part 220 of setting apparatus 200 from remote controller memory device 290 obtain information input unit 210 is imported the S201 group's group number, and corresponding to the address of this group group number, and use communication equipment 915 to send it to substation 100.
＜S214: the additional information input is handled 〉
The additional information configuration part 130 of substation 100, use communication equipment 915 and from setting apparatus 200 receive group's group numbers, and corresponding to the address of this group group number.
" additional information is set and is handled (S103) "
＜S215: additional information is set and is handled 〉
The additional information configuration part 130 of substation 100 makes the group's group number that is received corresponding with the address and store in the substation memory device 190.
Figure 13 is the flow chart of the relation between the input of the illumination of ligthing paraphernalia 300 of expression embodiment 1 and setting apparatus 200.
In Figure 13, (1)～(7) represent to be provided with the identical place of 20 ligthing paraphernalias 300 respectively, and the illumination condition of the ligthing paraphernalia 300 under the expression different time.
As shown in figure 13, the operator will be set at 10 of left side group " G1 ", is set at the G2 of group with upper right 4, and 6 of bottom right are set at group " G3 ".Represent the wherein setting of group " G1 " among Figure 13.
And in Figure 13, the situation of throwing light on the brightness of the ligthing paraphernalia shown in the rectangular frame line 300 expression when non-selected for example, is that 25% brightness is thrown light on dimming ratio.The situation that the brightness when selecting of ligthing paraphernalia 300 shown in the rectangular filling part, expression is thrown light on, for example, expression is the situation that 100% brightness is thrown light on dimming ratio.
Below, the concrete example of S206～S215 is described according to Figure 13.
(1) the inherent address selection portion 230 selected addresses of supposition setting apparatus 200 are the addresses (S206) that will be set at the ligthing paraphernalia 300a of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300a with 100% dimming ratio throw light on (S209), setting apparatus 200 is pressed " confirming button " (S210), and information input unit 210 is stored (S212) with the address of ligthing paraphernalia 300a corresponding to group's group number " G1 ".
(2) setting apparatus 200 is pressed " selection " button (S210), supposes that inherent address selection portion 230 selected addresses are the addresses (S206) that are not set at the ligthing paraphernalia 300b of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300b throw light on (S209) with 100% dimming ratio, and setting apparatus 200 is pressed " selector button " (S210).
(3) the inherent address selection portion 230 selected addresses of supposition setting apparatus 200 are the addresses (S206) that will be set at the ligthing paraphernalia 300c of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300c throw light on (S209) with 100% dimming ratio, and ligthing paraphernalia 300b is thrown light on 25% dimming ratio.Setting apparatus 200 is pressed " confirming button " (S210), and information input unit 210 is stored (S212) with the address of ligthing paraphernalia 300c corresponding to group's group number " G1 ".
(4) setting apparatus 200 is pressed " selector button " (S210), supposes that inherent address selection portion 230 selected addresses are the addresses (S206) that will be set at the ligthing paraphernalia 300d of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300d with 100% dimming ratio throw light on (S209), setting apparatus 200 is pressed " selector button " (S210), and information input unit 210 is stored (S212) with the address of ligthing paraphernalia 300d corresponding to group's group number " G1 ".
(5) setting apparatus 200 is pressed " selector button " (S210), supposes that inherent address selection portion 230 selected addresses are the addresses (S206) that are not set at the ligthing paraphernalia 300e of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300e throw light on (S209) with 100% dimming ratio, and setting apparatus 200 is pressed " selector button " (S210).
(6) supposition inherent address selection portion 230 selected addresses are the addresses (S206) that are not set at the ligthing paraphernalia 300f of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300f throw light on (S209) with 100% dimming ratio, and ligthing paraphernalia 300e is thrown light on 25% dimming ratio.Setting apparatus 200 is pressed " selector button " (S210).
(7) repeat and the same processing in (1)～(6), select address (S206) for " will set " for all ligthing paraphernalias 300 of group " G1 ", described ligthing paraphernalia 300 is thrown light on (S209) with 100% dimming ratio, the ligthing paraphernalia do not set is thrown light on 25% dimming ratio.(S212) stored in the address corresponding to group's group number " G1 ".At this moment, setting apparatus 200 is pressed " transmission button " (S210), information output part 220 sends to substation 100 (S213) with the address of all ligthing paraphernalias 300 of group's group number " G1 " and group " G1 ", and store the address of all ligthing paraphernalias 300 of group " G1 " the additional information configuration part 130 of substation 100 corresponding to group's group number " G1 ".
In described concrete example, also the part of choosing can be made as 100% (illumination), unchecked part is made as extinguishes (dimming ratio 0%), the method for selecting of dimming ratio is any.
＜embodiment 2 〉
Below, embodiment 2 is described, wherein, substation 100 is the brightness of change ligthing paraphernalia 300 and one one tableland circular ligthing paraphernalia 300 (S101), setting apparatus 200 is the operator's appointments (S102) to each ligthing paraphernalia 300 input expression " not being set at " group " G1 " of one one tableland, and 100 pairs of described each ligthing paraphernalias 300 in substation are set group's group numbers " G1 " (S103).
Figure 14 is that (the flow chart of S101～S103) is handled in the equipment control of expression embodiment 2.
In Figure 14, S301～S315 of embodiment 2 corresponds respectively to S201～S215 of embodiment 1 (Figure 12), and S304, S311, S312 are different with embodiment 1 (S204, S211, S212).Other processing is identical with embodiment 1.
Below, the processing (S304, S311, S312) of the embodiment 2 different with embodiment 1 is described.
＜S304: inherent address receives to be handled 〉
The information input unit 210 of setting apparatus 200, use communication equipment 915 and from the substation 100 addresses that receive each ligthing paraphernalia 300, and store in the remote controller memory device 290 corresponding to group's group number of being imported among the S210.
＜S311: setting will be denied a determination processing 〉
The information input unit 210 of setting apparatus 200, the content of operation of decision person's appointment.When content of operation is " selection ", processing is moved to S305, when at content of operation being " determining deletion " processing is moved to S312, when content of operation is " transmission ", processing is moved to S213.
＜S312: group device alignment processing 〉
When the content of operation among the S311 is " determining deletion ", in the remote controller memory device 290 that the information input unit 210 of setting apparatus 200 is stored corresponding to group's group number from S304, inherent address selection portion 230 selected addresses among the deletion S306.And setting apparatus 200 moves to S310 with processing.
Figure 15 be the ligthing paraphernalia 300 of expression among the embodiment 2 illumination, and the input of setting apparatus 200 between the flow chart of relation.
