TWI738206B - Load control device, wiring device, and program - Google Patents

Load control device, wiring device, and program Download PDF

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Publication number
TWI738206B
TWI738206B TW109103993A TW109103993A TWI738206B TW I738206 B TWI738206 B TW I738206B TW 109103993 A TW109103993 A TW 109103993A TW 109103993 A TW109103993 A TW 109103993A TW I738206 B TWI738206 B TW I738206B
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Taiwan
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display
image
switch
power
load
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TW109103993A
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TW202046356A (en
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中川茉那
近藤高宣
奧浦圭一郎
植田真介
長田雅裕
河田光司
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日商松下知識產權經營股份有限公司
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    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01H—ELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
    • H01H9/00—Details of switching devices, not covered by groups H01H1/00 - H01H7/00
    • H01H9/18—Distinguishing marks on switches, e.g. for indicating switch location in the dark; Adaptation of switches to receive distinguishing marks
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
    • H02G3/00—Installations of electric cables or lines or protective tubing therefor in or on buildings, equivalent structures or vehicles
    • H02G3/02—Details
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J13/00—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network
    • Y—GENERAL 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
    • Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
    • Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
    • Y04S10/00—Systems supporting electrical power generation, transmission or distribution
    • Y04S10/40—Display of information, e.g. of data or controls

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  • Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Power Engineering (AREA)
  • Selective Calling Equipment (AREA)
  • Remote Monitoring And Control Of Power-Distribution Networks (AREA)
  • Details Of Indoor Wiring (AREA)
  • Circuit Arrangement For Electric Light Sources In General (AREA)
  • Charge And Discharge Circuits For Batteries Or The Like (AREA)

Abstract

本發明之課題係提供使用者可自主地切換顯示於顯示部之影像的負載控制裝置、配線器具、負載控制裝置之顯示方法及程式。本發明之負載控制裝置(1)固定於營造面。負載控制裝置(1)包含具有畫面(11a)之顯示部(111)、及進行依照照明器具(21)之控制內容的操作之操作部(112)。顯示部(111)將屬於二個以上之顯示模式中的任一個之複數的影像中對應操作部(112)之操作的影像顯示於畫面(11a)。複數之影像各自包含對應於該影像之顯示模式的資訊、及用以切換成其他顯示模式之影像的資訊。 The subject of the present invention is to provide a load control device, a wiring appliance, and a display method and program of the load control device that can autonomously switch the image displayed on the display unit by the user. The load control device (1) of the present invention is fixed on the construction surface. The load control device (1) includes a display unit (111) having a screen (11a), and an operation unit (112) that performs operations in accordance with the control content of the lighting fixture (21). The display unit (111) displays the image corresponding to the operation of the operation unit (112) among the plural images belonging to any one of the two or more display modes on the screen (11a). Each of the plural images includes information corresponding to the display mode of the image and information for switching to other display modes.

Description

負載控制裝置、配線器具及程式 Load control devices, wiring appliances and programs

本發明係有關於負載控制裝置、配線器具、負載控制裝置之顯示方法及程式。 The present invention relates to display methods and programs for load control devices, wiring appliances, and load control devices.

以往，關於埋入至營造材之埋入式配線器具，在專利文獻1(參照例如日本專利公開公報2013-161638號)之配線裝置已有揭露。於配線裝置之操作用桿的操作面形成有作為顯示電子資訊之電子資訊顯示部的電子紙。即，於配線裝置組入有電子資訊顯示裝置。電子資訊顯示裝置顯示非法入侵者之探測結果、氣體外漏異常之探測結果、顯示電子設備已完成預定動作(炊飯或燒開水等)之訊息、地震快報、或天氣預報等。 Conventionally, regarding the embedded wiring appliance embedded in the construction material, the wiring device of Patent Document 1 (see, for example, Japanese Patent Publication No. 2013-161638) has been disclosed. An electronic paper as an electronic information display unit for displaying electronic information is formed on the operating surface of the operating lever of the wiring device. That is, an electronic information display device is incorporated in the wiring device. The electronic information display device displays the detection results of illegal intruders, the detection results of abnormal gas leakage, the information that the electronic equipment has completed the predetermined action (cooking or boiling water, etc.), earthquake news, or weather forecast, etc.

不過，在上述專利文獻1之配線裝置(配線器具)，使用者無法自主地切換顯示於電子資訊顯示部(顯示部)之影像。 However, in the wiring device (wiring appliance) of Patent Document 1, the user cannot autonomously switch the image displayed on the electronic information display unit (display unit).

本發明之目的在於提供使用者可自主地切換顯示於顯示部之影像的負載控制裝置、配線器具、負載控制裝置之顯示方法及程式。 The purpose of the present invention is to provide a load control device, a wiring appliance, and a display method and program of the load control device that can autonomously switch the image displayed on the display unit by the user.

本發明之一態樣的負載控制裝置於固定於營造面。該負載控制裝置包含具有畫面之顯示部、及進行依照負載之控制內容的操作之操作部。該顯示部將屬於二個以上之顯示模式中的任一個之複數的影像中對應於該操作部之操作的影像顯示於該畫面。該複數之影像各自包含對應於該影像之該顯示模式的資訊、及用以切換成其他顯示模式之影像的資訊。 The load control device of one aspect of the present invention is fixed on the construction surface. The load control device includes a display unit with a screen, and an operation unit that performs operations in accordance with the control content of the load. The display unit displays the image corresponding to the operation of the operation unit among the plural images belonging to any one of the two or more display modes on the screen. Each of the plurality of images includes information corresponding to the display mode of the image and information for switching to other display modes.

本發明之一態樣的配線器具包含開關、顯示部、操作部、開關控制部、及控制電源。該開關導通或遮斷從交流電源將負載電力供給至負載之電路。該顯示部具有觸控面板式畫面。該操作部設於該畫面，進行依照該負載之控制內容的操作。該開關控制部依照該操作部之操作，控制該開關。該控制電源產生該開關控制部、該顯示部、及該操作部之各運轉電力。該顯示部將屬於二個以上之顯示模式中的任一個之複數的影像中對應於該操作部之操作的影像顯示於該畫面作為顯示影像。該顯示部係於切換該顯示影像時耗費運轉電力，而不耗費用以保持該顯示影像之運轉電力的自保持型顯示器。該控制電源在該交流電源之交流電壓為正電壓之期間及該交流電壓為負電壓之期間中至少其中一期間，儲存藉由該電路所接收之電力。該複數之影像各自包含對應於該影像之該顯示模式的資訊、及用以切換成其他該顯示模式之影像的資訊。 A wiring appliance according to one aspect of the present invention includes a switch, a display unit, an operation unit, a switch control unit, and a control power supply. The switch turns on or interrupts the circuit that supplies load power to the load from the AC power source. The display unit has a touch panel screen. The operating unit is set on the screen to perform operations in accordance with the control content of the load. The switch control unit controls the switch according to the operation of the operating unit. The control power supply generates operating power for the switch control unit, the display unit, and the operation unit. The display unit displays the image corresponding to the operation of the operation unit among the plurality of images belonging to any one of the two or more display modes on the screen as a display image. The display unit is a self-holding type display that consumes operating power when switching the displayed image, and does not consume cost to maintain the operating power of the displayed image. The control power supply stores the power received by the circuit during at least one of a period when the AC voltage of the AC power supply is a positive voltage and a period when the AC voltage is a negative voltage. Each of the plurality of images includes information corresponding to the display mode of the image and information for switching to other images of the display mode.

本發明之一態樣的負載控制裝置之顯示方法係固定於營造面的負載控制裝置之顯示方法。該顯示方法將屬於二個以上之顯示模式中的任一個之複數的影像中對應於該負載控制裝置之操作的影像顯示於該負載控制裝置之畫面。該複 數之影像各自包含對應於該影像之顯示模式的資訊、及用以切換成其他顯示模式之影像的資訊。 The display method of the load control device in one aspect of the present invention is the display method of the load control device fixed on the construction surface. The display method displays the images corresponding to the operation of the load control device among the plural images belonging to any one of two or more display modes on the screen of the load control device. The complex Each of the several images includes information corresponding to the display mode of the image and information for switching to other display modes.

本發明之一態樣的程式用以使電腦系統實現上述的負載控制裝置之顯示方法。 The program of one aspect of the present invention is used to enable the computer system to realize the above-mentioned display method of the load control device.

1:負載控制裝置 1: Load control device

2:負載 2: load

3:控制器 3: Controller

4:路由器 4: router

5:伺服器(外部設備) 5: Server (external device)

8:設施 8: Facilities

9:交流電源 9: AC power

10:配線器具 10: Wiring appliances

10A:配線器具 10A: Wiring appliance

10B:配線器具 10B: Wiring appliances

11:觸控面板 11: Touch panel

11a:畫面 11a: Screen

12:通信部 12: Ministry of Communications

13:控制電源 13: Control power

14:相位控制開關(開關) 14: Phase control switch (switch)

15:開關控制部 15: Switch control section

16:輔助燈 16: auxiliary light

21:照明器具 21: lighting fixtures

21A:照明器具 21A: lighting fixtures

21B:照明器具 21B: lighting fixtures

22:電動捲簾窗 22: Electric roller shutter

23:電鎖 23: electric lock

31:管理電路 31: Management circuit

32:通信部 32: Ministry of Communications

81:壁面(營造面) 81: Wall surface (construction surface)

101:卡止突起 101: Locking protrusion

102:孔 102: hole

111:顯示部 111: Display

112:操作部 112: Operation Department

CS1:管理系統 CS1: Management System

G1:開關影像 G1: Switch image

G2:開關影像 G2: Switch image

G11:情境影像 G11: Situational Image

G12:情境影像 G12: Situational image

G13:情境影像 G13: Situational image

G14:情境影像 G14: Situational image

G21:資訊影像 G21: Information Image

G22:資訊影像 G22: Information Image

G23:資訊影像 G23: Information Image

G24:資訊影像 G24: Information Image

G31:情境影像 G31: Situational image

G32:情境影像 G32: Situational image

G41:資訊影像 G41: Information Image

G110:情境影像 G110: Situational image

G130:情境影像 G130: Situational image

G140:情境影像 G140: Situational image

G200:開關影像 G200: Switch image

G310:情境影像 G310: Situational image

NT1:室內網路 NT1: In-house network

NT2:廣域網路 NT2: Wide Area Network

P1:配線器具用板 P1: Board for wiring appliances

P2:安裝框 P2: Installation frame

R1:標記區域 R1: Marked area

R2:通知區域 R2: Notification area

R3:操作區域 R3: Operating area

R4:操作區域 R4: Operating area

R5:操作區域 R5: Operating area

R6:操作區域 R6: Operating area

R7:操作區域 R7: Operating area

R8:操作區域 R8: Operating area

R9:通知操作區域 R9: Notification operation area

R10:圓形區域 R10: circular area

R11:操作區域 R11: Operating area

R21:標記區域 R21: Marked area

R22:通知區域 R22: Notification area

R23:操作區域 R23: Operating area

R24:操作區域 R24: Operating area

R25:操作區域 R25: Operating area

R26:操作區域 R26: Operating area

R27:通知區域 R27: Notification area

R28:操作區域 R28: Operating area

R31:標記區域 R31: Marked area

R32:通知區域 R32: Notification area

R33:操作區域 R33: Operating area

R34:操作區域 R34: Operating area

R35:操作區域 R35: Operating area

R36:操作區域 R36: Operating area

R41:標記區域 R41: Marked area

R42:通知區域 R42: Notification area

R43:操作區域 R43: Operating area

S1:顯示 S1: display

S2:是否有操作 S2: Is there an operation?

S3:維持顯示 S3: Maintain display

S4:切換顯示 S4: Switch display

Va1:交流電壓 Va1: AC voltage

Va2:相位控制電壓 Va2: Phase control voltage

Vs1:控制電壓 Vs1: Control voltage

W0:電路 W0: Circuit

Wi1:電力線 Wi1: Power line

Wi2:電力線 Wi2: Power line

Wi11:電力線 Wi11: power line

Wi12:電力線 Wi12: power line

Wo1:電力線 Wo1: Power line

Wo2:電力線 Wo2: Powerline

圖1係顯示具有本發明之實施形態的負載控制裝置(配線器具)之管理系統的方塊圖。 Fig. 1 is a block diagram showing a management system having a load control device (wiring appliance) according to an embodiment of the present invention.

圖2係顯示同上之管理系統的控制器之方塊圖。 Figure 2 is a block diagram showing the controller of the same management system.

圖3係顯示同上之配線器具的施工後之前面的平面圖。 Figure 3 is a plan view showing the front and back of the same wiring appliance after construction.

圖4係顯示同上之配線器具的方塊圖。 Figure 4 is a block diagram showing the same wiring appliance.

圖5係顯示顯示作為同上之管理系統中的開關模式之顯示影像的各影像之平面圖。 Fig. 5 is a plan view showing each image which is the display image of the switch mode in the same management system.

圖6係顯示顯示作為管理系統中的情境模式之顯示影像的各影像之平面圖。 Fig. 6 is a plan view showing each image as a display image of the context mode in the management system.

圖7係顯示顯示作為同上之情境模式的其他顯示影像之各影像的平面圖。 FIG. 7 is a plan view showing each image of other display images as the same situational mode.

圖8係顯示顯示作為管理系統中的資訊提示模式之顯示影像的各影像之平面圖。 Fig. 8 is a plan view showing each image as a display image of the information prompt mode in the management system.

圖9係顯示顯示作為同上之資訊提示模式的其他顯示影像之各影像的平面圖。 FIG. 9 is a plan view showing each image of other display images as the same information prompt mode.

圖10係顯示顯示作為管理系統中的其他情境模式之顯示影像的各影像之平面圖。 Fig. 10 is a plan view showing each image as a display image of other context modes in the management system.

圖11係顯示顯示作為同上之其他情境模式的顯示影像之影像的平面圖。 FIG. 11 is a plan view showing an image of a display image of the same other situational mode.

