CN1835399A - Switch and load controlling system - Google Patents

Switch and load controlling system Download PDF

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Publication number
CN1835399A
CN1835399A CN 200610059452 CN200610059452A CN1835399A CN 1835399 A CN1835399 A CN 1835399A CN 200610059452 CN200610059452 CN 200610059452 CN 200610059452 A CN200610059452 A CN 200610059452A CN 1835399 A CN1835399 A CN 1835399A
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means
operation
signal
load
control
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CN 200610059452
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Chinese (zh)
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CN1835399B (en )
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时实敏昭
横山洋一
北村常弘
东浜弘忠
梶山智史
后藤洁
土本阳太郎
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松下电工株式会社
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02BCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B20/00Energy efficient lighting technologies
    • Y02B20/40Control techniques providing energy savings
    • Y02B20/42Control techniques providing energy savings based on timing means or schedule

Abstract

本发明提供一种负载控制系统,其由发送以红外线为媒介的无线信号的发送机(W1);和经电线而与电源(AC)和照明负载(L)串联相连,并根据操作手柄(20)的操作或从发送机(W1)发送的无线信号来点亮熄灭照明负载(L)的开关(S)构成。 The present invention provides a load control system, which is mediated by a transmitter to the infrared transmitter radio signal (W1 of); and in series with the power source (AC) and a lighting load (L) is connected via a wire, and an operation handle (20 ) or an operation signal from a wireless transmitter (W1) is transmitted to light off the lighting load (L) of the switch (S) configuration. 因此,可以组合检测在检测区域内是否存在人来发送无线信号的发送机(W1)和具有操作手柄(20)的开关(S)来进行使用,可以容易地追加其他的开关功能,而不用重新布线。 Thus, the combination detection whether the switch (S) who transmitted the transmitter (W1) radio signals having an operating handle (20) is present in the detection area to use, can be easily added to other switching functions, without re wiring.

Description

开关和负载控制系统 Switch and the load control system

技术领域 FIELD

本发明涉及配置在墙壁等的建筑面上来接通·截断负载的开关、以及由对开关发送负载控制用的无线信号的发送机和开关构成的负载控制系统。 The present invention relates to a building wall or the like disposed in the surface to be engaged and a load cutoff switch and a load control system for a load control switch transmits a radio signal transmitter and a switch thereof.

背景技术 Background technique

以往,作为配置在墙壁等的建筑面上来接通·截断负载的开关,除了手动操作手柄(handle)的转换开关(tumbler)或按钮开关之外,还提供了红外线自动开关或定时开关。 Conventionally, as disposed in a wall surface of the building or the like to turn on the switch of the load-cut, in addition to the manual handle (handle) of the switch (Tumbler) or button switches, infrared is also provided an automatic switch or timer switch. 红外线自动开关是通过检测人体放射的红外线来检测在检测区域内是否存在人并自动进行通断的开关,例如用于配置在住户的玄关等来自动点亮熄灭照明负载的用途(参考专利文献1)。 Infrared automatic switch detecting a human body by the infrared radiation to detect the presence of people and automatically switches off the detection area, for example for household use and the like arranged at the entrance to the lighting load is automatically turned off (refer to Patent Document 1 ). 另外定时开关是通过操作操作部来设置时刻,若变为设置时刻则进行动作的开关,例如,用于在每天预定的时刻来自动点亮熄灭照明负载的用途(例如,参考专利文献2)。 In addition to the timer switch is set by operating the operation unit in time, if the time set becomes the switching operation, e.g., for use in a predetermined time each day to automatically flickering lighting load (e.g., refer to Patent Document 2). 另外,这种开关通过电线与电源(工业交流电源)以及负载相连,并通过通断电源向负载的供电路径来接通·截断负载。 Further, such a switch and a load connected by a wire to the power supply (commercial AC power supply), and to be engaged and cut off the power supply to the load through the load path of the power off.

【专利文献1】特开2000-131456号公报【专利文献2】特开平4-250393号公报但是,由于上述的红外线式自动开关和定时开关都通过电线与电源以及负载相连,所以在要通过这两种开关或具有操作手柄的开关的组合来控制同一负载的情况下,由于不能通过现有的布线来进行对应,所以需要重新布线,在现有的开关上追加红外线式自动开关或定时开关是不容易的。 [Patent Document 1] Laid-Open Publication No. 2000-131456 [Patent Document 2] Unexamined Patent Publication No. 4-250393 However, the above infrared and automatic timer switch switches the power supply and through wires connected to the load, so that through the case where two kinds or the combination switch having a switch operating handle to control the same load, can not be due to a corresponding conventional wiring, rewiring is required, an additional automatic switch or infrared switch timing of the switch is in the existing difficult.

发明内容 SUMMARY

本发明是鉴于上述情况而作出,其目的是提供一种可以容易地追加其他开关的功能而不用重新布线的开关和负载控制系统。 The present invention has been made in view of the above circumstances, an object thereof is to switch and load control system can be easily added to provide a function other switch without rewiring.

技术方案1的发明,为了实现上述目的,在一种具有配置在建筑面上的机体,在操作设置在机体的前面上的操作手柄时,接通或截断负载的开关中,其特征在于,包括:接收机构,其接收以电波或光为媒介发送的无线信号;开闭机构,其开闭从电源到负载的供电路径;和控制机构,其根据由接收机构接收的无线信号来控制开闭机构,从而接通或截断负载。 1 aspect of the invention, in order to achieve the above object, in a building having a surface disposed on the body, the switch operation lever when the operation is provided on the front face of the body, to connect or disconnect the load, characterized by comprising : receiving means for receiving radio waves or a radio signal optical transmission for the vehicle; opening and closing mechanism that opens and closes the power to the power supply path to the load; and controlling means, which controls in accordance with received by the receiving means a radio signal opening and closing mechanism to connect or disconnect the load.

技术方案2的发明是在技术方案1的发明中,其特征在于,控制机构从操作了操作手柄的时刻起开始规定的延迟时间的计时,并在该延迟时间的计时结束后,控制开闭机构将负载从接通切换为截断。 Invention of claim 2 is the invention of aspect 1, wherein the timing delay of a predetermined control means from the time of operation of the operating handle begins, and after the end of counting of the delay time, controlling the opening and closing mechanism the load is switched from ON to cut off.

技术方案3的发明是在技术方案1或2的发明中,其特征在于,开关的机体与具有按同一尺寸形成的机体的两个布线器具同时安装在一个安装框上,并嵌入配置在建筑面上。 Invention of claim 3 is the invention of aspect 1 or 2, characterized in that the body of the switch appliance having a body with two wirings formed according to the same size while mounted on a mounting frame, and is embedded in the building surface arranged on.

技术方案4的发明为了实现上述目的,其特征在于,由技术方案1~3的其中之一的开关和发送无线信号的一种到多种发送机构成,发送机包含:具有发送机构,其发送无线信号;人体检测机构,其检测在检测区域内是否存在人;发送控制机构,其使对应于人体检测机构的检测结果的无线信号从发送机构发送、的装置;及具有:所述发送机构;定时机构,其若变为预先设置的设置时刻,则输出触发信号;和发送控制机构,其使对应于定时机构输出的触发信号的无线信号从发送机构发送的、装置。 4 aspect of the invention To achieve the above object, characterized in that, as from a switch, and transmits a wireless signal to one of claims 1 - 3 wherein the plurality of transmission mechanisms, the transmitter comprising: a transmission mechanism that transmits wireless signal; human body detection means which detect the presence of persons in the detection area; transmission control means, which causes the wireless signal corresponding to the detection result of the human body detecting means is transmitted from the transmitting means; means and includes: the transmission mechanism; a timing mechanism, when it becomes a time previously set is provided, the output trigger signal; and a transmission control mechanism that, the timing means corresponding to the trigger signal output means of the radio signal transmitted from the transmitting means.

技术方案5的发明,为了实现上述目的,其特征在于,由技术方案2的开关和发送无线信号发送机构成,发送机包含具有:发送机构,其发送无线信号;人体检测机构,其检测在检测区域内是否存在人;发送控制机构,其使对应于人体检测机构的检测结果的无线信号从发送机构发送,开关的控制机构在通过接收机构接收了检测出人体时发送的无线信号时,开始所述延迟时间的计时,在该延迟时间的计时结束后,通过控制开闭机构而将负载从接通切换为截断。 Invention of claim 5, in order to achieve the above object, characterized in that, to a switch and transmitting a wireless signal transmission means the second aspect, the transmitter comprising: a transmission mechanism that transmits a radio signal; human body detecting means that detects the detection whether there is a person in the region; sending a control mechanism that corresponds to the human body detecting means of the detection result of the wireless signal transmitted from the transmission means, the control means switches in the received wireless signal is sent when the human body is detected by the receiving means, the start of counting said delay time, after the counting of the delay time, by controlling the opening and closing mechanism is switched to the load from the cut.

技术方案6的发明,在技术方案4或5的发明中,其特征在于,开关具有:操作信号输出机构,其检测出操作手柄的操作状态后输出操作信号;所述控制机构,其通过根据从操作信号输出机构输出的操作信号来控制开闭机构,而接通或截断负载,同时,在从操作信号输出机构输出了检测出连续操作了给定时间以上的操作手柄的操作信号时,将对应于无线信号的开闭机构的控制设为有效。 The invention of claim 6, in the invention of claim 4 or 5, characterized in that the switch has: an operation signal output means which detects an operation state of the operation lever outputs an operation signal; and the control means, by which according to the operation signal output means outputs a signal to control the opening and closing mechanism, and to connect or disconnect the load, while, when the output of the detected signal to the operation of continuous operation over a given time an operation signal from the operation lever output means, corresponding to means for controlling the opening and closing signals to the radio effective.