Below, same with embodiment 1 (Figure 13), according to Figure 15, the concrete example (embodiment 2) of S306～S315 is described.
Herein, in S304, be set at each ligthing paraphernalia 300 of group " G1 " the address, to be set at group " G2 " each ligthing paraphernalia 300 the address and to be set at the address of these all ligthing paraphernalias 300 of address of each ligthing paraphernalia 300 of group " G3 ", be to be stored in the remote controller memory device 290 corresponding to each group group number.
(1) the inherent address selection portion 230 selected addresses of supposition setting apparatus 200 are the addresses (S306) that will be set at the ligthing paraphernalia 300a of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300a with 100% dimming ratio throw light on (S309), the dimming ratio of selected ligthing paraphernalia last time (if for the first time, then being the ligthing paraphernalia of the address that is stored in end) with 25% thrown light on.Setting apparatus 200 is pressed " selector button " (S310).
(2) supposition inherent address selection portion 230 selected addresses are the addresses (S306) that are not set at the ligthing paraphernalia 300b of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300b with 100% dimming ratio throw light on (S309), setting apparatus 200 is pressed " determining delete button " (S310), the address (S312) of information input unit 210 deletion ligthing paraphernalia 300b of storage corresponding to group's group number " G1 ".
(3) setting apparatus 200 is pressed " selector button " (S310), supposes that inherent address selection portion 230 selected addresses are the addresses (S306) that will be set at the ligthing paraphernalia 300c of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300c throw light on (S309) with 100% dimming ratio, and remote controller 200 is pressed " selector button " (S310).
(4) the inherent address selection portion 230 selected addresses of supposition setting apparatus 200 are the addresses (S306) that will be set at the ligthing paraphernalia 300d of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300d throw light on (S309) with 100% dimming ratio, and last time selected ligthing paraphernalia 300c is thrown light on 25% dimming ratio.Setting apparatus 200 is pressed " selector button " (S310).
(5) the inherent address selection portion 230 selected addresses of supposition setting apparatus 200 are the addresses (S306) that are not set at the ligthing paraphernalia 300e of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300e throw light on (S309) with 100% dimming ratio, and last time selected ligthing paraphernalia 300d is thrown light on 25% dimming ratio.Setting apparatus 200 is pressed " determining delete button " (S310), the address (S312) of information input unit 210 deletion ligthing paraphernalia 300e of storage corresponding to group's group number " G1 ".
(6) setting apparatus 200 is pressed " selector button " (S310), supposes that inherent address selection portion 230 selected addresses are the addresses (S306) that are not set at the ligthing paraphernalia 300f of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300f with 100% dimming ratio throw light on (S309), setting apparatus 200 is pressed " determining delete button " (S310), the address (S312) of information input unit 210 deletion ligthing paraphernalia 300f of storage corresponding to group's group number " G1 ".
(7) repeat and the same processing in (1)～(6), for " setting " is all ligthing paraphernalias 300 selection addresses (S306) of group " G1 ", described ligthing paraphernalia 300 is thrown light on (S309) with 100% dimming ratio, all ligthing paraphernalias 300 that select are thrown light on 25% dimming ratio.Deletion is address stored (S312) corresponding to group's group number " G1 ".At this moment, setting apparatus 200 is pressed " transmission button " (S310), information output part 220 sends to substation 100 (S213) with the address of all ligthing paraphernalias 300 of group's group number " G1 " and group " G1 ", and store the address of all ligthing paraphernalias 300 of group " G1 " the additional information configuration part 130 of substation 100 corresponding to group's group number " G1 ".
By described (1)～(7), substation 100 can be set at group " G1 " with 10 ligthing paraphernalias 300 in left side among Figure 15.
In described concrete example, also the part of choosing can be made as 100% (illumination), unchecked part is made as extinguishes (dimming ratio 0%), the method for selecting of dimming ratio is any.
＜embodiment 3 〉
Below, embodiment 3 is described, wherein, the brightness of substation 100 change ligthing paraphernalias 300 and one one tableland circular ligthing paraphernalia 300 (S101), 200 1 one tablelands of setting apparatus to " group group number " of each ligthing paraphernalia 300 input operator's appointment (S102), 100 pairs of each ligthing paraphernalias in substation 300 are set each group group numbers (S103).
Figure 16 is that (the flow chart of S101～S103) is handled in the equipment control of expression embodiment 3.
Substation 100 and setting apparatus 200 are to use CPU 911 to carry out and followingly handle (S401～S409) according to illustrated each of Figure 16.
" inherent address obtains the treatment facility circular and handles (S101) "
＜S401: action request sends handles 1 〉
The operator presses the load button 902 of setting apparatus 200, begins to carry out the equipment control processing and specify.
In setting apparatus 200, when the operator who begins from load button 902 input indication equipment management processing when information input unit 210 specifies, information output part 220 generates the action request in order to the brightness change of request ligthing paraphernalia 300, and uses communication equipment 915 to send to substation 100.
＜S402: inherent address obtains handles 1 〉
The inherent address acquisition unit 110 of substation 100, during at use communication equipment 915 and from setting apparatus 200 reception action request, the address that from substation memory device 190, obtains each ligthing paraphernalia 300.
＜S403: inherent address has or not determination processing 〉
The inherent address acquisition unit 110 of substation 100 is judged the address of whether having selected all ligthing paraphernalias 300 in S404.When unselected address is " having ", processing is moved to S404; When unselected address is for " nothing " when selecting all addresses, finishes equipment control and handle.
＜S404: inherent address obtains handles 2 〉
The inherent address acquisition unit 110 of substation 100 from the address of each ligthing paraphernalia 300 of being obtained among S402, is selected 1 unselected address and is exported to operation of equipment portion 120.
＜S405: the equipment circular is handled 〉
The operation of equipment portion 120 of substation 100 generates the signal of indication brightness change, and uses communication equipment 915 signal that is generated to be sent to the ligthing paraphernalia 300 that is identified by the 110 selected addresses of inherent address acquisition unit among the S404.
The ligthing paraphernalia 300 that receives the described address of utilizing of signal and identify and the brightness of change discharge lamp, the operator can identify the ligthing paraphernalia 300 that throws light on the brightness different with other ligthing paraphernalias 300.
" (S102) handled in the additional information input "
＜S406: the group information input is handled 〉
The operator presses the load button 902 of setting apparatus 200, and specifies group's group number that the ligthing paraphernalia of being discerned 300 is set.
The information input unit 210 of setting apparatus 200 is utilized group's group number of load button 902 input operator's appointments and is exported to information output part 220.