圖12A係顯示同上之配線器具的前面之平面圖。圖12B係顯示同上之配線器具的左側面之平面圖。圖12C係顯示同上之配線器具的右側面之平面圖。圖12D係顯示同上之配線器具的上面之平面圖。圖12E係顯示同上之配線器具的下面之平面圖。圖12F係顯示同上之配線器具的後面之平面圖。 Fig. 12A is a plan view showing the front of the same wiring appliance. Fig. 12B is a plan view showing the left side of the same wiring appliance. Fig. 12C is a plan view showing the right side of the same wiring appliance. Figure 12D is a plan view showing the top of the same wiring appliance. Fig. 12E is a plan view showing the underside of the same wiring appliance. Figure 12F is a plan view showing the back of the same wiring appliance.

圖13係顯示管理系統的一顯示方法之流程圖。 Fig. 13 is a flowchart showing a display method of the management system.

圖14A係顯示同上之配線器具的前面之平面圖。圖14B係顯示同上之配線器具的左側面之平面圖。圖14C係顯示同上之配線器具的右側面之平面圖。圖14D係顯示同上之配線器具的上面之平面圖。圖14E係顯示同上之配線器具的下面之平面圖。圖14F係顯示同上之配線器具的後面之平面圖。 Fig. 14A is a plan view showing the front of the same wiring appliance. Fig. 14B is a plan view showing the left side of the same wiring appliance. Fig. 14C is a plan view showing the right side of the same wiring appliance. Fig. 14D is a plan view showing the top of the same wiring appliance. Fig. 14E is a plan view showing the underside of the same wiring appliance. Fig. 14F is a plan view showing the back of the same wiring appliance.

圖15A係顯示同上之配線器具的前面之平面圖。圖15B係顯示同上之配線器具的左側面之平面圖。圖15C係顯示同上之配線器具的右側面之平面圖。圖15D係顯示同上之配線器具的上面之平面圖。圖15E係顯示同上之配線器具的下面之平面圖。圖15F係顯示同上之配線器具的後面之平面圖。 Fig. 15A is a plan view showing the front of the same wiring appliance. Fig. 15B is a plan view showing the left side of the same wiring appliance. Fig. 15C is a plan view showing the right side of the same wiring appliance. Fig. 15D is a plan view showing the top of the same wiring appliance. Fig. 15E is a plan view showing the bottom of the same wiring appliance. Figure 15F is a plan view showing the back of the same wiring appliance.

[用以實施發明之形態] [Form to implement invention]

在下述實施形態中說明之各圖係示意圖，各構成要件之大小及厚度各自的比未必反映實際之尺寸。此外，在以下之實施形態說明的結構僅為本發明之一例。本發明不限於以下之實施形態，只要可發揮本發明之效果，可依照設計等，進行各種變更。又，在下文中，除非另有特別說明，在圖3中已規定了上下、左右各方向。此外，在本實施形態使用之上下左右各方向係為了說明而權宜使用，未用於限定實施形態之各方向。 The drawings described in the following embodiments are schematic diagrams, and the ratio of the size and thickness of each constituent element does not necessarily reflect the actual size. In addition, the structure described in the following embodiment is only an example of the present invention. The present invention is not limited to the following embodiments, as long as the effects of the present invention can be exerted, various changes can be made in accordance with the design and the like. In addition, in the following, unless otherwise specified, the up and down and left and right directions have been specified in FIG. 3. In addition, the upper, lower, left, and right directions used in this embodiment are expediently used for the purpose of explanation, and are not used to limit the directions of the embodiment.

以下之實施形態一般係有關於負載控制裝置、配線器具、負載控制裝置之顯示方法及程式。更詳而言之，以下之實施形態係有關於具有顯示部之負載控制裝置、配線器具、負載控制裝置之顯示方法及用以使電腦實現負載控制裝置之顯示方法的程式。 The following embodiments generally relate to the display methods and programs of load control devices, wiring appliances, and load control devices. In more detail, the following embodiments are related to the display method of the load control device, wiring appliance, load control device with a display unit, and a program used to make the computer realize the display method of the load control device.

顯示配線器具作為實施形態之負載控制裝置的一例。實施形態之配線器具係埋入至設於建築物之壁面等營造面的埋入孔之埋入式配線器具。惟，負載控制裝置1並不限於埋入式配線器具。負載控制裝置可為直接安裝於壁面等營造面之露出式裝置，固定式裝置亦無妨。 The display wiring appliance is an example of the load control device of the embodiment. The wiring appliance of the embodiment is an embedded wiring appliance that is embedded in an embedding hole provided on a construction surface such as a wall surface of a building. However, the load control device 1 is not limited to an embedded wiring appliance. The load control device can be an exposed device that is directly installed on the wall or other surface, or a fixed device.

圖1係具有配線器具10作為負載控制裝置1之管理系統CS1的系統結構圖。管理系統CS1具有設施8內之負載2的監視及控制、負載2之耗費電力的監視、及與外部伺服器5之網路通信等各功能。在此所稱之「設施」係備置有負載2之建築物、負載2之使用者居住的建築物、或使用者暫時利用之建築物。本實施形態之設施8從電力公司等電力事業單位接受電力之供給，亦可從太陽光發電設備等自家發電設備接受電力之供給。 FIG. 1 is a system configuration diagram of a management system CS1 having a wiring appliance 10 as a load control device 1. The management system CS1 has various functions such as monitoring and control of the load 2 in the facility 8, monitoring of the power consumption of the load 2, and network communication with an external server 5. The "facility" referred to here refers to a building equipped with load 2, a building where the user of load 2 lives, or a building temporarily used by the user. The facility 8 of this embodiment receives power supply from power companies such as electric power companies, and can also receive power from its own power generation equipment such as solar power generation equipment.

管理系統CS1宜為管理在設施8使用之能源的HEMS(Home Energy Management System：居家能源管理系統)。HEMS具有量測設於設施8之負載2等的能源之使用狀況的功能、及控制負載2等之功能等。 The management system CS1 should be HEMS (Home Energy Management System) that manages the energy used in facility 8. The HEMS has the function of measuring the energy usage status of the load 2 etc. installed in the facility 8, and the function of controlling the load 2 etc.

管理系統CS1具有負載控制裝置1亦即配線器具10、控制器3、及路由器4，而直接或間接管理複數之負載2。 The management system CS1 has a load control device 1, that is, a wiring appliance 10, a controller 3, and a router 4, and directly or indirectly manages a plurality of loads 2.

如圖2所示，控制器3具有管理電路31、及通信部32。控制部3係例如HEMS之控制器，具有直接或間接監視複數之負載2的各狀態之功能、直接或間接分別控制複數之負載2的功能。管理電路31宜以電腦系統構成。電腦系統以作為硬體之處理器及記憶體為主結構。藉處理器執行記錄於電腦系統之記憶體的程式，而實現本發明之管理電路31的功能。程式可預先記錄於電腦系統之記憶體，亦可透過電信線路提供，還可記錄於可以電腦系統讀取之記憶卡、光碟、硬式磁碟機等非臨時記錄媒體而提供。電腦系統之處理器以包含半導體積體電路(IC)或大型積體電路(LSI)之一個乃至複數個電子電路構成。在此所稱之IC或LSI等積體電路因積體之程度而名稱有所不同，包含稱為系統LSI、VLSI(Very Large Scale Integration：超大型積體電路)、或ULSI(Ultra Large Scale Integration：極大型積體電路)之積體電路。再者，於LSI之製造後程式化的FPGA(Field-Programmable Gate Array：場式可程式閘陣列)、或可進行LSI內部之接合關係的再構成、抑或LSI內部之電路劃分的再構成之邏輯元件亦可採用作為處理器。複數之電子電路可匯集於一個晶片，亦可分散設於複數個晶片。複數個晶片可匯集於一個裝置，亦可分散設於複數個裝置。在此所稱之電腦系統包含具有一個以上之處理器及一個以上之記憶體的微控制器。因而，微控制器亦可以包含半導體積體電路或大型積體電路之一個乃至複數個電子電路構成。 As shown in FIG. 2, the controller 3 has a management circuit 31 and a communication unit 32. The control unit 3 is, for example, a HEMS controller, and has the function of directly or indirectly monitoring the states of the plural loads 2 and the function of directly or indirectly controlling the plural loads 2 respectively. The management circuit 31 is preferably constituted by a computer system. Computer systems are mainly structured with processors and memory as hardware. The processor executes the program recorded in the memory of the computer system to realize the function of the management circuit 31 of the present invention. Programs can be pre-recorded in the memory of the computer system, or provided through telecommunication lines, and can also be recorded on non-temporary recording media such as memory cards, optical discs, and hard drives that can be read by the computer system. The processor of a computer system is composed of one or more electronic circuits including semiconductor integrated circuits (IC) or large integrated circuits (LSI). IC or LSI and other integrated circuits referred to here have different names depending on the degree of integration, including system LSI, VLSI (Very Large Scale Integration: Very Large Scale Integration), or ULSI (Ultra Large Scale Integration) : Very large integrated circuit) of the integrated circuit. Furthermore, after the manufacture of the LSI, a programmable FPGA (Field-Programmable Gate Array), or a logic that can reconstruct the bonding relationship within the LSI, or the reconstruction of the circuit division within the LSI The component can also be used as a processor. Multiple electronic circuits can be integrated on one chip or distributed on multiple chips. Multiple chips can be integrated in one device or distributed in multiple devices. The computer system referred to herein includes a microcontroller with more than one processor and more than one memory. Therefore, the microcontroller can also include one or more electronic circuits of a semiconductor integrated circuit or a large integrated circuit.

通信部32具有依據例如乙太網路(註冊商標)規格之通信介面，而可藉由室內網路NT1通信。即，控制器3連接於室內網路NT1。 The communication unit 32 has a communication interface based on, for example, the Ethernet (registered trademark) specification, and can communicate via the indoor network NT1. That is, the controller 3 is connected to the indoor network NT1.

於室內網路NT1亦分別連接有二個配線器具10、及二個負載2。控制器3與配線器具10及負載2可分別藉由室內網路NT1通信。藉由室內網路NT1之通信係依 據例如乙太網路規格之通信。此外，在圖1，連接於室內網路NT1之二個負載2為電動捲簾窗22、及電鎖23。 Two wiring appliances 10 and two loads 2 are also respectively connected to the indoor network NT1. The controller 3 can communicate with the wiring appliance 10 and the load 2 through the indoor network NT1, respectively. The communication system through the indoor network NT1 According to, for example, the communication of Ethernet specifications. In addition, in FIG. 1, the two loads 2 connected to the indoor network NT1 are electric roller shutters 22 and electric locks 23.

再者，於室內網路NT1連接有路由器4。路由器4係寬頻路由器。因而，控制器3藉由路由器4，連接於包含網際網路之外部廣域網路NT2。於廣域網路NT2亦連接有外部伺服器5。控制器3與伺服器5可藉由廣域網路NT2通信。 Furthermore, a router 4 is connected to the indoor network NT1. Router 4 is a broadband router. Therefore, the controller 3 is connected to the external wide area network NT2 including the Internet through the router 4. An external server 5 is also connected to the wide area network NT2. The controller 3 and the server 5 can communicate via the wide area network NT2.

路由器4亦可具有依據例如Wi-Fi(註冊商標)規格之無線LAN的通信介面。此時，控制器3藉由路由器4可與具有無線LAN之通信介面的智慧型手機、及HEMS之專用監視器裝置等圖中未示之資訊終端通信。 The router 4 may also have a wireless LAN communication interface based on, for example, Wi-Fi (registered trademark) specifications. At this time, through the router 4, the controller 3 can communicate with information terminals not shown in the figure, such as a smart phone with a wireless LAN communication interface, and a dedicated monitor device for HEMS.

又，控制器3亦可具有不需無線電台之執照的小電力無線之通信介面。關於此種小電力無線，在各國規定了依照用途等使用之頻帶或天線功率等規格。在日本，規定了使用920MHz頻帶或420MHz頻帶之電波的小電力無線(特定小電力無線)。舉例而言，於設施8設置有量測設施8之幹線及複數之分歧電路各自的電流、電力或電壓等之電力量測單元，控制器3藉小電力無線之通信，從電力量測單元接收各量測值。又，控制器3藉小電力無線之通信，將用以控制圖中未示之負載的資訊發送至控制對象之負載。 In addition, the controller 3 can also have a low-power wireless communication interface that does not require a radio station license. Regarding this type of low-power wireless, various countries have stipulated specifications such as frequency bands or antenna power to be used according to purposes. In Japan, low-power radio (specific low-power radio) using radio waves in the 920MHz band or 420MHz band is specified. For example, the facility 8 is provided with a power measurement unit that measures the current, power, or voltage of each of the main line and the multiple branch circuits of the facility 8, and the controller 3 receives the power measurement unit through low-power wireless communication Each measured value. In addition, the controller 3 transmits information for controlling the load not shown in the figure to the load of the control object through the communication of low power wireless.

配線器具10係二線式配線器具，連接有照明器具21作為該配線器具10之負載2。照明器具21具有例如LED(Light Emitting Diode：發光二極體)等光源、用以點亮光源之點亮電路。在圖1，圖示了兩台配線器具10，區別兩台配線器具10時，稱為配線器具10A、10B。又，在圖1，圖示了兩台照明器具21，區別兩台照明器 具21時，稱為照明器具21A、21B。於配線器具10A連接有照明器具21A，於配線器具10B連接有照明器具21B。 The wiring fixture 10 is a two-wire wiring fixture, and a lighting fixture 21 is connected as the load 2 of the wiring fixture 10. The lighting fixture 21 has a light source such as an LED (Light Emitting Diode), and a lighting circuit for lighting the light source. In FIG. 1, two wiring appliances 10 are shown. When the two wiring appliances 10 are distinguished, they are called wiring appliances 10A and 10B. Also, in Fig. 1, two luminaires 21 are shown to distinguish the two luminaires When equipped with 21, it is called lighting equipment 21A, 21B. The lighting fixture 21A is connected to the wiring fixture 10A, and the lighting fixture 21B is connected to the wiring fixture 10B.