技术方案7的发明,在技术方案4或5的发明中,其特征在于,开关具有:操作信号输出机构,其检测出操作手柄的操作状态后输出操作信号;所述控制机构,其通过根据从操作信号输出机构输出的操作信号来控制开闭机构,而接通或截断负载,同时,每次从操作信号输出机构输出操作信号时,循环切换将对应于无线信号的开闭机构的控制设为有效的状态、接通负载的状态和截断负载的状态。 7 of the aspect of the invention, in the invention of claim 4 or 5, characterized in that the switch has: an operation signal output means which detects an operation state of the operation lever outputs an operation signal; and the control means, by which according to the operation signal output means outputs a signal to control opening and closing mechanism, and to connect or disconnect the load, while, each time the operation signal output from the signal output means, the switching cycles corresponding to the open and close control means to a radio signal active state, the ON state and a load state of the load.

技术方案8的发明,在技术方案4或5的发明中,其特征在于,开关包括:具有自由装卸地安装在机体上的识别用的突起部或不具有该突起部的两种所述操作手柄;检测有无突起部的检测机构;操作信号输出机构,其检测出操作手柄的操作状态后输出操作信号;所述控制机构,其通过根据从操作信号输出机构输出的操作信号来控制开闭机构,而接通或截断负载,同时,在检测机构检测出突起部时,使对应于无线信号的开闭机构的控制变为有效。 8 aspect of the invention, in the invention of claim 4 or 5, characterized in that, the switch comprising: a protrusion portion having identification detachably mounted on the body with or without the operating handle of the two protrusions ; detecting means for detecting the presence or absence of the projecting portion; an operation signal output means which outputs an operation signal after detecting an operation state of the operation lever; and the control means controls the opening and closing operation signal according to an operation signal outputted from the output means by means , to connect or disconnect the load, while the projecting portion is detected in the detection means, corresponding to the wireless signal of the control opening and closing mechanism becomes effective.

技术方案9的发明,在技术方案8的发明中,其特征在于,开关:具有位置显示机构,其显示操作手柄的位置;控制状态显示机构,其显示对应于无线信号的开闭机构的控制有效;在将具有突起部的操作手柄安装在机体的状态下,可以看到位置显示机构和控制状态显示机构两者,在将不具有突起部的操作手柄安装在机体上的状态下,仅可看到位置显示机构。 Invention ninth aspect, in the invention of aspect 8, wherein the switch: a position display means for displaying the position of the operating handle; control state display means for displaying information corresponding to the opening and closing mechanism of the wireless signal control active ; operating handle having a projecting portion is attached to the state of the body, and can see the position of the display means both the status display control means, in a state of not having an operating handle mounted on the projecting portion of the lower body, only to see the position display means.

技术方案10的发明,为了实现上述目的,其特征在于,由技术方案1-3的其中之一的开关和发送无线信号的一种到多种的发送机构成,发送机具有:发送机构,其发送无线信号;进行手动操作的操作手柄;发送控制机构,其使对应于操作手柄的操作的无线信号从发送机构发送。 10 aspect of the invention, to achieve the above object, characterized in that the transmission mechanism is made more switches and one transmitting wireless signals, wherein one of the technical solutions 1-3, the transmitter comprising: a transmission mechanism, which transmitting a radio signal; manually operating handle; transmission control mechanism that corresponds to the operation of the operating handle radio signals transmitted from the transmission mechanism.

技术方案11的发明,在技术方案4-10的其中之一的发明中,其特征在于,发送机将各机构收纳在从背面突出了在建筑面上突出的一个到多个销的外壳中。 11 aspect of the invention, in the invention, one aspect 4-10, wherein the transmitter means accommodated in each one to a plurality of pins projecting in surface construction projects from the rear surface of the housing.

技术方案12的发明,在技术方案4-10的其中之一的发明中,其特征在于,发送机将各机构收纳在将背面粘贴到建筑面上的外壳中。 12 aspect of the invention, in the invention, one aspect 4-10, wherein the transmitter means each housed in the back surface attached to the building surface of the housing.

根据技术方案1的发明,由于具有:接收机构,其接收以电波和光为媒介来发送的无线信号;开闭机构,其开闭从电源向负载的供电路径;控制机构,其根据由接收机构接收的无线信号来控制开闭机构,从而接通或截断负载,所以可以与例如检测在检测区域内是否存在人后发送无线信号的发送机、或若为设置时刻则发送无线信号的发送机组合来进行使用,可以提供一种可容易的追加其他开关的功能,而不用重新布线的开关。 The invention of claim 1, since having: receiving means for receiving radio waves and the wireless signal light as a medium to be transmitted; opening and closing mechanism that opens and closes from the power source to the power supply path load; control means, based on the reception by the receiving means a radio signal to control the opening and closing mechanism to connect or disconnect the load, it is possible to transmit a wireless signal transmitter, for example, after detecting the presence of persons in the detection area, or to set a time when the transmitter transmits a radio signal to a combination of for use, it can be easily added to provide an additional switching functions, without re-routing switch.

根据技术方案2的发明,可以提供可容易地追加其他开关的功能的延迟开关。 The invention of claim 2 can be easily added to provide a switching function of the delay of the other switch.

根据技术方案3的发明,可以与使用一个安装框来接通·截断其他负载的一个或两个开关并联设置,可实现节约空间化。 The invention of claim 3, the mounting frame may be used to turn on a cut-switches provided in parallel to one or two other loads, space saving can be achieved.

根据技术方案4的发明,可以组合具有操作手柄的开关和检测出检测区域内是否存在人后发送无线信号的发送机、或若为设置时刻则发送无线信号的发送机组合来进行使用,可以提供可容易地追加其他开关的功能,而不重新布线的负载控制系统。 The invention of claim 4, may be combined with a switch and the detected operating handle transmitter transmits a radio signal after the presence or absence of persons in the detection area, or if it is set in time the transmitting transmitter combination of wireless signals to use can be provided other functions can be easily added switch, without rewiring the load control system.

根据技术方案5的发明,可以组合具有操作手柄的开关(延迟开关)和检测出在检测区域内是否存在人后发送无线信号的发送机组合来进行使用,可以提供可容易地追加其他开关的功能,而不用重新布线的负载控制系统,且由于开关的控制机构在由接收机构接收了检测出人体时发送的无线信号时,开始所述延迟时间的计时,并在该延迟时间的计时结束后,通过控制开闭机构而将负载从接通切换为截断,所以不需要在发送机上设置计时延迟时间用的定时器,可以简化发送机的结构。 The invention of claim 5, may be combined with an operating handle switch (delay switch) and the detected wireless signal is transmitted after the presence or absence of persons in the detection area transmitter combination for use, may provide easily added to other switching functions and the load control system without rewiring, and since the control means when the switch is detected in the received wireless signal is sent when the human body, the reception means starts the timing delay time, and delay time after the end of the counting, by controlling the opening and closing mechanism is switched to the load from the cut, it is not necessary to provide a timing delay timer at the transmitter, the transmitter can be simplified.

根据技术方案6的发明,可以容易地从基于开关的负载的控制状态切换到基于发送机的负载的控制状态。 According to the invention of aspect 6, it can easily be switched from the state of the load based on the control switches to the control based on the load state of the transmitter.

根据技术方案7的发明,可以容易地从基于开关的负载的控制状态切换到基于发送机的负载的控制状态。 The invention of claim 7, can easily be switched from the state of the load based on the control switches to the control based on the load state of the transmitter.

根据技术方案8的发明,通过安装在具有突起部的操作手柄上,从而可以容易地从基于开关的负载的控制状态切换为基于发送机的负载的控制状态。 The invention of claim 8, by being mounted on the operating handle has a protrusion, which can be easily switched from the state of the load based on the control switch is based on the control state of the load transmitter.

根据技术方案9的发明,由于显示对应于无线信号的开闭机构的控制有效的控制状态显示机构仅在安装了具有突起部的操作手柄时可以看到,所以可以容易地判断基于发送机的负载控制是否有效。 The invention of claim 9, since the active display state corresponding to the opening and closing control mechanism for controlling the radio signal display means can be seen only when the operating handle having a projecting mounting portion, the load can be easily determined based on the transmitter control is valid.

根据技术方案10的发明,可以追加3路或4路开关的功能,而不用重新布线。 The invention of claim 10, the functions may be added or 4-way 3-way switch, without re-wiring.

根据技术方案11的发明,可以将发送机容易地安装在墙壁上,且还可简单地进行发送机的移动设置。 The invention of claim 11, the transmitter can be easily mounted on a wall, and also move easily set the transmitter.

根据技术方案12的发明,可以将发送机容易地安装在墙壁上,且还可简单地进行发送机的移动设置。 The invention of claim 12, the transmitter can be easily mounted on a wall, and also move easily set the transmitter.