＜S407: group sets to send and handles 〉
The information output part 220 of setting apparatus 200 is that group's group number of using communication equipment 915 that information input unit among the S406 210 is imported sends to substation 100.
＜S408: the additional information input is handled 〉
The additional information configuration part 130 of substation 100 uses communication equipment 915 to receive group's group number from setting apparatus 200.
" additional information is set and is handled (S103) "
＜S409: additional information is set and is handled 〉
The additional information configuration part 130 of substation 100 is stored inherent address acquisition unit 110 selected addresses among the group's group number that received among the S408 and the S404 in the substation memory device 190 accordingly.
＜S410: action request sends handles 2 〉
The operator presses the load button 902 of setting apparatus 200, proceeds the equipment control processing and specify.
In setting apparatus 200, when information input unit 210 is utilized load button 902 input expression to proceed operator that equipment control handles to specify, information output part 220 generates the action request in order to the brightness of request change ligthing paraphernalia 300, and uses communication equipment 915 to send to substation 100.And, processing is moved to S403.
Figure 17 be the ligthing paraphernalia 300 of expression among the embodiment 3 illumination, and the input of setting apparatus 200 between the flow chart of relation.
In Figure 17, (1)～(7) represent to be provided with the identical place of 20 ligthing paraphernalias 300 respectively, and the illumination condition of the ligthing paraphernalia 300 under the expression different time.
As shown in figure 17, the operator will be set at 10 of left side group " G1 ", is set at the G2 of group with upper right 4, and 6 of bottom right are set at group " G3 ".Figure 17 represents the setting situation of each group.
Below, same with embodiment 1 (Figure 13), according to Figure 17 the concrete example of S403～S410 is described.
(1) the inherent address acquisition unit 110 selected addresses of supposition substation 100 are the addresses (S404) that will be set at the ligthing paraphernalia 300a of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300a with 100% dimming ratio throw light on (S405).Setting apparatus 200 is pressed group's button " G1 " (S406), information output part 220 sends to substation 100 (S407) with group's group number " G1 ", and the additional information configuration part 130 of substation 100 is corresponding with the address of ligthing paraphernalia 300a and store (S409) with group's group number " G1 ".
(2) setting apparatus 200 is pressed " selector button " (S410), and the inherent address acquisition unit 110 selected addresses of supposing substation 100 are the addresses (S404) that will be set at the ligthing paraphernalia 300b of group " G2 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300b with 100% dimming ratio throw light on (S405).Setting apparatus 200 is pressed group's button " G2 " (S406), information output part 220 sends to substation 100 (S407) with group's group number " G2 ", and the additional information configuration part 130 of substation 100 is corresponding with the address of ligthing paraphernalia 300b and store (S409) with group's group number " G2 ".
(3) setting apparatus 200 is pressed " selector button " (S410), and the inherent address acquisition unit 110 selected addresses of supposing substation 100 are the addresses (S404) that will be set at the ligthing paraphernalia 300c of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300c with 100% dimming ratio throw light on (S405).Setting apparatus 200 is pressed group's button " G1 " (S406), information output part 220 sends to substation 100 (S407) with group's group number " G1 ", and the additional information configuration part 130 of substation 100 is corresponding with the address of ligthing paraphernalia 300c and store (S409) with group's group number " G1 ".
(4) setting apparatus 200 is pressed " selector button " (S410), and the inherent address acquisition unit 110 selected addresses of supposing substation 100 are the addresses (S404) that will be set at the ligthing paraphernalia 300d of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300d with 100% dimming ratio throw light on (S405).Setting apparatus 200 is pressed group's button " G1 " (S406), information output part 220 sends to substation 100 (S407) with group's group number " G1 ", and the additional information configuration part 130 of substation 100 is corresponding with the address of ligthing paraphernalia 300d and store (S409) with group's group number " G1 ".
(5) setting apparatus 200 is pressed " selector button " (S410), and the inherent address acquisition unit 110 selected addresses of supposing substation 100 are the addresses (S404) that will be set at the ligthing paraphernalia 300e of group " G3 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300e with 100% dimming ratio throw light on (S405).Setting apparatus 200 is pressed group's button " G3 " (S406), information output part 220 sends to substation 100 (S407) with group's group number " G3 ", and the additional information configuration part 130 of substation 100 is corresponding with the address of ligthing paraphernalia 300e and store (S409) with group's group number " G3 ".
(6) setting apparatus 200 is pressed " selector button " (S410), and the inherent address acquisition unit 110 selected addresses of supposing substation 100 are the addresses (S404) that will be set at the ligthing paraphernalia 300f of group " G3 ".At this moment, the operation of equipment portion 120 of substation 100 makes ligthing paraphernalia 300f with 100% dimming ratio throw light on (S405).Setting apparatus 200 is pressed group's button " G3 " (S406), information output part 220 sends to substation 100 (S407) with group's group number " G3 ", and the additional information configuration part 130 of substation 100 is corresponding with the address of ligthing paraphernalia 300f and store (S409) with group's group number " G3 ".
(7) repeat and the same processing in (1)～(6), select addresses (S404), described ligthing paraphernalia is thrown light on (S405) with 100% dimming ratio for all ligthing paraphernalias 300, and group's group number is corresponding with the address and store (S409).
By described (1)～(7), substation 100 can be set at group " G1 " with 10 ligthing paraphernalias 300 in left side in Figure 17,4 upper right ligthing paraphernalias 300 are set at group " G2 ", and 6 ligthing paraphernalias 300 of bottom right are set at group " G3 ".
Among the described embodiment 3, illustrated ligthing paraphernalia 300 is thrown light on automatically or extinguish, the form of the control system (Lighting Control Assembly 101) of light modulation, this control system can be made of all parts of control circuit, ligthing paraphernalia 300, illuminance transducer 410, force-feeling sensor 400, switch (switch on wall 420), perhaps also can be made of a part that comprises control circuit, ligthing paraphernalia 300.
For example, describe for the illumination control apparatus with following feature (substation 100, Lighting Control Assembly 101), that is, to ligthing paraphernalia 300 distribution group of light and shade at random number, the operator can easily carry out the setting of group by at every turn.
In described concrete example, also the part of choosing can be made as 100% (illumination), unchecked part is made as extinguishes (dimming ratio 0%), the method for selecting of dimming ratio is arbitrarily.
In described embodiment 1～embodiment 3, substation 100 is will give the operator as ligthing paraphernalia 300 circulars of setting object by the brightness of change illumination, but also can utilize additive method to circulate a notice of.For example, substation 100 also can make and throw light on or extinguish and circulate a notice of.
