CN101854763B - Lighting control system - Google Patents

Lighting control system Download PDF

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Publication number
CN101854763B
CN101854763B CN201010125274.5A CN201010125274A CN101854763B CN 101854763 B CN101854763 B CN 101854763B CN 201010125274 A CN201010125274 A CN 201010125274A CN 101854763 B CN101854763 B CN 101854763B
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lighting
group
group information
set
control
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CN201010125274.5A
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Chinese (zh)
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CN101854763A (en
Inventor
江尻裕一
川岛寿一
七原淳郎
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松下电器产业株式会社
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Priority to JP041499/2009 priority
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Publication of CN101854763A publication Critical patent/CN101854763A/en
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Abstract

本发明提供一种照明控制系统,通过遥控器的操作对1个或多个照明装置设定组信息,将具有同一组信息的1个或多个照明装置作为1个组,以组为单位对照明装置进行点灯、灭灯、调光控制。 The present invention provides an illumination control system, by operating the remote controller of a lighting device or a plurality of set group information, the group information with the same one or more lighting devices as a group, a group of units lighting the lighting device, lamp off, dimming control. 遥控器具备通信部,将对照明装置设定的组信息作为无线信号进行发送,照明装置具备:照明负载;点灯电路,使照明负载点灯;遥控器接收部,接收从遥控器发送的组信息;存储部,存储组信息;控制部,控制点灯电路,进行照明负载的点灯、灭灯、调光控制,并将存储部中的组信息改写为从遥控器接收的组信息。 Remote control includes a set of information communication unit, the lighting apparatus will be set for transmission as a wireless signal, the illumination apparatus comprising: an illumination load; lighting circuit, the lighting of the lighting load; remote control receiver unit, the group information transmitted from the remote controller; a storage unit for storing group information; and a control unit, controls the lighting circuit, the lighting of the lighting load off lights, dimming control, and the group information storage unit rewrites group information is received from the remote controller. 存储部存储表示能够设定的所有组信息和分别与所有组信息对应的调光率的组表。 The storage unit stores a set of information that can be set for all the group table and the dimming rate corresponding to all of the groups, respectively. 控制部参照组表对点灯电路进行控制,使照明负载按照与从遥控器接收的组信息对应的调光率来点灯。 A control unit for referring to group table lighting circuit controls lighting load according to the dimming rate corresponding to the group information received from the remote control lighting.

Description

照明控制系统 Lighting control system

技术领域 FIELD

[0001 ] 本发明涉及以组为单位对多个照明装置进行点灯控制的照明控制系统。 [0001] The present invention relates to a lighting control system in units of groups of a plurality of lighting control of the lighting device.

背景技术 Background technique

[0002] 以往提供了各种照明控制系统,对设置在办公大楼内和公共设施内等比较广的空间的天棚面上的多个照明装置设定组信息,将具有同一组信息的1个或多个照明装置设为1个组,以组为单位对这些照明装置进行点灯、灭灯、调光控制。 [0002] Providing a variety of conventional lighting control systems, a plurality of the lighting device set group information of a relatively wide space provided in office buildings and public facilities within the ceiling surface, having the same or a group information the lighting device to a plurality of groups, a group of lighting units of the lighting device, lamp off, dimming control.

[0003] 作为这种照明控制系统的一例,具有图9所示的结构。 [0003] As an example of such a lighting control system having the configuration shown in FIG. 9. 照明控制系统50由多个照明装置51 (在图9中图示了51A〜51H这8个)构成。 Lighting control system 50 by a plurality of illumination devices 51 (eight 51A~51H illustrated in FIG. 9) configuration. 照明装置51A〜51H例如分别具备由二线式串行通信电路构成的通信部52,该二线式串行通信电路以RS485等为标准。 The lighting device includes a communication unit 51A~51H e.g. respectively constituted by two-wire serial communication circuit 52, the two-wire serial communication circuit as the RS485 standard. 并且,这些通信部52之间通过1个系统的信号线53连接,照明装置51能够与其他照明装置51通信。 Further, the connection between the communication unit 52 via the signal line 53 of the system 1, the lighting apparatus 51 can communicate with other lighting device 51. 照明装置51A〜51D分别设定有称为组1的组信息,照明装置51E〜51H分别设定有称为组2的组信息。 The lighting device 51A~51D are referred to the group information is set in group 1, the lighting apparatus is set 51E~51H are called group information of the group 2. 并且,照明装置51A、51H安装有感知周围人体的人感传感器54。 Further, the illumination device 51A, 51H perceived mounted around the body of the human detection sensor 54.

[0004] 例如,假设照明装置51A〜51H全部为灭灯状态。 [0004] For example, assuming all the lighting apparatus 51A~51H unlit state. 并且,当照明装置51A的人感传感器54检测到人体时,照明装置51A在对自身的照明负载(未图示)进行点灯控制的同时,通过通信部52将自身的组信息(组1)和人体的检测信息发送给其他照明装置51B〜51H。 Then, when the lighting apparatus 51A of the human detection sensor 54 detects the human body, while the lighting apparatus 51A of its own lighting load (not shown) of the lighting control unit 52 itself via the communication group information (group 1) and the human body detection information is sent to other lighting devices 51B~51H. 接收到这些信息的照明装置51B〜51H分别判定自身的组信息和照明装置51A的组信息(组1)是否一致。 The information received by the lighting device are determined 51B~51H own group information and group information of the lighting device 51A (group 1) are the same. 并且,与照明装置51A属于同一组1的照明装置51B〜51D对自身的照明负载(未图示)进行点灯控制。 Further, the lighting device 1 of the same group 51B~51D illumination device 51A belongs to itself lighting load (not shown) for lighting control. 即,属于组1的照明装置51A〜51D为点灯状态,属于组2的照明装置51E〜51H依然为灭灯状态。 That is, it belongs to the group of lighting means for lighting state 51A~51D 1, belonging to the group of lighting devices to 51E~51H 2 remains unlit state. 同样,即使照明装置51H的人感传感器54检测到人体,与照明装置51H属于相同组2的照明装置51E〜51G也为点灯状态。 Also, even if the lighting apparatus 51H of the human detection sensor 54 detects the human body, and the illumination device belonging to the same group of lighting apparatus 51H 51E~51G 2 is also a lighting state. 这样,照明控制系统50通过在同一组内共享人体的检测信息来进行点灯、灭灯控制。 Thus, the lighting control system 50 to the lighting body by sharing in the same set of detection information, the control unlit.

