Ϊ260478 九、發明說明： 【發明所屬之技術領域】 =發明是有關於-種省電控制模組，特別是指一種令 二:置被遙控關機後完全切斷電源，並在完 態下，仍能夠被遙控啟動，而達到零電源消耗功 半之省電控制模組。 【先前技術】 接收-般具有遙控功能(即内建有能夠接收遙控訊號之遙控 Γ::)的電子裝置，為了在關機狀態下仍能夠被隨時啟 、、“通t在關機後仍保持與電源端（即市電）導接，以藉由❿ 6 j而持續提供部分電源給其 屯 、匕接收早兀，使遙控接收單 卢啟2 i處於賴狀11，以準備隨時接收遙控訊號而再 二子Γ子裝置。因此，為了供電給遙控接收單元，即使 -:置已處於關機狀態，電源端仍持續供電給電子裝置 件$子t置在關機狀態下仍'然必須消耗-定的功率， 热法達到零電源功率消耗之節約電能的目的。 【發明内容】 時盘月之目的，係在提供一種使電子裝置關機 省電切斷’而仍能夠被遙控啟動，以達到最佳 包放果之名電控制模組。 於疋纟發明之省電控制模組，設在市電與一直产恭 源供應器之間，受—遙控接收 ：一 應Ρ用斜古兩、 且3直机電源供 ,, 、兒進行整流，以輪出一直流電源。該省帝_ 制模組包括一開關开杜一楚 ，私控 件、一罘一二極體、一可充電電源及Ϊ 260478 IX. Description of the invention: [Technical field of invention] = invention is related to a kind of power-saving control module, especially a kind of two: after being remotely shut down, the power is completely cut off, and in the end state, still It can be started remotely and achieves a power-saving control module with zero power consumption. [Prior Art] Receiving an electronic device with a remote control function (that is, a remote control Γ:: built-in that can receive remote control signals), in order to be able to be turned on at any time in the off state, "passing t remains after shutdown" The power terminal (ie, the mains) is connected to continuously provide a partial power supply to the 屯, 匕 receiving early 藉 by the ❿ 6 j, so that the remote control receiving the single Lu 2 2 i is in the lazy state 11 in preparation for receiving the remote control signal at any time. The second sub-unit device. Therefore, in order to supply power to the remote control receiving unit, even if the -: is already in the off state, the power supply terminal continues to supply power to the electronic device, and the electronic device is still in the off state, but the power must be consumed. The thermal method achieves the purpose of saving power by zero power consumption. [Summary of the Invention] The purpose of the current month is to provide an electronic device that shuts down the power saving and cuts off while still being able to be remotely activated to achieve the best package. The name of the electric control module. The power-saving control module invented by Yu Wei is located between the mains supply and the Gongyuan supply, and is received by the remote control: one should use the oblique two and three straight power supplies. ,,, children OK rectified DC power to the wheels. _ Manufactured by Teijin province module includes a switch to open a Du Chu, private control member, a Fu a diode, and a rechargeable power source
1260478 一驅動器。該開關元件設在市電座 ，用以斷門…电心亥直流電源供應器之間 城、± 直流電源供應器。該坌—-托 肢、接該直流電源供應器與該開關元件，以在二： ，·… 直流電源供應器提供該首泣雷1260478 A drive. The switching element is located in the mains base to break the door... between the DC power supply and the DC power supply. The 坌--the limb is connected to the DC power supply and the switching element to provide the first weeping thunder in the second:,... DC power supply