Promptly, in embodiment 1～embodiment 3, illustrated ligthing paraphernalia 300 is thrown light on automatically or extinguish, the control system (Lighting Control Assembly 101) of light modulation, this control system for example is made of all parts of control circuit, ligthing paraphernalia 300, illuminance transducer 410, force-feeling sensor 400, switch (switch on wall 420), perhaps also can be made of a part that comprises control circuit, ligthing paraphernalia 300.
For example, the illumination control apparatus (substation 100, Lighting Control Assembly 101) with following feature has been described, that is, the illumination of the ligthing paraphernalia 300 by confirming to distribute to group or extinguish, the operator can easily carry out the setting of group.
For example, the illumination control apparatus (substation 100, Lighting Control Assembly 101) with following feature has been described, that is, the illumination of the ligthing paraphernalia 300 by confirming not distribute to group or extinguish, the operator can easily carry out the setting of group.
For example, the illumination control apparatus (substation 100, Lighting Control Assembly 101) with following feature has been described, that is, to being ligthing paraphernalia 300 distribution group number of ON/OFF at random, the operator can easily carry out the setting of group by at every turn.
＜embodiment 4 〉
And in described embodiment 1～embodiment 3, substation 100 is that ligthing paraphernalia 300 is set group's group number, but also can set group's group number to the lighting load beyond the ligthing paraphernalia 300.For example, also can set group's group number to force-feeling sensor 400 or illuminance transducer 410.
Figure 18 is the flow chart of the relation between the input of the illumination of LED lamp of illuminance transducer 410 of expression embodiment 4 and setting apparatus 200.
In Figure 18, (1)～(3) represent to be provided with the identical place of 3 illuminance transducers 410 respectively, and are illustrated in the illumination condition of the LED lamp of illuminance transducer 410 under the different time.
And, in Figure 18, with the situation that the 410 expression LED lamps of the illuminance transducer shown in the frame line of circle extinguish, the situation of the illuminance transducer 410 expression LED lamp illuminations shown in the circular filling part.
Below, same with described embodiment 1, illuminance transducer 410a is set at the situation of group " G1 " according to Figure 18 explanation.
(1) the inherent address selection portion 230 selected addresses of supposition setting apparatus 200 are the addresses (S206) that are not set at the illuminance transducer 410b of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes the LED lamp illumination (S209) of illuminance transducer 410b, and setting apparatus 200 is pressed " selector button " (S210).
(2) the inherent address selection portion 230 selected addresses of supposition setting apparatus 200 are the addresses (S206) that are not set at the illuminance transducer 410c of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes the LED lamp illumination (S209) of illuminance transducer 410c, and setting apparatus 200 is pressed " selector button " (S210).
(3) the inherent address selection portion 230 selected addresses of supposition setting apparatus 200 are the addresses (S206) that will be set at the illuminance transducer 410a of group " G1 ".At this moment, the operation of equipment portion 120 of substation 100 makes the LED lamp illumination (S209) of illuminance transducer 410a, setting apparatus 200 is pressed " transmission button " (S210), and information output part 220 sends to substation 100 (S213) with the address of group's group number " G1 " and illuminance transducer 410a.And (S215) stored with the address of illuminance transducer 410a in the additional information configuration part 130 of substation 100 corresponding to group's group number " G1 ".
By described (1)～(3), substation 100 can be set at the illuminance transducer 410a among Figure 18 group " G1 ".
And, equally also can set group to force-feeling sensor 400.
Among the described embodiment 4, illustrated ligthing paraphernalia 300 is thrown light on automatically or extinguish, the form of the control system (Lighting Control Assembly 101) of light modulation, this control system can be made of all parts of control circuit, ligthing paraphernalia 300, illuminance transducer 410, force-feeling sensor 400, switch (switch on wall 420), perhaps also can be made of a part that comprises control circuit, ligthing paraphernalia 300.
For example, the illumination control apparatus (substation 100, Lighting Control Assembly 101) with following feature has been described, that is, the illumination of the display lamp of the illuminance transducer 410 by confirming to distribute to group or extinguish, the operator can easily carry out the setting of group.
And, the illumination control apparatus (substation 100, Lighting Control Assembly 101) with following feature for example has been described, that is, the illumination of the display lamp of the force-feeling sensor 400 by confirming to distribute to group or extinguish, the operator can easily carry out the setting of group.
＜embodiment 5 〉
In described embodiment 1～embodiment 4, the 100 pairs of ligthing paraphernalias 300 in substation, force-feeling sensor 400, illuminance transducer 410 are set group's group number, but also can set group's group number additional information in addition to other lighting loads.For example, also can to switch on wall 420 set the control information that the brightness that makes illumination changes along with the process of time (below, be called scene number [scene information]), or make additional information such as the control information that the dimming ratio of illumination rises or descend (below, be called light modulation information).
Figure 19 is that (the flow chart of S101～S103) is handled in the equipment control of expression embodiment 5.
Figure 20 is the transition figure of setting picture of the switch on wall 420 of embodiment 5.
Figure 21 is the flow chart that the group switch of the switch on wall 420 of expression embodiment 5 is set the relation between the input of picture and setting apparatus 200.
Figure 22 is the flow chart that the scene switch of the switch on wall 420 of expression embodiment 5 is set the relation between the input of picture and setting apparatus 200.
Figure 23 is the flow chart that the dimmer switch of the switch on wall 420 of expression embodiment 5 is set the relation between the input of picture and setting apparatus 200.
Below, according to Figure 19～Figure 23, (S101～S103) describe is handled in the equipment control of embodiment 5.
Substation 100 and setting apparatus 200 are to use CPU 911 to carry out and followingly handle (S501～S515) according to illustrated each of Figure 19.
" 1 (S102) handled in the additional information input "
＜S501: set the kind input and handle 〉
The operator presses the load button 902 of setting apparatus 200, specifies the kind of additional information that switch on wall 420 is set (group's group number, scene number or light modulation information).
The information input unit 210 of setting apparatus 200 is from the kind of load button 902 inputs to the additional information of operator's appointment of switch on wall 420 settings.
＜S502: set the kind determination processing 〉
The information input unit 210 of setting apparatus 200, the kind of the additional information of decision person's appointment.When the kind of additional information is " group's switch is set ", processing is moved to S503; When the kind of additional information is " setting of scene switch ", processing is moved to S504; When the kind of additional information is " dimmer switch setting ", processing is moved to S505.
＜S503, S504, S505: set picture and show processing a, b, c 〉
When the kind of additional information was " group's switch is set ", the information output part 220 of setting apparatus 200 showed group's switch setting picture (S503) on display 901 shown in the upside of Figure 20.
