M346897 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種觸摸式調光控制裝置設計，尤指一種透 過觸控行為以操作室内光源照度變化及強弱之產品者。 【先前技術】 按，一般旅店房間或室内空間皆設有調整光源之調光器，而 其多置於床頭、門邊角落等適當位置，正因為用以調控光源強弱 _ 及照射角度相當方便，所以一般家庭也逐漸開始採用。 然，習用调光裔之獨立開關及控制光源強弱之調整開關多為 機械式結構，一旦使用期限及使用次數逾期或過多容易造成毀損 而無法操作，為避免前述設計之瑕疵，只好於調光器面板上開槽 改以内置開關，但如此只會使調光器與開關之間易出現縫隙，更 可月b因不§參水或潮濕而產生漏電或感電之危險，況且人體放出 之靜電（ESD)有可能自縫隙進入而損及調光器内部電路，再加上 _ ^板表面不易清潔保養，故制調光H實在不符合安全性與便利 【新型内容】 、本創作之轉㈣，係提供__料_㈣彳裝置， 感應觸控部為無縫隙料，可防止因潮濕漏電或感電，並具 體自放靜電(ESD)損及内部電路功能者。 本創叙切目的，係提供—種顧賴光控縣置， 泛-人體電合里做為動作控制命令之依據，充份解決習用機械式 M346897 開闕因使用錄過多造成機翻:損，進而辟翻期限之問題 大幅提升操作時之穩定性。 '本創作之另—目的，触供—圃料_控健置，係於位：:：置有⑽做為背光源，令使用者清楚辨識感應點之 位置亚迅速操作及反應。 包含為達上述目的，本創作係—種觸摸式調光控师置，主要係 處理單元，用以控制所有單元之運作； 、一觸摸感應》面迴路，連結於上述處理單元， 應觸控部，用以處理使用者之按壓指令； 光線感應介面迴路，連結於上述處理單元， 光源變化，供處理單元作恆錢度自動控制處理；’ 且另端連接至 用以感應室内 一人體感應介面迴路，連·上述處理單元， 空間所有人員存在，供處理單元觸並調整亮度； - LED指㈣光驅_路，連結於上述處理 及控制感細控部场鍵之背光； 用以感應室内 元，用以提供 一党度指7F驅動迴路，連結於上 指示訊號； 早^ 用以控制亮度 一調光信簡換迴路，賴於上述處理單元 型電子安定H以控制光源變化； 可外接至調光 制。 一電力線控制迴路，連結於上述處理單元 用以處理電源控 M346897 其中，該感應觸控部係—無縫隙之板型開關。 ^光線感應;丨面迴路進—步外接—光線感測器，用以感應外 部光源。 遠人體感應介面迴路進—步外接—紅外線_器，用以感應 -定範圍内是否有人員位於該空間内。 、在#乂佳實細例中’可於處理單元進一步設置一·調光驅 動迴路’該LED調光驅動迴路連結於上述處理單元，且另端連接 至複數發光元件，用以控制外部光源作為標示之用。 ▲可仃貝知例中，可於處理單元進一步設置蜂鳴器驅動迴 路，該蜂鳴器驅動猶連結於上述處理單元端外接—蜂鳴 器或· ’藉以發出麵聲響作為使用者操作時快速反應。， 、在—理9實施财，可域理單元進—步設㈣腦控制 迴路連結於上述處理單元，且另端連接至電腦端，利用遠端電腦 發出控制訊號以控制處理單元之處理程序。 【實施方式】 «便於貴審查委員能更進一步對本創作之構造、使用及 其特被有H層g㈣且詳實之認軸瞭解，創作人特舉 之實施例，配合圖式詳細說明如下： 牛乂佳 請先參閱第-圖及第二圖所示，本創作係—種_式調光抑 制裒置设叶，係用於設置於室内供使用者透過觸控行為以栌 内光源照度變化及強弱，其主要係包含： 、$乍至 一處理單元11，用以控制所有單元之運作； M346897 • -觸誠齡面迴路12，_於上鱗理單元u，且另端連 接至感應觸控部3〇，用以處理使用者之按壓指八· -光祕齡面· η，連絲上述處理單元丨卜用以感應 室内光源變化’供處理單元U作恒定照度自動控制處理；— -人體感應介面迴路14，連結於上述處拜元^，用以感應 室内空間所有人員存在，供處理單元U判斷並調整亮度； ' —LED指示f光轉迴路15，連結於上述處理單H卜用以 _ 提供及控制感應觸控部30上按鍵之背光； -亮度指示_迴路16，連結於上述處理單元u，用以控制 觉度指不訊號； -調光健轉換稱17，賴於上魏科元u，可外接至 調光型電子安定器以控制光源變化； -電力線控制迴路18，連結於上述處理單元u，用以處理電 源控制。 此 Φ 其中，该感應觸控部30係一無縫隙之板型開關。 . 絲_應介面迴路13進—步外接-光線❹；5，用以感 應外部光源。 該人體感應介面迴路Η進-步外接一紅外線感測器j3，用以 感應一定範圍内是否有人員位於該空間内。 在-較佳實補巾，可魏琴元u進―錢置—咖調光 驅動迴路19 ’言亥LED調光驅動迴路19連結於上述處理單元H， 且另端連接至複數發光元件，用以控制外部光源作為標示之用。 8 M346897 在-可行實施财’可魏叫元n進―錢科 迴路2〇，該蜂鳴ϋ轉迴路2G連結於上述處理單元u 5 外接-蜂鳴’ _發_轉響作為制者操作時 反應。 、心 在-理想實施例中’可於處理單元u進—步設置電腦控制介 面迴路21連結於上述處理單元u，且另端連接至電腦端，利用遠 端電腦發出控制訊號以控制處理單元u之處理程序。 於本貫施例巾’ LED調光驅動迴路19所連結係為LD1〜LD6， 指示背光鶴_ 15所提供及控應觸㈣％上按鍵之 月光係為LD7〜LD19，而亮度指示驅動迴路} ㈣α⑽〜薦）作為亮度細峨。 〃連、、、°複數 本創作f連接至燈具負載以控制燈具之_，於本創作之實 施例連接燈具負載端為！卜另為了控制燈具亮度，需利用調光信 號轉換迴路17連接至燈具調光信號端J2。 同日守本創作之外觀實施例，其中感應觸控部3〇上設有電源按 鍵（ΟΝ/OFF)、模式按鍵S1〜S3、設定鍵％及上、下控制鍵供使 用者操作（如第三圖所示）。 、於是操似控__度變狀制如τ :本_係由麵 感應介面迴路12連接至感應觸控部30以作為指令之驅動，並以 處理早το 11 (MPU)作為控綱有指令之運作，再利用燒錄至處 理單兀11且經規劃過之軟體程式，進而達到完整控制功能。 當本創作開始驅動時，AC 100V〜240V電源從輸入，經過 M346897 濾波器及SB1後整流成高壓直流電壓，再經過電源供應器迴路產 生DC 5V及12V低壓電源，作為供給内部電子迴路之用（因電源 部分為一般電子裝置需要之電力或轉換之來源，並非本案重點， 故於此不另撰述）。M346897 VIII. New Description: [New Technology Field] This creation is about the design of a touch dimming control device, especially a product that can change the illumination intensity and strength of indoor light source through touch behavior. [Prior Art] According to the general hotel room or indoor space, there is a dimmer for adjusting the light source, and it is placed at the appropriate position such as the bed head and the corner of the door. It is because it is convenient to adjust the intensity of the light source _ and the illumination angle. Therefore, the general family is gradually adopting. However, the independent switches of the dimming and the control switches that control the intensity of the light source are mostly mechanical