附图说明 BRIEF DESCRIPTION

图1是表示本发明的实施方式1的系统结构图;图2是表示上述的开关的框图;图3是表示上述的两个模块的开关的分解立体图;图4是表示上述的一个模块的开关的分解立体图;图5是表示上述的发送机的框图;图6是表示上述的发送机,(a)是主视图,(b)是左侧视图;图7是表示上述其他结构的发送机,(a)是主视图,(b)是左侧视图;图8是表示上述的开关的动作说明用的状态转移图;图9是表示上述的动作说明用的时序图;图10是上述的开关的动作说明用的状态转移图;图11是上述的开关的动作说明用的状态转移图;图12是表示本发明的实施方式2的系统结构图;图13是上述的发送机的框图;图14是上述的发送机的平面图;图15是上述的动作说明用的时序图;图16是表示本发明的实施方式3的系统结构图;图17是上述的发送机的框图。 FIG 1 shows the first embodiment of the present invention is a system configuration of FIG. 1; FIG. 2 is a block diagram of a switch the representation; FIG. 3 is an exploded perspective view of the switch of the above-described two modules; FIG. 4 is a diagram showing the switching of said one module an exploded perspective view; FIG. 5 is a block diagram of the transmitter described above; FIG. 6 shows the aforementioned transmitter, (a) is a front view, (b) is a left side view; FIG. 7 shows a transmission device according to another structure, (a) is a front view, (b) is a left side view; FIG. 8 is a state transition diagram showing the operation of the switch described; FIG. 9 is a timing chart showing the operation described above; FIG. 10 is the above-described switch state transition diagram used to explain the operation; FIG. 11 is a state transition view of the above-described operation of the switching explanatory; FIG. 12 shows an embodiment of the present invention is a system configuration of FIG. 2; FIG. 13 is a block diagram of a transmitter described above; FIG. 14 is a plan view of the above-described transmitter; FIG. 15 is a timing chart of the operation described above; FIG. 16 illustrates one embodiment of the present invention is a system configuration of FIG. 3; FIG. 17 is a block diagram of the transmitter.

图中:S-开关,W1-发送机,AC-电源,L-照明负载。 FIG: S- switch, W1- transmitter, AC- power, L- lighting load.

具体实施方式 detailed description

(实施方式1)本实施方式的负载控制系统如图1所示,由发送以红外线为媒介的无线信号的发送机W1;经电线串联连接到电源(工业交流电源)AC和照明负载L,并根据操作手柄20的操作或从发送机W1发送的无线信号来点亮熄灭照明负载L的开关S构成。 The load control system (Embodiment 1) Embodiment 1 of the present embodiment, the infrared rays transmitted by the transmitter as an intermediary for the wireless signal W1; via wired in series to the power supply (commercial AC power supply) AC and the lighting load L, and the operation of the operation lever 20, or a wireless signal W1 transmitted from the transmitter to light off the lighting load L switches S configuration. 这里,作为负载示例了由白炽灯构成的照明负载L,但是其目的并不限于此,除荧光灯和荧光灯电子稳压器等其他照明负载之外,也可以是照明负载之外的负载。 Here, an example of the lighting load as the load L is constituted of an incandescent lamp, but it is not limited to this purpose, in addition to fluorescent and other lighting loads electronic ballast fluorescent lamps and the like, may be supported outside of the lighting load. 另外,传送无线信号的媒介也可以是电波等的其他媒介,其目的并不限于红外线。 Further, the wireless signal transmission medium may be other media such as radio waves, and an object is not limited to infrared.

图2是表示开关S的框图。 FIG 2 is a block diagram of a switch S. 开关S中设置了具有开闭从电源AC向照明负载L的供电路径的开关元件(例如,三端双向可控硅开关(triac))的负载控制部2,通过由微计算机构成的控制电路部1来开关控制负载控制部2的开关元件。 Switch S 2 is set in the control circuit section has a control opening and closing of a load from the power supply unit AC to the lighting load L of the power supply path switching element (e.g., switching triac (TRIAC)) constituted by a microcomputer a switching element to the switching control of the load control section 2. 另外,开关S包括:具有光电二极管或光电晶体管等受光元件,并接收以红外线为媒介的无线信号的无线信号接收部3;放大由无线信号接收部3接收的接收信号的放大电路4;具有发光二极管等发光元件,并进行后述的位置显示或基于发送机W1的控制的有效/无效的显示(控制状态)的显示部5;具有通过操作手柄20来进行按压操作的间歇式开关,并在接通间歇式开关时将操作信号发送到控制电路部1的开关输入部6。 Further, the switch S comprising: a radio signal receiver unit light-receiving element, and receiving wireless signals to infrared as a medium of a photodiode or phototransistor 3; amplifying circuit that amplifies a reception signal received by the wireless signal reception unit 34; having a light emitting diode light-emitting element, position and later display or the display unit 5 based W1 control transmitter enabling / disabling the display (control state); a intermittent switch 20 is pressed by the operating handle, and switch operation signal input unit 6 to the control circuit unit 1 when the switch is turned on intermittently. 即,每次按压操作操作手柄20并从开关输入部6发送操作信号时,控制电路部1开关负载控制部2的开关元件,来切换照明电荷L的点亮和熄灭。 That is, each time the pressing operation of the operation lever 20 and the switch operation signal is transmitted from the input unit 6 controls the switching element switching circuit portion of the load control unit 2 to switch the illumination on and off the charge of L. 另外,在开关S上设置向控制电路部1等供给动作电源的电源电路部7。 Further, the switching power supply circuit portion S to a control circuit unit 1 like the operation of the power supply 7 is provided. 该电源电路部7在负载控制部2接通从电源AC向照明负载L的供电路径时,从电源AC供电而产生动作电源,同时,充电图中未示的电容器,在负载控制部2截断从电源AC向照明负载L的供电路径时,利用在电容器中充电的电荷来产生动作电源。 The power supply circuit portion 7 when the AC L 2 from the power supply path to the lighting load is a load control section, to generate operation power supply from the power source AC, while charging the capacitor, not shown in FIG, 2 in the load control section cut from when the AC power supply path to the load L lighting using charge charged in the capacitor to the power generating operation. 因此,本实施方式的开关S可以用两条线串联连接到电源AC和照明负载L。 Thus, the switch S according to the present embodiment may be connected in series to the two lines and the power supply AC lighting load L. 但是由于这种电源电路部7是现有技术中公知的(例如,参考特开2000-357443号公报),所以省略对于详细的结构和动作的图示和说明。 However, since such a power supply circuit portion 7 is prior art well known (e.g., refer to Laid-Open Patent Publication No. 2000-357443), illustration and description thereof will be omitted for the detailed construction and operation.

这里,本实施方式的开关S作为延迟开关而构成,在照明负载L点亮时,若按压操作操作手柄20而从开关输入部6发送操作信号,则控制电路部1从接收了操作信号的时刻起开始进行给定的延迟时间的计时,在延迟时间的计时结束后控制负载控制部2来熄灭照明负载L。 Here, the switch S of the present embodiment is configured as a delay switch, when lit the lighting load L, when the pressing operation of the operation lever 20 and the switch operation signal is transmitted from the input unit 6, the control circuit unit 1 receives the operation signal from the timing starts counting from a predetermined delay time, delay time after the timing control section 2 controls the load to extinguish the lighting load L. 另外,在开关输入部6上设置可变电阻器,并如后所述,从开关输入部6向控制电路部1发送对应于可变电阻器的电阻值的操作信号,在控制电路部1中根据该操作信号在几十秒到几十分钟之间来调整延迟时间。 Further, the variable resistor is provided in the switch input portion 6, and as described later, the variable resistor 6 corresponding to the resistance value of the operation signal from the switch unit input to the transmission control circuit unit 1, the control circuit section 1 the operation of the signal between several tens of seconds to several tens of minutes to adjust the delay time.

显示部5具有位置显示用的发光元件(下面,称作“位置显示灯”)和控制状态显示用的发光元件(下面称作“控制状态显示灯”),控制电路部1在控制负载控制部2而点亮照明负载L的期间内熄灭位置显示灯,在熄灭照明负载L的期间内通过点亮位置显示灯而知道开关S的位置。 A display unit 5 having a light emitting element of the display position (hereinafter, referred to as "position display lamp") and a control status display light-emitting element (hereinafter referred to as "control status indicator"), the control circuit controls the load control unit 1 in the unit 2 lights up position during the lighting load off the display lamp L in the off period L of the lighting load by turning on the switch position display lamp knowing position S. 另一方面,控制状态显示灯在控制电路部1中基于发送机W1的照明负载L的控制有效时点亮,在基于发送机W1的照明负载L的控制无效时熄灭。 On the other hand, when the control status indicator in the control circuit unit. 1 L effectively control the lighting load based on the transmitter is lit W1, based on the L off when the transmitter control ineffective lighting load W1.

图3是开关S的立体图。 FIG 3 is a perspective view of a switch S. 开关S的机体10由矩形箱状的合成树脂成形品构成,形成为宽手柄形连用开关(参考JIS C 8304)的两个模块尺寸,并安装在安装框100上而嵌入配置在墙壁上。 S switch body 10 is made of a synthetic resin molded product rectangular box shape configuration, having a width of two modules form a shaped handle in conjunction switch (refer to JIS C 8304) and mounted on a mounting block 100 disposed on the wall is embedded. 这里,安装框100可沿宽度方向连接三个一个模块尺寸的机体来进行安装,在图示例子中,具有本实施方式的开关S、一个模块尺寸的机体110和操作手柄111,并与接通·截断其他负载的宽手柄形的开关S'连接后进行安装。 Here, the mounting block 100 may be connected in the width direction of the three dimensions of a module mounted to the body, in the illustrated example, includes a switch S according to the present embodiment, a size of the module body 110 and the operating handle 111, and is turned on other wide handle-shaped cut-load switch S 'is mounted after connection. 即,由于本实施方式的开关S可以使用一个安装框100与接通·截断其他负载的开关S'并列设置,所以实现了节约空间化。 That is, since the switch S according to the present embodiment may be used with a mounting frame 100 engaged and the other load cutoff switch S 'juxtaposed, space saving is achieved. 但是,也可如图4所示,机体10形成为一个模块尺寸,这时,可以与具有一个模块尺寸的机体110和操作手柄111的两个开关S、S'相连并安装到安装框100上。 However, also shown in Figure 4, the body 10 is formed as a module size, then, you may have a size of the module body 110 and the operating handle of the two switches S 111, S 'and is connected to a mounting block 100 . 另外,由于这种安装框100是日本工业标准等中标准化的公知的安装框,所以省略对于细节的图示和说明。 Further, since this mounting block 100 is standardized in Japanese Industrial standards known mounting frame, illustration and description thereof will be omitted for details.

