M329944 八、新型說明： 【新型所屬之技術領域】 本創作係為一種可節能之發光元件控制電路，尤指一種可調整發光元件明 .暗亮度、且可記憶最後燈光使用狀態之一種可節能之發光元件控制電路。 【先前技術】 - 按，中華民國專利公報證書第M290208號，一種LED燈具的安全控制裝置其 包含·一控制單元，具有一主控制端，及數個與該主控制端電連接的次控制端； •數個LED模組，與該控制單元之次控制端設成等數，每一LED模組分別與相對應 之每一次控制端電連接；及數個邏輯單元，與該等!^^燈組設成等數，並分別連 接在相對應之該等LED模組與該等次控制端之間，當某一LED模組產生斷路或短 路後，其迴路之電流出現異常狀態，便觸發相對應的該邏輯單元，並通知該次 控制端，藉由該次控制端回授通知該主控制端，讓該控制單元對該燈組電源產 生斷電控制； 惟，該上述之控制電路，僅以每一LED模組分別與相對應每一次控制端，以 _ 一對-方式作控制，且該電路無記絲後資料狀態之功能，#使用者再次將電 源開啟時，需再次作調整，因而造成使用上的不便； 是故，如何將上述等缺失加以摒除，並提供一種調整發光元件明暗亮度的 同時’進可記憶最後燈光使用狀態，即為本案創作人所欲解決之技術困難點之 所在。 【新型内容】 本創作之主要目的即在提供_種可雜之發光元件控織路，其包含： 一電壓穩壓單元，該電壓穩壓單元設有電壓輸入端及電壓輸出端，該電壓 5 M329944 輸入端接設電源； 一中央處理單元，該中央處理單元設有電壓輸入端、訊號輸入埠、訊號輸 出埠及資料存取埠，該電壓輸入端與電壓穩壓單元之電壓輸出端相接設，該訊 號輸入埠與訊號輸出埠、資料存取埠相接設； -觸鮮元，賴雜制單元财訊錄―，舰錢_接設於 -中央處理單元之訊號輸入埠； - 一發光單元，該發光單元接設於中央處理單元之訊號輸出埠； • 一開關單元，該開關單元接設於中央處理單元之訊號輸出槔，且該開關單 元接設控制該發光單元； -貝料暫存單TL ’該資料暫存單元接册中央處理單元之資料存取蜂； 藉由_龍鮮元將峨輸人中姨理單元，而該巾域科元之訊號 輪入琿接收到訊號時’則可將資料傳送至歸存取埠、及訊號輸料，又該資 料存取轉雜齡至㈣暫料元，舰錄$轉龍料至開關單元及 發鱗元’峨_單元導賴啟後’即可使該發群元錄織料顯現燈光 •=暗亮度，再者，藉由龍單元贿最㈣料聽，當再次開啟本創作 時，即可讀取最後關之狀態資料，進而達到記憶功能。 【實施方式】 $使貴審查貞方便· _本_之其倾_容與優點及其所達成之 功效能夠更為顯現，兹將本創作配合附圖，詳細說明如下· 路二=第-圖、第二圖所示，本創作係提供一種二能之發光元件控制電 一中央處理料2，射央處理單元2設有電壓輸入端Μ、訊號輸入蜂22、 6 M329944 訊號輸出埠24及資料存取埠23，該訊號輸入埠22設有第一輸入端221、第二 輸入端222及第三輸入端223，該訊號輸入埠22與訊號輸出埠24、資料存取埠 23相接設，又該資料存取埠23與訊號輸出埠24相接設； 一電壓穩壓單元3,該電壓穩壓單元3設有電壓輸入端31及電壓輪出端32, 該電壓輸入端31接設電源，該電壓輸出端32接設中央處理單元2之電壓輸入 端21，並提供該各電路之電源； 一觸發控制單元5，該觸發控制單元5設有漸亮控制開關51、漸暗控制開 φ 關52及啟閉控制開關53,該漸亮控制開關51接設於訊號輸入埠22之第一輸入 端221，該漸暗控制開關52接設於訊號輸入埠22之第二輸入端222，該啟閉控 制開關53接設於訊號輸入埠22之第三輸入端223，又該漸亮控制開關51、漸 暗控制開關52及啟閉控制開關53 —端相接設且接地； 一發光單元6，該發光單元6接設於開關單元8 一端，該發光單元6可為發 光二極體、燈泡、燈管等； 一開關單元8，該開關單元8接設於中央處理單元2之訊號輸出淳μ，又 該開關單元8設有-伽上之場效電晶體，且藉由該場效電晶體耐壓較高，而 可使本創作可顧在大電流之電路，而當按壓該漸_则Η時，該=古控 制開關51觸發訊號至訊號輸入埠22，經由訊號輸入埠22將訊號傳送至： 出輯’該訊號輸出料即可觸發該開關單元8 ’使該場效電晶體動作，峨 發光单元6錄峨_，咖_輪_目叫 _______ 22 械她訊 24即可紐該關單元8 ~一_ 關二 7 M329944 號至减輸Μ 22，經由減輸从22將峨舰至減輸料Μ，該訊號 輸出璋24即可觸發該開關單元8，使該場效電晶體動作，而使發光單元6依狀 態資料開啟或_，因此藉由漸亮控制_ 51與漸暗控制開關52搭配調整進M329944 VIII. New Description: [New Technology Field] This creation is a kind of energy-saving light-emitting component control circuit, especially one that can adjust the brightness and darkness of the light-emitting component and can memorize the state of the last light. Light-emitting element control circuit. [Prior Art] - According to the Republic of China Patent Gazette No. M290208, a safety control device for an LED lamp includes a control unit having a main control terminal and a plurality of secondary control terminals electrically connected to the main control terminal • Several LED modules are set equal to the secondary control terminals of the control unit, each LED module is electrically connected to each corresponding control terminal; and several logic units, and such! ^^ The lamp group is set to an equal number and is respectively connected between the corresponding LED module and the secondary control terminal. When an LED module is disconnected or short-circuited, the current of the circuit is abnormal, and the LED is triggered. Corresponding to the logic unit, and notifying the secondary control end, by the secondary control end, the notification is notified to the main control terminal, and the control unit is caused to generate power-off control for the power of the light group; however, the control circuit is Only each LED module and each corresponding control terminal are controlled by _ one-way mode, and the circuit has no function of data state after the wire is recorded. #Users need to adjust again when the power is turned on again. Thus causing use Inconvenience; Therefore in the above-described how to exclude the like to be deleted, and at the same time provide a method for adjusting