[0005] 另外,安装在照明装置51A、51H中的人感传感器54也可以如图10所示,为检测周围照度的明亮度传感器55。 [0005] Further, in the lighting device is mounted 51A, 51H of the human detection sensor 54 may be shown in Figure 10, detects ambient brightness of the illumination sensor 55. 例如,照明装置51A〜51H全部为调光率100%的点灯状态。 For example, all of the lighting apparatus 51A~51H 100% dimming lighting state. 当照明装置51A的明亮度传感器55检测出的周围照度因外光比目标照度高时,将自身的照明负载(未图示)进行例如变更为调光率90%的点灯控制,使得周围照度返回目标照度。 When the brightness of the ambient illuminance sensor 51A lighting apparatus 55 detected by the external light illuminance is high ratio of the target, the illumination load itself (not shown), for example, changing the dimming ratio of the lighting control of 90%, so that the ambient illuminance return target illumination. 同时,照明装置51A将自身的组信息(组1)和所检测到的照度信息发送给照明装置51B〜51H。 Meanwhile, the lighting apparatus 51A itself group information (group 1) and transmits the detected illuminance information to the lighting apparatus 51B~51H. 与照明装置51A属于相同组1的照明装置51B〜51D分别按照调光率90%对自身的照明负载(未图示)进行点灯控制。 The lighting device 1 51B~51D same group belonging to the lighting apparatus 51A, respectively, in accordance with the dimming ratio of 90% of its own lighting load (not shown) for lighting control. 关于组2也同样,照明装置51E〜51G分别按照以照明装置51H的明亮度传感器55所检测出的照度信息为基准求出的调光率对自身的照明负载进行点灯控制。 Group 2 is also on, the lighting device controlling lighting of each 51E~51G own lighting load according to a brightness dimming ratio sensor illumination apparatus 51H illuminance detected information 55 obtained as a reference. 这样,照明控制系统50通过在同一组内共享照度信息来进行调光控制。 Thus, the lighting control system 50 performs a dimming control by the illuminance information shared in the same group.

[0006] 但是,照明控制系统50的组信息的设定如图11所示,设定者57通过一边对比设置在天棚面上的实际照明装置51 (在图11中图示了32个)和简单记载了该照明装置51的配置场所的简图(未图示)一边操作遥控器56来进行。 [0006] However, the set group information of the lighting control system 50 shown in FIG, 57 are set side by comparison of the actual lighting apparatus 11 is provided a ceiling surface 51 (illustrated in FIGS. 32 11) and simply describes a schematic configuration of the lighting device 51 places (not shown) while operating the remote control 56 to perform. S卩,在上述简图中,一边平面目视照明装置51的位置,一边将遥控器56朝向要新设定组信息的照明装置51发送组信息。 S Jie, in the diagram, the visual side of the plane position of the illumination device 51, while the lighting apparatus 51 transmits the group information to the remote controller 56 toward the newly set group information. 照明装置51具备存储组信息的存储部(未图示),如果从遥控器56接收到新的组信息,则将所述存储部内的组信息改写为接收到的组信息。 The lighting device 51 includes a storage group storage unit information (not shown), is received from the remote controller 56 to the new group information, the group information in the storage unit will be rewritten for the received group information. 另外,在初始设定的情况下,所述存储部是初始状态,组信息什么也未存储。 Further, in a case where the initial setting, the storage unit is an initial state, nothing is not stored group information. 这样,设定者57通过遥控器56的操作分别对多个照明装置51进行组信息的设定。 Thus, by setting a plurality of illumination devices 57 pairs of group information 51 is set by operating the remote controller 56, respectively.

[0007] 但是,在一边对比上述那样的照明装置51和简图一边设定组信息的方法中,设定者57有时在设定作业中忘记组信息设定到哪个照明装置51,或者因记错而跳过1个应当设定的照明装置51。 [0007] However, in the process while contrast illumination device 51 and the above schematic side set group information, the setter 57 may forget setting information setting operation group to which the illumination apparatus 51, or because remember error while skipping a lighting device 51 should be set. 并且,例如如图12(a)所示,预定将照明装置51 (在图12中图示了51A〜510这15个)中的照明装置51A〜51G的组信息设定为组1,将照明装置51H〜510的组信息设定为组2,但是如图12 (b)所示,组1设定完成后,在组2的设定作业中,设定者57有可能在未注意时将照明装置51G误设定为组2。 And, for example, FIG. 12 (a), the predetermined illumination apparatus 51 (illustrated in FIG. 15 which 51A~510 12) 51A~51G illumination device group information in the group is set to 1, the illumination when the group is set as information device 51H~510 group 2, but in FIG. 12 (b), the rear set group 1 is completed, the job is set in group 2, the setter 57 is not likely to pay attention to The lighting device 51G mistakenly set to 2 groups. 并且,如果这样错误地设定,则由于增加再设定的时间,所以作业性差,并且对于具有设定错误的情况,管理者和利用者未注意地直接使用,有可能会引起照明控制系统50的误动作。 And, if such an error is set, since the reset time increases, workability is poor, and in the case of having set error, the manager and the user did not pay attention to the direct use, may cause the lighting control system 50 the malfunction.

[0008] 与此相对,提供如下的照明控制系统:通过从遥控器发送设定用信号,将根据这些信号设定组信息的预定的照明装置的点灯状态从调光率100%切换为50%,设定者通过从遥控器向该调光率50%的照明装置发送组信息,能够解除调光率50%的点灯状态,并且能够完成组信息的设定(参照专利文件1)。 [0008] On the other hand, the lighting control system provides the following: by sending a signal from the remote controller setting, the dimming rate is switched from 100% to 50% of these signals in accordance with the lighting state of a predetermined set group information of the lighting device , are set by the illumination apparatus transmits group information from the remote controller to the dimming rate of 50%, a dimming lighting state can be released of 50%, and to complete the set group information (refer to Patent document 1).

[0009]【专利文件1】日本特开2006-93098号公报 [0009] [Patent Document 1] Japanese Laid-Open Patent Publication No. 2006-93098

[0010] 然而,专利文件1所记载的照明控制系统由于在发送组信息时能够解除点灯状态而返回原来的状态,所以在组设定全部完成后或者在进行多个组设定的情况下的第2个及以后的组设定的作业中,不能简单地确认设定完的照明装置属于哪个组,存在作业性差的问题。 [0010] However, the lighting control system described in Patent Document 1 in transmitting the group information can be released from the lighting state returns to the original state, so in the group setting is performed or completed the group setting of a plurality of case the group setting operation of the second and later, the setting can not be easily confirmed finished illumination device which group exists a problem of poor workability.

发明内容 SUMMARY

[0011] 本发明是鉴于上述事由而进行的,其目的在于提供一种能够简单地确认组信息设定完的照明装置属于哪个组的照明控制系统。 [0011] The subject of the present invention is carried out in view of the above, and its object is to provide a lighting control system easily check to which group the group information setting finished illumination device belongs.

[0012] 第1发明为了达成上述目的,提供一种照明控制系统,其通过遥控器的操作对1个或多个照明装置设定组信息,将具有同一组信息的1个或多个照明装置作为1个组,以组为单位对所述照明装置进行点灯、灭灯、调光控制,其特征在于,所述遥控器具备通信部,该通信部将对所述照明装置设定的组信息作为无线信号进行发送,所述照明装置具备:照明负载;点灯电路,其使所述照明负载点灯;遥控器接收部,其接收从所述遥控器发送的组信息;存储部,其存储组信息;以及控制部,其控制所述点灯电路,进行所述照明负载的点灯、灭灯、调光控制,并且将存储在所述存储部中的组信息改写为从所述遥控器接收的组信息,所述存储部存储表示能够设定的所有组信息和分别与所述所有组信息对应的调光率的组表,所述控制部参照所述组表对所述点灯电路 [0012] To achieve the first object of the invention, there is provided a lighting control system, by operating the remote controller of a lighting device or a plurality of set group information, the group information with the same one or more lighting devices as a group, a group unit of the lighting device for lighting, lights off, dimming control, wherein the remote controller includes a communication unit, the communication unit will set the illumination device group information transmitted as a radio signal, the illumination apparatus comprising: an illumination load; lighting circuit that causes the lighting load lighting; remote control receiving portion, which receives the group information transmitted from the remote controller; storage unit, which stores group information ; and a control unit which controls the lighting circuit, the lighting of the lighting load, lamp off, dimming control, and the group information stored in the storage unit rewrites the group information received from the remote controller to the storage unit stores a set of all of the groups can be respectively set with all the dimming rate corresponding to the group information table, the control unit referring to the table to set the lighting circuit 行控制,使所述照明负载按照与从所述遥控器接收的组信息对应的调光率来点灯。 Row control, the lighting load according to the dimming rate corresponding to the group information received from the remote control lighting.