structures. Once the service life and the number of times of use are too late or too much, it is easy to cause damage and cannot be operated. In order to avoid the above design, it is better than the dimmer. The slot on the panel is changed to the built-in switch, but this will only cause gaps between the dimmer and the switch, and the leakage of electricity or electric shock may occur due to the water or moisture, and the static electricity emitted by the human body ( ESD) may enter the gap and damage the internal circuit of the dimmer, and the surface of the _ ^ board is not easy to clean and maintain, so the dimming H does not meet the safety and convenience [new content], the turn of this creation (four), The __ material _ (four) 彳 device is provided, and the sensing touch portion is a gapless material, which can prevent leakage or electricity from being affected by moisture, and the specific self-discharge static electricity (ESD) damages the internal circuit function. The purpose of this creation is to provide a kind of basis for the use of the light control county, the pan-human body power as the basis of the action control command, fully solve the conventional mechanical type M346897, the use of too many records caused by the machine: damage, and then The problem of the deadline is to greatly improve the stability of the operation. 'The other purpose of this creation, the purpose of the contact, the material _ control 健,, is in place::: (10) is used as a backlight, so that the user can clearly identify the location of the sensing point and quickly operate and react. In order to achieve the above purposes, the creative department is a touch-type dimming controller, mainly a processing unit for controlling the operation of all units; a touch-sensing surface circuit, connected to the processing unit, and the touch unit For processing the user's pressing command; the light sensing interface circuit is connected to the processing unit, the light source is changed, and the processing unit is automatically controlled by the constant cost; ' and the other end is connected to the sensing body in the sensing body. , even the above processing unit, all personnel in the space exist, for the processing unit to touch and adjust the brightness; - LED refers to (four) optical drive _ road, connected to the backlight of the above processing and control fine control field button; used to sense indoor elements, To provide a party degree refers to the 7F drive circuit, which is connected to the upper indicator signal; early ^ is used to control the brightness-modulation optical signal exchange circuit, relying on the above-mentioned processing unit type electronic stability H to control the light source change; can be externally connected to the dimming system . A power line control loop is connected to the processing unit for processing the power supply control M346897, wherein the inductive touch part is a seamless type switch. ^Light sensing; kneading circuit into-step external - light sensor to sense external light source. The far-inductive sensing interface circuit is further connected to the infrared ray device to sense whether a person is located in the space within a certain range. In the #乂佳实细例, a processing light can be further provided in the processing unit. The LED dimming driving circuit is coupled to the processing unit, and the other end is connected