When the kind of additional information is " setting of scene switch ", the information output part 220 of setting apparatus 200 as Figure 20 just as shown in, the displayed scene switch is set picture (S504) on display 901.
When the kind of additional information was " dimmer switch setting ", the information output part 220 of setting apparatus 200 showed dimmer switch setting picture (S505) on display 901 shown in the downside of Figure 20.
As shown in figure 20, when setting apparatus 200 is pressed with the corresponding load button 902 of each picture, switch the setting picture that is presented on the display 901 corresponding to the load button of being pressed 902.
The initial picture of the picture state of Figure 21 (1) expression " group's switch is set ", the initial picture of the picture state of Figure 22 (1) expression " setting of scene switch ", the initial picture of the picture state of Figure 23 (1) expression " dimmer switch setting ".
But the state of picture is not limited thereto, and also can show clearly that group's switch is set, the scene switch is set, dimmer switch is set.
" inherent address obtains the treatment facility circular and handles (S101) "
＜S506: set device is selected to handle 〉
The operator presses the switch on wall 420 that will set additional information specified among the S501.
Switch on wall 420 with a plurality of channels (button, switch), with the address of self switch on wall 420 of expression, with the signal of the channel number of being pressed, and export to substation 100.
＜S507: inherent address sends to be handled 〉
The inherent address acquisition unit 110 of substation 100 by switch on wall 420 input signals that the operator pressed, and uses communication equipment 915 to send to setting apparatus 200 by the address and the channel number of the switch on wall 420 that the operator pressed from S506.
＜S508: inherent address receives to be handled 〉
The information input unit 210 of setting apparatus 200 is to use communication equipment 915 and the address and the channel number of the switch on wall 420 that 100 reception operators press from the substation.
＜S509: inherent address shows to be handled 〉
The information output part 220 of setting apparatus 200 shows the address and the channel number of the switch on wall 420 that information input unit 210 is received among the S508 on display 901 shown in the picture state (2) of Figure 21, Figure 22 or Figure 23.
In the picture state (2) of Figure 21, Figure 22 and Figure 23, " Add " expression is by the address of the switch on wall 420 that the operator pressed or received the situation of address.
And " 1 " in the picture state (2) of " 4 " in the picture state of Figure 21 (2), Figure 22 is the channel number of expression by the channel that the operator pressed.For example, " 4 " are from beginning to be positioned at the 4th channel (button, switch) in described switch on wall 420, and " 1 " is the channel that is positioned at the top of described switch on wall 420.In the picture state (2) of Figure 23, setting apparatus 200 shows "-" on channel number, and expression need not channel number in " dimmer switch setting ".In " dimmer switch setting ", for example, in described switch on wall 420, the channel that will be positioned at upside is made as the UP switch (for example, the 2nd) that improves dimming ratio, and the channel that will be positioned at downside is made as the DOWN switch (for example, the 3rd) that reduces dimming ratio.
" 2 (S102) are handled in the additional information input "
＜S510: group's scene information input is handled 〉
The operator presses the load button 902 of setting apparatus 200, specifies group's group number that the switch on wall of pressing among the S501 420 is set or scene number.
The information input unit 210 of setting apparatus 200 is, from group's group number of load button 902 input operator's appointments or scene number, and stores in the remote controller memory device 290.
In the switch on wall 420, can set additional information to each channel (button, switch).
＜S511, S512: set continuation and judge the input processing, set the continuation determination processing 〉
Whether the operator number sets group's group number of switch on wall 420 or scene at continuing, and presses the load button 902 of setting apparatus 200 or switch on wall 420 and the assigned operation content.
When pressing load button 902, the information input unit 210 of setting apparatus 200 is utilized the content of operation (S511) of load button 902 input operator's appointments.And the content of operation of information input unit 210 decision person's appointments when content of operation is " transmission ", moves to S513 with processing; When content of operation is " group's switch is set ", " setting of scene switch " or " dimmer switch setting ", processing is moved to S502 (S512).
And, after pressing switch on wall 420, processing is moved to S507, the inherent address acquisition unit 110 of substation 100 is utilized among the S511 input signal by the switch on wall 420 that the operator pressed, and uses communication equipment 915 that the address and the channel number of the switch on wall 420 that the operator pressed are sent to setting apparatus 200.
＜S513: group's scene information sends to be handled 〉
The information output part 220 of setting apparatus 200 is, use address (and channel number), and group's group number of described switch on wall 420 (and channel number) or the scene number of the switch on wall 420 that communication equipment 915 will store corresponding to remote controller memory device 290, send to substation 100.
At this moment, information output part 220 shows on display 901 " transmission mark " shown in the picture state (3) of Figure 21, Figure 22 or Figure 23.
＜S514: the additional information input is handled 〉
The additional information configuration part 130 of substation 100 is, uses group's group number of communication equipment 915 receives switch on wall 420 from setting apparatus 200 address (and channel number) and described switch on wall 420 (and channel number) or scene number.
" additional information is set and is handled (S103) "
＜S515: additional information is set and is handled 〉
The additional information configuration part 130 of substation 100, group's group number of the address (and channel number) of the switch on wall 420 that received and described switch on wall 420 (and channel number) or scene is number corresponding, and store in the substation memory device 190.
In described embodiment 5, illustrated ligthing paraphernalia 300 is thrown light on automatically or extinguish, the form of the control system (Lighting Control Assembly 101) of light modulation, this control system can be made of all parts of control circuit, ligthing paraphernalia 300, illuminance transducer 410, force-feeling sensor 400, switch (switch on wall 420), perhaps also can be made of a part that comprises control circuit, ligthing paraphernalia 300.
For example, the illumination control apparatus (substation 100, Lighting Control Assembly 101) with following feature has been described, that is, can have set the kind (for example, dimmer switch) and group or scene of the switch on wall 420 that will distribute to group simultaneously.
In the described example 2, setting apparatus 200 utilizes substation 100 and each lighting load to communicate.But, setting apparatus 200 also can be directly and each lighting load communicate, and do not need by substation 100.
For example, in S302～S304 of the S202～S204 of embodiment 1 and embodiment 2, also can be by setting apparatus 200 to ligthing paraphernalia 300 request address, thereby setting apparatus 200 is from ligthing paraphernalia 300 receiver addresses.And for example, in S307～S309 of the S207～S209 of embodiment 1 and embodiment 2, the ligthing paraphernalia 300 that also can identify to utilizing setting apparatus 200 selected addresses sends signals, thereby the brightness of change ligthing paraphernalia 300.And, for example in S401～S405 of embodiment 3, select the address with setting apparatus 200, and the ligthing paraphernalia 300 transmission signals that identify to utilizing selected address, thereby the brightness that also can change ligthing paraphernalia 300.