使用者操作配線器具10，以進行照明器具21之點亮、熄滅、及調光、電動捲簾窗22及電鎖23之控制、以及從伺服器5取得之資訊的顯示等。又，照明器具21亦可調色。 The user operates the wiring appliance 10 to perform lighting, extinguishing, and dimming of the lighting appliance 21, the control of the electric roller shutter 22 and the electric lock 23, and the display of information obtained from the server 5, etc. In addition, the lighting fixture 21 can also be toned.

如圖3所示，配線器具10埋入至設施8之壁面81。於壁面81埋設有圖中未示之埋入箱。埋入箱形成前面開口之矩形箱狀。在壁面81，矩形框狀之配線器具用板P1包圍配線器具10之周圍。 As shown in FIG. 3, the wiring appliance 10 is embedded in the wall surface 81 of the facility 8. As shown in FIG. An embedding box not shown in the figure is embedded in the wall surface 81. The embedded box forms a rectangular box shape with an open front. On the wall surface 81, a rectangular frame-shaped wiring tool plate P1 surrounds the wiring tool 10.

在圖1中，配線器具10從100V系或200V系商用交流電源9被供給交流電力。配線器具10係藉由一對電力線Wi1、Wi2連接於交流電源9之二線式配線器具。再者，配線器具10藉由一對電力線Wo1、Wo2連接於作為該配線器具10之負載2的照明器具21。配線器具10將從交流電源9藉由一對電力線Wi1、Wi2輸入之交流電壓Va1進行相位控制，將已相位控制之電壓作為相位控制電壓Va2，藉由一對電力線Wo1、Wo2輸出至照明器具21。 In FIG. 1, the wiring appliance 10 is supplied with AC power from a 100V-based or 200V-based commercial AC power source 9. The wiring tool 10 is a two-wire wiring tool connected to an AC power source 9 through a pair of power lines Wi1 and Wi2. Furthermore, the wiring fixture 10 is connected to the lighting fixture 21 which is the load 2 of the wiring fixture 10 via a pair of power lines Wo1 and Wo2. The wiring appliance 10 performs phase control of the AC voltage Va1 input from the AC power supply 9 through a pair of power lines Wi1 and Wi2, and outputs the phase-controlled voltage as the phase control voltage Va2 through a pair of power lines Wo1 and Wo2 to the lighting fixture 21 .

配線器具10A連接於一對電力線Wi1、Wi2。配線器具10A與配線器具10B之間以一對電力線Wi11、Wi12輸送配線。在配線10A之內部，電力線Wi11連接於電力線Wi1，電力線Wi12連接於電力線Wi2。因而，配線器具10A從交流電源9藉由一對電力線Wi1、Wi2被供給交流電力。配線器具10B從交流電源9藉由一對電力線Wi1、Wi2及一對電力線Wi11、Wi12被供給交流電力。 The wiring tool 10A is connected to a pair of power lines Wi1 and Wi2. The wiring is transported between the wiring tool 10A and the wiring tool 10B by a pair of power lines Wi11 and Wi12. Inside the wiring 10A, the power line Wi11 is connected to the power line Wi1, and the power line Wi12 is connected to the power line Wi2. Therefore, the wiring appliance 10A is supplied with AC power from the AC power source 9 through the pair of power lines Wi1 and Wi2. The wiring appliance 10B is supplied with AC power from the AC power source 9 through a pair of power lines Wi1 and Wi2 and a pair of power lines Wi11 and Wi12.

如圖3所示，於配線器具10之前面配置有觸控面板11，觸控面板11具有圖4所示之顯示部111、及操作部112的功能。顯示部111具有可顯示白及黑二色之電子紙的畫面11a，畫面11a從配線器具用板P1之開口露出。電子紙係於改寫影像時，耗費運轉電力，不需要用以保持顯示於畫面11a之影像的運轉電力之自保持型顯示器(display)。再者，畫面11a係電阻膜方式、靜電容方式、或電磁感應方式等眾所皆知之方式的觸控面板，可進行以使用者之手指或筆等對畫面11a之觸摸操作(輕觸)。即，觸控面板11亦具有受理使用者對畫面11a之操作的操作部112之功能。此外，亦可進行使用者之手指對畫面11a的捏合、輕點、及滑動等各操作。又，觸控面板11宜更具有操作操作部112時使畫面11a產生振動之致動器。又，電子紙可顯示之顏色除了白及黑以外，還可為三色以上。 As shown in FIG. 3, a touch panel 11 is arranged on the front surface of the wiring appliance 10, and the touch panel 11 has the functions of the display unit 111 and the operation unit 112 shown in FIG. 4. The display unit 111 has a screen 11a that can display electronic paper in two colors of white and black, and the screen 11a is exposed from the opening of the wiring tool board P1. The electronic paper consumes operating power when rewriting an image, and does not require a self-holding display (display) for maintaining the operating power of the image displayed on the screen 11a. Furthermore, the screen 11a is a well-known touch panel such as a resistive film method, an electrostatic capacitance method, or an electromagnetic induction method, which can be used to touch the screen 11a with a user's finger or pen (tap) . That is, the touch panel 11 also has the function of the operation unit 112 that accepts the user's operation on the screen 11a. In addition, various operations such as pinching, tapping, and sliding of the user's finger on the screen 11a can also be performed. Moreover, it is preferable that the touch panel 11 further includes an actuator that vibrates the screen 11a when the operation portion 112 is operated. In addition, the colors that the electronic paper can display can be three or more colors in addition to white and black.

配線器具10除了上述觸控面板11(顯示部111、及操作部112)以外，更包含通信部12、控制電源13、相位控制開關(開關)14、及開關控制部15(參照圖4)。 In addition to the aforementioned touch panel 11 (display unit 111 and operation unit 112), the wiring appliance 10 further includes a communication unit 12, a control power supply 13, a phase control switch (switch) 14, and a switch control unit 15 (see FIG. 4).

通信部12具有依據例如乙太網路規格之通信介面，而可藉由室內網路NT1通信。 The communication unit 12 has a communication interface according to, for example, an Ethernet standard, and can communicate via the indoor network NT1.

控制電源13被輸入交流電壓Va1，從交流電壓Va1產生預定大小之直流電壓作為控制電壓Vs1。將控制電壓Vs1輸入至觸控面板11、通信部12、相位控制開關14、及開關控制部15等，觸控面板11、通信部12、相位控制開關14、及開關控制部15各自運作。即，控制電源13產生觸控面板11(顯示部111、操作部112)、通信部12、相位控制開關14、及開關控制部15之各運轉電力。控制電源13具有將交流電壓Va1整流之整流器、將整流器之輸出電壓轉換成控制電壓Vs1之交換式電源或線性電源。 The AC voltage Va1 is input to the control power source 13, and a DC voltage of a predetermined magnitude is generated from the AC voltage Va1 as the control voltage Vs1. The control voltage Vs1 is input to the touch panel 11, the communication unit 12, the phase control switch 14, and the switch control unit 15, and the touch panel 11, the communication unit 12, the phase control switch 14, and the switch control unit 15 each operate. That is, the control power supply 13 generates each operating power for the touch panel 11 (display unit 111 and operation unit 112), the communication unit 12, the phase control switch 14, and the switch control unit 15. The control power supply 13 has a rectifier for rectifying the AC voltage Va1, and a switching power supply or a linear power supply for converting the output voltage of the rectifier into a control voltage Vs1.

相位控制開關14係雙向三極體、閘流體、FET(Field effect transistor：場效電晶體)、雙極電晶體等半導體開關元件或繼電器等。特別是在相位控制，相位控制開關14宜使用雙向三極體或一對閘流體。相位控制開關14藉導通或遮斷從交流電源9將負載電力供給至照明器具21之電路W0，可調整負載電力。配線器具10A之電路W0(參照圖4)係以電力線Wi1、Wo1、Wo2、Wi2構成之二線電路。配線器具10B之電路W0係以電力線Wi1、Wi11、Wo1、Wo2、Wi12、Wi2構成之二線電路。即，於交流電源9之兩端間連接有相位控制開關14與照明器具21之串聯電路。 The phase control switch 14 is a semiconductor switching element such as a bidirectional triode, a thyristor, a field effect transistor (FET), a bipolar transistor, or a relay. Especially in phase control, the phase control switch 14 should use a bidirectional triode or a pair of thyristors. The phase control switch 14 conducts or interrupts the circuit W0 that supplies load power from the AC power source 9 to the lighting fixture 21, so that the load power can be adjusted. The circuit W0 of the wiring appliance 10A (refer to FIG. 4) is a two-wire circuit composed of power lines Wi1, Wo1, Wo2, and Wi2. The circuit W0 of the wiring appliance 10B is a two-wire circuit composed of power lines Wi1, Wi11, Wo1, Wo2, Wi12, and Wi2. That is, a series circuit of the phase control switch 14 and the lighting fixture 21 is connected between both ends of the AC power source 9.

開關控制部15調整相位控制開關14之導通角。具體而言，開關控制部15每隔交流電壓Va1之半波，便調整相位控制電壓Va2之導通角(導通期間)(相位控制)。又，藉開關控制部15調整相位控制電壓Va2之導通角，可將照明器具21點亮、熄滅、或調光。此外，照明器具21亦可為可依照相位控制電壓Va2之導通角調色的結構。 The switch control unit 15 adjusts the conduction angle of the phase control switch 14. Specifically, the switch control unit 15 adjusts the conduction angle (conduction period) of the phase control voltage Va2 (phase control) every half wave of the AC voltage Va1. In addition, by adjusting the conduction angle of the phase control voltage Va2 by the switch control unit 15, the lighting fixture 21 can be turned on, extinguished, or dimmed. In addition, the lighting fixture 21 may also have a structure that can be adjusted according to the conduction angle of the phase control voltage Va2.

(2)動作說明 (2) Action description

以下，就具有配線器具10之管理系統CS1的運作作說明。 Hereinafter, the operation of the management system CS1 with the wiring appliance 10 will be described.

控制器3之管理電路31可使通信部32執行包含影像資料之影像信號的發送。通信部32藉由室內網路NT1將影像信號發送至配線器具10。影像信號包含配線器具10A或10B至少一者之識別資訊作為發送標的之配線器具10的識別資訊(IP位址、或MAC位址等)。在接收影像信號之配線器具10，顯示部111將依據影像資料之影像顯示於畫面11a。 The management circuit 31 of the controller 3 enables the communication unit 32 to execute the transmission of the image signal including the image data. The communication unit 32 transmits the video signal to the wiring appliance 10 via the indoor network NT1. The image signal includes identification information of at least one of the wiring appliance 10A or 10B as the identification information (IP address, MAC address, etc.) of the wiring appliance 10 that is the transmission target. In the wiring appliance 10 receiving the image signal, the display unit 111 displays the image based on the image data on the screen 11a.

管理電路31預先記憶有屬於二個以上之顯示模式中的任一個之複數的影像資料。管理電路31可使通信部32執行包含複數之影像資料中任一影像資料的影像信號之發送。本實施形態之二個以上的顯示模式至少包含開關模式、情境模式及資訊提示模式。開關模式係藉操作部112之操作將連接於該配線器具10之照明器具21點亮、熄滅或調光的個別控制之顯示模式。情境模式係藉操作部112之操作，將連接於該配線器具10之照明器具21控制成預先決定之狀態(調光位準、及光色等)之情境控制的顯示模式。資訊提示模式係藉操作部112之操作使各種資訊顯示於畫面11a之顯示模式。此外，顯示模式不限於上述各模式，亦可包含其他模式。 The management circuit 31 pre-stores plural image data belonging to any one of two or more display modes. The management circuit 31 enables the communication unit 32 to execute the transmission of an image signal including any one of the plurality of image data. The two or more display modes in this embodiment at least include an on-off mode, a situational mode, and an information prompt mode. The switch mode is a display mode for individually controlling the lighting fixture 21 connected to the wiring fixture 10 by the operation of the operating unit 112. The context mode is a context control display mode that controls the lighting fixture 21 connected to the wiring fixture 10 to a predetermined state (dimming level, light color, etc.) by the operation of the operating unit 112. The information prompt mode is a display mode in which various information is displayed on the screen 11a by the operation of the operation part 112. In addition, the display mode is not limited to the above-mentioned modes, and may include other modes.

以影像資料顯示於畫面11a之各影像分別包含對應於該影像之顯示模式的資訊、及用以切換成其他顯示模式之影像的資訊。 Each image displayed on the screen 11a as image data includes information corresponding to the display mode of the image and information for switching to another display mode.

又，複數之影像僅屬於開關模式、情境模式、及資訊提示模式等任一個模式。因而，配線器具10不需顯示可將所有模式之資訊顯示，從所有模式選擇一個模式之主畫面。因而，配線器具10不需具有主畫面按鈕。 Moreover, the plural images only belong to any one of the switch mode, the situation mode, and the information prompt mode. Therefore, the wiring appliance 10 does not need to display the main screen that can display the information of all modes, and select one mode from all the modes. Therefore, the wiring appliance 10 does not need to have a home screen button.

又，當由使用者操作形成於畫面11a之操作部112時，通信部12藉由室內網路NT1將依照操作之信號發送至發送標的之設備(控制器3或其他負載2等)。即，通信部12可通知控制器3操作部112之操作內容、或因操作部112之操作所形成的照明器具21之狀態變化。 In addition, when the user operates the operation unit 112 formed on the screen 11a, the communication unit 12 transmits the signal in accordance with the operation to the device (controller 3 or other load 2, etc.) of the transmission target through the indoor network NT1. That is, the communication unit 12 can notify the controller 3 of the operation content of the operation unit 112 or the state change of the lighting fixture 21 formed by the operation of the operation unit 112.