在机体10内收纳安装了构成图2所示的各部分的电子部件的印刷电路板或连接电线用的端子等。 Receiving a printed circuit board mounted electronic components constituting the respective portions shown in FIG. 2 or the like for connecting terminal wires 10 in the body. 在机体10的前面,在上下方向的中央部的左端面上突出设置自由旋转地轴支操作手柄20的一对轴部11、11,在上下方向上的中央部的右端部设置使间歇型开关的按钮露出的圆孔12。 In front of the body 10, a left end surface of the central portion in the vertical direction is arranged protruding freely operating handle rotatably supported a pair of shaft portions 20, 11 and 11, a right end portion of the central portion in the vertical direction, provided that the intermittent switch button exposed hole 12. 另外,在机体10前面的轴部11的附近沿上下方向排列分别相对于显示部5具有的两个发光元件的两个窗孔13a、13b、相对于无线信号接收部3具有的受光元件的窗孔13c。 Further, two apertures are arranged with respect to two light emitting elements of the display portion 5 having a front body 10 in the vertical direction in the vicinity of the shaft portion 11 and 13a, 13b, with respect to the window of the light-receiving element having a radio signal receiving section 3 of hole 13c. 进一步,在机体10前面的下部设置采取宽度细的矩形状的长孔14a、比该长孔14a还短的其他长孔14b,将操作开关输入部6具有的延迟时间调整用的可变电阻器的操作柄15a在左右方向上可自由滑动地插入到一个长孔14a内,为了择一切断无线信号的信道,将开关输入部6具有的滑动开关的操作柄15b在左右方向上可自由滑动地插入到另一个长孔14b。 Further, in the front of the body 10 to take the width of the lower portion of the thin rectangular elongated hole 14a, is shorter than the other elongated hole 14a of the long hole 14b, the operation of the variable resistor has a switch input portion 6 of the delay time adjusting an operation lever 15a in the lateral direction is slidably inserted into a long hole 14a, to select a cut wireless signal channel, the switch input portion 6 having a handle of the slide switch 15b in the lateral direction slidably inserted into another elongated hole 14b.

操作手柄20通过合成树脂材料形成为在平面视图中大致为矩形状,从正面看在左侧端部的里面设置被轴部11、11自由旋转地轴支的轴承部(图中未示)。 Operating handle 20 is formed into a substantially rectangular shape, viewed from the front is provided inside the left end portion in plan view, is freely rotatably supported in a bearing portion of the shaft portion 11, 11 (not shown) by a synthetic resin material. 即,操作手柄20通过在轴部11、11上安装轴承部,从而以左侧端部为支点,沿前后方向自由旋转地安装到机体10前面,在从前面进行按压操作使右侧端面靠近机体10的前面时,使得在背面突出设置的操作突起(图中未示)操作从圆孔12露出的间歇型开关的按钮。 That is, the operation lever 20 is mounted by a bearing portion on the shaft portion 11, 11, thereby the left end portion as a fulcrum, rotatably mounted in the front-rear direction to the front of the body 10, is pressed from the front at the right-side end surface close to the body when the front 10 such that the rear surface of the operation projecting protrusions (not shown) a batch-type operation of the switch button is exposed from the circular hole 12.

另外,在操作手柄20的左侧端部穿孔与三个窗孔13a、13b、13c分别相对的三个孔(图中未示),以堵塞这三个孔的形态来安装长条状的受光盖21。 Further, the left end portion of the perforations form three apertures 13a, 13b, 13c respectively opposing three holes (not shown) of the operation lever 20, to close these three holes to install the elongated light cover 21. 受光盖21由对红外线具有透光性,同时对可见光有遮光性的合成树脂成形品构成,在相对于上下两个窗孔13a、13b的位置上嵌入使位置显示灯和控制状态显示灯发出的光(可见光)向前方照射用的导光部件21a、21b,使得可以看到位置显示灯和控制状态显示灯点亮时的光,而不会被受光盖21遮住。 Light translucent cover 21 having the infrared, visible light while a light-shielding synthetic resin constituting the molded article, relative to the position of the embedded control and display light emitted from the lamp status display position of the upper and lower apertures 13a, 13b of the (visible light) is irradiated with the light guide member to the front 21a, 21b, making it possible to see the position of the lamp and the display control state of the display light when the lamp is lit, and the light-receiving cover 21 is not blocked.

这里,在操作手柄20的背面,在上下方向的上部,从正面看右端的部位上设置向后方突出的突起部22。 Here, the back surface of the operating handle 20, the upper portion of the vertical direction, viewed from the front projecting portion 22 projecting rearward portion is provided on the right end. 该突起部22在将操作手柄20安装在机体10前面的状态下,插入到从机体10前面的正面看设置在右上端部上的插入孔16内,操作收纳在机体10内的检测开关(图中未示)。 The projection portion 22 in a state where the operating handle 20 is mounted in front of the body 10, is inserted into see the insertion hole is provided on the right upper end portion 16, an operation housing sensing switch within the body 10 (FIG from 10 front body front not shown). 检测开关例如由微型开关构成,在通过突起部22来进行操作时,从开关输入部6向控制电路部1发送操作信号(检测信号)。 For example, a micro switch detecting switch 22 when operated by a protrusion 6 transmits an operation signal (detection signal) to the switch unit input from the control circuit unit. 在接收了该检测信号的期间内,通过控制电路部1使对应于由无线信号接收部3接收的接收信号的负载控制部2的控制变为有效,若没有接收检测信号,则使对应于由无线信号接收部3接收的接收信号的负载控制部2的控制变为无效。 During the period of the detection signal received by the control circuit section so that the load control unit 1 controls the radio reception signal received by the signal receiving section 3 corresponding to the 2 becomes active, the detection signal is not received, corresponding to the cause of a control signal receiving section 3 receives the radio signal reception section 2 of the load control becomes invalid. 即,操作手柄20有具有突起部22和不具有突起部两种,在与发送机W1组合来构成负载控制系统的情况下,可以将具有突起部22的操作手柄20安装在机体10上而使基于无线信号的照明负载L的控制有效,在不与发送机W1组合来单独使用开关S的情况下,可以将不具有突起部22的操作手柄20安装到机体10上而使基于无线信号的照明负载L的控制变为无效。 That is, the operating handle 20 having a protrusion 22 and a protrusion portion having no two kinds, in the case where the transmitter is combined with W1 to form the load control system, the operating handle may have a projecting portion 22 of the body 20 is mounted on a 10 based on the lighting load L of the radio signal controlled effectively, without a transmitter W1 used in combination with a separate switch S, the operation lever may not have a projecting portion 22 of the body 20 is mounted to the radio signal 10 based on the illumination L controls the load becomes invalid. 另外,在不具有突起部22的操作手柄20上不需要相对于控制状态显示灯的导光部件21a,在安装了该操作手柄20的状态下,由于被受光盖21隐藏而不能看到控制状态显示灯,所以可以容易地判断基于发送机W1的照明负载L的控制是否有效。 Further, not having an operating handle 22 projecting from the portion 20 does not need to control the state of the display light with respect to light guide member 21a, is mounted in a state where the operating handle 20, since the light cover 21 can not see hidden control state display lamp, it is possible to easily determine the validity of the lighting load based on the L control transmitter W1.