to the plurality of light emitting elements for controlling the external light source. For marking purposes. ▲ In the example of the cockroach, the buzzer drive circuit can be further disposed in the processing unit, and the buzzer drive is connected to the external end of the processing unit - buzzer or 'to make a surface sound as a user operation fast reaction. , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , [Embodiment] «It is convenient for your review committee to further understand the structure and use of this creation and its special H-level g (four) and detailed understanding of the axis. The executor's special example is described in detail with the following diagram: Please refer to the first and second figures. This is a type of _-type dimming suppression device. It is used for indoor lighting for the user to change the intensity and intensity of the light source through the touch behavior. The main system includes: , $乍 to a processing unit 11 for controlling the operation of all units; M346897 • - Touching the age-faced circuit 12, _ in the upper scale unit u, and the other end is connected to the sensing touch unit 3〇, used to deal with the user's pressing finger · · light secret age face · η, the wire processing unit is used to sense the indoor light source change 'for the processing unit U for constant illumination automatic control processing; — - human body induction The interface circuit 14 is connected to the above-mentioned worship element ^ for sensing the presence of all personnel in the indoor space, and the processing unit U determines and adjusts the brightness; '- LED indicates the f-light conversion circuit 15, which is connected to the processing unit H. Provide and control a backlight of the button on the touch unit 30; - a brightness indication_circuit 16, connected to the processing unit u for controlling the sense signal; - a dimming switch, said by the upper Weike, u can be externally connected To the dimming type electronic ballast to control the change of the light source; - a power line control circuit 18 coupled to the processing unit u for processing power control. In this case, the inductive touch unit 30 is a seamless type switch. Wire _ interface circuit 13 - step external - light ❹; 5, to sense the external light source. The human body sensing interface circuit is further connected to an infrared sensor j3 for sensing whether a person is located in the space within a certain range. In the - the best real towel, Wei Qin Yuan u into the money set - coffee dimming drive circuit 19 'Yihai LED dimming drive circuit 19 is connected to the above processing unit H, and the other end is connected to the complex light-emitting elements for control An external light source is used as a marker. 8 M346897 In the "feasible implementation of the wealth" can be called the yuan n into the money section circuit 2〇, the buzzing circuit 2G is connected to the above processing unit u 5 external - buzzer _ hair _ ringing as the manufacturer's operation reaction. In the preferred embodiment, the processing unit u can be configured to connect the computer control interface circuit 21 to the processing unit u, and the other end is connected to the computer, and the remote computer sends a control signal to control the processing unit. The handler. In the present embodiment, the LED dimming drive circuit 19 is connected by LD1 to