[0013] 根据该发明,由于在设定组时,如果发送组信息,则所述照明装置按照每个组不同的调光率来点灯,所以在组设定全部结束后、或者即使在进行多个组设定的情况下的第2个及以后的组设定的作业中,也能够简单地确认设定完组信息的所述照明装置属于哪个组。 [0013] According to this invention, when setting up the group, the group if the transmission information, the lighting device according to different lighting dimming rate for each group, the group is set after the end of all, or even when multiple the second set of groups and the subsequent job in the case where a group of setting, it is possible to easily confirm the completion of the lighting device set group information to which the group belongs.

[0014] 第3发明为了达成上述目的,提供一种照明控制系统,其通过遥控器的操作对1个或多个照明装置设定组信息,将具有同一组信息的1个或多个照明装置作为1个组,以组为单位对所述照明装置进行点灯、灭灯、调光控制,其特征在于,所述遥控器具备:存储部,其存储表示能够设定的所有组信息和分别与所述所有组信息对应的调光率的组表;控制部,其参照所述组表,选定与对所述照明装置设定的组信息对应的调光率;以及通信部,其将对所述照明装置设定的组信息和所选定的调光率作为无线信号发送给所述照明装置,所述照明装置具备:照明负载;点灯电路,其使所述照明负载点灯;遥控器接收部,其接收从所述遥控器发送的组信息和调光率;存储部,其存储组信息;以及控制部,其控制所述点灯电路,进行所述照明负载的点灯、灭灯、调光控制 [0014] The third invention to achieve the above object, there is provided a lighting control system, by operating the remote controller of a lighting device or a plurality of set group information, the group information with the same one or more lighting devices as a group, a group unit of the lighting device for lighting, lights off, dimming control, wherein the remote controller includes: a storage unit which stores a set of all the information that can be set, respectively, and the set of all groups table dimming rate corresponding to the information; and a control unit, referring to the group table, and the selected set of information corresponding to the dimming ratio of the lighting device of the set; and a communication unit, which will the lighting device set group information and the selected dimming ratio transmission as a radio signal to the lighting device, said lighting device comprising: the lighting load; lighting circuit that causes the lighting load lighting; remote control receiver portion of the group information and the light receiving transmitted from the remote controller; storage unit, which stores group information; and a control unit which controls the lighting circuit for lighting the lighting load, lamp off, dimming control ,并且将存储在所述存储部中的组信息改写为从所述遥控器接收的组信息,所述照明装置的所述控制部对所述点灯电路进行控制,使所述照明负载按照从所述遥控器接收的调光率来点灯。 , And the group information stored in the storage unit rewrites the group information received from the remote controller, the control unit controls the illumination apparatus of the lighting circuit, according to the lighting load from the said dimming ratio to the lighting remote control receiver.

[0015] 根据该发明,除了能够获得与第1发明相同的效果以外,不需要像第1发明那样将所述组表存储到所述所有照明装置中。 [0015] According to this invention, in addition to obtaining the same effect as the first invention except that the image does not need to store as a first invention of the group table to all the lighting device.

[0016] 第2和第4发明的特征在于,分别在第1和第3发明中,所述照明装置具备:连接部,其自由装卸地安装有用于检测周围状况的传感器;以及识别部,其对安装在所述连接部上的传感器的种类进行识别,所述照明装置的所述存储部存储表示能够安装的所有传感器的种类和分别与所述所有传感器的种类对应的点灭(闪烁)速度的传感器表,所述照明装置的所述控制部在从所述遥控器接收到组信息时,参照所述传感器表进行控制,使所述照明负载按照与所述识别部识别出的传感器的种类对应的点灭速度进行点灭(闪烁)点灯。 [0016] A second invention and the fourth, respectively, in first and third invention, the lighting device includes: connection portion, which is detachably attached to a sensor for detecting an ambient condition; and an identification unit, which the storage unit stores the kind of sensor is mounted on the connecting portion is identified, indicating the type of the lighting device can be mounted to all the sensors and all the sensors are the type corresponding to the blinking (flashing) speed table sensor, the control unit of the lighting device is received from the remote control to the group information table is controlled with reference to the sensor, the lighting load according to the type of sensor and the identification portion identifies the corresponding to the blinking speed blinking (flashing) lighting.

[0017] 根据该发明,所述照明装置通过设定组信息,按照与所安装的传感器的种类对应的点灭速度进行点灯。 [0017] According to this invention, the lighting device, the lighting of the installation according to the type of the sensor corresponding to the blink rate set by the setting information. 因此,在组设定全部结束后、或者在进行多个组设定的情况下的第2个及以后的组设定的作业中,能够简单地确认哪个照明装置安装了哪种传感器。 Therefore, after setting all over the group, the second and subsequent sets of the set work performed or a case where setting of a plurality of groups, which can be easily confirmed that the lighting apparatus which is installed a sensor.

[0018] 在本发明中,具有如下的效果:能够简单地确认完成组信息设定的照明装置属于哪个组。 [0018] In the present invention, it has the following effects: the lighting device can easily confirm the set information setting completion belong to which group.

附图说明 BRIEF DESCRIPTION

[0019] 图1是本发明的实施方式1的框图。 [0019] FIG. 1 is a block diagram of an embodiment of the present invention.

[0020] 图2是实施方式1中的照明装置的存储部的框图。 [0020] FIG. 2 is a block diagram of the storage unit 1 in the embodiment of the lighting device.

[0021] 图3(a)〜(c)是设定1个实施方式1中的组时的说明图。 [0021] FIG. 3 (a) ~ (c) is an explanatory view when setting an embodiment of the group.

[0022] 图4是图1中的照明装置的存储部的框图。 [0022] FIG. 4 is a block diagram of the storage unit in FIG. 1 lighting device.

[0023] 图5 (a)〜(c)是设定2个实施方式1中的组时的说明图。 [0023] FIG. 5 (a) ~ (c) is an explanatory view when setting Embodiment 2 Embodiment 1 of the group.

[0024] 图6是使图1中的遥控器存储了组表的框图。 [0024] FIG. 6 is that the remote controller in FIG. 1 a block diagram of the storage group table.

[0025] 图7是本发明的实施方式2的框图。 [0025] FIG. 7 is a block diagram of an embodiment 2 of the present invention.

[0026] 图8是设定2个实施方式2中的组时的说明图。 [0026] FIG. 8 is an explanatory view of the group 2 is set two embodiments.

[0027] 图9是以往的照明控制系统的一例,是整体的概略框图。 [0027] FIG. 9 is an example of a conventional lighting control system, a schematic block diagram of the whole.

[0028] 图10是以往的安装了明亮度传感器时的整体的概略框图。 [0028] FIG. 10 is a schematic block diagram illustrating the overall brightness when the conventional sensor is mounted.

[0029] 图11是以往的设定组信息时的说明图。 [0029] FIG. 11 is an explanatory view of a conventional set group information.