图5表示发送机W1的框图。 FIG. 5 shows a block diagram of a transmitter W1. 该发送机W1中设置了具有通过用热电元件来检测从人体放射出的红外线,从而检测在检测区域内是否存在人的感人传感器和通过光电转换元件或太阳电池来检测出周围的亮度的传感器,并发送由亮度传感器检测出的周围的亮度和用感人传感器检测出的是否存在人的传感器部31。 W1 is provided to the transmitter by using a thermoelectric element having a detecting infrared rays radiated from a human body, thereby detecting the presence or absence of people moving within the detection area sensor and the sensor detects the surrounding brightness by a photoelectric conversion element or a solar cell, and transmitting the brightness detected by the brightness sensor and the sensor unit surrounding the presence or absence of people detected by the moving sensor 31. 将从传感器部31发送的亮度和人体的检测结果输入到由微计算机构成的控制电路部30,在控制电路部30中,在由传感器部31检测出了人体时,则产生使照明负载L点亮用的控制信号。 31 transmits the brightness and the detection result of the human body from the sensor unit is input to the control circuit unit 30 composed of a microcomputer in the control circuit section 30, when the human body is detected by the sensor unit 31, the load L is generated so that the lighting point bright control signal. 另外,控制电路部30产生的控制信号有:由亮度传感器检测出的亮度没有达到阈值的信号(下面称作“第一控制信号”)和由亮度传感器检测出的亮度为阈值以上的信号(下面称作“第二控制信号”)两种。 Control signal Further, the control circuit section 30 generates are: detected by the luminance sensor luminance does not reach a signal threshold value (hereinafter referred to as "a first control signal") and detected by the brightness sensor luminance than the threshold signal (hereinafter referred to as "second control signal") two. 并且,在用放大电路32放大了控制电路部30产生的第一和第二控制信号后,送到无线信号发送部33。 Further, the amplifier circuit 32 amplifies the first and second control signal generating circuit section 30, the signal transmitting unit 33 to the radio. 并且,无线信号发送部33根据控制电路部30的第一和第二控制信号来驱动发光二极管(图中未示),并将发光二极管产生的红外线作为媒介来发送无线信号(第一或第二控制信号)。 The radio signal transmitting unit 33 drives a light emitting diode (not shown) according to a first control signal and a second circuit section 30, and the infrared light emitting diodes as a medium to transmit a wireless signal (first or second control signal). 另外,在发送机W1上设置具有使照明负载L强制点亮或熄灭,而不管基于传感器部31的是否存在人的检测的按钮开关SW1的开关电路部34,若通过操作按钮开关SW1而从开关电路部34发送出操作信号,显然使得控制电路部30产生使照明电荷L点亮或熄灭用的控制信号(下面,称作“第三控制信号”)。 Further, provided at the transmitter W1 having forced lighting load L lit or extinguished, while the button switch SW1 is detected by the switch circuit section based on the sensor unit 31 irrespective of whether there is a person 34, by operating the button when the switch SW1 from the switch circuit unit 34 transmits an operation signal, the control circuit 30 generates apparently so that the lighting unit or lighting charge control signal L is turned off (hereinafter, referred to as "the third control signal"). 进一步,开关电路部34具有设置对亮度传感器的阈值用的设置开关(可变电阻器),以便根据从开关电路部34发送的设置信号,控制电路部30设置阈值。 Further, the switching circuit portion 34 having a threshold setting switch luminance sensor value (variable resistor), so according to the setting signal transmitted from the switching circuit portion 34, the control circuit section 30 sets a threshold value. 另外,在发送机W1上设置将电池作为电源而向各部分供给动作电源的电源部35。 In addition, a battery power supply unit as a power source to each power supply operation portion 35 at the transmitter W1.

图6表示发送机W1的外观图。 6 shows an external view of a transmitter W1. 发送机W1具有由合成树脂制成的主体40a和盖体40b构成的外壳40,将安装了构成图5所示的各部分的电子部件的印刷电路板(图中未示)安装在外壳40内。 W1 transmitter having a main body made of a synthetic resin member 40b of the housing 40a and the cover 40 made of the configuration of FIG mounted a printed circuit board (not shown) of portions of the electronic component 5 is mounted within the housing 40 . 主体40a为矩形板状,通过竖立从前方向四个角部插入的挤压销(pin)41而安装在墙壁上。 40a is a rectangular plate body, by erecting the front direction of the four corners of the insertion portion of the pressing pin (pin) 41 is mounted on the wall. 盖体40b在平面视图中大致为矩形状,覆盖在主体40a的前面。 Lid 40b in plan view a substantially rectangular shape covering the front of the body 40a. 在盖体40b的下部设置将红外线聚集到传感器部31的感人传感器用的透镜42,在盖体40b的上部设置使无线信号发送部33具有的无线信号发送用的发光二极管LD发出的红外线透过的红外线透过部43。 In the lower portion 40b of the cover will gather infrared lens moving portion 31 with the sensors of the sensor 42, the upper cover member 40b is provided so that the radio signal transmitting unit 33 having the radio signal transmitted by the light emitting diodes emit infrared light through the LD the infrared transmission section 43. 另外,在盖体40b的中央部排列设置操作按钮开关SW1的按钮的操作部44、和将外光照射到亮度传感器用的外光透过部45。 Further, the operation portion are arranged at the central portion of the button switch SW1 lid 40b button 44, and an outer sensor for irradiating light brightness of external light transmitting portion 45. 另外,代替使用挤压销41,也可如图7所示,在外壳40的背面上粘附双面带46而粘贴到墙壁上。 Further, instead of using the pressing pin 41, also shown in FIG. 7, on the back surface of the housing in the double-sided adhesive tape 40 onto the wall 46.

接着,说明本实施方式的动作。 Next, the operation of the present embodiment. 若从按压操作操作手柄20后照明负载L点亮的状态(强制点亮)开始,按压操作了操作手柄20,则控制电路部1进行所设置的延迟时间T1的计数(延迟动作),若延迟时间T1的计数(时间到)结束或在延迟时间T1的计数中再次按压操作了操作手柄20,则控制负载控制部2来熄灭照明负载L(强制熄灭)。 When starting the pressing operation state of the operation lever 20 after the lighting of the lighting load L (forced lighting), the pressing operation of the operation lever 20, the control circuit 1 unit delay time T1 is set count (delayed action), if the delay counting time T1 (time to) or at the end of the counting of the delay time T1 again operates the operation lever 20 is pressed, the control unit 2 controls the load to extinguish the lighting load L (forced off). 另外,控制电路部1通过控制显示部5,从而在强制点亮状态下熄灭位置显示灯,并在延迟时间的计数中使位置显示灯闪烁,在强制熄灭状态中使位置显示灯点亮。 Further, the control unit 1 controls the display circuit unit 5, thereby extinguishing the forced position display lamp lighting state, and the display lamp scintillation counting time delay position manipulation, the position of the display lights up in a forced-off state manipulation.

另一方面,在发送机W1中,例如在照明负载L为熄灭状态且周围亮度没有达到阈值时,若通过传感器部31检测出在检测区域内存在人,则控制电路部30产生第一控制信号而从无线信号发送部33发送无线信号(第一控制信号)。 On the other hand, in the transmitter W1, such as off state and the ambient brightness does not reach the threshold value in the lighting load L, when the memory is detected in the detection region by the sensor unit 31 in a human, the control circuit section 30 generates a first control signal 33 and transmits a radio signal (first control signal) from the radio signal transmitting unit. 在接收了第一控制信号的开关S的控制电路部1中,若负载控制部2的开关元件截断,即为照明负载L熄灭的状态,则进行与接通负载控制部2的开关元件来点亮照明负载的同时预先设置动作保持时间T2的计数,若动作保持时间T2的计数结束,则控制负载控制部2(截断开关元件)来熄灭照明负载L。 In the control circuit receives a first portion of the switch control signal S 1, the switching element 2 when the load control unit is cut off, i.e. the lighting load L extinguished state, with a load switching element to the control section 2 points bright lighting load while maintaining a preset operation count time T2, when the counting operation of holding time T2 is finished, 2 (cut-off switch element) to control load control unit turns off the lighting load L. 另外,若在动作保持时间T2的计数中传感器部31再次检测出存在人,则由于通过照明负载L的点亮,周围亮度为阈值以上,所以发送机的控制电路部30产生第二控制信号而从无线信号发送部33发送无线信号(第二控制信号)。 Further, when the count held in the operation time T2 of the sensor unit 31 again detects the presence of people, since the load L is lit by the illumination, ambient brightness less than the threshold value, the control circuit unit 30 of the transmitter generates a second control signal 33 transmits a radio signal (second control signal) from the radio signal transmitting unit. 在接收了第二控制信号的开关S的控制电路部1中,若负载控制部2的开关元件接通,即为照明负载L点亮的状态,则预触发动作保持时间T2的计数。 In the control circuit receives a second portion of the switch control signals S 1, when the load control unit of the switching element 2 is turned on, namely, the lighting state of the lighting load L, the pre-trigger counts holding operation time T2. 但是,若在接收第二控制信号时,负载控制部2的开关元件截断,即为照明负载L熄灭的状态,由于考虑到周围亮度为阈值以上,所以控制电路部1仍熄灭照明负载L,而不进行负载控制部2的控制。 However, if the reception of the second control signal, the load control section of the switching element 2 is cut off, i.e. the lighting load L extinguished state, taking into consideration ambient brightness less than the threshold value, the control circuit unit 1 remain off the lighting load L, and no load of the control section 2 controls. 这里,由于通过开关S的控制电路部1,动作保持时间T2与延迟时间T1公共,所以不需要在发送机W1上设置计时动作保持时间T2用的定时器,可以简化发送机W1的结构。 Here, since 1, the operation holding time T2 and the common delay time T1, it is not necessary to provide timing operation at the transmitter W1 holding time T2 timer used by the control circuit section switches S can be simplified structure of the transmitter W1. 另外,在控制电路部1安装了具有突起部22的操作手柄20时,为了表示基于无线信号的控制(无线控制)有效,控制显示部5而使控制状态显示灯点亮。 Further, the control circuit unit 1 is mounted in the operating handle 20 has a projecting portion 22, in order to express valid, the display control unit 5 based on the control (radio control) controls the radio signal status indicator lights.