LD6, indicating that the backlight _15 is provided and the control should be touched (four)%. The moonlight system is LD7~LD19, and the brightness indicates the driving circuit} (4) α (10) ~ recommended) as a fine brightness. Qilian, ,, ° complex number This creation f is connected to the luminaire load to control the luminaire _, in the implementation of this creation, the connection of the lamp load end is! In order to control the brightness of the lamp, the dimming signal conversion circuit 17 is connected to the dimming signal terminal J2 of the lamp. In the same embodiment of the present invention, the inductive touch unit 3 is provided with a power button (ΟΝ/OFF), mode buttons S1 to S3, a set button %, and upper and lower control buttons for the user to operate (such as the third Figure shows). Therefore, the control is like τ: the _ is connected to the inductive touch unit 30 by the surface sensing interface circuit 12 as a command, and is processed as an instruction with the early το 11 (MPU) as a command. The operation, and then burned to the processing of the single program 11 and the planned software program, in order to achieve complete control functions. When the creation of the creation starts, the AC 100V~240V power supply is rectified into a high-voltage DC voltage from the input, after the M346897 filter and SB1, and then the DC 5V and 12V low-voltage power supply is generated through the power supply circuit as a supply for the internal electronic circuit ( Since the power supply part is the source of power or conversion required by the general electronic device, it is not the focus of this case, so it is not written here.
待電源啟動建立後’ LED(LD1〜LD19)則依初始設定閃亮或熄 滅，此時LED指示背光驅動迴路15所控制之觸摸按鍵背光皆會 亮起，如果使用者以手指觸摸按鍵時，觸摸感應介面迴路12則立 即判別該按鍵之指令並通知處理單元U處理，處理單元u讀取後 則依據软體程式執行相對應之控制命令，在此以7個觸摸按鍵為 例(亦可為其它按鍵數)說明如下： 先預將知:鍵S1〜S3設定為情境儲存功能鍵，當觸摸其中之一 按鍵時，處ί里單元11則會執行以下動作： 先經電力線控制迴路18令RLY1開啟，火線L電壓於是經^ 輸出至燈具貞載後使其點亮，再侧LED指㈣細動迴路Μ 控制按鍵之LED f光變色，同時驅動蜂鳴器發出聲響，用以提示 使用者該指令已經執行，__光信號轉換迴路17輸出調光信 號其中最暗之5%至】2’並緩升至前-次所齡之亮度百分比以驅 鱗定邮紙綱紐到調光信號後而調整 π度同¥搞理單70 11馳制亮度指示_迴路16驅動㈣ _〜刪)之_示而做_調整，以顯示出所對應_ 〜100%亮度（如亮度為時，則顯示·供使用者辨識）。 此外，感應觸控部30之上下鍵為亮度調整鍵，上鍵為調整燈 M346897 ’絲度變亮之舰鍵，當觸機按_，處理單元u則會執行以 下動作：先令上鍵之背光LED變色同時控制蜂鳴器發出聲響，用 以鮮使用者該指令已經執行’再經調光信號轉換迴路17輸出較 先前亮度緩升10%之調光信號’燈具負載内之電子安定器 (BALLAST)接收到調光信號後則會緩升1〇%亮度(如先前已是 1〇〇%亮度卿持勘％亮度不變），此時處理單元u會同時設定 ’ LED(LD20〜⑽句顯示出正確之亮度百分比，並將亮度百分比（調 _ 光信號）存入原執行之情境儲存功能鍵(S1〜S3)其中之一。 而下鍵為調整燈源亮度變暗之功能鍵，當觸摸該按鍵時，處 理單兀11則會執行以下動作：先令上鍵之背光1^：1)變色同時控制 蜂鳴器發出聲響，用以提賴用者該指令已經執行，再經調光信 號轉換迴路Π輸出較先前亮度緩降10%之調光信號，燈具負載内 之電子安定器（BALLAST)接收到調光信號後則會緩降娜亮度 (如先前已是10%亮度則維持1〇%亮度不變），此時處理單元u會 • 啊設定LED(LD20〜LD24)顯示出正確之亮度百分比，並將亮度 百分比（調光信號）存人原執行之情境齡功能鍵(S1〜S3)其中之 —〇 又，感應觸控部30之電源按鍵(〇N/〇FF)為關閉燈源之功能 鍵，當賴該按鍵時，.處理單元U則會執行以下動作：先利用蜂 鳴器驅動迴路20控制蜂鳴器發出聲響，再經調光信號轉換迴路17 輪出調光信號使目前亮度緩降至％，接著藉電力線控制迴路18 令RLY1關閉且火線L電屢切離，於是燈具負載完全關閉進而使 M346897 燈具熄滅。 另，感蘭控部30之S4按鍵為其它選項之設定鍵，當觸撰 該按鍵時，處理單元η則會執行以下動作：當按似第一次，則 作為设定上下洗牆燈(LD1〜LD6)明亮或顧之用，其動作令蜂鳴器 發出聲響祕似下洗鑛_~咖_，如驗上鍵設定上下 先W且(LD1 11)6)全党’按下鍵則設定上下洗牆燈(則〜⑺6)全 ‘滅，—旦時間如經過3秒後，處理單元„之内建程式則會恢復原 f 始無按鍵輸入狀態。 而知S4第—次，則作為奴蜂鳴關啟或關之用，其動作 :蜂鳴裔發出聲響2次，接著按上鍵設定蜂鳴關啟，此時蜂鳴 器發出聲響提示，按下鍵則設定蜂鳴器關閉。 而按S4,第二次’則作為設定人體感測功能開啟或關閉之用， ,、動作7蜂鳴③發鱗響i次，接著按上麟定人體制功能開 啟此日守蜂鳴裔發出聲響提示，按下鍵則設定人體感測功能關閉， 丨+鳥同樣秦出聲響提示，當該人體感測功能開啟且處於點燈狀 二下處里單元11將檢查紅外線感測器是否有感測訊號輸入， 倘連、、、貝10刀知為無感測訊號狀態（即無人狀態），處理單元11則 將進入緩降亮度程序直至關閉電源為止，反之處理單元η感測有 减輸场，則將自動執行原來之情境設定(S1〜S3)。 