[0030] 图12(a)和(b)是以往的错误地进行组信息的设定的情况下的说明图。 [0030] FIG. 12 (a) and (b) is a diagram illustrating a case where a conventional erroneously set of group information.

[0031] 符号说明 [0031] Description of Symbols

[0032] 1:照明控制系统;2:照明装置;4:遥控器;5:组信息;6:组表;20:照明负载;21:点灯电路;24:遥控器接收部;25:存储部;26:控制部;42:通信部。 [0032] 1: lighting control; 2: an illumination device; 4: remote control; 5: group information; 6: group table; 20: illumination load; 21: lighting circuit; 24: remote control receiving portion; 25: storage unit ; 26: control portion; 42: communication unit.

具体实施方式 Detailed ways

[0033](实施方式1) [0033] (Embodiment 1)

[0034] 以下参照图1〜图6对本发明的实施方式1进行说明。 [0034] The following six embodiment of the present invention will be described with reference to FIG. 1 ~ FIG. 本实施方式1的照明控制系统1如图1所示,由多个照明装置2 (在图1中只图示了1个)构成,通过1个系统的信号线3分别连接。 This embodiment of the illumination control system 1 shown in Figure 1, a plurality of illuminating devices 2 (only one is illustrated in FIG. 1) are respectively connected by a signal line 3 of the system 1. 并且,通过遥控器4对照明装置2进行远程操作而预先设定组信息5。 Further, by remotely operating the remote controller 2 4 illuminating device 5 is previously set group information. 另夕卜,用于使照明装置2驱动后述的各部的电力由商用电源经由电源线(未图示)提供。 Another Bu Xi, the lighting apparatus for driving the respective units described power supplied from a commercial power source via a power line (not shown).

[0035] 如图1所示,遥控器4具备:由通过按压来操作的按钮开关等构成的操作部40 ;生成各种操作信号的控制部41,所述各种信号为用于根据操作部40的操作将组信息5和组信息5的设定结束通知给照明装置2的信号等;以及将这种操作信号作为无线信号发送给照明装置2的通信部42。 [0035] As shown, the remote controller 4 includes a: a push button switch or the like operated by pressing the operation portion 40 configured; generates various operation signals of the control unit 41, for the various signals according to the operation portion 40 will set the operation setting information and group information 5 5 end notification signal to the lighting device 2, and the like; and this operation signal is transmitted to the communication unit 42 of the lighting apparatus 2 as a wireless signal. 控制部41由微处理器等构成。 A control unit 41 composed of a microprocessor or the like. 通信部42由红外线发光二极管或包含RF电波无线模块等的无线发送电路构成。 An infrared light emitting diode 42 or the radio wave wireless RF module comprising a wireless communication unit configured transmission circuit. 另外,遥控器4除了组信息5的设定以外,还能够对各照明装置2设定固有的地址信息。 Further, the remote controller 4 in addition to the group setting information 5, 2 can also be set to a unique address information of each lighting apparatus.

[0036] 如图1所示,照明装置2具备照明负载20、使照明负载20点灯的点灯电路21、向点灯电路21输出调光信号的调光信号输出部22、通信部23以及遥控器接收部24。 [0036] 1, the lighting apparatus 2 includes an illumination load 20, the illumination lighting circuit 20 for lighting load 21, the receiver 22, the communication unit 23 and a remote controller dimming signal output unit 21 outputs the dimming signal lighting circuit 24. 照明负载20由荧光灯或LED等构成。 Lighting load 20 is made of fluorescent or LED. 通信部23具有以S485等为标准的二线式串行通信电路,通过信号线3与其他照明装置2通信。 A communication unit 23 having a two-wire serial communication circuit as the standard S485, communication through the signal line 3 and the other lighting devices. 并且,信号线3使用与其相匹配的串行通信用电缆。 Further, the serial communication signal line 3 using the matching cable thereto. 另夕卜,通信部23优选使用具备避免信号冲突的功能的控制方式。 Another Bu Xi, the communication control unit 23 preferably includes a function used to avoid collision of signals. 遥控器接收部24按照从遥控器4接收的无线信号的种类,由红外线接收1C或包含RF电波无线模块等的无线接收电路构成。 Remote control receiving unit 24 according to the type of received radio signals from the remote controller 4, the infrared receiver 1C or radio wave wireless receiving circuit comprises an RF wireless module configuration.

[0037] 并且,照明装置2除了上述以外还具备存储部25和控制部26。 [0037] Further, the lighting apparatus 2 further includes in addition to the storage unit 25 and a control unit 26. 存储部25例如由EEPR0M或闪存等构成,如图1所示,存储组信息5和组表6。 For example, the storage unit 25 is constituted by a flash memory or the like EEPR0M, 1, 5, and stores the group information table 6 groups. 组信息5如前面所述那样,是通过遥控器4设定的表示自身的组类别的信息,每个存储部25中只存储1个。 5 group information as described earlier above, are the setting information indicating group classification itself via the remote controller 4, each storage unit 25 stores only one. 并且,其数据内容例如是称为组1、组2、组3的内容,图1中的照明装置2存储组1作为组信息5。 Further, the data contents of, for example, referred to as group 1, group 2, group 3 content, the lighting apparatus 1 in FIG. 2 as a group information storage group 5. 组表6如图1所示,是表示能够设定的所有组信息和分别与该所有组信息对应的调光率的内容,在从工厂出货之前的期间预先设定在所有的照明装置2的存储部25内。 Table 6 Group 1, and shows the contents of all of the groups can be set respectively and the dimming rate corresponding to all of the groups, in the period before shipment from the factory set in advance all the lighting apparatus 2 25 of the storage unit.

[0038] 控制部26由微处理器等构成,控制点灯电路21使照明负载20点灯、灭灯、调光。 [0038] The control unit 26 composed of a microprocessor or the like, the lighting control circuit 21 causes the lighting load 20 lighting, lights off, dimming. 并且,控制部26如果经由遥控器接收部24从遥控器4接收到组信息5,则将存储部25内的组信息5改写为所接收的组信息5。 Then, the control unit 26 if the remote controller receiving section 24 receives from the remote control 4 to 5 via the group information, the group information will be 5 in the storage unit 25 rewrites information group received 5. 并且,例如,当属于组1的1个照明装置2灭灯(或点灯)时,该照明装置2的控制部26不仅控制自身的点灯电路21使照明负载20灭灯(或点灯),也将存储在自身的存储部25中的组信息5(组1)和灭灯(或点灯)信息从自身的通信部23通过信号线3发送给其他的所有照明装置2。 And, for example, when a lighting apparatus belonging to Group 1 2 unlit (or lit), the illumination device control unit 262 not only control its own lighting circuit 21 causes the lighting load 20 unlit (or lit), also (group 1) and unlit (or lit) transmits information stored in the group 525 in the storage unit information from its own communication unit 3 via a signal line 23 to all other illumination device 2. 这些照明装置2的控制部26比较所接收的组信息5(组1)和分别存储在自身的存储部25中的组信息5,进行是否一致的判定。 The lighting apparatus 5 group information control unit 262 comparing the received (group 1) and are stored in the group information 525 of its own storage unit, determines whether or not the same. 如果组信息5 —致,则各控制部26控制自身的点灯电路21使照明负载20灭灯(或点灯)。 If the group information is 5 - actuator, the control unit 26 controls the respective lighting circuit 21 itself loads 20 of the lighting unlit (or lit). 即,当具有同一组信息5的多个照明装置2中的1个的点灯状态改变时,以组为单位进行同样的点灯控制。 That is, when the lighting state of a plurality of illuminating devices 2 have the same set of information 5 is changed to the same group as lighting control units.