控制器3之管理電路31預先將對應操作部112之各操作的影像資料記憶於管理電路31之記憶體。管理電路31從記憶體讀取操作部112之操作內容、或依照因操作部112之操作所形成的照明器具21之狀態變化的影像資料，使通信部32執行包含所讀取之影像資料的影像信號之發送。配線器具10回應操作部112之操作，接收從控制器3發送之影像資料，而可依照操作部112之各操作切換顯示於畫面11a之影像。 The management circuit 31 of the controller 3 stores image data corresponding to each operation of the operation unit 112 in the memory of the management circuit 31 in advance. The management circuit 31 reads the operation content of the operation unit 112 from the memory, or the image data of the state change of the lighting fixture 21 formed by the operation of the operation unit 112, and causes the communication unit 32 to execute the image including the read image data Signal sending. The wiring appliance 10 responds to the operation of the operation part 112, receives the image data sent from the controller 3, and can switch the image displayed on the screen 11a according to each operation of the operation part 112.

又，配線器具10亦可具有記憶體，而預先將對應操作部112之各操作的影像資料記憶於記憶體。此時，配線器具10藉從記憶體讀取對應操作部112之操作的影像資料，可依照操作部112之各操作切換顯示於畫面11a之影像。 In addition, the wiring tool 10 may also have a memory, and the image data corresponding to each operation of the operation portion 112 is stored in the memory in advance. At this time, the wiring tool 10 reads the image data corresponding to the operation of the operation unit 112 from the memory, and can switch the image displayed on the screen 11a according to each operation of the operation unit 112.

以下，例示開關模式、情境模式、及資訊提示模式各自之配線器具10的顯示動作。 Hereinafter, the display operation of the wiring appliance 10 in each of the switch mode, the context mode, and the information presentation mode is illustrated.

(開關模式) (Switch mode)

在此，配線器具10及照明器具21設置於寢室。 Here, the wiring appliance 10 and the lighting appliance 21 are installed in the bedroom.

圖5顯示顯示模式為開關模式時於配線器具10之畫面11a顯示作為顯示影像的各影像(開關影像)。開關影像包含開關影像G1(圖5之左上)、G2(圖5之右上)、G200(圖5之右下)。 Fig. 5 shows that when the display mode is the switch mode, each image (switch image) as a display image is displayed on the screen 11a of the wiring appliance 10. The switch images include switch images G1 (upper left in Fig. 5), G2 (upper right in Fig. 5), and G200 (lower right in Fig. 5).

首先，藉開關控制部15將相位控制開關14之導通角控制成下限值，照明器具21熄滅。若照明器具21熄滅，便於畫面11a顯示開關影像G1作為顯示影像。開關影像G1之上部的中央係標記區域R1，於標記區域R1顯示有照明器具21之名稱 亦即「主照明」的文字。標記區域R1之下方係顯示照明器具21之狀態的通知區域R2，於通知區域R2顯示有表示熄滅狀態之符號、及「熄滅」的文字。標記區域R1之左方係操作區域R3，於操作區域R3顯示有顯示左方向之記號「<」。標記區域R1之右方係操作區域R4，於操作區域R4顯示有顯示右方向之記符「>」。通知區域R2之下方係操作區域R5、R6，操作區域R5、R6於左右方向並排形成。於操作區域R5顯示有「情境」之文字。於操作區域R6顯示有「資訊」之文字。因而，觀看開關影像G1之使用者可辨識照明器具21熄滅。此時，設於配線器具用板P1之下部的輔助燈16宜點亮。輔助燈16包含例如LED，LED發出之光往前方照射。 First, the conduction angle of the phase control switch 14 is controlled to a lower limit by the switch control unit 15, and the lighting fixture 21 is turned off. If the lighting fixture 21 is turned off, it is convenient for the screen 11a to display the switch image G1 as a display image. The center of the upper part of the switch image G1 is the marking area R1, and the name of the lighting fixture 21 is displayed in the marking area R1 That is, the text of "main lighting". Below the marking area R1 is a notification area R2 that displays the state of the lighting fixture 21, and the notification area R2 displays a symbol indicating the extinguished state and the text "OFF". The left side of the mark area R1 is the operation area R3, and the mark "<" indicating the left direction is displayed in the operation area R3. To the right of the marking area R1 is the operation area R4, and a symbol ">" indicating the right direction is displayed in the operation area R4. Below the notification area R2 are operation areas R5 and R6, and the operation areas R5 and R6 are formed side by side in the left-right direction. The text "Situation" is displayed in the operation area R5. The text of "Information" is displayed in the operation area R6. Therefore, the user viewing the switch image G1 can recognize that the lighting fixture 21 is turned off. At this time, the auxiliary lamp 16 provided at the lower part of the wiring tool board P1 should preferably be turned on. The auxiliary lamp 16 includes, for example, an LED, and the light emitted by the LED is irradiated forward.

使用者於使照明器具21點亮時，觸摸操作開關影像G1之通知區域R2。當觸摸操作開關影像G1之通知區域R2時，開關控制部15控制相位控制開關14，使照明器具21點亮。此時，照明器具21完全點亮(調光位準100%之點亮)。進一步，通信部12通知控制器3照明器具21點亮(或已進行點亮操作)。接著，顯示部111將開關影像G2顯示於畫面11a作為顯示影像。於開關影像G2之通知區域R2顯示有表示點亮狀態之符號、及「點亮100%」之文字。 When the user turns on the lighting fixture 21, he touches the notification area R2 of the operation switch image G1. When the notification area R2 of the switch image G1 is touched, the switch control unit 15 controls the phase control switch 14 to turn on the lighting fixture 21. At this time, the lighting fixture 21 is completely lit (lighting up at a dimming level of 100%). Furthermore, the communication unit 12 notifies the controller 3 that the lighting fixture 21 is turned on (or the lighting operation has been performed). Next, the display unit 111 displays the switch image G2 on the screen 11a as a display image. In the notification area R2 of the switch image G2, a symbol indicating the lighting state and the text "100% lighting" are displayed.

在通知區域R2內，顯示有「點亮100%」之文字的區域為操作區域R7。當觸摸操作開關影像G2之操作區域R7時，通信部12通知控制器3已觸摸操作操作區域R7。接著，顯示部111將開關影像G200顯示於畫面11a作為顯示影像。開關影像G200之上部的中央係標記區域R8，於標記區域R8顯示有照明器具21之名稱亦即「主照明」之文字。標記區域R8之下方係顯示照明器具21之調光位準的通知操作區域R9，於通知操作區域R9形成有於上下方向並排配置之五個圓形區域R10。 In the notification area R2, the area where the text "Light up 100%" is displayed is the operation area R7. When the operation area R7 of the operation switch image G2 is touched, the communication unit 12 notifies the controller 3 that the operation operation area R7 has been touched. Next, the display unit 111 displays the switch image G200 on the screen 11a as a display image. The center of the upper part of the switch image G200 is the marking area R8, and the name of the lighting fixture 21, that is, the text of "main lighting" is displayed in the marking area R8. Below the mark area R8 is a notification operation area R9 that displays the dimming level of the lighting fixture 21, and the notification operation area R9 is formed with five circular areas R10 arranged side by side in the vertical direction.

接著，依照現下之調光位準，五個圓形區域R10中僅任一個圓形區域R10以黑色顯示，其他圓形區域R10以白色顯示。再者，當現下之調光位準越高，越上方之圓形區域R10形成黑色。舉例而言，若現下之調光位準為100%(完全點亮)時，位於最上方之圓形區域10形成黑色。若現下之調光位準為下限位準時，位於最下方之圓形區域R10形成黑色。即，在通知操作區域R9，以階段式顯示現下之調光位準。 Then, according to the current dimming level, only one of the five circular regions R10 is displayed in black, and the other circular regions R10 are displayed in white. Furthermore, when the current dimming level is higher, the upper circular area R10 becomes black. For example, if the current dimming level is 100% (fully lit), the uppermost circular area 10 will be black. If the current dimming level is the lower limit level, the circular area R10 at the bottom becomes black. That is, in the notification operation area R9, the current dimming level is displayed in a stepwise manner.

使用者於變更照明器具21之調光位準時，觸摸操作開關影像G200之五個圓形區域R10中的任一個。當觸摸操作開關影像G200之圓形區域R10時，開關控制部15將相位控制開關14控制成形成為對應所觸摸操作之圓形區域R10的調光位準。結果，照明器具21以在開關影像G200指示之調光位準點亮。進一步，通信部12通知控制器3照明器具21之變更後的調光位準。 When changing the dimming level of the lighting fixture 21, the user touches any one of the five circular regions R10 of the switch image G200. When the circular area R10 of the switch image G200 is touched, the switch control unit 15 controls the phase control switch 14 to be shaped into a dimming level corresponding to the circular area R10 of the touched operation. As a result, the lighting fixture 21 lights up at the dimming level indicated by the switch image G200. Furthermore, the communication unit 12 notifies the controller 3 of the changed dimming level of the lighting fixture 21.

通知操作區域R9之下方係調光位準之設定完畢時進行觸摸操作之操作區域R11。於操作區域R11顯示有「OK」之文字。使用者當照明器具21之調光位準的設定完畢時，觸摸操作操作區域R11。當觸摸操作開關影像G200之操作區域R11時，通信部12通知控制器3調光位準之設定完畢。接著，顯示部111將開關影像G2顯示於畫面11a作為顯示影像。 Below the notification operation area R9 is an operation area R11 for touch operation when the setting of the dimming level is completed. The text "OK" is displayed in the operation area R11. When the setting of the dimming level of the lighting fixture 21 is completed, the user touches the operation area R11. When the operation area R11 of the operation switch image G200 is touched, the communication unit 12 informs the controller 3 that the setting of the dimming level is completed. Next, the display unit 111 displays the switch image G2 on the screen 11a as a display image.

使用者使照明器具21熄滅時，觸摸操作開關影像G2之通知區域R2。當觸摸操作開關影像G2之通知區域R2時，開關控制部15控制相位控制開關14，使照明器具21熄滅。進一步，通信部12通知控制器3照明器具21熄滅(或已進行熄滅操作)。接著，顯示部111將開關影像G1顯示於畫面11a作為顯示影像。 When the user turns off the lighting fixture 21, he touches the notification area R2 of the operation switch image G2. When the notification area R2 of the switch image G2 is touched, the switch control unit 15 controls the phase control switch 14 to turn off the lighting fixture 21. Furthermore, the communication unit 12 notifies the controller 3 that the lighting fixture 21 is turned off (or that the turning off operation has been performed). Next, the display unit 111 displays the switch image G1 on the screen 11a as a display image.

當觸摸操作上述開關影像G1或G2之操作區域R5時，顯示模式從開關模式切換成情境模式。又，當觸摸操作開關影像G1或G2之操作區域R6時，顯示模式從開關模式切換成資訊提示模式。 When the operation area R5 of the switch image G1 or G2 is touch-operated, the display mode is switched from the switch mode to the scene mode. In addition, when the operation area R6 of the switch image G1 or G2 is touched, the display mode is switched from the switch mode to the information prompt mode.

上述開關影像G1、G2與開關影像G200以階層式構成。開關影像G1、G2為上位影像，開關影像G200為開關影像G2之下位影像。僅在上位影像亦即開關影像G1、G2可進行將顯示模式從開關模式切換成情境模式或資訊提示模式之操作。 The switch images G1, G2 and the switch image G200 are constructed in a hierarchical manner. The switch images G1 and G2 are upper-level images, and the switch image G200 is the lower-level images of the switch image G2. Only the upper-level images, namely the switch images G1 and G2, can be operated to switch the display mode from the switch mode to the context mode or the information prompt mode.

當觸摸操作開關影像G1或G2之操作區域R5時，通信部12通知控制器3已進行從開關模式切換成情境模式之操作。接著，顯示部111將情境影像G11(圖6之左上)、G12(圖6之右上)、G13(圖7之左上)、G14(圖7之右上)任一者顯示於畫面11a作為顯示影像。 When the operation area R5 of the switch image G1 or G2 is touched, the communication unit 12 informs the controller 3 that the operation of switching from the switch mode to the context mode has been performed. Next, the display unit 111 displays any one of the contextual images G11 (upper left in FIG. 6), G12 (upper right in FIG. 6), G13 (upper left in FIG. 7), and G14 (upper right in FIG. 7) on the screen 11a as a display image.

當觸摸操作開關影像G1或G2之操作區域R6時，通信部12通知控制器3已進行從開關模式切換成資訊提示模式之操作。接著，顯示部111將資訊影像G21(圖8之左)、G22(圖8之右)、G23(圖9之左)、G24(圖9之右)任一者顯示於畫面11a作為顯示影像。 When the operation area R6 of the switch image G1 or G2 is touched, the communication unit 12 notifies the controller 3 that the operation of switching from the switch mode to the information prompt mode has been performed. Next, the display unit 111 displays any of the information images G21 (left in FIG. 8), G22 (right in FIG. 8), G23 (left in FIG. 9), and G24 (right in FIG. 9) on the screen 11a as a display image.

在本開關模式，操作部112包含上述通知區域R2、操作區域R3、R4、R5、R6、通知操作區域R9、及圓形區域R10。 In this switch mode, the operation unit 112 includes the aforementioned notification area R2, the operation areas R3, R4, R5, R6, the notification operation area R9, and the circular area R10.

在本開關模式，標記區域R1、通知區域R2、操作區域R3、R4、標記區域R8、及通知操作區域R9相當於對應各影像之顯示模式的資訊。又，操作區域R5、R6相當於用以切換成其他顯示模式之影像的資訊。 In this switch mode, the mark area R1, the notification area R2, the operation areas R3, R4, the mark area R8, and the notification operation area R9 correspond to the information corresponding to the display mode of each image. In addition, the operation areas R5 and R6 are equivalent to information used to switch to images in other display modes.

(情境模式1) (Situation Mode 1)

在此，配線器具10及照明器具21設置於寢室。此時，電動捲簾窗22、及電鎖23分別設置於寢室之窗戶。 Here, the wiring appliance 10 and the lighting appliance 21 are installed in the bedroom. At this time, the electric shutter window 22 and the electric lock 23 are respectively installed on the windows of the bedroom.

圖6及圖7顯示顯示模式為情境模式時於配線器具10之畫面11a顯示作為顯示影像之各影像(情境影像)。情境影像包含情境影像G11、G12、G13、G14、G110(圖6之左下)、G130(圖7之左下)、G140(圖7之右下)。 6 and 7 show that when the display mode is the context mode, each image (situational image) as a display image is displayed on the screen 11a of the wiring appliance 10. Situational images include situational images G11, G12, G13, G14, G110 (bottom left in Figure 6), G130 (bottom left in Figure 7), and G140 (bottom right in Figure 7).