图8表示将不具有突起部22的操作手柄20安装到机体10的情况下的控制电路部1的状态转移图。 FIG 8 shows the operation lever projecting portion 22 does not have a 20 mounted to the control circuit of FIG. 1 is transferred in the case where the body section 10. 若从照明电荷L点亮的状态起按压操作了操作手柄20,则控制电路部1进行所设置的延迟时间T1的计数(延迟动作),若延迟时间T1的计数结束(时间已到),或在延迟时间T1的计数中再次按压操作了操作手柄20,则控制负载控制部2来熄灭照明负载L。 If L from the illumination lighting state of charge pressing operation of the operation lever 20, the control circuit 1 unit delay time T1 is set count (delayed action), if the delay time T1 is counted up (time is up), or counting the delay time T1 again operates the operation lever 20 is pressed, the control unit 2 controls the load to extinguish the lighting load L. 另外,若从照明负载L熄灭的状态按压操作了操作手柄20,则控制电路部1控制负载控制部2而点亮照明负载L(参照图9)。 Further, when the lighting load L from the off state of the pressing operation of the operation lever 20, then the circuit control unit 1 controls the load control unit (see FIG. 9) lights up the lighting load L 2. 而且,控制电路部1通过控制显示部5,而在照明负载L的点亮状态下熄灭位置显示灯,在延迟时间的计数中使位置显示灯闪烁,在照明负载L的熄灭状态中使位置显示灯点亮。 Further, the control unit 1 controls the display circuit unit 5, the position indicator lamp extinguished under illumination load L lighting state indicator lamp scintillation counting time delay position manipulation, the position shown in the off state of the lighting load L manipulation lights. 但是,在将不具有突起部22的操作手柄20安装在机体10上的情况下,控制电路部1为了表示无线控制无效,而控制显示部5使控制状态显示灯熄灭。 However, in the case where the operator does not have the projecting portion 22 of the handle 20 is mounted on the body 10, the control circuit unit 1 to the radio network controller indicates invalid, and controls the display control unit 5 causes the status indicator off.

如上所述,本实施方式的开关S和负载控制系统可以通过与检测出检测区域内是否存在人后发送无线信号的发送机W1组合来使用,可以容易地追加其他开关的功能,而不用重新布线。 As described above, the switch S and a load control system according to the present embodiment may be transmitted through the human whether there is detected within the detection area W1 transmitter to use a combination of wireless signals, the function can be easily added to other switches, without rewiring . 但是,由于具有检测人是否存在的感人传感器的发送机W1和控制照明负载L的闪烁的开关S分开,所以在得到了最佳的检测区域的位置上容易地设置发送机W1。 However, since the transmitter touching presence sensor for detecting whether the lighting load W1 and the control switch S L flicker separately so obtained easily set the optimum position of the detection area on the transmitter W1.

但是,代替通过有无在机体10上安装的操作手柄20的突起部22来进行,而通过操作手柄20的按压操作来进行在开关S的控制电路部1中是否使无线控制无效的切换。 However, instead of the projection portion 22 is performed by presence or absence of the operation lever 10 is mounted on the body 20, and is performed in the control circuit section switches S 1 by the pressing operation of the operation lever 20 of the radio network controller whether to switch ineffective. 例如,如图10的状态转移图所示,在照明负载L点亮(除延迟时间的计数中)或熄灭时,将操作手柄20连续按压操作比通常长的时间(例如2秒期间)时,控制电路部1使无线控制有效,或通过无线控制,照明负载L点亮或熄灭时,若按压操作了操作手柄20,则控制部电路部1使无线控制无效。 For example, as shown in FIG. 10 is a state transition, the lighting in the lighting load L (in addition to the delay time counter) or to shut off the continuous pressing operation of the handle 20 is generally longer than the period of time (e.g. during 2 seconds) operation, the control circuit of the wireless control unit 1 is valid, or by wireless control, or the lighting off the lighting load L, when the pressing operation of the operation lever 20, the circuit portion, the control portion 1 causes the wireless control is disabled. 或,如图11的状态转移图所示,每次按压操作操作手柄20时控制电路部1也可循环切换照明负载L的点亮→(延迟动作)→照明负载L的熄灭→无线控制的有效→照明负载L的点亮。 Or, as shown in the state transition diagram shown in FIG. 11 is effective, the control circuit operates the operation handle portion 1 can also switch the lighting lighting load L → (delay operation) cycle 20 the lighting load L → off → wireless control each of the pressing lighting the lighting load L →.

(实施方式2)本实施方式的负载控制系统如图12所示,有除了装载了感人传感器和亮度传感器的发送机W1之外,还包含具有定时功能(后述)的发送机W2的特征。 The load control system (Embodiment 2) of the present embodiment shown in FIG. 12, there is loaded in addition to moving the sensor and the transmitter W1 outside brightness sensor, characterized in further comprising a transmitter having a timing function W2 (described later). 但是,由于开关S和发送机W1的结构和动作与实施方式1相同,所以对公共的构成要素施加相同的符号而省略说明。 However, due to the same switch S and the structure and operation of a transmitter W1 of the embodiment 1 and embodiment, the same reference numerals applied to the components common description thereof is omitted.

图13表示发送机W2的框图。 13 shows a block diagram of a transmitter and W2. 在该发送机W2上设置了计时当前时刻的定时电路部51,将由定时电路部51计时的当前时刻的数据输入到由微计算机构成的控制电路部50。 Clocking a current time provided a timing circuit portion 51 on the transmitter W2, the data at the current time clocked by the timing circuit portion 51 is inputted to the control circuit unit 50 composed of a microcomputer. 在控制电路部50中,在由定时电路部51计时的当前时刻与预先设置的时刻(控制时刻)一致时,产生使照明负载L点亮或熄灭用的控制信号。 When the control circuit unit 50, clocked by the timing circuit in the unit 51 the current time and the time set in advance (timing control) is consistent, the load L is generated so that the lighting or the lighting control signal is turned off. 并且,在由放大电路52放大了控制电路部50产生的控制信号后,发送到无线信号发送部53。 Then, after amplification of the control signals generated by the control circuit section 50 amplifying circuit 52, a signal is sent to the radio transmission unit 53. 并且,无线信号发送部53根据控制电路部50的控制信号来驱动发光二极管LD,并将发光二极管LD发出的红外线作为媒介来发送无线信号(控制信号)。 The radio signal transmitting unit 53 drives the light emitting diode LD based on the control signal the control circuit section 50, and the light emitting diode LD emits infrared as a medium to transmit wireless signals (control signals). 另外,在发送机W2上设置:具有设置控制时刻用的设置开关34a~34d的开关电路部54;和具有显示当前时刻和控制时刻等用的液晶显示器55a的液晶电路部55,并根据从开关电路部54发送的设置信号,控制电路部50设置控制时刻,同时控制液晶电路部55而将当前时刻和控制时刻显示在液晶显示部55a上。 Further, at the transmitter W2 is provided: a setting switch controls timing with the switching circuit portion 54 34a ~ 34d; and a liquid crystal circuit unit having a display the current time, and control time and the like used in a liquid crystal display 55a is 55, and in accordance with the switch the signal transmission circuit section 54 is provided, the control circuit 50 is provided timing control unit, while the liquid crystal control circuit unit 55 controls the current time and the time displayed on the liquid crystal display unit 55a. 另外,在发送机W2上设置将电池作为电源向各个部分供给动作电源的电源部56。 Further, the power supply unit 56 is provided on battery power to various portions of the power supply operation at the transmitter W2.

图14表示发送机W2的外观图。 14 shows an external view of a transmitter and W2. 发送机W2具有由扁平的箱形的合成树脂成形品构成的外壳60,并将安装了构成图13所示的各个部分的电子部件的印刷电路板(图中未示)安装在外壳60内。 W2 transmitter from a flat synthetic resin having a box-shaped molded article formed of the housing 60, and the configuration of FIG printed circuit board (not shown) mounted within the housing 60 of the electronic component 13 shown in various parts of the installation. 另外,外壳60与发送机W1相同,使用按压销或两面带安装在墙壁上。 Further, the housing 60 is the same as the transmitter W1, using double-sided tape or the pressing pin is mounted on the wall. 在外壳60的上部设置使无线信号发送部53具有的无线信号发送用的发光二极管LD发出的红外线透过的红外线透过部61。 Infrared Infrared light emitting diode LD through the upper portion of the housing 60 so that the radio signal transmitting unit 53 having the radio signal emitted through the transmission portion 61. 另外,在外壳60前面的中央部上配置液晶显示器55a,在其下方设置有操作开关电路部54具有的四个操作开关(图中未示)的操作按钮62a~62d。 Further, the liquid crystal display 55a disposed on a central portion of the front housing 60, an operation button is provided with an operation switch circuit section 54 has four operating switch (not shown) of 62a ~ 62d thereunder. 每次按压操作操作按钮62a而从开关电路部54输入操作信号时,控制电路部50切换为当前时刻设置模式→控制时刻设置模式→通常模式。 Each time the operation button 62a is pressed while the operation 54 unit operation signal is input from the switching circuit, the control circuit unit 50 switches the current time setting mode control → → normal mode time setting mode. 在当前时刻设置模式中,通过按压操作操作按钮62b、62c而从开关电路部54输入操作信号,从而控制电路部50顺向发送或反向发送定时电路部51的当前时刻,同时,控制液晶电路部55来更新液晶显示器55a的当前时刻显示。 Current time setting mode by pressing the operation buttons 62b, 62c and 54 an operation signal input from the switching circuit portion, so that the control circuit unit 50 transmits the current time point along portion 51 of the timing circuit transmits or reverse, while the liquid crystal control circuit the liquid crystal display unit 55 updates the current time display 55a. 并且,若按压操作了操作按钮62d而从开关电路部54输入了操作信号,则控制电路部50将在该时刻显示在液晶显示器55a上的时刻作为当前时刻而设置在定时电路部51上,并从当前时刻设置模式恢复为通常模式。 And, when the pressing operation of the operation button 62d operation signal input from the switching circuit 54, the control circuit unit 50 displays time on the liquid crystal display 55a as the current time is provided in the timing circuit portion 51 at this time, and recovery from the current time setting mode to the normal mode. 在控制时刻设置模式中,通过按压操作操作按钮62b、62c来选择使照明负载L点亮的控制时刻(点亮时刻)和使其熄灭的控制时刻(熄灭时刻),在按压操作了操作按钮62d时,在控制电路部50上设置点亮时刻和熄灭时刻。 In the control timing setting mode, by pressing the operation buttons 62b, 62c is selected so that the lighting control of the lighting load L time (lighting time), and its control time off (the off timing), the pressing operation of the operation button 62d when, in the control circuit portion 50 is provided on the turning-on timing and off timing. 这里,在本实施方式中,可选择“准时”和“看门”两种定时控制,“准时”中通过每次(每天)设置的点亮时刻和熄灭时刻来点亮和熄灭照明负载L,在“看门”中从所设置的点亮时刻和熄灭时刻起在例如前后30分钟的范围内每次(每天)随机决定的时刻使照明负载L点亮和熄灭。 Here, in the present embodiment, the selectable "time" and "gatekeeper" two kinds of timing control, "time" to the on and off by turning on the lighting load L each time (day) disposed on and off time, in the "gatekeeper" from the turning-on timing and off timing set within the range, for example 30 minutes before and after each (daily) a randomly determined time of the lighting load L on and off. 即,在住户在几天期间外出的情况下,若每天在同一时刻点亮和熄灭照明负载L,则识别出自动使照明负载点亮熄灭,但是通过每天随机改变使照明负载L点亮和熄灭的时间,很难识破。 That is, in the case of household out during a few days, if the turning on and off the lighting load L at the same time every day, it is automatically recognized that the flickering lighting load, but by randomly changing the day so that turning on and off the lighting load L time, it is difficult to see through.