And in S506～S509 of embodiment 5, setting apparatus 200 obtains address and the channel that switch on wall 420 is exported, but also delivery channel and set channel by setting apparatus 200 not of switch on wall 420.And setting apparatus 200 also can directly obtain the address that switch on wall 420 is exported from switch on wall 420, and does not need by substation 100.
And in embodiment 5, the situation that has group's button, scene button and light modulation button with setting apparatus 200 is that example is illustrated, but setting apparatus 200 also can not have the light modulation button.When not having the light modulation button, setting apparatus 200 for example, also can make picture carry out transition as follows at the transition method of setting picture shown in Figure 20.Press group's button when setting apparatus 200 is showing that group's switch is set picture after, picture switches to dimmer switch and sets picture; Press group's button when showing that dimmer switch is set picture after, picture switches to group's switch and sets picture; Press group's button when the displayed scene switch is set picture after, picture switches to group's switch and sets picture.
In the described example 2, the device management method of substation 100 (equipment management device) of the additional information (group group number etc.) of lighting load (ligthing paraphernalia 300, force-feeling sensor 400, illuminance transducer 410, switch on wall 420 etc.) the setting operation person's appointment at any configuration for example has been described.
For example, in this device management method, inherent address acquisition unit 110 is carried out following inherent address and is obtained processing,, from the substation memory device 190 of having stored a plurality of inherent address (MAC Address etc.) of individually discerning lighting load, obtains 1 inherent address that is.
And, operation of equipment portion 120 (equipment communicating department) carries out following equipment circular and handles, promptly, lighting load A by the inherent address A that utilizes described inherent address acquisition unit 110 to be obtained is identified, carry out the action different, and lighting load A is circulated a notice of to the operator with other lighting loads.
And inherent address acquisition unit 110 is carried out the input of following additional information and is handled, that is, and and the additional information of the corresponding operator's appointment of being circulated a notice of from communication equipment 915 inputs and described operation of equipment portion 120 of lighting load A.
And, additional information configuration part 130 is carried out following additional information and is set processing, that is, store in the substation memory device 190 corresponding to inherent address A, and lighting load A is set additional information A by the additional information A that described inherent address acquisition unit 110 is imported.
Each of illustrated substation 100 or setting apparatus 200 handled in the described example 2, is to be stored in the memory device as program, and carried out by CPU 911.
In the described example 2, for example the device manager with feature of carrying out described device management method on computers is illustrated.
Then example 3 is described.
Describe for following form in the example 3, under this form, have the control station 500 that communicates with a plurality of substations 100 and a plurality of setting apparatus 200, and control station 500 each substation 100 of control and each terminal that is connected in each substation 100 managed.
Mainly the item different with described example 1 or example 2 described, the item of omitting explanation is the part identical with described example 1 or example 2.
Figure 24 is the structure chart of Lighting Control Assembly 102 of the control system of example 3.
The Lighting Control Assembly 102 of example 3 has the control station 500 as the control appliance device, this control station 500 communicates with substation 100 and a plurality of setting apparatus 200 as a plurality of device controllers, and controls each substation 100 and each terminal that is connected in each substation 100 is managed.
The personal computer that possesses keyboard, mouse, display 901 etc. is one of the form example of control and management device 500, can utilize hardware shown in Figure 2 to realize.
Figure 25 is the functional structure chart of the control station 500 of example 3.
In the control station 500 of example 3, possess control and management information acquiring section 510, control and management operating portion 520, control and management information setting portion 530 and control and management memory device 590.
Control and management information acquiring section 510 is equivalent to the inherent address acquisition unit 110 of substation 100.Individual information acquisition unit 110 is obtained the address of the terminal that is connected in described substation 100, and is relative therewith, and control and management information acquiring section 510 is obtained the address of the terminal that is connected in each substation 100.
For example, control and management information acquiring section 510 uses communication equipment and each substation 100 to communicate, from each substation 100, obtain information such as the inherent address that is stored in each terminal in the substation memory device 190, group's group number, control information, and with the information stores obtained in control and management memory device 590.And keyboard or mouse that control and management information acquiring section 510 is had by control and management device 500 obtain the inherent address of the terminal that is connected in the specified substation of operator 100 from control and management memory device 590.
And control and management information acquiring section 510 is equivalent to the individual information selection portion 230 of setting apparatus 200, selects 1 inherent address from the inherent address of each terminal of the substation 100 that is connected in operator's appointment.
Control and management operating portion 520 has Department of Communication Force and control part, is equivalent to the operation of equipment portion 120 of substation 100.Operation of equipment portion 120 moves the terminal that is connected in described substation 100, and is relative therewith, and control and management operating portion 520 moves the terminal that is connected to each substation 100.
For example, control and management operating portion 520 is from setting apparatus 200 receiver addresses, and the substation 100 that described setting apparatus 200 is communicated by letter sent specified from address that setting apparatus 200 is received, and the control command signal of compulsory exercise.And for example, keyboard or mouse that control and management operating portion 520 is had by control and management device 500, the substation 100 specified to the operator sends the control command signal of having specified control and management information acquiring section 510 selected addresses and compulsory exercise.The control command signal that the control and management operating portion 520 that the operation of equipment portion 120 of substation 100 receives control and management device 500 is sent, and, make the terminal of utilizing assigned address and identifying carry out specified action according to the control command signal that is received.
Control and management information setting portion 530 is equivalent to the additional information configuration part 130 of substation 100,130 pairs of additional information configuration parts are connected in the terminal of described substation 100 and set additional information, relative therewith, 530 pairs in control and management information setting portion is connected in the terminal of each substation 100 and sets additional information.
For example, control and management information setting portion 530 receives the group group number control information of operator's appointments from setting apparatus 200, and will with group's group number control information of the identifying information of the substation 100 of described setting apparatus 200 communications, operator's appointment, reach specific terminal inherent address corresponding and store in the control and management memory device 590.And for example, control and management information setting portion 530 utilizes input equipments such as keyboard that control station 500 has or mouse, the identifier of the substation 100 of input operator's appointment and group's group number control information, and with the group group number control information of the identifying information of the substation 100 of operator's appointment, operator's appointment and address, reach specific terminal inherent address corresponding and store in the control and management memory device 590.And for example, control and management information setting portion 530 will be stored in group's group number control information in the control and management memory device 590 and the corresponding informance of address sends to setting apparatus 200.The information input unit 210 of setting apparatus 200 is, the group's group number control information that the control and management information setting portion 530 of reception control station 500 is sent and the corresponding informance of address, and the corresponding informance of control information of group's group number and address is presented on the display 901, offer the operator.