情境影像G11、G12、G13、G14之各上部的中央係標記區域R21。於情境影像G11之標記區域R21顯示有情境控制之識別號碼亦即「情境1/4」的文字。於情境影像G12之標記區域R21顯示有情境控制之識別號碼亦即「情境2/4」的文字。於情境影像G13之標記區域R21顯示有情境控制之識別號碼亦即「情境3/4」的文字。於情境影像G14之標記區域R21顯示有情境控制之識別號碼亦即「情境4/4」的文字。 The center of the upper part of each of the situational images G11, G12, G13, and G14 is the marked area R21. In the marked area R21 of the scene image G11, the identification number of the scene control, that is, the text of "Scenario 1/4" is displayed. In the marked area R21 of the situation image G12, the identification number of the situation control, that is, the text of "Situation 2/4" is displayed. In the marked area R21 of the scene image G13, the identification number of the scene control, that is, the text of "Scenario 3/4" is displayed. In the marked area R21 of the situation image G14, the identification number of the situation control, that is, the text of "Situation 4/4" is displayed.

情境影像G11、G12、G13、G14之各標記區域R21的下方係顯示情境控制之名稱的通知區域R22。於情境影像G11之通知區域R22顯示有表示休憩之符號、及「休憩」之文字。於情境影像G12之通知區域R22顯示有表示戲院之符號、及「戲院」之文字。於情境影像G13之通知區域R22顯示有表示上鎖之符號、及「上鎖」之文字。於情境影像G14之通知區域R22顯示有表示早安之符號、及「早安」之文字。 Below each marked area R21 of the context images G11, G12, G13, and G14 is a notification area R22 displaying the name of the context control. In the notification area R22 of the situational image G11, a symbol indicating rest and the text of "rest" are displayed. In the notification area R22 of the situational image G12, a symbol indicating a theater and a text of "theatre" are displayed. In the notification area R22 of the situational image G13, a symbol indicating a lock and a text "locked" are displayed. In the notification area R22 of the situational image G14, a symbol indicating good morning and the text of "good morning" are displayed.

情境影像G11、G12、G13、G14之各標記區域R1的左方係操作區域R23，於操作區域R23顯示有顯示左方向之記號「<」。標記區域R21的右方係操作區域R24，於操作區域R24顯示有顯示右方向之記號「>」。每當觸摸操作操作區域R23時，依情境影像G11、G14、G13、G12、G11、.........之順序，切換畫面11a之顯示影像。每當觸摸操作操作區域R24時，依G11、G12、G13、G14、G11、.........之順序，切換畫面11a之顯示影像。 The left side of each marked area R1 of the scene images G11, G12, G13, G14 is an operation area R23, and a sign "<" indicating the left direction is displayed in the operation area R23. The right side of the marking area R21 is the operation area R24, and a sign ">" indicating the right direction is displayed in the operation area R24. Whenever the operation area R23 is touched, the display image of the screen 11a is switched in the order of the scene images G11, G14, G13, G12, G11,.... Whenever the operation area R24 is touched, the display image of the screen 11a is switched in the order of G11, G12, G13, G14, G11,....

情境影像G11、G12、G13、G14之各通知區域R22的下方係操作區域R25、R26，操作區域R25、R26於左右方向並排形成。於操作區域R25顯示有「開關」之文字。於操作區域R26顯示有「資訊」之文字。 Below the notification areas R22 of the context images G11, G12, G13, and G14 are operation areas R25 and R26, and the operation areas R25 and R26 are formed side by side in the left-right direction. The text "Switch" is displayed in the operation area R25. The text of "Information" is displayed in the operation area R26.

當觸摸操作情境影像G11、G12、G13、G14任一者之操作區域R25時，通信部12通知控制器3已進行從情境模式切換成開關模式之操作。接著，顯示部111將開關影像G1、G2任一者顯示於畫面11a作為顯示影像。 When the operation area R25 of any one of the context images G11, G12, G13, and G14 is touched, the communication unit 12 notifies the controller 3 that the operation of switching from the context mode to the switch mode has been performed. Next, the display unit 111 displays any one of the switch images G1 and G2 on the screen 11a as a display image.

當觸摸操作情境影像G11、G12、G13、G14任一者之操作區域R26時，通信部12通知控制器3已進行從情境模式切換成資訊提示模式之操作。接著，顯示部111將資訊影像G21、G22、G23、G24任一者顯示於畫面11a作為顯示影像。 When the operation area R26 of any one of the context images G11, G12, G13, and G14 is touched, the communication unit 12 notifies the controller 3 that the operation of switching from the context mode to the information prompt mode has been performed. Next, the display unit 111 displays any one of the information images G21, G22, G23, and G24 on the screen 11a as a display image.

使用者欲休息時，觸摸操作情境影像G11之通知區域R22。當觸摸操作情境影像G11之通知區域R22時，開關控制部15控制相位控制開關14，將照明器具21之調光位準及調色至少一者調整成對應「休憩」而預先決定之設定內容。對應「休憩」之照明器具21的設定內容係讓使用者休息而放鬆之設定內容。進一步， 通信部12通知控制器3情境控制設定成「休憩」。接著，顯示部111將情境影像G110(圖6之左下)顯示於畫面11a作為顯示影像。於情境影像G110之通知區域R27顯示有表示休憩之符號、及通知情境控制設定成「休憩」之訊息。通知區域R27之下方係進行觸摸操作之操作區域R28。於操作區域R28顯示「關閉」之文字。當使用者確認情境控制設定成「休憩」時，便觸摸操作操作區域R28。當觸摸操作情境影像G110之操作區域R28時，通信部12通知控制器3已對操作區域R28進行觸摸操作。接著，顯示部111將情境影像G11顯示於畫面11a作為顯示影像。此時，情境影像G11宜顯示情境控制已設定完「休憩」。 When the user wants to take a break, he touches and operates the notification area R22 of the scene image G11. When the notification area R22 of the context image G11 is touched, the switch control unit 15 controls the phase control switch 14 to adjust at least one of the dimming level and the color adjustment of the lighting fixture 21 to a predetermined setting content corresponding to "rest". The setting content of the lighting fixture 21 corresponding to "rest" is the setting content that allows the user to rest and relax. further, The communication unit 12 notifies the controller 3 that the context control is set to "rest". Next, the display unit 111 displays the context image G110 (bottom left in FIG. 6) on the screen 11a as a display image. The notification area R27 of the context image G110 displays a symbol indicating rest and a message that the context control is set to "rest". Below the notification area R27 is an operation area R28 for touch operations. The text "Close" is displayed in the operation area R28. When the user confirms that the context control is set to "rest", he touches the operation area R28. When the operation area R28 of the context image G110 is touched, the communication unit 12 notifies the controller 3 that the operation area R28 has been touched. Next, the display unit 111 displays the context image G11 on the screen 11a as a display image. At this point, the situational image G11 should show that the situational control has been set to "rest".

當使用者用寢室內之電視觀看電影時，觸摸操作情境影像G12之通知區域R22。當觸摸操作情境影像G12之通知區域R22時，開關控制部15控制相位控制開關14，將照明器具21之調光位準及調色至少一者調整成對應「戲院」而預先決定之設定內容。對應「戲院」之照明器具21的設定內容係使電影之臨場感提高，且讓使用者之眼睛不易疲勞的設定內容。此時，情境影像G11宜顯示情境控制已設定完「戲院」。 When the user watches a movie on the TV in the bedroom, he touches the notification area R22 of the scene image G12. When the notification area R22 of the scene image G12 is touched, the switch control unit 15 controls the phase control switch 14 to adjust at least one of the dimming level and the color adjustment of the lighting fixture 21 to the predetermined setting content corresponding to the "theatre". The setting content of the lighting equipment 21 corresponding to the "theatre" is a setting content that improves the reality of the movie and makes the user's eyes less fatigued. At this time, the situational image G11 should show that the situational control has been set to "theatre".

使用者欲進行寢室之窗戶、及門等的上鎖時，觸摸操作情境影像G13之通知區域R22。當觸摸操作情境影像G13之通知區域R22時，通信部12通知控制器3情境控制設定成「上鎖」。控制器3之管理電路31關閉設置於寢室之窗戶的電動捲簾窗22，將電鎖23鎖上。接著，顯示部111將情境影像G130(圖7之左下)顯示於畫面11a作為顯示影像。於情境影像G130之通知區域R27顯示有表示上鎖之符號、及通知情境控制設定成「上鎖」之訊息。當使用者確認情境控制設定成「上鎖」時，觸摸操作操作區域R28。當觸摸操作情境影像G130之操作區域R28時，通信部12通知控制器3已對操作區域R28進行觸控操作。接著，顯示部111將情境影像 G13顯示於畫面11a作為顯示影像。此時，情境影像G13宜顯示情境控制已設定完「上鎖」。 When the user wants to lock the windows and doors of the bedroom, he touches the notification area R22 of the scene image G13. When the notification area R22 of the context image G13 is touched, the communication unit 12 notifies the controller 3 that the context control setting is "locked". The management circuit 31 of the controller 3 closes the electric roller shutter 22 installed in the window of the bedroom, and locks the electric lock 23. Next, the display unit 111 displays the context image G130 (bottom left in FIG. 7) on the screen 11a as a display image. The notification area R27 of the context image G130 displays a symbol indicating that it is locked, and a message that the context control is set to "lock" is displayed. When the user confirms that the context control is set to "lock", touch the operation area R28. When the operation area R28 of the scene image G130 is touched, the communication unit 12 notifies the controller 3 that the operation area R28 has been touched. Next, the display unit 111 displays the scene image G13 is displayed on the screen 11a as a display image. At this point, the situational image G13 should show that the situational control has been set to "lock".

使用者早晨睡醒起床時，觸摸操作情境影像G14之通知區域R22。當觸摸操作情境影像G14之通知區域R22時，通信部12通知控制器3情境控制設定成「早安」。控制器3之管理電路31開啟設置於寢室之窗戶的電動捲簾窗22，而將電鎖23解鎖。進一步，開關控制部15控制相位控制開關14，使照明器具21點亮。接著，顯示部111將情境影像G140(圖7之右下)顯示於畫面11a作為顯示影像。於情境影像G140之通知區域R27顯示有表示早安之符號、及通知情境控制設定成「早安」之訊息。當使用者確認情境控制設定成「早安」時，觸摸操作操作區域R28。當觸摸操作情境影像G140之操作區域R28時，通信部12通知控制器3已對操作區域R28進行觸摸操作。接著，顯示部111將情境影像G14顯示於畫面11a作為顯示影像。此時，情境影像G14宜顯示情境控制已設定完「早安」。 When the user wakes up in the morning, he touches the notification area R22 of the scene image G14. When the notification area R22 of the context image G14 is touched and operated, the communication unit 12 notifies the controller 3 that the context control is set to "good morning". The management circuit 31 of the controller 3 opens the electric roller shutter 22 provided on the window of the bedroom, and unlocks the electric lock 23. Furthermore, the switch control unit 15 controls the phase control switch 14 to turn on the lighting fixture 21. Next, the display unit 111 displays the context image G140 (bottom right in FIG. 7) on the screen 11a as a display image. In the notification area R27 of the context image G140, a symbol indicating good morning is displayed, and a message that the context control is set to "good morning" is displayed. When the user confirms that the context control is set to "Good Morning", touch the operation area R28. When the operation area R28 of the context image G140 is touched, the communication unit 12 notifies the controller 3 that the operation area R28 has been touched. Next, the display unit 111 displays the context image G14 on the screen 11a as a display image. At this point, the situational image G14 should show that the situational control has been set to "Good Morning".

上述情境影像G11、G12、G13、G14與情境影像G110、G130、G140以階層式構成。情境影像G11、G12、G13、G14係上位影像。情境影像G110為情境影像G11之下位影像。情境影像G130為情境影像G13之下位影像。情境影像G140為情境影像G14之下位影像。僅在上位影像亦即情境影像G11、G12、G13、G14可進行將顯示模式從情境模式切換成開關模式或資訊提示模式之操作。 The above-mentioned situational images G11, G12, G13, and G14 and the situational images G110, G130, and G140 are constructed in a hierarchical manner. The situational images G11, G12, G13, and G14 are upper-level images. The situational image G110 is a subordinate image of the situational image G11. The situational image G130 is a lower-level image of the situational image G13. The situational image G140 is a subordinate image of the situational image G14. Only the upper-level images, that is, the contextual images G11, G12, G13, G14, can switch the display mode from the contextual mode to the on-off mode or the information prompt mode.

在本情境模式，操作部112包含上述通知區域R22、及操作區域R23、R24、R25、R26、R28。 In this scenario mode, the operation unit 112 includes the aforementioned notification area R22 and operation areas R23, R24, R25, R26, and R28.

在本情境模式，標記區域R21、通知區域R22、操作區域R23、R24、通知區域R27、及操作區域R28相當於對應各影像之顯示模式的資訊。又，操作區域R25、R26相當於用以切換成其他顯示模式之影像的資訊。 In this context mode, the marking area R21, the notification area R22, the operation areas R23, R24, the notification area R27, and the operation area R28 correspond to the information corresponding to the display mode of each image. In addition, the operation areas R25 and R26 are equivalent to information used to switch to images in other display modes.

(資訊提示模式) (Information Prompt Mode)

在此，配線器具10及照明器具21設置於寢室或洗臉室。 Here, the wiring appliance 10 and the lighting appliance 21 are installed in a bedroom or a washing room.

圖8及圖9顯示顯示模式為情境模式時於配線器具10之畫面11a顯示作為顯示影像之各影像(資訊影像)。資訊影像包含資訊影像G21、G22、G23、G24。 8 and 9 show that when the display mode is the context mode, each image (information image) as a display image is displayed on the screen 11a of the wiring appliance 10. Information images include information images G21, G22, G23, G24.