brightness and darkness of the light emitting elements' light into the last power usage state, i.e. the point where the technical difficulties to be solved by the creator of the case. [New content] The main purpose of this creation is to provide a kind of hybrid light-emitting component control weaving road, which comprises: a voltage voltage stabilizing unit, the voltage voltage stabilizing unit is provided with a voltage input terminal and a voltage output terminal, the voltage 5 The M329944 input terminal is connected to the power supply; a central processing unit, the central processing unit is provided with a voltage input terminal, a signal input port, a signal output port, and a data access port, and the voltage input terminal is connected to the voltage output terminal of the voltage voltage stabilizing unit. The signal input port is connected to the signal output port and the data access port; - the touch-sensitive element, the miscellaneous unit financial record - the ship money_ is connected to the signal input port of the central processing unit; a light-emitting unit, the light-emitting unit is connected to the signal output port of the central processing unit; • a switch unit connected to the signal output port of the central processing unit, and the switch unit is connected to control the light-emitting unit; Temporary deposit TL 'The data temporary storage unit receives the data access bee of the central processing unit; with _Long Xianyuan will lose the person's processing unit, and the data of the towel domain is received by the wheel At the time of ', the data can be transferred to the access, and the signal is sent, and the data is transferred to the age of (4) temporary materials, and the ship records $ turn to the switch unit and the scale element '峨_ unit After the start of the post, you can make the hair of the hair group of the hair group to appear light •= dark brightness, and then, by the dragon unit, the most (four) material is heard. When the creation is started again, the last state can be read. Information to achieve memory function. [Embodiment] $ Make your review easy. _ This _ its _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ As shown in the second figure, the creation system provides a two-energy light-emitting element control electric central processing material 2, and the central processing unit 2 is provided with a voltage input terminal 讯, a signal input bee 22, a 6 M329944 signal output 埠 24 and data. The signal input port 22 is provided with a first input terminal 221, a second input terminal 222 and a third input terminal 223. The signal input port 22 is connected to the signal output port 24 and the data access port 23. The data access port 23 is connected to the signal output port 24; a voltage voltage stabilizing unit 3 is provided with a voltage input terminal 31 and a voltage wheel terminal 32, and the voltage input terminal 31 is connected to the power source. The voltage output terminal 32 is connected to the voltage input terminal 21 of the central processing unit 2, and provides power for each circuit; a trigger control unit 5, the trigger control unit 5 is provided with a fade-on control switch 51, and a dimming control is enabled. Off 52 and opening and closing control switch 53, the fade-on control switch 51 is connected to The first input end 221 of the input port 22 is connected to the second input end 222 of the signal input port 22, and the opening and closing control switch 53 is connected to the third input end 223 of the signal input port 22. The light-emitting unit 6 is connected to one end of the switch unit 