Control and management memory device 590 is equivalent to the substation memory device 190 of substation 100 or the setting apparatus memory device 290 of setting apparatus 200, and control and management memory device 590 is corresponding with the identifying information of each substation 100 and store with substation memory device 190 or 290 canned datas of setting apparatus memory device.
For example, the identifying information of control and management memory device 590 substation 100 that the inherent address of each terminal, group's group number, control information and described terminal are connected is corresponding and store.And for example, the identifying information of the substation 100 that control and management memory device 590 is communicated by letter the identifying information of each setting apparatus 200 and described setting apparatus 200 is corresponding and store.
Lighting Control Assembly 102 in the example 3 is unified a plurality of substations 100 of control as follows.
In each substation 100, be respectively arranged with the antenna and the radio section that send receiving radio data.
Control station 500 possesses: in order to send the antenna of receiving radio datas with a plurality of substations 100 and to carry out the Department of Communication Force of radio communication; And according to the control part that moves in order to the program of a plurality of substations being unified control and management.In order to the program of control and management is unified in a plurality of substations 100, for example can be stored in the control and management memory device 590.
Substation 100 utilizes the radio communication transmitting and receiving data with control station 500, and 100 send data such as the state of each terminal that is connected in substation 100 or set information successively to control station 500 from the substation.By 500 pairs of substations of control station, the 100 comprehensive states of judging terminal, and the transmission control data is controlled each terminal.And in this example, the transmission that setting apparatus 200 also can carry out wireless data receives, and control station 500 can carry out radio communication with setting apparatus 200.Setting apparatus 200 can be set, change, delete Control Parameter of each terminal of being connected in substation 100 in the control station 500 etc., and then also can operate whole Lighting Control Assembly to control station 500 delivery system control commands.And, by monitor the data of control station 500 by setting apparatus 200, can use setting apparatus 200 to grasp the state of whole system.
With this, in the Lighting Control Assembly 102 of example 3, control station 500 can carry out unified management to each terminal information by substation 100, and each terminal information through unified management can be sent to setting apparatus 200.And, by using the Lighting Control Assembly 102 of example 3, can play following effect, that is, can easily grasp whole system, and can carry out comprehensive control the terminal that is connected in a plurality of substations 100.
The above, it only is preferred embodiment of the present invention, be not that the present invention is done any pro forma restriction, though the present invention discloses as above with preferred embodiment, yet be not in order to limit the present invention, any those skilled in the art, in not breaking away from the technical solution of the present invention scope, when the structure that can utilize above-mentioned announcement and technology contents are made a little change or be modified to the equivalent embodiment of equivalent variations, but every content that does not break away from technical solution of the present invention, according to technical spirit of the present invention to any simple modification that above embodiment did, equivalent variations and modification all still belong in the scope of technical solution of the present invention.

Claims (15)

1. illumination control apparatus is characterized in that comprising:
Control station communicates by wireless network and to be used for controlling lighting load;
Terminal communicates by the cable network that has used order wire, and is used to indicate from the control of control station and controls lighting load; And
The substation can utilize wireless network and cable network that control station is intercomed mutually with terminal.
2. illumination control apparatus according to claim 1 is characterized in that comprising:
The a plurality of handsets that comprise control station; And
Machine tool, each handset that control communicates by conveyer line.
3. illumination control apparatus according to claim 1 and 2 is characterized in that,
The substation obtains predefined inherent address on the terminal that is connected in cable network, and the wireless address of using that this terminal distribution wireless network side is used, with inherent address with wireless corresponding and set with the address.
4. illumination control apparatus according to claim 3 is characterized in that,
Described terminal is an illuminance transducer, and according to controlling lighting load by the brightness value that this illuminance transducer determined.
5. illumination control apparatus according to claim 3 is characterized in that,
Described terminal is the force-feeling sensor, and according to controlling lighting load by the detected signal of this force-feeling sensor.
6. illumination control apparatus is characterized in that comprising:
Setting apparatus, the setting wireless network identification mark;
A plurality of substations communicate by the wireless network that uses specific wireless network identifier, and respectively by wired and be connected at least one terminal in the mode that can communicate by letter; And
Control station, in the wireless network that uses specific wireless network identifier, control lighting load by a plurality of substations that belong to same wireless network, and when receiving from the wireless network of setting apparatus identification alternation of signs indication, all substations that belong to same wireless network are sent the wireless network identifier information that will change, and make after the setting change of wireless network identifier, the setting of change self radio network identification mark, and use wireless network identifier after changing to communicate, with this come specific substation and with specific substation add after changing wireless network.
7. Lighting Control Assembly is characterized in that comprising:
Control station communicates by wireless network and to be used for controlling lighting load;
Terminal communicates by the cable network that uses order wire, and is used to indicate from the control of control station and controls lighting load;
The substation can utilize wireless network and cable network and control station is intercomed mutually with terminal;
The inherent address acquisition unit, a plurality of the memory device of the inherent address that terminal sets from storing, obtain 1 inherent address;
The equipment communicating department makes the inherent address that is obtained by described inherent address acquisition unit and the terminal of discerning carried out the action different with other-end, thereby terminal is circulated a notice of to the operator;
The additional information input part is from the terminal that input equipment is circulated a notice of to described equipment communicating department, the additional information of input operator's appointment; And
The additional information configuration part, the additional information that described additional information input part is imported is stored in corresponding to inherent address in the memory device, comes terminal is set additional information with this.
8. Lighting Control Assembly according to claim 7 is characterized in that,
Described terminal is a ligthing paraphernalia, and described equipment communicating department makes the discharge lamp illumination that is installed in the ligthing paraphernalia or extinguishes.
9. Lighting Control Assembly according to claim 7 is characterized in that,
Described terminal is a ligthing paraphernalia, and described equipment communicating department makes the discharge lamp that is installed in the ligthing paraphernalia throw light on the brightness different with the discharge lamp that is connected in other ligthing paraphernalias.
10. Lighting Control Assembly according to claim 7 is characterized in that,
The demonstration that described equipment communicating department has terminal is thrown light on lamp or is extinguished.
11. Lighting Control Assembly according to claim 7 is characterized in that,
Described additional information input part is to import group information as additional information, and store group information described additional information configuration part corresponding to inherent address.
12. Lighting Control Assembly according to claim 7 is characterized in that,
Described setting apparatus comprises:
The action request sending part, 1 terminal in a plurality of terminals sends and makes it carry out the action request signal of the action different with other-end;
The additional information storage part, from input equipment to the additional information of terminal input operator appointment and store into the memory device; And
Set the request sending part, obtain the additional information that is stored in the memory device and terminal is set additional information.