控制器3之管理電路31可從伺服器5取得各種外部資訊。管理電路31取得之外部資訊有天氣預報、外出時是否需要帶傘、洗衣指數、及適合今日天氣的服裝等各外部資訊。管理電路31可依據所取得之各種外部資訊，作成影像資料。或者，在配線器具10，通信部12亦可從伺服器5取得各種外部資訊，配線器具10亦可具有依據各種外部資訊作成影像資料之影像資料作成部(電腦系統)。 The management circuit 31 of the controller 3 can obtain various external information from the server 5. The external information obtained by the management circuit 31 includes various external information such as weather forecast, whether to bring an umbrella when going out, laundry index, and clothing suitable for today's weather. The management circuit 31 can create image data based on various external information obtained. Alternatively, in the wiring appliance 10, the communication unit 12 may also obtain various external information from the server 5. The wiring appliance 10 may also have an image data preparation unit (computer system) that generates image data based on various external information.

資訊影像G21、G22、G23、G24之各上部的中央係標記區域R31。於資訊影像G21之標記區域R31顯示有顯示提示之資訊的類別之「今日天氣」的文字。於資訊影像G22之標記區域R31顯示有顯示提示之資訊的類別之「今日帶傘指數」的文字。於資訊影像G23之標記區域R31顯示有顯示提示之資訊的類別之「今日洗衣指數」的文字。於資訊影像G24之標記區域R31顯示有顯示提示之資訊的類別之「今日服裝指數」的文字。 The center of each upper part of the information images G21, G22, G23, and G24 is a marked area R31. In the marked area R31 of the information image G21, the text of "Today's Weather" of the type of information displayed is displayed. In the marked area R31 of the information image G22, the text of "Today's Umbrella Index" of the type of information displayed is displayed. In the marked area R31 of the information image G23, the text of "Today's Laundry Index" of the category of the displayed information is displayed. In the marked area R31 of the information image G24, the text of "Today's Clothing Index" of the category of the displayed information is displayed.

資訊影像G21、G22、G23、G24之各標記區域R31的下方係顯示提示之資訊的通知區域R32。於資訊影像G21之通知區域R32顯示有表示今日天氣預報之符號、及訊息。於資訊影像G22之通知區域R32顯示有表示傘之符號、以及表示傘之需要與否及降水機率的訊息。於資訊影像G23之通知區域R32顯示有表示洗衣之符號、以及表示推薦之今日洗衣方法及洗衣指數的訊息。於資訊影像G24之通知區域R32顯示有服裝之符號、以及表示推薦之今日服裝及其推薦度的訊息。 Below each of the marked areas R31 of the information images G21, G22, G23, and G24 is a notification area R32 that displays the prompt information. In the notification area R32 of the information image G21, a symbol and a message indicating today's weather forecast are displayed. In the notification area R32 of the information image G22, a symbol indicating the umbrella, and a message indicating whether the umbrella is needed or not and the probability of precipitation are displayed. In the notification area R32 of the information image G23, a symbol indicating washing, and a message indicating the recommended washing method and washing index of the day are displayed. In the notification area R32 of the information image G24, a symbol of clothing and a message indicating the recommended clothing of the day and the degree of recommendation are displayed.

資訊影像G21、G22、G23、G24之各標記區域R31的左方係操作區域R33，於操作區域R33顯示有顯示左方向之記號「<」。標記區域R31之右方係操作區域R34，於操作區域R34顯示有顯示右方向之記號「>」。每當觸摸操作操作區域R33時，依資訊影像G21、G24、G23、G22、G21、.........之順序，切換畫面11a之顯示影像。每當觸摸操作操作區域R24時，依資訊影像G21、G22、G23、G24、G21、.........之順序，切換畫面11a之顯示影像。 The left of each mark area R31 of the information images G21, G22, G23, G24 is an operation area R33, and a sign "<" indicating the left direction is displayed in the operation area R33. To the right of the marking area R31 is the operation area R34, and a sign ">" indicating the right direction is displayed in the operation area R34. Whenever the operation area R33 is touched, the display image of the screen 11a is switched in the order of the information images G21, G24, G23, G22, G21, .... Whenever the operation area R24 is touched, the display image of the screen 11a is switched in the order of the information images G21, G22, G23, G24, G21, ....

又，顯示影像亦可依資訊影像G21、G22、G23、G24、G21之順序自動切換。此外，切換資訊影像G21、G22、G23、G24之際的順序不限特定順序。 In addition, the display images can also be automatically switched in the order of information images G21, G22, G23, G24, and G21. In addition, the order when switching the information images G21, G22, G23, and G24 is not limited to a specific order.

資訊影像G21、G22、G23、G24之各通知區域R32的下方係操作區域R35、R36，操作區域R35、R36於左右方向並排形成。於操作區域R35顯示有「開關」之文字。於操作區域R36顯示有「情境」之文字。 Below the notification areas R32 of the information images G21, G22, G23, and G24 are operation areas R35 and R36, and the operation areas R35 and R36 are formed side by side in the left-right direction. The text "Switch" is displayed in the operation area R35. The text "Situation" is displayed in the operation area R36.

當觸摸操作資訊影像G21、G22、G23、G24任一者之操作區域R35時，通信部12通知控制器3已進行從資訊提示模式切換成開關模式之操作。接著，顯示部111將開關影像G1、G2任一者顯示於畫面11a作為顯示影像。 When the operation area R35 of any one of the information images G21, G22, G23, and G24 is touched, the communication unit 12 notifies the controller 3 that the operation of switching from the information presentation mode to the switch mode has been performed. Next, the display unit 111 displays any one of the switch images G1 and G2 on the screen 11a as a display image.

當觸摸操作資訊影像G21、G22、G23、G24任一者之操作區域R36時，通信部12通知控制器3已進行從資訊提示模式切換成情境模式之操作。接著，顯示部111將情境影像G11、G12、G13、G14任一者顯示於畫面11a作為顯示影像。 When the operation area R36 of any one of the information images G21, G22, G23, G24 is touched, the communication unit 12 notifies the controller 3 that the operation of switching from the information prompt mode to the context mode has been performed. Next, the display unit 111 displays any one of the context images G11, G12, G13, and G14 on the screen 11a as a display image.

上述資訊影像G21、G22、G23、G24係上位影像。在上位影像亦即資訊影像G21、G22、G23、G24，可進行將顯示模式從資訊提示模式切換成開關模式或情境模式之操作。 The above-mentioned information images G21, G22, G23, and G24 are upper-level images. In the upper image, namely the information image G21, G22, G23, G24, the operation of switching the display mode from the information prompt mode to the switch mode or the context mode can be performed.

在本資訊提示模式，操作部112包含上述操作區域R33、R34、R35、R36。 In this information presentation mode, the operation unit 112 includes the above-mentioned operation areas R33, R34, R35, and R36.

在本資訊提示模式，標記區域R31、通知區域R32、操作區域R33、R34相當於對應各影像之顯示模式的資訊。又，操作區域R35、R36相當於用以切換成其他顯示模式之影像的資訊。 In this information presentation mode, the marking area R31, the notification area R32, and the operation areas R33, R34 correspond to the information corresponding to the display mode of each image. In addition, the operation areas R35 and R36 are equivalent to information used to switch to images in other display modes.

(情境模式2) (Situation Mode 2)

在此，配線器具10及照明器具21設置於玄關之室內側。此時，電動捲簾窗22、及電鎖23分別設置於設施8之窗戶。 Here, the wiring fixture 10 and the lighting fixture 21 are installed on the indoor side of the entrance. At this time, the electric shutter window 22 and the electric lock 23 are respectively installed on the windows of the facility 8.

圖10顯示顯示模式為情境模式時於配線器具10之畫面11a顯示作為顯示影像之各影像(情境影像)。情境影像包含情境影像G31(圖10之左上)、G32(圖10之右上)、G310(圖10之左下)。 FIG. 10 shows that when the display mode is the context mode, each image (situation image) as a display image is displayed on the screen 11a of the wiring appliance 10. The situational images include situational images G31 (upper left in Figure 10), G32 (upper right in Figure 10), and G310 (lower left in Figure 10).

情境影像G31、G32之各上部的中央係標記區域R21。於情境影像G31之標記區域R21顯示有情境控制之識別號碼亦即「情境1/2」的文字。於情境影像G32之標記區域R21顯示有情境控制之識別號碼亦即「情境2/2」的文字。 The center of the upper part of each of the scene images G31 and G32 is the marked area R21. In the marked area R21 of the situation image G31, the identification number of the situation control, that is, the text of "Scenario 1/2" is displayed. In the marked area R21 of the scene image G32, the identification number of the scene control, that is, the text of "Scenario 2/2" is displayed.

情境影像G31、G32之各標記區域R21的下方係顯示情境控制之名稱的通知區域R22。於情境影像G31之通知區域R22顯示有表示外出之符號、及「出門」之文字。於情境影像G32之通知區域R22顯示有表示回家之符號、及「回來了」之文字。 Below each marked area R21 of the context images G31 and G32 is a notification area R22 displaying the name of the context control. In the notification area R22 of the situational image G31, a symbol indicating going out and a text of "go out" are displayed. In the notification area R22 of the situational image G32, a symbol indicating home and the text "come back" are displayed.

情境影像G31、G32之各標記區域R21的左方係操作區域R23，於操作區域R23顯示有顯示左方向之記號「<」。標記區域R21的右方係操作區域R24，於操作區域R24顯示有顯示右方向之記號「>」。每當觸摸操作操作區域R23時，依情境影像G31、G32、G31、.........之順序，切換畫面11a之顯示影像。每當觸摸操作操作區域R24時，依G31、G32、G31、.........之順序，切換畫面11a之顯示影像。 The left side of each marked area R21 of the scene images G31 and G32 is an operation area R23, and a mark "<" indicating the left direction is displayed in the operation area R23. The right side of the marking area R21 is the operation area R24, and a sign ">" indicating the right direction is displayed in the operation area R24. Whenever the operation area R23 is touched, the display image of the screen 11a is switched in the order of the context images G31, G32, G31,.... Whenever the operation area R24 is touched, the display image of the screen 11a is switched in the order of G31, G32, G31,....

情境影像G31、G32之各通知區域R22的下方係操作區域R25、R26，操作區域R25、R26於左右方向並排形成。於操作區域R25顯示有「開關」之文字。於操作區域R26顯示有「資訊」之文字。 Below the notification areas R22 of the context images G31 and G32 are operation areas R25 and R26, and the operation areas R25 and R26 are formed side by side in the left-right direction. The text "Switch" is displayed in the operation area R25. The text of "Information" is displayed in the operation area R26.

當觸摸操作情境影像G31、G32任一者之操作區域R25時，通信部12通知控制器3已進行從情境模式切換成開關模式之操作。接著，顯示部111將開關影像G1、G2任一者顯示於畫面11a作為顯示影像。 When the operation area R25 of any one of the context images G31 and G32 is touched, the communication unit 12 informs the controller 3 that the operation of switching from the context mode to the switch mode has been performed. Next, the display unit 111 displays any one of the switch images G1 and G2 on the screen 11a as a display image.

當觸摸操作情境影像G31、G32任一者之操作區域R26時，通信部12通知控制器3已進行從情境模式切換成資訊提示模式之操作。接著，顯示部111將資訊影像顯示於畫面11a作為顯示影像。 When the operation area R26 of any one of the context images G31 and G32 is touched, the communication unit 12 informs the controller 3 that the operation of switching from the context mode to the information prompt mode has been performed. Next, the display unit 111 displays the information image on the screen 11a as a display image.

使用者外出時，觸摸操作情境影像G31之通知區域R22。當觸摸操作情境影像G31之通知區域R22時，開關控制部15控制相位控制開關14，使照明器具21熄滅。進一步，通信部12通知控制器3情境控制設定成「外出」。控制器3之管理電路31關閉設置於設施8之窗戶的電動捲簾窗22，將窗戶之電鎖23鎖上。再者，管理電路31亦可使負載2亦即空調裝置停止。又，管理電路31亦可使負載2亦即保全系統之運作從一般模式切換成警備模式。接著，顯示部111將情境影像G310顯示於畫面11a作為顯示影像。於情境影像G310之通知區域R27顯示有表示外出之符號、及通知已執行上鎖之訊息。當使用者確認情境控制設定成「外出」時，觸摸操作操作區域R28。當觸摸操作情境影像G310之操作區域R28時，通信部12通知控制器3已對操作區域R28進行觸摸操作。接著，顯示部111將情境影像G31顯示於畫面11a作為顯示影像。此時，情境影像G31宜顯示情境控制已設定完「外出」。 When the user is out, touch and operate the notification area R22 of the context image G31. When the notification area R22 of the context image G31 is touched and operated, the switch control unit 15 controls the phase control switch 14 to turn off the lighting fixture 21. Furthermore, the communication unit 12 notifies the controller 3 that the context control is set to "outing". The management circuit 31 of the controller 3 closes the electric roller shutter 22 installed on the window of the facility 8 and locks the electric lock 23 of the window. Furthermore, the management circuit 31 can also stop the load 2, that is, the air conditioner. In addition, the management circuit 31 can also switch the operation of the load 2, that is, the security system, from the normal mode to the guard mode. Next, the display unit 111 displays the context image G310 on the screen 11a as a display image. The notification area R27 of the situational image G310 displays a symbol indicating going out and a message notifying that the lock has been executed. When the user confirms that the context control is set to "out", touch the operation area R28. When the operation area R28 of the context image G310 is touched, the communication unit 12 notifies the controller 3 that the operation area R28 has been touched. Next, the display unit 111 displays the context image G31 on the screen 11a as a display image. At this point, the situational image G31 should show that the situational control has been set to "outing".