而知：S4第四次，則作為設定光線感測器乃開啟或關閉之用， 其動作令蜂鳴11糾聲響1次，接著按上鍵設定光線制器J5開 啟此日守蜂鳴杰發出聲響提示，按下鍵則設定光線感測器J5關閉， 12 M346897 蜂鳴器同樣發出聲響提示，當該人體_功能顯示統感測器J5 開啟且處於點燈狀態下，處理單元n將檢知光線感測器J5輪入， 並參考後之總照麟鮮，賴_狀室内絲增強時， 處理單元11配合降低燈源亮度以維持總照度不變，反之照入室内 光源變弱時，處理單元li配合提高燈源亮度以維持總照度不變。 最後，知S4第五_欠’則作為設定電腦連線功能開啟或關閉之 ，^ ’其動作令蜂韻發鱗響1次，接騎上鍵奴賴連線功 .b開啟此日守蜂鳴器發出聲響提示，按下鍵則設定電腦連線功能 關閉’蜂鳴器同樣發出聲響提示’當電腦連線功能開啟，處理單 元^將經電腦控制介_路21而與電腦連線，同時執行且回覆 電祕達之指令，該功能包含電源開啟或關、調光亮度比例及 各類功能之開啟關閉。 综上所述，本創作可設置於室内以控制照度變化，利用感應 人體電容量做為動作命令之依據，晴並沒有機械式開關設計上 ^缺失，確可延長使職限’且每—_感應位置都时哪做 f光源’令制者於黑暗環難作時絲清楚觸感應點之位 置，另__緣設有LED财作為小夜燈或洗驗照明之用， ==中:感應觸控部為無縫隙設計’除了可以防止因潮濕漏 電:電’亦可避免操作時因人體自放靜電(ESD)而損及電路，大 穩定性；另外本創作柯進—錢伸—蜂鳴II驅動迴路， ㈣峰树_響配合觸摸 應位置魅。光’ _令使財财操作及反應。 内，特此一併陳明 【圖式簡單說明】After the power is turned on, the LEDs (LD1 to LD19) are flashed or extinguished according to the initial setting. At this time, the LED indicates that the backlight of the touch button controlled by the backlight driving circuit 15 will be lit. If the user touches the button with a finger, the touch The sensing interface circuit 12 immediately discriminates the command of the button and notifies the processing unit U to process. After the processing unit u reads, the corresponding control command is executed according to the software program. Here, seven touch buttons are taken as an example (other buttons may also be used). The number is explained as follows: Firstly, the keys S1 to S3 are set as the context storage function keys. When one of the keys is touched, the unit 11 performs the following actions: First, the power line control circuit 18 is used to enable RLY1 to be turned on. The L-voltage of the live wire is then turned on after being output to the lamp, and the LED on the side is (4) the fine-motion circuit Μ the LED f of the control button is discolored, and the buzzer is driven to sound to prompt the user that the command has been Execution, __ optical signal conversion circuit 17 outputs the dimming signal, the darkest 5% to 】 2' and slowly rises to the brightness percentage of the previous-time-old age to adjust the scaled mail paper to the dimming signal and then adjust π Degree with the ¥理理单70 11 Chichi brightness indication _ loop 16 drive (four) _ ~ delete) _ show and do _ adjust to display the corresponding _ ~ 100% brightness (if the brightness is, then display · for users Identification). In addition, the upper button of the sensing touch unit 30 is a brightness adjustment button, and the upper button is a ship button for adjusting the light M346897's brightness. When the touch device presses _, the processing unit u performs the following actions: first, the first button The backlight LED discolors at the same time and controls the buzzer to make an audible sound. The fresh user has executed the 're-dimming signal conversion circuit 17 to output a dimming signal that is 10% higher than the previous brightness'. The electronic ballast in the lamp load ( BALLAST) After receiving the dimming signal, it will slowly increase the brightness by 1〇% (if the brightness is unchanged before 1%%), the processing unit u will set the 'LED(LD20~(10) sentence) at the same time. Display the correct percentage of brightness, and store the brightness percentage (tone signal) into one of the original execution context storage function keys (S1~S3). The down key is the function key to adjust the brightness of the light source to darken. When the button is touched, the processing unit 11 performs the following actions: firstly, the backlight of the upper button 1^: 1) discolors and controls