8, and the light-emitting unit 6 is connected to the end of the switch unit 8. It is a light-emitting diode, a bulb, a lamp tube, etc.; a switch unit 8 connected to the signal output 淳μ of the central processing unit 2, and the switch unit 8 is provided with a field-effect transistor on the gamma. And the field effect transistor has a higher withstand voltage, so that the creation can take care of the circuit of high current, and when the gradual change is performed, the control switch 51 triggers the signal to the signal input 埠22, The signal is transmitted to the following via the signal input 埠22: The output of the signal output device can trigger the switch unit 8' to activate the field effect transistor, and the illuminating unit 6 records _, coffee _ wheel _ eye _______ 22 She will be able to contact her 24 to get off the unit 8 ~ a _ off 2 7 M329944 to reduce the loss Μ 22 The switch unit 8 can be triggered by the signal output 璋24 to reduce the operation of the field effect transistor, and the light-emitting unit 6 is turned on or _ according to the status data. Adjusted by the fade-on control _ 51 and the fade-out control switch 52
而可控制該t光單π 8之明暗亮度，藉由該啟閉控制開關犯則可控制該發光單 元8開啟或關閉； X -資料暫存單元4，該資料暫存單元4接設於中央處理單元2之資料存取璋 23 ’且該資料暫存單元4與資料存取埠23為半雙功取； 藉由該_控制單元5將城輸人中央處理單元2，而該中央處理單元2之 接_訊_ ’ 號輸人琿22㈣料傳送至雜存取淳烈、 及訊號輸料24 ’同時料存取埠23將資料儲存至資料暫存單元4，該峨 輸出琿24將資料傳送至開關單元8，而使開關單元8導通開啟後，即可使該訊 號輸出琿24之狀駿料傳送至該發光單元6，而可使糾單元6依狀態資料顯 現燈光之明暗亮度，且藉由該發光單元6可觀不陳色效果，崎本創作具 燈光趣味效果； 再者’藉由資料暫存單元4儲存資料狀態，當再次開啟本創作時，即可讀 取該資料暫存單元4所儲存之狀態，進而達到記憶功能； 請再參閱第三圖、第四圖所示，本創作可進—步增設紅外線發射單元7，該 紅外線發射單元7為紅外線遙控器等，又該紅外線發射單元7設有漸亮鍵71、 漸暗鍵72及_鍵73 ’且該觸發控制單元5設有紅外線接收端％，該訊號輸 入蜂22設有第四輸入端224，該紅外線接收端54接設於訊號輸入埠四之第四 輸入端224 ;而當按壓該漸亮㈣時，該紅外線發射單元7發出紅外線訊號至 紅外線接收端54，經由訊號輸人埠22將訊號傳送至訊號輸出埠24，該訊號輸 8 M329944 出埠24即可觸發該開關單元8，使該場效電晶體動作，而使發光單元6依狀態 資料漸亮，而當按壓該漸暗鍵72時，該紅外線發射單元7發出紅外線訊號至紅 外線接收端54，經由訊號輸入埠22將訊號傳送至訊號輸出埠24，該訊號輸出 埠24即可觸發該開關單元8，使該場效電晶體動作，而使發光單元6依狀態資 料漸暗，而又按壓該開關鍵73時，該紅外線發射單元7發出紅外線訊號至紅外 線接收端54，經由訊號輸入埠22將訊號傳送至訊號輸出埠24，該訊號輸出埠 _ 24即可觸發該開關單元8，使該場效電晶體動作，而使發光單元6依狀態資料 開啟或關閉，因此可依環境需求而調整發光單元6之明暗亮度，藉由漸亮鍵71 與漸暗鍵72搭配調整進而可控制該發光單元8之明暗亮度，藉由該開關鍵73 則可控制該發光單元8開啟或關閉。 為使本創作更加顯現出其進步性與實用性，茲與習用作一比較分析如下· 習用技術： 1、 僅有單一燈色。 2、 無法記憶電源關閉前之資料狀態。 本創作優點： 1、 可藉由不同燈色搭配，可營造不同燈光趣味。 2、 可記憶電源關閉前之資料狀態。 【圖式簡單說明】 第一圖係為本創作之硬體方塊示意圖。 第二圖係為本創作之電路示意圖。 第二圖係為本創作之紅外線硬體方塊示意圖。 第四圖係為本創作之紅外線電路示意圖。 M329944 【主要元件符號說明】 2..中央處理單元 21..電壓輸入端 22..訊號輸入埠 221..第一輸入端 222..第二輸入端 223..第三輸入端 224..第四輸入端 23..資料存取埠 24..訊號輸出埠 3..電壓穩壓單元 31..電壓輸入端 32..電壓輸出端 4..資料暫存單元 5..觸發控制單元 51..漸亮控制開關 52..漸暗控制開關 53..啟閉控制開關 54..紅外線接收端 6..發光單元 7..紅外線發射單元 71..漸亮鍵 72..漸暗鍵 73..開關鍵 8..開關單元The brightness of the t-light single π 8 can be controlled, and the light-emitting unit 8 can be controlled to be turned on or off by the opening and closing control switch; the X-data temporary storage unit 4 is connected to the central processing unit. The data access unit 23' of the unit 2 and the data temporary storage unit 4 and the data access unit 23 are half-doubled; the central processing unit 2 is input by the _ control unit 5, and the central processing unit 2 The _ _ _ ' input 珲 22 (four) material is sent to the miscellaneous access, and the signal is sent 24 ' simultaneous access 埠 23 to store the data to the data temporary storage unit 4, the 峨 output 珲 24 will transfer the data After the switch unit 8 is turned on, the signal output 珲24 can be transmitted to the light-emitting unit 6, and the correcting unit 6 can display the brightness of the light according to the state data, and borrow The light-emitting unit 6 can observe the color effect, and the original creation has a light fun effect; in addition, the data state is stored by the data temporary storage