又，情境控制設定成「外出」時，顯示部111亦可將圖11所示之資訊影像G41顯示於畫面11a作為顯示影像。資訊影像G41之上部的中央係標記區域R41，於標記區域R41顯示有「今日帶傘指數」之文字。標記區域R41之下方係顯示提示之資訊的通知區域R42。於資訊影像G41之通知區域R42顯示有表示傘之需要與否及降水機率的訊息。當使用者確認傘之需要與否、及降水機率時，便觸摸操作操作區域R43。當觸摸操作資訊影像G41之操作區域R43時，通信部12通知控制 器3已對操作區域R43進行觸摸操作。接著，顯示部111將情境影像G31顯示於畫面11a作為顯示影像。 In addition, when the context control is set to "outing", the display unit 111 may also display the information image G41 shown in FIG. 11 on the screen 11a as a display image. The center of the upper part of the information image G41 is the marked area R41, and the text "Today's Umbrella Index" is displayed in the marked area R41. Below the marked area R41 is a notification area R42 that displays prompt information. The notification area R42 of the information image G41 displays a message indicating whether the umbrella is needed or not and the probability of precipitation. When the user confirms the need for the umbrella and the probability of precipitation, he touches the operating area R43. When the operation area R43 of the information image G41 is touched, the communication unit 12 informs the control The device 3 has touched the operation area R43. Next, the display unit 111 displays the context image G31 on the screen 11a as a display image.

又，顯示部111亦可將資訊影像G41定期地顯示於畫面11a作為顯示影像。此時，藉抑制資訊影像G41之更新頻率，可減低配線器具10之耗費電力。 In addition, the display unit 111 may periodically display the information image G41 on the screen 11a as a display image. At this time, by suppressing the update frequency of the information image G41, the power consumption of the wiring appliance 10 can be reduced.

使用者回家時，觸摸操作情境影像G32之通知區域R22。當觸摸操作情境影像G32之通知區域R22時，開關控制部15控制相位控制開關14，使照明器具21點亮。進一步，通信部12通知控制器3情境控制已設定成「回家」。控制器3之管理電路31開啟設置於設施8之窗戶的電動捲簾窗22，開始負載2亦即空調裝置等之運轉。再者，管理電路31亦可將負載2亦即保全系統之運作從警備模式切換成一般模式。此時，情境影像G32宜顯示情境控制已設定完「回家」。 When the user goes home, he touches and operates the notification area R22 of the context image G32. When the notification area R22 of the context image G32 is touched and operated, the switch control unit 15 controls the phase control switch 14 to turn on the lighting fixture 21. Furthermore, the communication unit 12 notifies the controller 3 that the context control has been set to "go home". The management circuit 31 of the controller 3 opens the electric roller shutter 22 installed on the window of the facility 8 to start the operation of the load 2, that is, the air conditioner and the like. Furthermore, the management circuit 31 can also switch the operation of the load 2, that is, the security system, from the guard mode to the normal mode. At this point, the situational image G32 should show that the situational control has been set to "go home".

在本情境模式中，操作部112包含上述通知區域R22、及操作區域R23、R24、R25、R26、R28、R43。 In this scenario mode, the operation unit 112 includes the aforementioned notification area R22, and operation areas R23, R24, R25, R26, R28, and R43.

在本情境模式，標記區域R21、通知區域R22、操作區域R23、R24、通知區域R27、操作區域R28、標記區域R41、通知區域R42、及操作區域R43相當於對應各影像之顯示模式的資訊。又，操作區域R25、R26相當於用以切換成其他顯示模式之影像的資訊。 In this context mode, the marking area R21, the notification area R22, the operation areas R23, R24, the notification area R27, the operation area R28, the marking area R41, the notification area R42, and the operation area R43 correspond to the information corresponding to the display mode of each image. In addition, the operation areas R25 and R26 are equivalent to information used to switch to images in other display modes.

(控制電源) (Control power supply)

控制電源13具有包含電容器或二次電池等之儲電電路。控制電源13將從交流電源9藉由電路W0接收之電力儲存於儲電電路，從儲電電路之儲電電力產生直流之控制電壓Vs1(運轉電力)。控制電源13亦可在交流電源9之交流電壓Va1為 正電壓之期間，儲存從交流電源9藉由電路W0接收之電力。又，控制電源13亦可在交流電壓Va1為負電壓之期間，儲存從交流電源9藉由電路W0接收之電力。又，控制電源13亦可在交流電源9之交流電壓Va1為正電壓之期間及交流電壓Va1為負電壓之期間此兩個期間，儲存從交流電源9藉由電路W0接收之電力。 The control power source 13 has a storage circuit including a capacitor, a secondary battery, and the like. The control power supply 13 stores the power received from the AC power supply 9 through the circuit W0 in the power storage circuit, and generates a DC control voltage Vs1 (operating power) from the power storage of the power storage circuit. The control power supply 13 can also be used when the AC voltage Va1 of the AC power supply 9 is During the positive voltage period, the power received from the AC power source 9 through the circuit W0 is stored. In addition, the control power source 13 may also store the power received from the AC power source 9 through the circuit W0 during the period when the AC voltage Va1 is a negative voltage. In addition, the control power supply 13 may also store the power received from the AC power supply 9 through the circuit W0 during the two periods when the AC voltage Va1 of the AC power supply 9 is a positive voltage and the AC voltage Va1 is a negative voltage.

再者，控制電源13宜在交流電壓Va1的零交越時間點之前或之後的半週期(1/2週期)以內的期間儲存藉由電路W0接收之電力。該半週期以內之期間宜短於交流電壓Va1之1/4週期。 Furthermore, the control power supply 13 should preferably store the power received by the circuit W0 during a period within a half cycle (1/2 cycle) before or after the zero-crossing time point of the AC voltage Va1. The period within the half cycle should be shorter than 1/4 cycle of the AC voltage Va1.

在進行相位控制之二線式配線器具10中，不易確保照明器具21所需之負載電力與配線器具10所需之運轉電力兩者。是故，在本實施形態中，控制電源13之儲電電路於使用雙向三極體或一對閘流體作為相位控制開關14，控制相位控制開關14之啟動的時間點時，在交流電壓Va1的零交越時間點之前的預定期間，儲存藉由電路W0接收之電力。又，控制電源13之儲電電路於使用一對FET或一對雙極電晶體等作為相位控制開關14，控制相位控制開關14之關閉的時間點時(反相位控制)，在交流電壓Va1的零交越時間點之後的預定期間，儲存藉由電路W0接收之電力。 In the two-wire wiring appliance 10 that performs phase control, it is difficult to ensure both the load power required by the lighting appliance 21 and the operating power required by the wiring appliance 10. Therefore, in this embodiment, when the power storage circuit of the control power supply 13 uses a bidirectional triode or a pair of thyristors as the phase control switch 14 to control the activation time of the phase control switch 14, it is set at the value of the AC voltage Va1. A predetermined period before the zero-crossing time point, the power received by the circuit W0 is stored. In addition, when the power storage circuit of the control power supply 13 uses a pair of FETs or a pair of bipolar transistors as the phase control switch 14 to control the time point when the phase control switch 14 is turned off (inverse phase control), the AC voltage Va1 For a predetermined period after the zero-crossing time point of, the power received by the circuit W0 is stored.

由於上述控制電源13從儲電電路之儲電電力產生直流之控制電壓Vs1(運轉電力)，故可謀求控制電壓Vs1之穩定化，而抑制因控制電壓Vs1之降低引起的未預期之重設。 Since the control power supply 13 generates a DC control voltage Vs1 (operating power) from the stored power of the storage circuit, the control voltage Vs1 can be stabilized, and unexpected resetting caused by the decrease of the control voltage Vs1 can be suppressed.

(外觀) (Exterior)

圖12A-圖12F顯示配線器具10之外觀。 12A-12F show the appearance of the wiring appliance 10.

配線器具10具有矩形箱狀之外框，安裝於樹脂製或金屬製矩形框狀之安裝框P2的開口內。安裝有配線器具10之安裝框2安裝於埋設在壁面81(參照圖3)之埋入盒的前面。配線器具10亦可與安裝框P2一體形成。接著，矩形框狀配線器具用板P1裝卸自如地安裝於安裝框P2之前面側。於配線器具用板P1之後面形成有六個矩形卡止突起101。於安裝框P2形成有六個矩形孔102。又，藉六個卡止突起101分別嵌入至六個孔102，而將配線器具用板P1安裝於安裝框P2。藉配線器具用板P1隱藏安裝於安裝框P2之螺絲的頭部等，而使外觀之美觀度佳。配線器具用板P1以合成樹脂形成。 The wiring tool 10 has a rectangular box-shaped outer frame, and is installed in an opening of a resin or metal rectangular frame-shaped mounting frame P2. The mounting frame 2 to which the wiring appliance 10 is mounted is mounted on the front surface of the embedded box embedded in the wall surface 81 (refer to FIG. 3). The wiring fixture 10 may also be formed integrally with the installation frame P2. Next, the rectangular frame-shaped wiring appliance panel P1 is detachably attached to the front surface side of the mounting frame P2. Six rectangular locking protrusions 101 are formed on the back surface of the wiring tool board P1. Six rectangular holes 102 are formed in the mounting frame P2. Furthermore, the six locking protrusions 101 are fitted into the six holes 102, respectively, and the wiring tool board P1 is attached to the mounting frame P2. The wiring appliance plate P1 hides the head of the screw installed on the mounting frame P2, etc., so that the appearance is good. The wiring tool board P1 is formed of synthetic resin.

(顯示方法) (Display method)

上述配線器具10之顯示方法顯示於圖13之流程圖。圖13之流程圖的運作由控制器3之管理電路31(電腦系統)、或配線器具10具有之電腦系統執行。 The display method of the above-mentioned wiring appliance 10 is shown in the flowchart of FIG. 13. The operation of the flowchart in FIG. 13 is executed by the management circuit 31 (computer system) of the controller 3 or the computer system of the wiring appliance 10.

首先，電腦系統將任一影像顯示於畫面11a作為顯示影像(S1)。 First, the computer system displays any image on the screen 11a as a display image (S1).

接著，電腦系統判定是否已對操作部112進行觸摸操作(S2)。若未對操作部112進行觸摸操作，電腦系統便維持畫面11a之顯示影像，不進行顯示切換(S3)。當對操作部112進行觸摸操作時，電腦系統便從記憶體讀取對應操作部112之操作的影像資料，於畫面11a顯示所讀取之影像資料，藉此，進行切換顯示(S4)。 Next, the computer system determines whether a touch operation has been performed on the operation unit 112 (S2). If the operation part 112 is not touched, the computer system maintains the display image of the screen 11a and does not perform display switching (S3). When the operation portion 112 is touched, the computer system reads the image data corresponding to the operation of the operation portion 112 from the memory, and displays the read image data on the screen 11a, thereby performing switching display (S4).

電腦系統週期性地反覆上述流程運作。 The computer system periodically repeats the above process operations.

(參考) (refer to)

圖14A-圖14F顯示呈現開關影像G1之配線器具10的外觀。 14A-14F show the appearance of the wiring appliance 10 showing the switch image G1.

圖15A-圖15F顯示呈現開關影像G2之配線器具10的外觀。 15A-15F show the appearance of the wiring appliance 10 showing the switch image G2.

(匯整) (Compilation)

上述實施形態之第1態樣的負載控制裝置(1)固定於營造面(81)。負載控制裝置(1)包含具有畫面(11a)之顯示部(111)、及進行依照負載(2)之控制內容的操作之操作部(112)。顯示部(111)將屬於二個以上之顯示模式中的任一個之複數的影像中對應操作部(112)之操作的影像顯示於畫面(11a)。複數之影像各自包含對應於該影像之顯示模式的資訊、及用以切換成其他顯示模式之影像的資訊。 The load control device (1) of the first aspect of the above-mentioned embodiment is fixed to the construction surface (81). The load control device (1) includes a display unit (111) having a screen (11a), and an operation unit (112) that performs operations in accordance with the control content of the load (2). The display unit (111) displays the image corresponding to the operation of the operation unit (112) among the plural images belonging to any one of the two or more display modes on the screen (11a). Each of the plural images includes information corresponding to the display mode of the image and information for switching to other display modes.

在上述負載控制裝置(1)，複數之影像各自包含對應於該影像之顯示模式的資訊、及用以切換成其他顯示模式之影像的資訊。因而，負載控制裝置(1)可由使用者自主地切換顯示於顯示部(111)之影像。 In the above-mentioned load control device (1), each of the plurality of images includes information corresponding to the display mode of the image and information for switching to other display modes. Therefore, the load control device (1) can autonomously switch the image displayed on the display unit (111) by the user.

又，實施形態之第2態樣的負載控制裝置(1)在第1態樣中，將顯示於畫面(11a)之影像作為顯示影像。顯示部(111)宜為於切換顯示影像時耗費運轉電力，而不耗費用以保持顯示影像之運轉電力的自保持型顯示器。 In addition, the load control device (1) of the second aspect of the embodiment uses the image displayed on the screen (11a) as the display image in the first aspect. The display unit (111) is preferably a self-holding type display that consumes operating power when switching and displaying images, and does not consume cost to maintain the operating power for displaying images.

上述負載控制裝置(1)可減低耗費電力。 The above-mentioned load control device (1) can reduce power consumption.

又，實施形態之第3態樣的負載控制裝置(1)在第1或第2態樣中，宜更包含開關(14)。開關(14)藉由依照操作部(112)之操作將供給負載電力至負載(2)之電路(W0)予以導通或遮斷，而調整負載電力。 In addition, the load control device (1) of the third aspect of the embodiment preferably further includes a switch (14) in the first or second aspect. The switch (14) adjusts the load power by turning on or blocking the circuit (W0) supplying the load power to the load (2) in accordance with the operation of the operating part (112).

上述負載控制裝置(1)可進行照明器具之點亮、熄滅、調光或調色。 The above-mentioned load control device (1) can perform lighting, extinguishing, dimming or color adjustment of lighting equipment.

實施形態之第4態樣的負載控制裝置(1)在第3態樣中，電路(W0)宜為二線電路。 In the load control device (1) of the fourth aspect of the embodiment, in the third aspect, the circuit (W0) is preferably a two-wire circuit.

上述負載控制裝置(1)可簡單地施工。 The above-mentioned load control device (1) can be easily constructed.