the buzzer to sound, which is used to remind the user that the instruction has been executed, and then dimming The signal conversion loop Π output is slower than the previous brightness 1 0% dimming signal, the electronic ballast (BALLAST) in the lamp load will gradually reduce the brightness after receiving the dimming signal (if the previous 10% brightness is maintained at 1〇% brightness), then processing Unit u will ah set the LED (LD20 ~ LD24) to display the correct percentage of brightness, and save the percentage of brightness (dimming signal) to the original function of the age function key (S1 ~ S3) - 〇,, touch The power button (〇N/〇FF) of the control unit 30 is a function button for turning off the light source. When the button is pressed, the processing unit U performs the following actions: firstly, the buzzer is driven to control the buzzer to be issued. After the sound is tuned, the dimming signal conversion circuit 17 turns the dimming signal to reduce the current brightness to %, and then the power line control circuit 18 causes RLY1 to be turned off and the live line L is repeatedly cut off, so that the lamp load is completely turned off and the M346897 lamp is turned off. . In addition, the S4 button of the sense control unit 30 is a setting button of other options. When the button is touched, the processing unit η performs the following actions: when the first time is pressed, the upper and lower wall washers are set (LD1). ~ LD6) bright or used, its action makes the buzzer sound like the next wash _ ~ coffee _, such as the test button set up and down first and (LD1 11) 6) the whole party 'press the button to set The upper and lower wall washers (then ~ (7) 6) are all 'off'. If the time is 3 seconds, the built-in program of the processing unit will restore the original f-key input status. Knowing S4 is the first time. The buzzer is turned off or off, and its action: the buzzer sounds 2 times, then press the up button to set the buzzer to turn on, then the buzzer sounds a sound, and press the button to set the buzzer to turn off. Press S4, the second time is used to set the human body sensing function to be turned on or off, and the action 7 beeps 3 amps for i times, then press the lining system to activate the singer’s beeping sound. Prompt, press the button to set the human body sensing function to turn off, and the 丨+bird also sounds the sound prompt, when the human body sensing function is turned on and In the light-down position, the unit 11 will check whether the infrared sensor has a sensing signal input, and if the connection, the, and the 10 are known as the non-sensing signal state (ie, the unmanned state), the processing unit 11 will enter. Slow down the brightness program until the power is turned off. Otherwise, the processing unit η senses that there is a subtraction field, and the original situation setting (S1~S3) will be automatically executed. Knowing that: S4 is the fourth time, it is used as the setting light sensor. When it is turned on or off, its action will make the buzzer 11 correct the sound once, then press the up button to set the light controller J5 to turn on the daykeeper buzzer to make a sound prompt, press the button to set the light sensor J5 to turn off, 12 The M346897 buzzer also sounds a sound. When the human body _ function display sensor J5 is turned on and is in the lighting state, the processing unit