unit 4, and when the creation is started again, the data temporary storage unit 4 can be read. The state of storage, which in turn reaches the memory function; please Referring to the third and fourth figures, the present invention can further add an infrared emitting unit 7, which is an infrared remote control or the like, and the infrared emitting unit 7 is provided with a fade-in key 71 and a fade-in key. 72 and _ key 73 ' and the trigger control unit 5 is provided with an infrared receiving end %, the signal input bee 22 is provided with a fourth input end 224, and the infrared receiving end 54 is connected to the fourth input end 224 of the signal input fourth When the fade-in (four) is pressed, the infrared emitting unit 7 sends an infrared signal to the infrared receiving end 54, and transmits the signal to the signal output port 24 via the signal input port 22, and the signal is outputted by 8 M329944. The switching unit 8 activates the field effect transistor to make the light emitting unit 6 gradually light according to the state data, and when the darkening key 72 is pressed, the infrared emitting unit 7 emits an infrared signal to the infrared receiving end 54 via the signal. The input port 22 transmits a signal to the signal output port 24, and the signal output port 24 can trigger the switch unit 8 to activate the field effect transistor, so that the light-emitting unit 6 is darkened according to the state data, and the button is pressed. At the time of the key 73, the infrared ray transmitting unit 7 sends an infrared signal to the infrared receiving end 54, and transmits the signal to the signal output 埠24 via the signal input 埠22, and the signal output 埠_24 can trigger the switching unit 8 to make the field effect The transistor operates to turn on or off the light-emitting unit 6 according to the state data, so that the brightness of the light-emitting unit 6 can be adjusted according to environmental requirements, and the light-emitting unit 8 can be controlled by adjusting the fade-up key 71 and the fade-off key 72. The brightness of the light is turned on, and the light-emitting unit 8 can be controlled to be turned on or off by the opening key 73. In order to make this creation more progressive and practical, a comparative analysis is used as follows: 1. The conventional technology: 1. There is only a single light color. 2. The status of the data before the power is turned off cannot be memorized. The advantages of this creation: 1. Different lighting colors can be used to create different lighting interests. 2. The status of the data before the power is turned off can be memorized. [Simple description of the diagram] The first diagram is a schematic diagram of the hardware block of the creation. The second picture is a schematic diagram of the circuit of the creation. The second picture is a schematic diagram of the infrared hardware block of the creation. The fourth picture is a schematic diagram of the infrared circuit of the creation. M329944 [Description of main component symbols] 2. Central processing unit 21. Voltage input terminal 22. Signal input port 221.. First input terminal 222.. Second input terminal 223.. Third input terminal 224.. Four input terminal 23.. Data access 埠24.. Signal output 埠3.. Voltage voltage regulator unit 31.. Voltage input terminal 32.. Voltage output terminal 4. Data temporary storage unit 5. Trigger control unit 51. The fade-on control switch 52.. fade-out control switch 53. Open-close control switch 54. Infrared receiving end 6.. Light-emitting unit 7. Infrared emitting unit 71.. Step-up key 72. .Open key 8..Switch unit