/原、、’β该開關元件。該可. /;，L 收單元1接二: 與該開關元件及該遙控接 妾！：：連接，其在市電與該直流電源供應器導接時，可 接叉该直流電源的充電，並供 关 ^ , 兒、'、σ 4遙控接收單元。該驅 動态一該開關元件連接並受該遙 叙u 士 接收早兀控制，當市電 舁忒直流電源供應器斷開，且該一 雷泝π %_ /造拴接收早兀收到一開啟 电源讯唬時，即令該可充電 电、、、口5亥開關兀件，並觸 又^ ’動裔驅動該開關元件將市 拉士 ， τ φ电共该直流電源供應器導 接，直到該遙控接收單元收到一 叹幻關閉電源訊號時，即關閉 该驅動器，使該開關元件將 # 1电/、a 1 /瓜電源供應器斷開 。错此，在市電與該直流電源供應器不導 到零電源功率消耗之目的。 月况下這 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之—較佳實施例的詳細說明巾，將可清 楚的呈現。 參閱圖1所示，是本發明省電控制模组的一較佳實施 例之電路圖，省電控制模組1是設置在市電20與—直流電 源供應器21之間，並受一遙控接收單 控·Μ係與直流電源供應器21及遙控接 同設在-電子裝置（例如液晶顯示器、音響以及家電產品等 1260478 具備遙控功能之電子梦詈彳φ 闲 旧去_、、“ 衣置)中用以控制市電20與電子裝置 、否其中，直…供應器21用以將交流 市包〇轉換成一直流電源Vout後輪出，η # π 交罕月j出以供電給電子裝置 使用。 省電控制模組1包括-開關元件π、—第一二極體12 、一可充電電源13及一驅動器14。 開關元件11是-繼電器(以下稱繼電器⑴，其設在市 電2〇與直流電源供應器21之間，用以使市電2〇與直流電 源供應為2 1導接或斷開。 第一二極體U之n極與繼電器u的—接腳ιι〇連接， 其P極與直流電源、Vout連接，在市電2〇與直流電源供應器 21 V接的情況下，直流電源ν_會經由第一二極體 給繼電器11。 ’、 …可充電電源13是一直流電源，其輸出端131經由—第 ★月丘15契第—極體12的N極及繼電器u的接腳 no連接，其輸入端132與直流電源、v〇ut連接，以在市兩 20與直流電源供應器21導接的狀態下，可接受直流電： v〇m的充電。且遙控接收單元23分別經由第一二極體u 及第二二極體15與直流電源供應器21及可充電電源13連 接，當市電20與直流電源供應器21導接時，遙控接收單 兀23接受直流電源v〇m的供電，而當市電2〇與直流 供應器斷開時，遙控接收單元23接受可充 供電。 曰9 驅動器14是- η型電晶體（以下稱電晶體⑷，其集極/ original, 'β the switching element. The / /, L receiving unit 1 is connected to the second: with the switching element and the remote control! :: Connection, which can be used to charge the DC power supply when the mains is connected to the DC power supply, and is used to turn off the remote control receiving unit. In the driving state, the switching element is connected and controlled by the remote control, and when the commercial power is turned off, the DC power supply is disconnected, and the lightning recovery is received by the power supply. At the time of the signal, the rechargeable battery, the port, and the switch are connected, and the 'moving force' drives the switching element to connect the DC power supply to the DC power supply until the remote control When the receiving unit receives an stunned power-off signal, the drive is turned off, causing the switching element to disconnect the #1 electric/, a 1 / melon power supply. In this case, the mains supply and the DC power supply do not lead to zero power consumption. The present invention and the other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments of the present invention. Referring to FIG. 1 , it is a circuit diagram of a preferred embodiment of the power saving control module of the present invention. The power saving control module 1 is disposed between the commercial power supply 20 and the DC power supply 21 and is received by a remote control receiver. The control system is connected to the DC power supply 21 and the remote control in an electronic device (such as LCD TV, audio, and home appliances, etc. 1260478, electronic nightmare with remote control function, _, "clothing") The utility model is used for controlling the mains 20 and the electronic device, and wherein the direct supply 21 is used to convert the AC city package into a DC power supply Vout, and the η # π 交 月 j 以 以 以 供电 供电 供电 供电 供电 供电 供电 供电 供电 供电 供电 供电 供电 供电 供电 供电 供电 供电 供电 供电 供电 供电 供电The control module 1 includes a - switching element π, a first diode 12, a rechargeable power source 13, and a driver 14. The switching element 11 is a relay (hereinafter referred to as a relay (1), which is provided at a commercial power supply and a DC power supply. Between the two devices 21, the mains 2 is connected to or disconnected from the DC power supply. The n pole of the first diode U is connected to the pin ι of the relay u, and the P pole and the DC power source are connected. , Vout connection, in the mains 2 〇 and DC power supply When the device 21 V is connected, the DC power source ν_ is supplied to the relay 11 via the first diode. ', ... the rechargeable power source 13 is a DC power source, and the output terminal 131 thereof is connected to the first