[0039] 并且,本实施方式1的控制部26的特征在于:在从遥控器4接收到组信息5时,不仅改写到上述的存储部25中,同时参照存储部25的组表6,选定与所接收的组信息5对应的调光率,根据该调光率向调光信号输出部22输出调光信号。 [0039] Further, the present embodiment wherein the control section 26 1 in that: upon receiving from the remote controller 4 to the group information 5, only changed to the above-described storage unit 25, while referring to the storage unit group 25 in Table 6, selected from given the received group information and the dimming rate corresponding to 5, 22 outputs the dimming signal to the dimming signal output section based on the dimming rate. 但是,如果从遥控器4接收到组信息5的设定结束的信号,则控制部26解除基于该调光率的点灯。 However, if the received signal from the remote controller 4 to the end of the set group information of 5, releasing the control unit 26 based on the dimming ratio of the lighting.

[0040] 另外,在以下的说明中,将控制部26从遥控器4接收到组信息5之后至接收到设定结束信号之间的模式称为设定模式,将除此之外的期间的模式称为通常模式。 After [0040] Further, in the following description, the control unit 26 receives from the remote control 4 to set the setting information to the receiving end 5 between the signals as mode setting mode, in addition to the period of mode is called normal mode.

[0041] 并且,参照图2和图3来说明对上述的照明控制系统1设定1个组的情况。 [0041] Further, the setting will be described a case where a group of the above-described lighting control system with reference to FIGS. 2 and 3. 另外,图3中的照明控制系统1由4个照明装置2(2A、2B、2C、2D)构成,图3表示将其中的2个照明装置2A、2B的组信息5设定为组1的情况。 Further, the lighting control system of FIG 31 includes four illumination devices 2 (2A, 2B, 2C, 2D), FIG. 3 shows a lighting apparatus in which the two. 2A, 2B, group information is set to 5 group 1 Happening. 并且,如图2所示,存储在各照明装置2中的组表6的调光率组1〜组3全部为100%。 As shown in FIG 2, each of the groups are stored in the illumination device 2 in Table 6 dimming rate group 1 ~ 3 are all set to 100%.

[0042] 首先,如图3 (a)所示,设定前的照明装置2全部为通常模式,通过0N/0F开关等(未图示)预先灭灯。 [0042] First, FIG. 3 (a), the illumination device 2 is set in front of all of the normal mode, 0N / 0F switch or the like (not shown) previously unlit. 并且,设定者7通过遥控器4的操作向照明装置2A发送组信息5(组1)。 Further, the setter 7 by operating the remote controller 4 transmits the illumination device 2A 5 group information (group 1). 照明装置2A如图3 (b)所示,从通常模式切换为设定模式,参照组表6,按照与所接收的组信息5(组1)对应的调光率100%来点灯。 2A illuminating device shown in FIG 3 (b), the switching from the normal mode to the setting mode, with reference to Table 6 group, according to the group with the received information 5 (group 1) corresponding to a dimming ratio of 100% to the lighting. 接着,设定者7通过遥控器4的操作向照明装置2B发送组信息5 (组1)。 Next, the setter 7 by operating the remote controller 4 transmits the illumination device 2B 5 group information (group 1). 照明装置2B如图3 (c)所示,从通常模式切换为设定模式,按照调光率100%来点灯。 The lighting device 2B in FIG. 3 (c), the switching from the normal mode to the setting mode according to the dimming lighting rate of 100%.

[0043] 这样,由于照明控制系统1在设定组时,如果从遥控器4发送组信息5 (组1),则照明装置2A、2B按照与组1对应的调光率100%来点灯,所以设定结束后,能够简单地确认照明装置2A、2B属于哪个组。 [0043] Thus, since the lighting control system in the group setting, if the remote controller 4 transmits the group information 5 (group 1), the lighting apparatus 1 2A, 2B corresponding to the group in accordance with the dimming lighting rate of 1 to 100%, Therefore, after setting, can be easily confirmed that the illumination device 2A, 2B belong to which group. 并且,如果从遥控器4向照明装置2A、2B发送设定结束信号,则从设定模式切换为通常模式,返回到原来的灭灯状态。 And, if the illumination device 2A, 2B transmission setting completion signal from the remote controller 4, the switching from the setting mode to the normal mode, returns to the original state unlit. 另外,在上述中,与组表6中设定的组1对应的调光率为100%,但如果该设定为0%,则在通常模式时,只要预先使照明装置2全部为点灯状态即可。 Further, the dimming rate corresponding to 100% of group 1 above, and the group table 6 set, but if it is set to 0%, the normal mode, as long as the illumination device 2 in advance all lighting state It can be.

[0044] 接着,参照图4和图5对设定2个组的情况进行说明。 [0044] Next, with reference to FIGS. 4 and 5, the setting where the two groups will be described. 另外,图5中的照明控制系统1由4个照明装置2(2A、2B、2C、2D)构成,图5表示将其中的2个照明装置2A、2B的组信息5设定为组1、将剩下的2个照明装置2C、2D的组信息5设定为组2的情况。 Further, the lighting control system of FIG. 1 is constituted by four illumination devices 2 (2A, 2B, 2C, 2D), FIG. 5 shows a set of information 5 wherein the two illumination devices 2A, 2B is set to group 1, the remaining two illumination device 2C, group information is set to 5 2D case where group 2. 并且,存储在各照明装置2中的组表6的调光率如图4所示,组1为100 %、组2为25 %、组3为50 %。 Further, each group table stored in the illumination device 2 dimming rate as shown in FIG. 6, 100% of group 1, group 2 25% 50% 3 group.

[0045] 首先,如图5(a)所示,设定前的照明装置2全部为通常模式,预先灭灯。 [0045] First, FIG. 5 (a), the illumination device 2 is set in front of all of the normal mode, previously unlit. 并且,设定者7向照明装置2A发送组信息5 (组1)。 Further, the setter 7 transmits the illumination device 2A 5 group information (group 1). 照明装置2A如图5 (b)所示,从通常模式切换为设定模式,按照调光率100%来点灯。 2A illumination apparatus shown in FIG 5 (b), the switching from the normal mode to the setting mode according to the dimming lighting rate of 100%. 接着,设定者7向照明装置2B发送组信息5 (组1)。 Next, the lighting means 7 by setting 2B 5 transmits group information (group 1). 照明装置2B如图5(c)所示,从通常模式切换为设定模式,按照调光率100%来点灯。 The lighting device 2B in FIG. 5 (c), the switching from the normal mode to the setting mode according to the dimming lighting rate of 100%. 并且,设定者7 —边目视按照调光率100%点灯的组1,一边向照明装置2C、2D依次发送组信息5(组2)。 And, setting in 7 - Edge visually according to the lighting dimming rate of 100% of group 1, while the illumination device 2C, 2D 5 sequentially transmits the group information (group 2). 照明装置2C、2D如图5(c)所示,从通常模式切换为设定模式,按照调光率25%来点灯。 The lighting device 2C, 2D in FIG. 5 (c), the switching from the normal mode to the setting mode according to the dimming lighting rate of 25%.