又，實施形態之第5態樣的配線器具(10)包含開關(14)、顯示部(111)、操作部(112)、開關控制部(15)、控制電源(13)。開關(14)導通或遮斷從交流電源(9)將負載電力供給至負載(2)之電路(W0)。顯示部(111)具有觸控面板式畫面(11a)。操作部(112)設於畫面(11a)，進行依照負載(2)之控制內容的操作。開關控制部(15)依照操作部(112)之操作，控制開關(14)。控制電源(13)產生開關控制部(15)、顯示部(111)、及操作部(112)之各運轉電力。顯示部(111)將屬於二個以上之顯示模式中的任一個之複數的影像中對應操作部(112)之操作的影像顯示於畫面(11a)作為顯示影像。顯示部(111)係於切換顯示影像時耗費運轉電力，而不耗費用以保持顯示影像之運轉電力的自保持型顯示器。控制電源(13)在交流電源(9)之交流電壓(Va1)為正電壓之期間及交流電壓(Va1)為負電壓之期間中至少其中一期間，儲存藉由電路(W0)接收之電力。複數之影像各自包含對應於該影像之顯示模式的資訊、及用以切換成其他顯示模式之影像的資訊。 In addition, the wiring appliance (10) of the fifth aspect of the embodiment includes a switch (14), a display unit (111), an operation unit (112), a switch control unit (15), and a control power supply (13). The switch (14) turns on or interrupts the circuit (W0) that supplies the load power from the AC power source (9) to the load (2). The display unit (111) has a touch panel screen (11a). The operation unit (112) is provided on the screen (11a), and performs operations in accordance with the control content of the load (2). The switch control unit (15) controls the switch (14) in accordance with the operation of the operation unit (112). The control power supply (13) generates operating power for the switch control unit (15), the display unit (111), and the operation unit (112). The display unit (111) displays the image corresponding to the operation of the operation unit (112) among the plural images belonging to any one of the two or more display modes on the screen (11a) as a display image. The display unit (111) is a self-holding type display that consumes operating power when switching and displaying images, and does not consume cost to maintain operating power for displaying images. The control power supply (13) stores the power received by the circuit (W0) during at least one of the period when the AC voltage (Va1) of the AC power supply (9) is a positive voltage and the period when the AC voltage (Va1) is a negative voltage. Each of the plural images includes information corresponding to the display mode of the image and information for switching to other display modes.

在上述配線器具(10)，複數之影像各自包含對應於該影像之顯示模式的資訊、及用以切換成其他顯示模式之影像的資訊。因而，配線器具(10)可由使用者自主地切換顯示於顯示部(111)之影像。 In the above-mentioned wiring appliance (10), each of the plural images includes information corresponding to the display mode of the image and information for switching to other display modes. Therefore, the wiring tool (10) can be autonomously switched by the user to display the image displayed on the display unit (111).

又，實施形態之第6態樣的配線器具(10)在第5態樣中，控制電源(13)宜在至少其中一期間中，於交流電壓(Va1)的零交越時間點之前或之後的半週期以內之期間，儲存藉由電路(W0)接收之電力。 In addition, in the wiring appliance (10) of the sixth aspect of the embodiment, in the fifth aspect, the control power supply (13) should preferably be before or after the zero-crossing time point of the AC voltage (Va1) in at least one of the periods During the period within the half-period of, the power received by the circuit (W0) is stored.

上述配線器具(10)可謀求控制電壓(Vs1)之穩定化。 The above-mentioned wiring appliance (10) can stabilize the control voltage (Vs1).

又，實施形態之第7態樣的配線器具(10)在第5或第6態樣中，複數之影像宜僅屬於二個以上之顯示模式中的任一個。 In addition, in the wiring appliance (10) of the seventh aspect of the embodiment, in the fifth or sixth aspect, the plural images should only belong to any one of the two or more display modes.

上述配線器具(10)可謀求控制電壓(Vs1)之穩定化。 The above-mentioned wiring appliance (10) can stabilize the control voltage (Vs1).

又，實施形態之第8態樣的配線器具(10)在第5乃至第7態樣任一態樣中，二個以上之影像宜屬於二個以上之顯示模式中至少一個顯示模式，二個以上之影像以階層式構成。 In addition, in the wiring appliance (10) of the eighth aspect of the embodiment, in any of the fifth to seventh aspects, two or more images should belong to at least one of the two or more display modes, and two The above images are structured hierarchically.

在上述配線器具(10)，使用者易掌握操作方法。 In the above-mentioned wiring appliance (10), the user can easily grasp the operation method.

又，實施形態之第9態樣的配線器具(10)在第5乃至第8態樣任一態樣中，負載(2)宜為複數之照明器具(21)。二個以上之顯示模式包含將複數之照明器具(21)分別控制成預先決定之狀態的情境控制之顯示模式。 In addition, in the wiring appliance (10) of the ninth aspect of the embodiment, in any of the fifth to eighth aspects, the load (2) is preferably a plurality of lighting appliances (21). The two or more display modes include a contextual control display mode that controls a plurality of lighting fixtures (21) respectively to a predetermined state.

在上述配線器具(10)，使用者易掌握操作方法。 In the above-mentioned wiring appliance (10), the user can easily grasp the operation method.

又，實施形態之第10態樣的配線器具(10)在第5乃至第9態樣任一態樣中，二個以上之顯示模式宜包含顯示從外部設備(5)取得之外部資訊的資訊提示之顯示模式。 In addition, in the wiring appliance (10) of the tenth aspect of the embodiment, in any of the fifth to the ninth aspect, two or more display modes should preferably include information showing external information obtained from the external device (5) Prompt display mode.

上述配線器具(10)可顯示天氣預報、外出時是否需要帶傘、洗衣指數、及適合今日天氣之服裝等各外部資訊，而可提高使用者之方便性。 The above-mentioned wiring appliance (10) can display various external information such as weather forecast, whether it is necessary to bring an umbrella when going out, laundry index, clothing suitable for today's weather, etc., and can improve the convenience of users.

又，實施形態之第11態樣的負載控制裝置(1)之顯示方法係固定於營造面(81)的負載控制裝置(1)之顯示方法。該顯示方法將屬於二個以上之顯示模式中的任一個之複數的影像中對應負載控制裝置(1)之操作的影像顯示於負載控制裝置(1)之畫面(11a)。複數之影像各自包含對應於該影像之顯示模式的資訊、及用以切換成其他顯示模式之影像的資訊。 In addition, the display method of the load control device (1) of the eleventh aspect of the embodiment is the display method of the load control device (1) fixed to the construction surface (81). The display method displays the images corresponding to the operation of the load control device (1) among the plural images belonging to any one of two or more display modes on the screen (11a) of the load control device (1). Each of the plural images includes information corresponding to the display mode of the image and information for switching to other display modes.

在上述負載控制裝置(1)之顯示方法中，使用者可自主地切換顯示於顯示部(111)之影像。 In the display method of the load control device (1), the user can autonomously switch the image displayed on the display unit (111).

又，實施形態之第12態樣的程式使電腦系統實現第11態樣的負載控制裝置(1)之顯示方法。 In addition, the program of the 12th aspect of the embodiment enables the computer system to realize the display method of the load control device (1) of the 11th aspect.

在上述程式，使用者可自主地切換顯示於顯示部(111)之影像。 In the above program, the user can autonomously switch the image displayed on the display part (111).

1:負載控制裝置 1: Load control device

10:配線器具 10: Wiring appliances

10A:配線器具 10A: Wiring appliance

11:觸控面板 11: Touch panel

11a:畫面 11a: Screen

12:通信部 12: Ministry of Communications

13:控制電源 13: Control power

14:相位控制開關(開關) 14: Phase control switch (switch)

15:開關控制部 15: Switch control section

21:照明器具 21: lighting fixtures

21A:照明器具 21A: lighting fixtures

111:顯示部 111: Display

112:操作部 112: Operation Department

Va1:交流電壓 Va1: AC voltage

Va2:相位控制電壓 Va2: Phase control voltage

Vs1:控制電壓 Vs1: Control voltage

W0:電路 W0: Circuit

Wi1:電力線 Wi1: Power line

Wi2:電力線 Wi2: Power line

Wo1:電力線 Wo1: Power line

Wo2:電力線 Wo2: Powerline

Claims (9)

一種負載控制裝置，固定於營造面，包含：顯示部，其具有畫面；操作部，其進行依照負載之控制內容的操作；開關，其藉由依照該操作部之操作將從交流電源供給負載電力至該負載之電路予以導通或遮斷，而調整該負載電力；及控制電源，其產生該顯示部、及該操作部之各運轉電力；該顯示部將屬於二個以上之顯示模式中的任一個之複數的影像中對應於該操作部之操作的影像顯示於該畫面；該複數之影像各自包含對應於該影像之該顯示模式的資訊、及用以切換成其他該顯示模式之影像的資訊；該控制電源在該交流電源之交流電壓為正電壓之期間及該交流電壓為負電壓之期間至少其中一期間，儲存藉由該電路所接收之電力；該控制電源在該至少其中一期間中，於該交流電壓的零交越時間點之前或之後的半週期以內之期間，儲存藉由該電路所接收之電力。 A load control device, which is fixed on a construction surface, includes: a display part, which has a screen; an operation part, which performs operations according to the control content of the load; a switch, which supplies power to the load from an AC power source by following the operation of the operation part The circuit to the load is turned on or off to adjust the load power; and the control power source, which generates the operating power of the display unit and the operating unit; the display unit will belong to any of the two or more display modes A plurality of images corresponding to the operation of the operation part are displayed on the screen; each of the plurality of images includes information corresponding to the display mode of the image and information for switching to other images of the display mode ; The control power supply stores the power received by the circuit during at least one of the period when the AC voltage of the AC power supply is a positive voltage and the period when the AC voltage is a negative voltage; the control power supply is in the at least one period , During the period within the half period before or after the zero-crossing time point of the AC voltage, the power received by the circuit is stored. 如申請專利範圍第1項之負載控制裝置，其中，將顯示於該畫面之影像作為顯示影像，該顯示部係於切換該顯示影像時耗費運轉電力，而不耗費用以保持該顯示影像之運轉電力的自保持型顯示器。 For example, the load control device of item 1 of the scope of patent application, in which the image displayed on the screen is used as the display image, and the display unit consumes operating power when switching the display image, and does not cost to maintain the operation of the display image Power self-holding display. 如申請專利範圍第1或2項之負載控制裝置，其中，該電路係二線電路。 For example, the load control device of item 1 or 2 in the scope of patent application, wherein the circuit is a two-wire circuit. 一種配線器具，包含：開關，導通或遮斷從交流電源將負載電力供給至負載之電路；顯示部，具有觸控面板式畫面；操作部，設於該畫面，進行依照該負載之控制內容的操作；開關控制部，其依照該操作部之操作，控制該開關；及控制電源，其產生該開關控制部、該顯示部、及該操作部之各運轉電力；該顯示部將屬於二個以上之顯示模式中的任一個之複數的影像中對應於該操作部之操作的影像顯示於該畫面作為顯示影像，該顯示部係於切換該顯示影像時耗費運轉電力，而不耗費用以保持該顯示影像之運轉電力的自保持型顯示器；該控制電源在該交流電源之交流電壓為正電壓之期間及該交流電壓為負電壓之期間至少其中一期間，儲存藉由該電路所接收之電力，該複數之影像各自包含對應於該影像之顯示模式的資訊、及用以切換成其他顯示模式之影像的資訊；該控制電源在該至少其中一期間中，於該交流電壓的零交越時間點之前或之後的半週期以內之期間，儲存藉由該電路所接收之電力。 A wiring appliance includes: a switch that turns on or off the circuit that supplies load power from an AC power source to the load; a display unit with a touch panel screen; an operation unit installed on the screen to perform control according to the content of the load Operation; a switch control unit, which controls the switch in accordance with the operation of the operation unit; and a control power supply, which generates the operating power of the switch control unit, the display unit, and the operation unit; the display unit will belong to two or more The image corresponding to the operation of the operation part among the plural images in any of the display modes is displayed on the screen as the display image, and the display part consumes operating power when switching the display image, and does not cost to maintain the A self-holding display that displays the operating power of the image; the control power supply stores the power received by the circuit during at least one of the period when the AC voltage of the AC power source is a positive voltage and the period when the AC voltage is a negative voltage, Each of the plurality of images includes information corresponding to the display mode of the image and information for switching to other display modes; the control power source is at the zero-crossing time point of the AC voltage during the at least one of the periods During the previous or subsequent half cycle, the power received by the circuit is stored. 如申請專利範圍第4項之配線器具，其中，該複數之影像僅屬於該二個以上之顯示模式中的任一個。 For example, the wiring appliance of item 4 of the scope of patent application, wherein the plural images belong only to any one of the two or more display modes. 如申請專利範圍第4項之配線器具，其中，二個以上之影像屬於該二個以上之顯示模式中至少一個顯示模式，該二個以上之影像以階層式構成。 For example, the wiring appliance of item 4 of the scope of patent application, wherein two or more images belong to at least one of the two or more display modes, and the two or more images are constructed in a hierarchical manner. 如申請專利範圍第4項之配線器具，其中，該負載係複數之照明器具，該二個以上之顯示模式，包含將該複數之照明器具分別控制成預先決定之狀態的情境控制之顯示模式。 For example, the wiring appliance of item 4 of the scope of patent application, where the load is a plurality of lighting appliances, and the two or more display modes include a contextual control display mode that controls the plurality of lighting appliances to a predetermined state. 如申請專利範圍第4項至第7項中任一項之配線器具，其中，該二個以上之顯示模式包含顯示從外部設備取得之外部資訊的資訊提示之顯示模式。 For example, the wiring appliance of any one of items 4 to 7 in the scope of patent application, wherein the two or more display modes include the information prompt display mode that displays the external information obtained from the external device. 一種程式，用以使電腦系統實現如申請專利範圍第1項之負載控制裝置之功能。 A program used to make the computer system realize the function of the load control device as described in item 1 of the scope of patent application.
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JP7142271B2 (en) 2022-09-27
TW202141548A (en) 2021-11-01
TWI800872B (en) 2023-05-01
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TW202046356A (en) 2020-12-16
JP2022162169A (en) 2022-10-21

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