13. Lighting Control Assembly according to claim 7 is characterized in that,
Described setting apparatus comprises:
The group information input part is the group information of 1 group from the input equipment input with a plurality of terminal recognition;
Inherent address request sending part, the individually inherent address request signal of the inherent address of identification terminal is asked in transmission to the substation;
The inherent address acceptance division receives a plurality of inherent address and stores into the memory device from the substation;
The inherent address selection portion is selected inherent address in a plurality of inherent address from be stored in memory device singly;
The action request sending part uses communication equipment to send singly by the selected inherent address of described inherent address selection portion, and makes the terminal that inherent address identified that is sent carry out the action different with other-end;
Set the request input part, ask as the operator that group manages from the terminal of input equipment input will the carrying out action different with other-end;
The group information storage part, when described group information input part input operator asked, the inherent address that identification is carried out the described terminal of the action different with other-end stored in the memory device corresponding to group information; And
Set the request sending part, inherent address and the group information that is stored in the memory device sent to the substation, the substation is managed inherent address and the group information that is sent.
14. Lighting Control Assembly according to claim 7 is characterized in that comprising:
Switch corresponding to the inherent address of individually discerning, and is stored this inherent address in memory device;
The inherent address acquisition unit when operating this switch by the operator, is obtained the inherent address of operated switch from described memory device;
The additional information input part is imported at least one additional information group information, scene information, the light modulation information from input equipment to switch; And
The additional information configuration part, the additional information that described additional information input part is imported is stored in corresponding to inherent address in the memory device, carries out the setting of switch with this.
15. Lighting Control Assembly according to claim 7 is characterized in that comprising:
A plurality of substations can utilize wireless network and cable network that control station is intercomed mutually with terminal; And
Control station, this control station have by wireless network carry out radio communication radio section, send to receive wireless signal antenna, and generate the control command of the described a plurality of substations of control and this order sent to the control part of described substation by radio section.
CN 200710090052 2006-03-22 2007-03-21 Lighting controller and lighting control system using same Pending CN101043779A (en)

Applications Claiming Priority (4)

Application Number Priority Date Filing Date Title
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JP2006079311 2006-03-22
JP2006079314 2006-03-22
JP2006080566 2006-03-23

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CN101854763A (en) * 2009-02-24 2010-10-06 松下电工株式会社 Illumination control system
CN101521970B (en) * 2008-02-26 2012-06-13 松下电器产业株式会社 Illumination control system
CN102548136A (en) * 2010-12-17 2012-07-04 松下电器产业株式会社 Illuminance sensor setting device
CN102710754A (en) * 2012-05-15 2012-10-03 绍兴文理学院 Whole-media parent-daughter type timer and implementation method thereof
CN102739343A (en) * 2011-04-12 2012-10-17 中兴通讯股份有限公司 Master-slave machine communication method and system thereof
CN103765916A (en) * 2011-08-24 2014-04-30 松下电器产业株式会社 Device control system, wireless control apparatus, and computer readable recording medium
TWI450638B (en) * 2012-03-09 2014-08-21 Univ Chung Hua Progressive dimming device and method
CN104470070A (en) * 2014-11-20 2015-03-25 国家电网公司 Street lamp control method, device and system
CN105392250A (en) * 2010-07-22 2016-03-09 罗姆股份有限公司 Led illumination system
CN106134291A (en) * 2014-03-28 2016-11-16 Lg伊诺特有限公司 Lighting control equipment, wireless lighting systems and the method for control wireless lighting systems
CN107148531A (en) * 2014-08-21 2017-09-08 智慧生长解决方案有限公司 Controllable electric power and illumination arrangement
CN107613617A (en) * 2017-09-11 2018-01-19 中国铁道科学研究院电子计算技术研究所 A kind of intelligent control method and system for Railway Passenger Stations lighting energy saving
CN109315040A (en) * 2016-05-30 2019-02-05 飞利浦照明控股有限公司 Switched-mode power supply identification

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CN101521970B (en) * 2008-02-26 2012-06-13 松下电器产业株式会社 Illumination control system
CN101854763A (en) * 2009-02-24 2010-10-06 松下电工株式会社 Illumination control system
CN101854763B (en) * 2009-02-24 2016-04-06 松下电器产业株式会社 Lighting Control Assembly
CN105392250A (en) * 2010-07-22 2016-03-09 罗姆股份有限公司 Led illumination system
CN102548136A (en) * 2010-12-17 2012-07-04 松下电器产业株式会社 Illuminance sensor setting device
TWI576009B (en) * 2010-12-17 2017-03-21 松下電器產業股份有限公司 Illuminance sensor setting device
CN102739343A (en) * 2011-04-12 2012-10-17 中兴通讯股份有限公司 Master-slave machine communication method and system thereof
CN103765916A (en) * 2011-08-24 2014-04-30 松下电器产业株式会社 Device control system, wireless control apparatus, and computer readable recording medium
CN103765916B (en) * 2011-08-24 2017-06-16 松下知识产权经营株式会社 Apparatus control system, wireless control apparatus and computer readable recording medium storing program for performing
TWI450638B (en) * 2012-03-09 2014-08-21 Univ Chung Hua Progressive dimming device and method
CN102710754B (en) * 2012-05-15 2015-06-24 绍兴文理学院 Whole-media parent-daughter type timer and implementation method thereof
CN102710754A (en) * 2012-05-15 2012-10-03 绍兴文理学院 Whole-media parent-daughter type timer and implementation method thereof
CN106134291A (en) * 2014-03-28 2016-11-16 Lg伊诺特有限公司 Lighting control equipment, wireless lighting systems and the method for control wireless lighting systems
CN106134291B (en) * 2014-03-28 2019-05-10 Lg伊诺特有限公司 Lighting control equipment, wireless lighting systems and the method for controlling wireless lighting systems
CN107148531A (en) * 2014-08-21 2017-09-08 智慧生长解决方案有限公司 Controllable electric power and illumination arrangement
US10405395B2 (en) 2014-08-21 2019-09-03 Intelligent Growth Solutions Limited c/o The James Hutton Institute Controllable power and lighting arrangement
CN104470070A (en) * 2014-11-20 2015-03-25 国家电网公司 Street lamp control method, device and system
CN109315040A (en) * 2016-05-30 2019-02-05 飞利浦照明控股有限公司 Switched-mode power supply identification
CN107613617A (en) * 2017-09-11 2018-01-19 中国铁道科学研究院电子计算技术研究所 A kind of intelligent control method and system for Railway Passenger Stations lighting energy saving

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