[0046] 这样,照明控制系统1在设定组时,如果从遥控器4发送组信息5,则照明装置2A〜2D按照每个组不同的调光率来点灯。 [0046] Thus, the lighting control system 1 is set in the setting, if the remote controller 4 transmits group information 5, the lighting apparatus according 2A~2D different dimming the lighting rate of each group to. 因此,在组设定全部结束后、或者即使在进行多个组设定的情况下在第2个及以后的组设定的作业中,也能够简单地确认设定完组信息5的照明装置2属于哪个组。 Therefore, after setting all of the end groups, or the case where even when a plurality of groups is set in the second and subsequent operations in the group setting, it is possible to easily confirm the lighting apparatus 5 of setting up the group information 2 belongs to which group.

[0047] 但是,虽然本实施方式1的组表6分别存储在所有的照明装置2的存储部25中,但并不限于此,也可以仅存储在遥控器4中。 [0047] However, while the present embodiment, group 6 in Table 1 are stored in the storage unit 2 of all of the illuminating device 25, but is not limited thereto, it may be stored in the remote controller 4 only. S卩,各存储部25如图6所示,不存储组表6而只存储自身的组信息5。 S Jie, each memory unit 25 shown in FIG. 6, Table 6 group is not stored but only its own group information storage 5. 取而代之,遥控器4除了操作部40、控制部41、通信部42以外还具备存储部43,在该存储部43内存储组表6。 Instead, the remote controller 4 in addition to the operation unit 40, a control unit 41, a communication unit 42 further includes a storage unit other than 43, in the storage unit 43 stores the group table 6.

[0048] 当对操作部40进行用于向照明装置2设定组信息5的操作时,控制部41参照存储部43的组表6选定与所设定的组信息5对应的调光率。 [0048] When the operation unit 40 for operating information to the lighting apparatus 5 sets the second set, the control unit 41 refers to the storage unit 43 of the selected group table 6 and the dimming rate corresponding to the group information set 5 . 通信部42将组信息5和所选定的调光率作为无线信号发送给照明装置2。 The communication unit 42 and the group information 5 selected dimming ratio as a wireless signal to the lighting device 2. 另一方面,照明装置2的控制部26经由遥控器接收部24接收组信息5和调光率,根据该调光率向调光信号输出部22输出调光信号。 On the other hand, the control unit 26 via the 2 5 24 receives the group information and the dimming ratio remote control receiver unit 22 outputs the dimming signal to the dimming signal output section based on the dimming rate illuminating device. 这样,只要在遥控器4内存储组表6即可,没有必要存储在所有照明装置2中。 Thus, the memory group 4 as long as the remote controller to Table 6, there is no need to store all the illumination devices 2 in.

[0049](实施方式2) [0049] (Embodiment 2)

[0050] 以下,参照图7和图8对本发明的实施方式2进行说明。 [0050] Hereinafter, with reference to FIGS. 7 and 8 embodiment of the present invention will be described. 另外,由于本实施方式2的基本结构与实施方式1共同,所以对共同的构成要素赋予相同的符号并省略说明。 Further, since a common basic configuration of the present embodiment and the second embodiment, the constituent elements common to imparted the same reference numerals, and description thereof will be omitted.

[0051] 本实施方式2的控制部26的特征在于:如果在照明装置2上安装用于检测周围状况的传感器,则进行使照明负载20按照与该传感器的种类对应的点灭速度点灭点灯的控制。 [0051] The feature of the present embodiment the control unit 26 of the 2 wherein: if a sensor for detecting the installation condition around the lighting apparatus 2, is performed according to the lighting load 20 off point corresponding to the type of the speed sensor blinking lighting control.

[0052] 如图7所示,传感器8具备感知周围人体的人感检测部80、检测周围照度的照度检测部81、控制部82以及通信部83。 [0052] As shown in FIG 7, the sensor 8 provided around the body of the human-perceived detection unit 80, an illuminance detecting unit 81 detects ambient illuminance, the control unit 82 and a communication section 83. 人感检测部80由包含红外线检测元件的电路构成,该红外线检测元件通过人体的移动来检测红外线的变化。 Human-detection unit 80 is constituted by a circuit comprising infrared detection elements, the infrared detection element to detect a change in movement of the body through infrared rays. 照度检测部81由包含受光元件的电路构成,该受光元件进行光电变换。 Illuminance detecting unit 81 is constituted by a circuit comprising a light-receiving element, the light receiving element is photoelectrically converted. 控制部82由微处理器等构成,将人感检测部80和照度检测部81的检测值作为电压信号输出。 A control unit 82 composed of a microprocessor or the like, the signal output voltage detection value detecting section 80 and the human-detection unit 81 as the illuminance. 通信部83由以RS485等为标准的二线式串行通信电路构成。 In the communication unit 83 is constituted by RS485 as the standard two-wire serial communication circuit. 另外,传感器8是所谓的人感传感器和明亮度传感器为一体的装置,但安装在照明装置2上的传感器可以是与以往技术同样的任意一方。 Further, the sensor 8 is so-called human sensor and the brightness sensor integrated device, the sensor is mounted on the lighting apparatus 2 may be either the same conventional techniques.

[0053] 如图7所示,照明装置2除了实施方式1所记载的各部以外,还具备连接部27、传感器用通信部28、运算部29以及识别部30。 [0053] As shown in FIG 7, the illumination device 2 in addition to each part described in Embodiment 1, further comprising a connecting portion 27, the sensor 28, the arithmetic unit 29 and the identification section 30 is a communication unit. 连接部27配置在照明负载20的周边,具有用于插入传感器8的雄型连接端子(未图示)雌型连接端子(未图示),能够自由装卸地安装传感器8。 Connecting portion 27 is disposed at the periphery of the lighting load 20, for inserting the male connector having a terminal (not shown) female connection terminal (not shown) sensor 8 is detachably attached to the sensor 8. 传感器用通信部28具有与传感器8的通信部83同种的通信电路结构,经由连接部27与传感器8通信。 Sensor circuit configuration of a communication with the communication unit 83 of the sensor 8 is the same type of communication unit 28, a communication unit 27 via a connection 8 with the sensor. 运算部29由微处理器等构成,根据传感器8的照度检测部81所检测的照度信息来进行调光率的运算。 Calculation portion 29 is constituted by a microprocessor, the calculation is performed according to the illumination dimming rate information illumination detection unit 81 detected by the sensor 8. 识别部30从连接在自身的照明装置2上的传感器8监视以一定间隔发送的信号,根据该信号来识别传感器8的种类。 Signal identification unit 30 is sent at regular intervals from the sensor itself connected to the lighting apparatus 2 8 monitors, based on the signals to identify the type of sensor 8.

[0054] 存储部25除了存储自身的组信息5以外,还存储表示能够安装在连接部27上的所有传感器的种类和分别与所述种类对应的点灭速度的传感器表9。 [0054] In addition to the storage unit 25 stores own group information other than 5, the sensor further stores a table of all sensor types can be mounted on the connecting portion 27, respectively, and the speed corresponding to the type of the blink 9. 传感器的种类例如如图7所示,是明亮度传感器、人感传感器以及明亮度/人感传感器这3种,所谓明亮度/人感传感器是表示照度传感器和明亮度传感器为一体的传感器8。 For example, the type of sensor shown in FIG. 7, a brightness sensor, human detection sensor, and the brightness / human detection sensor three types, the so-called brightness / human detection sensor is an illuminance sensor and the brightness sensor 8 as one of the sensors.