接着,说明本实施方式的动作。 Next, the operation of the present embodiment. 而且,设在发送机W2中将点亮时刻设为下午6点,将熄灭时刻设置为下午9点。 Further, the lighting is provided in the transmitter in time W2 is set to 6:00 in the afternoon, the off time is set to 21:00. 则在下午6点之前,根据从发送机W1发送的无线信号,开关S的控制电路部1使照明负载L仅点亮动作保持时间T2。 Before the 6 pm, a control circuit unit according to a radio signal transmitted from the transmitter W1, switch S 1 turns on only the lighting load L holding the operation time T2. 若变为下午6点(点亮时刻),则发送机W2的控制电路部50产生使照明负载L点亮用的控制信号,并从无线信号发送部53发送无线信号(控制信号)。 If changes to 18:00 (light time), the transmitter unit 50 generates a control circuit of the L-W2 for lighting the lighting load control signal, and transmits a radio signal from the radio signal transmitting unit 53 (a control signal). 在接收了该控制信号的开关S的控制电路部1中,接通负载控制部2的开关元件来点亮照明负载L,同时,变为不接收从发送机W1发送的无线信号(第一和第二控制信号)的状态。 In the control circuit of the control unit receives a signal of the switch S 1, a load switching element to the control unit 2 to illuminate the load L, while becomes transmitted from the transmitter does not receive a radio signal W1 (first and state of the second control signal). 但是在按压操作了开关S的操作手柄20的情况下,控制电路部1控制负载控制部2而使照明负载L闪烁。 However, in the case where the pressing operation of the operation lever 20 of the switch S, the control unit 1 controls the load control circuit unit 2 so that the lighting load L flicker. 并且,若变为下午9点(熄灭时刻),则发送机W2的控制电路部50产生使照明负载L熄灭用的控制信号,并从无线信号发送部53来发送无线信号(控制信号)。 And, if becomes 21:00 (off timing), the transmitter unit 50 generates a control circuit W2 of the L-off control signal for the lighting load, and transmits a radio signal from the radio signal transmitting unit 53 (a control signal). 在接收了该控制信号的开关S的控制电路部1中,截断负载控制部2的开关元件来熄灭照明负载L,同时,变为接收从发送机W1发送的无线信号(第一和第二控制信号)的状态。 In the control circuit of the control unit receives a signal of the switch S 1, the load control section cut of the switching element 2 to extinguish the lighting load L, at the same time, becomes a radio signal (the first and second control receives the transmission from a transmitter W1 state signal). 另外,在开关S的控制电路部1中,设置为通过从发送机W2发送的无线信号而在上午0点到上午8点的期间内不接收来自发送机W1的无线信号,防止了深夜点亮照明负载L造成的晕眩。 Further, in the control circuit section switches S 1, and not to receive a wireless signal from the transmitter within the period W1 of 0:00 to 8:00 through the wireless signal transmitted from the transmitter W2 of, the prevented night lighting lighting load L dizziness caused.

并且,在组合了现有的红外线式自动开关和定时开关的情况下,若将两种开关并列连接到电源AC和照明负载L之间,则由于各开关可独立动作,所以不能禁止由红外线式自动开关进行的照明负载L的控制,另外,若将两种开关串联连接到电源AC和照明负载L之间,则任何一个开关单独不能使照明负载L点亮。 And, in the case where the conventional combination infrared automatic switches and time switches, when connected in parallel to two switched between a power source and the AC lighting load L, since each switch can operate independently, it is not prohibited by the infrared formula automatic switch to control the lighting load L is, in addition, if two kinds of switch series connected between the AC power supply and the lighting load L, then any one of the switches of the lighting load L alone does not light up. 与此相对,在本实施方式中,如上所述,可以用两种发送机W1、W2来独立控制照明负载L,还可以从另一个发送机W2禁止一个发送机W1的控制动作。 On the other hand, in the present embodiment, as described above, the transmitter can use two W1, W2 independent control of the lighting load L, the transmitter may be a transmitter prohibition W2 W1 from another control operation.

(实施方式3)本实施方式的负载控制系统如图16所示,在按压操作了操作手柄81时,包含发送无线信号的发送机W3方面有特征。 The load control system (embodiment 3) of the present embodiment shown in FIG. 16, when the pressing operation of the operation lever 81, comprising a transmitter transmitting a radio signal W3 characteristic aspects. 但是,由于开关S的结构和动作与实施方式1公共,所以对公共的结构要素添加同一符号来省略说明。 However, since the structure and operation of the embodiment public switch S 1, the same reference numerals to constituent elements common omitted.

图17表示发送机W3的框图。 17 shows a block diagram of a transmitter W3. 该发送机W3上设置了具有经操作手柄81来按压操作的按钮开关(图中未示)的开关电路部71,在按钮开关接通时,从开关电路部71向控制电路部70发送操作信号。 Switching circuit portion is provided with a push switch (not shown) via the operation lever 81 to the pressing operation on W3 of transmitter 71, when the push button switch is turned on, the switching circuit section 71 from the operation control circuit unit 70 transmits a signal . 控制电路部70由微计算机构成,在从开关电路部71接收了操作信号时,产生使照明负载L点亮或熄灭用的控制信号。 The control circuit unit 70 is constituted by a microcomputer 71 when the operation signal received from the switching circuit portion generates the lighting of the lighting load L or the control signal is turned off. 并且,在通过放大电路72放大了控制电路部70产生的控制信号后,送到无线信号发送部73。 Then, after passing through the amplification circuit 70 a control signal generated by the control circuit section 72, to the radio signal transmitting unit 73. 并且,无线信号控制部73根据控制电路部70的控制信号来驱动发光二极管,并以发光二极管发出的红外线为媒介来发送无线信号(控制信号)。 The radio signal control unit 73 drives the light emitting diode circuit according to the control signal unit 70 emits an infrared light emitting diode and as a medium to transmit wireless signals (control signals). 另外,在发送机W3上设置了将电池作为电源向各部分供给动作电源的电源部74。 Further, at the transmitter W3 is provided to each of the battery as a power supply portion 74 supplying operation power.

另外,发送机W3具有由箱形的合成树脂成形品构成的外壳80,将安装了构成图17所示的各部分的电子部件的印刷电路板(图中未示)收纳在外壳80内,进一步,在外壳80的前面以一端侧为支点而沿前后方向可自由旋转地安装操作手柄81。 Further, the transmitter W3 has a box shape composed of a synthetic resin molded article 80 of the housing, the printed circuit board mounting electronic parts in each portion of the configuration shown in FIG. 17 (not shown) accommodated in the housing 80, a further in front of the housing 80 at one end as a fulcrum in the front-rear direction is rotatably mounted an operating handle 81. 但是,由于对操作手柄81的外壳80的安装结构与对开关S的机体1的操作手柄20的安装结构公共,所以省略图示和说明。 However, since the structure of the mounting structure for mounting the housing 80 of the operating handle 81 of the operation handle and the body 20 of the switch S 1 of the public, so description and illustration thereof will be omitted. 另外,外壳80与发送机W1、W2同样使用按压销或两面带安装在墙壁上。 Further, the housing 80 with the transmitter W1, W2 or both surfaces of the same with the use of the pressing pin is mounted on the wall.