n will detect that the light sensor J5 is turned in, and refer to the latter. When the ray-shaped indoor wire is reinforced, the processing unit 11 cooperates to reduce the brightness of the light source to maintain the total illuminance unchanged, and when the indoor light source becomes weak, the processing unit li cooperates to increase the brightness of the light source to maintain the total illuminance unchanged. Know S4 fifth _ owe' Then, as the setting of the computer connection function is turned on or off, ^ 'the action causes the bee rhyme to squabble once, and then the rider on the slave slave to connect the line. b. Turn on the day to keep the buzzer sounds, press the button Then set the computer connection function to turn off 'Buzzer also sounds prompts' When the computer connection function is turned on, the processing unit ^ will be connected to the computer via the computer control interface _ Road 21, and execute and reply the instructions of the electric secret. This function includes power on or off, dimming brightness ratio and various functions of turning on and off. In summary, the creation can be set indoors to control the change of illumination, using the sensing body capacitance as the basis of the action command, sunny and There is no mechanical switch design, and it can be extended to make the position 'and every _ sensing position where to do the f light source', so that the system can clearly touch the position of the sensing point when the dark ring is difficult to make, and the other __ edge LED money is used as a night light or washing illumination. == Medium: The touch sensor is designed to be seamless. In addition to preventing leakage due to moisture: electricity can also avoid self-discharge (ESD) during operation. Damage to the circuit, great stability In addition, this creation Ke Jin - Qian Shen - buzzer II drive circuit, (four) peak tree _ ring with touch should be location charm. Light' _ makes money operate and react. Inside, hereby clarify together [simplified description]
M346897 惟以上所述者，僅為本創作之較佳實施例，當不能以此限定 本，作之實施範圍；故凡參照本創作巾請專利麵及創作說明書 =容所作鮮·變化與修飾，皆應仍屬本創作專伽蓋之範圍 第一圖，係本創作之方塊架構示意圖。 第—圖’係本創作之電路示意圖。 第二圖，係本創作之外觀實施例示意圖。 【主要元件符號說明】 Η··處理單元 12 ··觸摸感應介面迴路 13 ··光線感應介面迴路 14 ··人體感應介面迴路 15· .LED指示背光驅動迴路 16 · •免度指示驅動迴路 17 ··調光信號轉換迴路 18 ··電力線控制迴路 19 ·· LED调光驅動迴路 20 · ·蜂鳴器驅動迴路 21 ··電腦控制介面迴路 3〇 ··感應觸控部M346897 However, the above is only the preferred embodiment of the present invention. When it is not possible to limit the scope of this book, the scope of implementation is as follows; therefore, the patent surface and the creation manual are required to refer to the creation towel. It should still be the first map of the scope of this creation, which is the schematic diagram of the block structure of this creation. The first figure is a schematic diagram of the circuit of this creation. The second figure is a schematic diagram of an embodiment of the appearance of the present creation. [Description of main component symbols] Η··Processing unit 12 ··Touch sensing interface circuit 13 ··Light sensing interface circuit 14 ··Human sensing interface circuit 15 · LED indicating backlight driving circuit 16 · • Degree-free indicating driving circuit 17 · ·Dimming signal conversion circuit 18 ·Power line control circuit 19 ·· LED dimming drive circuit 20 · ·Buzzer drive circuit 21 ··Computer control interface circuit 3〇··Inductive touch unit