[0055] 控制部26除了实施方式1所述的功能以外,还根据来自人感检测部80的人体检测结果来控制点灯电路21,使照明负载20灭灯或点灯,还根据运算部29所求出的调光率来将调光信号输出给调光信号输出部22。 [0055] In addition to the control unit 26 functions according to the embodiment 1, but also to control the lighting circuit in accordance with the detection result from the human-body detecting unit 80 is 21, the illumination lamp or the lighting off the load 20, also in accordance with the demand calculation unit 29 the dimming ratio to the dimming signal to the dimming signal output section 22. 并且,控制部26通过信号线3将人体和照度的检测结果或运算部29所求出的调光率与自身的组信息5 —起从自身的通信部23发送给其他的照明装置2,属于相同组的照明装置2根据所接收的信息进行同样的点灯控制。 Then, the control unit 26 via the signal line 3 and the dimming rate illuminance detection result of the human body or the calculation unit 29 obtains the information with its own set of 5 - from its own communication unit 23 transmits to the other from the illumination device 2, belonging to the lighting device 2 for the same set of similar lighting control based on the information received.

[0056] 另外,本实施方式2的控制部26如果从遥控器4接收到组信息5和在存储部43的组表6中选定的调光率,则参照传感器表9进行控制,使照明负载20按照与识别部30所识别的传感器的种类对应的点灭速度进行点灭点灯。 [0056] Further, the present embodiment of the control unit 2 of the remote controller 26 is received from 4 to 5 and the group information table in the storage unit 43 of the group 6 in the selected dimming ratio, referring to Table 9, the sensor controls the illumination blinking the lighting load 20 in accordance with the identified type identification sensor portion 30 corresponding to the blinking rate.

[0057] 参照图8对本实施方式2的照明控制系统1设定2个组的情况进行说明。 [0057] Referring to FIG. 8 where a set of two groups lighting control system 2 according to the present embodiment will be described. 另外,图8中的照明控制系统1由6个照明装置2(2A〜2F)构成,图8表示将其中的4个照明装置2A〜2D的组信息5设定为组1、将剩下的2个照明装置2E、2F的组信息5设定为组2的情况。 Further, the lighting control system 81 of FIG. 6 is constituted by an illumination device 2 (2A~2F), FIG. 8 shows group information in which the four lighting devices 2A~2D group 1 is set to 5, the remaining group information 52 illumination devices 2E, 2F case of setting group 2. 并且,存储在遥控器4中的组表6的调光率如图4所示,组1为100%、组2为25%、组3为50%。 Further, group table stored in the remote controller 4 dimming ratio as shown in FIG. 6, 100% of group 1, group 2 25% 50% 3 group. 照明装置2D和2F安装有传感器8。 2D and 2F the illumination device 8 is attached to the sensor. 存储在各照明装置2中的传感器表的点灯速度如图7所示,明亮度传感器为10Hz、人感传感器为1Hz、明亮度/人感传感器为0.5Hz。 In the lighting rate of each lighting apparatus 2 table stored sensor shown in FIG. 7, a brightness sensor 10Hz, 1Hz human detection sensor, brightness / human detection sensor 0.5Hz.

[0058] 首先,设定前的照明装置2全部为通常模式,预先灭灯。 [0058] First, before the lighting apparatus 2 is set to the normal mode all previously unlit. 并且,设定者7依次向照明装置2A〜2D发送组信息5 (组1)。 Further, the setter 7 2A~2D sequentially transmits group information to the lighting apparatus 5 (group 1). 照明装置2A〜2D从通常模式切换为设定模式,按照调光率100%来点灯。 2A~2D lighting device is switched from the normal mode to the setting mode according to the dimming lighting rate of 100%. 但是,由于照明装置2D安装有传感器8,所以照明装置2D除了调光率100%,还按照点灭速度0.5Hz (每2秒点灯1次)进行点灭点灯。 However, since the lighting device 2D mounted sensors 8, the lighting device in addition to 2D dimming rate of 100%, further in accordance with the blinking speed 0.5Hz (turned on once every two seconds) blinking lighting. 接着,依次向照明装置2E、2F发送组信息5 (组2)。 Next, turn to the lighting apparatus 2E, 2F 5 transmits the group information (group 2). 照明装置2E、2F从通常模式切换为设定模式,按照调光率25 %来点灯。 The lighting device 2E, 2F is switched from normal mode to the setting mode, according to the dimming lighting rate of 25%. 但是,由于照明装置2F安装有传感器8,所以照明装置2F除了调光率25%,还按照点灭速度0.5Hz进行点灭点灯。 However, since the illumination apparatus is attached to 2F sensor 8, the lighting apparatus 2F except dimming rate of 25%, further in accordance with the blinking speed 0.5Hz be blinking lighting.

[0059] 这样,本实施方式2的照明控制系统1除了能够分别按照每个组不同的调光率使照明装置2A〜2F点灯以外,如果安装了传感器,则按照与该传感器的种类对应的点灭速度进行点灭点灯,所以能够简单地确认哪个照明装置2安装了哪种传感器。 [0059] Thus, in addition to 1 respectively for each different group of dimming ratio of the lighting device other than lighting 2A~2F, if the sensor is installed, in accordance with the point corresponding to the type of the sensor according to the present embodiment of the lighting control system 2 turn-off speed of blinking, it is possible to easily confirm which the lighting apparatus 2 which is mounted a sensor. 特别是,设定者7越难通过目视来判断实际是否安装(在传感器8的尺寸小、照明装置2的位置较远、设定者7的视力较弱的情况下),越有效。 In particular, the setter 7 more difficult to determine visually whether the actual installation (small size of the sensor 8, the position of the illuminating device 2 is far, the configurator weak eyesight. 7), the more effective.

[0060] 另外,本实施方式2的传感器表9设定与传感器的种类对应的点灭速度,使安装有传感器8的照明装置2点灭点灯。 [0060] Further, the present embodiment of a sensor and sensor type setting table 9 corresponding to the blink rate of 2, so that the illumination device is attached to sensor 8 2 blinking lighting. 但是,除了点灭点灯以外,例如还可以进行如下的衰减动作:按照预定的时间间隔使组1的调光率100%逐渐减弱到调光率50%,一会儿再逐渐增强到原来的调光率100%。 However, in addition to blinking the lighting, for example, it may also be as follows damping action: according to a predetermined time interval so that the dimming ratio of group 1 100% weakened the dimming rate of 50%, while then gradually increased to the original dimming rate 100%. 在该情况下,在传感器表9中,代替点灭速度,设定与传感器的种类对应的调光率和进行衰减动作的时间间隔。 In this case, the sensor in the Table 9, instead of blinking speed sensor type setting time corresponding to the dimming ratio and attenuating operation interval.

[0061] 并且,在本实施方式2中,对组表存储在遥控器的存储部中的情况进行了说明,但当然也可以将本实施方式2的传感器表应用于将组表存储在照明装置的存储部中的情况。 [0061] Further, in the embodiment 2 of the present embodiment, a case where the group table stored in the memory unit in the remote controller has been described, but of course the present embodiment may be applied to the sensor in Table 2 in the lighting apparatus stores the group table in the case of the storage unit.