并且,若按压操作操作手柄81,则控制电路部70产生控制信号而从无线信号发送部73发送无线信号(控制信号)。 Further, if the pressing operation of the operation lever 81, the control circuit unit 70 generates a control signal and transmits the radio signal from the radio signal transmitting unit 73 (a control signal). 在接收了控制信号的开关S的控制电路部1中,若负载控制部2的开关元件截断,则通过接通,若接通,则通过截断来点亮或熄灭照明负载L。 In the control circuit unit receives a control signal of switch S 1, the switching element 2 when the load control unit is cut off, by turning, if turned on, the lighting load is turned on or off to cut through L. 因此,通过在系统中追加本实施方式的发送机W3,从而可以追加3路开关和4路开关的功能,而不重新布线。 Thus, by adding the present embodiment in the system W3 of the transmitter, it may be added so that 3-way and 4-way switch switches the function without rewiring.

Claims (12)

  1. 1.一种开关,其具有在建筑面上配置的机体,在操作设置在机体的前面上的操作手柄时,接通或截断负载,其中包括:接收机构,其接收以电波或光为媒介发送的无线信号;开闭机构,其开闭从电源到负载的供电路径;和控制机构,根据由接收机构接收的无线信号来控制开闭机构,从而接通或截断负载。 A switch having a body disposed in the construction plane, when operating the operation lever is provided on the front face of the body, to connect or disconnect the load, wherein comprising: receiving means for receiving transmitted light or radio waves as a medium wireless signal; opening and closing mechanism that opens and closes the power supply path from a power source to a load; and control means by the reception means according to the received radio signal to control the opening and closing mechanism to connect or disconnect the load.
  2. 2.根据权利要求1所述的开关,其特征在于,控制机构从操作了操作手柄的时刻起,开始计时给定的延迟时间,并在该延迟时间的计时结束后,控制开闭机构将负载从接通切换为截断。 2. The switch according to claim 1, characterized in that, from the time the control means operates the operation handle, the start timing of a given delay time, and after the end of counting of the delay time, the load control opening and closing mechanism switched from ON to cut off.
  3. 3.根据权利要求1或2所述的开关,其特征在于,开关的机体与具有按同一尺寸形成的机体的两个布线器具一并安装在一个安装框上,并嵌入配置在建筑面上。 3. The switch of claim 1 or claim 2, wherein the switch body having a tool body and two wirings formed according to the same size collectively mounted on a mounting frame and arranged embedded in the building surface.
  4. 4.一种负载控制系统,其中,由权利要求1~3中任一项所述的开关、和发送无线信号的一种到多种发送机而构成,发送机包含:具有:发送机构,其发送无线信号;人体检测机构,其检测在检测区域内是否有人存在;发送控制机构,其使对应于人体检测机构的检测结果的无线信号从发送机构发送、的装置;以及具有:所述发送机构;定时机构,其若变为预先设置的设置时刻,则输出触发信号;和发送控制机构,其使对应于定时机构输出的触发信号的无线信号从发送机构发送、的装置。 A load control system, wherein the switch of claim any one of claims 1 to 3, and for transmitting signals to a plurality of wireless transmitter is configured, the transmitter comprising:: a transmission mechanism, which transmitting a radio signal; human body detecting means which detects whether there is a person in the detection area; transmission control means, which causes the wireless signal corresponding to the detection result of the human body detecting means is transmitted from the transmitting means; and means having: said transmitting means and transmitting means control means of the wireless signal which corresponds to the timing means output a trigger signal from the transmission means, of;; timing mechanism, when it becomes a time previously set is provided, the output trigger signal.
  5. 5.一种负载控制系统,其中,由权利要求2的开关和发送无线信号的发送机而构成,发送机包含:发送机构,其发送无线信号;人体检测机构,其检测在检测区域内是否有人存在;发送控制机构,其使对应于人体检测机构的检测结果的无线信号从发送机构发送;开关的控制机构在通过接收机构接收了检测出人体时发送的无线信号时,开始计时所述延迟时间,在该延迟时间的计时结束后,通过控制开闭机构而将负载从接通切换为截断。 A load control system, wherein the switching by the claims and transmits a wireless signal transmitter 2 is configured, the transmitter comprising: transmitting means that transmits a radio signal; human body detecting means which detects whether someone within the detection area present; transmission control means, which causes the wireless signal corresponding to the detection result of the human body detecting means is transmitted from the transmitting means; the control means switches in the received wireless signal transmitted by the receiver when the human body detection means to start timing a delay time , after the counting of the delay time, by controlling the opening and closing mechanism is switched to the load from the cut.
  6. 6.根据权利要求4或5所述的负载控制系统,其特征在于,开关具有:操作信号输出机构,其检测操作手柄的操作状态并输出操作信号;所述控制机构,其通过根据从操作信号输出机构输出的操作信号来控制开闭机构,从而接通或截断负载,同时,在从操作信号输出机构输出了检测出连续操作给定时间以上的操作手柄后的操作信号时,将对应于无线信号的开闭机构的控制设为有效。 6. A load control system according to claim 4 or claim 5, characterized in that the switch has: an operation signal output means which detects an operation state of the operation lever and outputs an operation signal; and the control means, in accordance with an operation signal by output means outputs an operation signal to control the opening and closing mechanism, thereby connect or disconnect the load, while the output from the operation signal output means detects an operation signal to the continuous operation after a predetermined time or more operating handle, corresponding to the radio opening and closing mechanism control signal is set active.
  7. 7.根据权利要求4或5所述的负载控制系统,其特征在于,开关具有:操作信号输出机构,其检测操作手柄的操作状态并输出操作信号;所述控制机构,其通过根据从操作信号输出机构输出的操作信号来控制开闭机构,而接通或截断负载,同时,每次从操作信号输出机构输出操作信号时,循环切换将对应于无线信号的开闭机构的控制设为有效的状态、接通负载的状态和截断负载的状态。 7. A load control system according to claim 4 or claim 5, characterized in that the switch has: an operation signal output means which detects an operation state of the operation lever and outputs an operation signal; and the control means, in accordance with an operation signal by output means outputs an operation signal to control the opening and closing mechanism, and to connect or disconnect the load, while, each time the operation signal output from the signal output means, the switching cycles corresponding to the opening and closing mechanism controls the radio signal set as a valid state, the ON state and a load state of the load.
  8. 8.根据权利要求4或5所述的负载控制系统,其特征在于,开关包括:具有自由装卸地安装在机体上的识别用的突起部或不具有该突起部的两种所述操作手柄;检测有无突起部的检测机构;操作信号输出机构,其检测操作手柄的操作状态并输出操作信号;所述控制机构,其通过根据从操作信号输出机构输出的操作信号来控制开闭机构,从而接通或截断负载,同时在检测机构检测出突起部时,使对应于无线信号的开闭机构的控制变为有效。 The load control system according to claim 4 or claim 5, characterized in that, the switch comprising: a protrusion portion having identification detachably mounted on the body with or without the projection of the two operating handle portion; detecting means for detecting the presence or absence of the projecting portion; an operation signal output means which detects an operation state of the operation lever and outputs an operation signal; and the control means, which controls the opening and closing mechanism according to an operation signal from the operation signal outputted by the output means, thereby when the connect or disconnect the load, while the detection unit detects the protrusion means, corresponding to the wireless signal of the control opening and closing mechanism becomes effective.
  9. 9.根据权利要求8所述的负载控制系统,其特征在于,开关具有:位置显示机构,其显示操作手柄的位置;控制状态显示机构,其显示对应于无线信号的开闭机构的控制为有效;在将具有突起部的操作手柄安装在机体的状态下,可以看到位置显示机构和控制状态显示机构两者,在将不具有突起部的操作手柄安装在机体上的状态下,仅可看到位置显示机构。 Effective control state display means for displaying corresponding to the opening and closing mechanism is controlled to a wireless signal; position display means for displaying the position of the operating handle: 9. The load control system according to claim 8, characterized in that the switch has ; operating handle having a projecting portion is attached to the state of the body, and can see the position of the display means both the status display control means, in a state of not having an operating handle mounted on the projecting portion of the lower body, only to see the position display means.
  10. 10.一种负载控制系统,其中,由权利要求1-3中任一项所述的开关、和发送无线信号的一种到多种的发送机而构成,发送机具有:发送机构,其发送无线信号;进行手动操作的操作手柄;发送控制机构,其从发送机构发送对应于操作手柄的操作的无线信号。 A load control system, wherein the switch as claimed in any one of claims 1-3, and transmits a radio signal to the plurality of transmitter is configured, the transmitter comprising: a transmission mechanism that transmits wireless signal; operating handle for manual operation; transmission control means transmits the corresponding operation of the operation from the transmission mechanism to handle wireless signal.
  11. 11.根据权利要求4-10中任一项所述的负载控制系统,其特征在于,发送机将各机构收纳在从背面突出了在建筑面上突出的一个到多个销的外壳上。 11. The load control system as claimed in any one of 4-10 claims, characterized in that the transmitter means each housed in a rear projection on the housing of a pin projecting into a plurality of building surfaces.
  12. 12.根据权利要求4-10中任一项所述的负载控制系统,其特征在于,发送机将各机构收纳在将背面粘贴到建筑面上的外壳上。 12. The load control system according to any one of claims 4-10 claim, wherein the transmitter means each housed in the back surface attached to the building on the surface of the housing.
CN 200610059452 2005-03-14 2006-03-02 Switch and load controlling system CN1835399B (en)

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JP2006253092A (en) 2006-09-21 application
KR100728449B1 (en) 2007-06-13 grant
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KR20060100220A (en) 2006-09-20 application
CN101807906A (en) 2010-08-18 application

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