Claims (2)

1.一种照明控制系统,通过遥控器的操作对1个或多个照明装置设定组信息,将具有同一组信息的1个或多个照明装置作为1个组,以组为单位对所述照明装置进行点灯、灭灯、调光控制,其特征在于, 所述遥控器具备通信部,该通信部将对所述照明装置设定的组信息作为无线信号进行发送, 所述照明装置具备:照明负载;点灯电路,使所述照明负载点灯;遥控器接收部,接收从所述遥控器发送的组信息;存储部,存储组信息;以及控制部,控制所述点灯电路,进行所述照明负载的点灯、灭灯、调光控制,并且将存储在所述存储部中的组信息改写为从所述遥控器接收的组信息, 所述存储部存储表示能够设定的所有组信息和分别与所述所有组信息对应的调光率的组表, 所述组表的调光率按各组的每一组成为不同的值, 所述照明装置具有用于组设定的设 One or more lighting device for a lighting control system, by operating the remote controller of a lighting device or a plurality of set group information having the same group information as a group, a group unit of their lighting of said illuminating device, light off, dimming control, wherein the remote controller includes a communication unit, the communication unit will set the lighting device group information is transmitted as a wireless signal, the lighting device comprising : lighting load; lighting circuit, the lighting load lighting; remote control receiver unit receives the group information transmitted from the remote controller; storage unit for storing group information; and a control unit, controls the lighting circuit for the lighting the lighting load, lamp off, dimming control, and the group information stored in the storage unit rewrites all of the groups of the group information received from the remote controller, the storage unit stores a set and can be respectively corresponding to all of the groups of the group dimming rate table, the table is set by the dimming ratio for each respective group consisting of a different value, the lighting device has a group of settings provided 模式和作为组设定以外的期间的通常模式,如果所述遥控器接收部接收到从所述遥控器发送的组信息,则所述照明装置切换到设定模式,所述控制部将存储在所述存储部的组信息改写为从所述遥控器接收的组信息,并且,所述控制部参照所述组表对所述点灯电路进行控制,使所述照明负载按照与从所述遥控器接收的组信息对应的调光率来点灯,如果所述遥控器接收部接收到设定结束的信号,则所述照明装置切换到通常模式, 所述照明装置具备:连接部,自由装卸地安装有检测周围状况的传感器;以及识别部,对安装在所述连接部上的传感器的种类进行识别, 所述照明装置的所述存储部存储表示能够安装的所有传感器的种类和分别与所述所有传感器的种类对应的闪烁速度的传感器表, 所述照明装置的所述控制部在从所述遥控器接收到组信息时,参 Other than the normal mode in the setting mode and as the group, if the remote controller receiving section receives the group information transmitted from the remote controller, the lighting device is switched to the setting mode, is stored in the control unit the group information storage unit rewrites the group information received from the remote controller, and the control unit referring to the table set the lighting circuit is controlled in accordance with the lighting load from the remote controller dimming rate corresponding to the received group information to the lighting, if the remote control signal receiving unit receives the end of the set, the lighting device is switched to the normal mode, the lighting device includes: a connection portion detachably mounted a sensor for detecting ambient condition; and an identification unit, the type of sensor is mounted on the connecting portion is identified, the storage unit stores the illumination device represents the number of all the sensors can be mounted, respectively, and all the a sensor corresponding to the type of the blink rate sensor table, the control unit of the lighting device is received from the remote control to the group information, participation 所述传感器表进行控制,使所述照明负载按照与所述识别部识别出的传感器的种类对应的闪烁速度进行闪烁点灯。 The sensor control table, so that the lighting of the lighting load according scintillation blink rate corresponding to the type identifying section sensor.
2.一种照明控制系统,通过遥控器的操作对1个或多个照明装置设定组信息,将具有同一组信息的1个或多个照明装置作为1个组,以组为单位对所述照明装置进行点灯、灭灯、调光控制,其特征在于, 所述遥控器具备:第一存储部,存储表示能够设定的所有组信息和分别与所述所有组信息对应的调光率的组表;第一控制部,参照所述组表,选定与对所述照明装置设定的组信息对应的调光率;以及通信部,将对所述照明装置设定的组信息和所选定的调光率作为无线信号发送给所述照明装置, 所述组表的调光率按各组的每一组成为不同的值, 所述照明装置具备:照明负载;点灯电路,使所述照明负载点灯;遥控器接收部,接收从所述遥控器发送的组信息和调光率;第二存储部,存储组信息;以及第二控制部,控制所述点灯电路,进行所述照明负载的点灯、 One or more illumination devices A lighting control system for remote control by operating one or more lighting devices set group information, having the same group information as a group, a group unit of their lighting of said illuminating device, light off, dimming control, wherein the remote controller includes: a first storage unit storing information showing all the groups that can be set and the dimming rate are set to the information corresponding to all table group; a first control unit, referring to the group table, and the selected dimming rate corresponding to the set information set by the illumination means; and a communication unit, the group information will be set in the lighting device and selected dimming ratio transmission as a radio signal to the lighting device, the dimming rate for each of the set of tables according to each group consisting of a different value, the illumination apparatus comprising: an illumination load; lighting circuit, lighting the lighting load; remote control receiver unit receives the group information and the light transmission rate of said remote controller; a second storage unit for storing group information; and a second control unit controls the lighting circuit for the a lighting load, 灭灯、调光控制,并且将存储在所述第二存储部中的组信息改写为从所述遥控器接收的组信息, 所述照明装置具有用于组设定的设定模式和作为组设定以外的期间的通常模式,如果所述遥控器接收部接收到从所述遥控器发送的组信息以及调光率,则所述照明装置切换到设定模式,所述照明装置的所述第二控制部将存储在所述第二存储部的组信息改写为从所述遥控器接收的组信息,并且,所述照明装置的所述第二控制部对所述点灯电路进行控制,使所述照明负载按照从所述遥控器接收的调光率来点灯,如果所述遥控器接收部接收到设定结束的信号,则所述照明装置切换到通常模式, 所述照明装置具备:连接部,自由装卸地安装有检测周围状况的传感器;以及识别部,对安装在所述连接部上的传感器的种类进行识别, 所述照明装置的所述第二存储部存 Out the lights, dimming control, and the group information stored in the second storage unit is rewritten group information received from the remote controller, the lighting device has a setting mode for setting and the group as the group period other than the normal mode is set, if the remote controller receiving section receives the group information and the dimming ratio transmitted from the remote controller, the lighting device is switched to the setting mode, the lighting device the second control unit stores the group information in the second rewritable storage section group information received from the remote controller to, and the second control means of the lighting unit of the lighting control circuit, so that the lighting load according to the dimming rate received from the remote control lighting, if the remote control signal receiving unit receives the end of the set, the lighting device is switched to the normal mode, the lighting device comprising: connection unit, consisting of a sensor for detecting the surrounding conditions detachably attached; and an identification unit, the type of sensor is mounted on the connecting portion to identify a second storage means of the storage portion illumination 储表示能够安装的所有传感器的种类和分别与所述所有传感器的种类对应的闪烁速度的传感器表, 所述照明装置的所述第二控制部在从所述遥控器接收到组信息时,参照所述传感器表进行控制,使所述照明负载按照与所述识别部识别出的传感器的种类对应的闪烁速度进行闪烁点灯。 Chu indicates all types of sensors can be mounted with the sensor and the table, respectively, corresponding to the type of the blink rate of all of the sensor, the illumination device of the second control unit is received from the remote control to the group information, reference the sensor control table, so that the lighting of the lighting load according scintillation blink rate corresponding to the type identifying section sensor.
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