pole. The N pole of 12 and the pin no of the relay u are connected, and the input end 132 is connected with the DC power source and the v〇ut to receive the direct current in the state where the city 20 and the DC power supply 21 are connected: v〇m And the remote control receiving unit 23 is connected to the DC power supply 21 and the rechargeable power source 13 via the first diode u and the second diode 15, respectively, and when the main power 20 is connected to the DC power supply 21, the remote control The receiving unit 23 receives the power supply of the DC power supply v〇m, and when the commercial power supply 2〇 is disconnected from the DC power supply, the remote control receiving unit 23 accepts the rechargeable power supply. 曰9 The driver 14 is an n-type transistor (hereinafter referred to as a transistor) (4), its collector
1260478 c與繼電器u的另一接 οσ 連接’其基極Β與遙控接收 早兀23連接，其射極ε接地。 *且：市電2〇與直流電源供應器21導接的情況下，遙 拴接收早兀23會持續輸出一高準位訊號給電晶體14之基 才使電晶體14持續導通，同時直流電源V帽持續供給 知電器11，使繼雷哭〗〗雜枝 、. 私的11、准持市電20與直流電源供應器21 持績導接的狀態，此時可夯+ 才J兄电电源13可接受直流電源vout 的持續充電，而且在可充 、 你J兄私私源U與直流電源Vout之間更 連接一控制開關§ W，當可充雷命、$ ^ 田J兄包甩源U之電壓準位係在飽 和狀態而不需充電時，可充 兄包電源13令控制開關sw打開 ’阻絕直流電源v〇m進入可夯帝+、店η 士 、 ％八電源13中，而當可充電電 源13之電壓降低至一雲 -王而要充电的準位時，可充電電源13 則令控制開關sw關閉，使直流電源進入可充電電源 13中進行充電。 、 口此胃遙控接收單兀23收到—關閉電源訊號時，其 將產生-低準位訊號將電晶體14關閉，而 ^ 迴路，使繼電器U將市+ β 士+ 私时上之 、、 寻市私20及直流電源供應器21斷開， 直机电源供應裔21則無法再產生直流電源供給繼電哭 11、可充電電源、13及電子裝置，而達到完全切斷電源^ 的，使電子裝置在關機狀態下完全沒有電源功率消耗，而 達到最佳省電效果。 而且’在電子裝置關機狀態下，由於可充電電源13已 預先充電’因此可持續供電給繼電器u及遙控接收單元^ ，使遙控接收單元23能夠處於待機狀態以隨時接收遙控訊 8 1260478 號。所=，當遙控接收單元23收到-開啟電源訊號時，即 U出冋準位5凡號觸發電晶體14導通，使驅動繼電界11導 接市電20與直流電源供應器21，而使直流電源供:器= 再·人輸出直流電源Vout，且由於直流電源v〇m之電屙準位 大方；可充電電源13電塵，因此在繼電器n被驅動後，直流 電，Vom即取代可充電電源13供電給繼電器丨1及遙控ς 23 ’而可充電電源13則又回到可接受直流電源v〇ut 充電的狀態。 此外’在繼電器U的兩接腳11〇、U1之間更連接一第 二二極體16，用卩吸收電流切斷時產生之反向電動勢。另 U工接收單兀23更連接一發光二極體24 收單元23栌制，吝 又延ί工接 抆制產生不同顏色的光以表示電子裝置的使用 狀悲，例如綠燈為p卩祕d 歲狀您、橘燈為遙控待機狀態或紅燈 為遙控關機狀態等。 2 由上述說明可知，太每 之直一、… 纟A例精由在市電20與電子裝置 之1/瓜電源供應器21 桩卞切齡士干 之間6又置一叉電晶體14控制，以導 接或切断市電2〇盥直户命、店糾處口。 ”直*电源供應益21之繼電器u，並設 置可充電電源13,使名古+ 9n 士 時，可接^ 2() Μ直流電源供應器21導接 时』接文直流電源ν〇 勺充兒並供電給遙控接收單元23 以在遙控接收單元23 關閉時Α繼千 到一關閉笔源訊號而將電晶體14 關閉日可，令繼電器丨丨 ^pa 、，认乞 、市包2〇舁直流電源供應器21完全 所開，亚於遙控接收單 ^ ^ ^ 1 Q 23收到一開啟電源訊號時， 充包電源13供電給繼電哭 動繼雷哭n 、首4 包如11亚同時觸發電晶體14,使驅 動尨私為11導接市電2〇盘 一直飢包/原、供應器21，藉此，使 9 ^478 —子衣置在關機狀態 省電效果。 Γ廷幻令電源功率消耗，而具有最佳 惟以上所述者，僅為 Λ, ~个知月之較佳實施例而已，當不 月匕以此限定本於明每々々 狄 "戶、⑪之乾圍，即大凡依本發明申請專利 範圍及發明說明内容所作綷 門谷所作之間早的等效變化與修飾， 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是本發明遙控省電裝置之一 塊圖。 車又佳貫施例之電路方 10 1260478 【主要元件符號說明】 1 省電控制模組 1 2第一二極體 1 4驅動器（電晶體） 1 6第三二極體 2 1直流電源供應器 24發光二極體 13 1輸出端 SW控制開關 B基極1260478 c is connected to the other connection οσ of the relay u. Its base 连接 is connected to the remote control receiving port 23, and its emitter ε is grounded. *And: When the mains 2 is connected to the DC power supply 21, the remote reception 23 will continue to output a high level signal to the base of the transistor 14 to continue the conduction of the transistor 14, while the DC power supply V cap Continue to supply the knowledge of electrical appliances 11, so that after the thunder crying〗 〖Hybrid, private 11, the state of the power supply 20 and DC power supply 21 performance, the state can be 夯 + only J brother electric power 13 acceptable DC power supply vout continuous charging, and in the chargeable, your J brother private source U and DC power supply Vout more connected to a control switch § W, when the charge can be charged, $ ^ Tian J brother package source U voltage When the level is in a saturated state without charging, the power supply can be turned on 13 to make the control switch sw open 'blocking the DC power supply v〇m into the 夯 夯 +, shop η 士, % 八 power 13, and when charging When the voltage of the power source 13 is lowered to a level to be charged, the rechargeable power source 13 turns off the control switch sw, so that the DC power source enters the rechargeable power source 13 for charging. The mouth of the stomach remote control receiving unit 23 receives - when the power signal is turned off, it will generate a low level signal to turn off the transistor 14, and the circuit will cause the relay U to be on the market + β 士 + private time, The search for the private 20 and the DC power supply 21 are disconnected, and the direct power supply 21 can no longer generate DC power supply, relay, power supply, 13 and electronic devices, and completely cut off the power supply ^ The electronic device has no power consumption at all in the off state, and achieves the best power saving effect. Moreover, in the off state of the electronic device, since the rechargeable power source 13 has been pre-charged, the power supply to the relay u and the remote control receiving unit can be continuously supplied, so that the remote control receiving unit 23 can be in the standby state to receive the remote control signal No. 8 1260478 at any time. When the remote control receiving unit 23 receives and turns on the power signal, that is, the U output level 5 triggers the transistor 14 to be turned on, so that the driving relay boundary 11 leads the mains 20 and the DC power supply 21, so that DC power supply: device = human output DC power supply Vout, and because the DC power supply v〇m power level is generous; rechargeable power supply 13 electric dust, so after the relay n is driven, DC, Vom replaces the rechargeable The power source 13 supplies power to the relay 丨1 and the remote control port 23', and the rechargeable power source 13 returns to a state in which the DC power supply can be charged. Further, a second diode 16 is further connected between the two pins 11A and U1 of the relay U for absorbing the back electromotive force generated when the current is cut off. Another U-receiving unit 兀 23 is further connected to a light-emitting diode 24 receiving unit 23, and the 吝 吝 工 产生 产生 produces different colors of light to indicate the use of the electronic device, such as the green light is p 卩The age of you, the orange light is the remote standby state or the red light is the remote shutdown state. 2 From the above description, it can be seen that the 纟A example is controlled by the forked transistor 14 between the mains 20 and the 1/ melon power supply 21 of the electronic device. In order to guide or cut off the city's electricity, 2 direct customers, shop to correct the mouth. "Direct * power supply benefit 21 relay u, and set the rechargeable power supply 13, so that when the name of the ancient + 9n, can be connected ^ 2 () Μ DC power supply 21 when the connection 』 DC power supply 〇 〇 充And the power is supplied to the remote control receiving unit 23 to turn off the pen source signal and turn off the transistor 14 when the remote control receiving unit 23 is turned off, so that the relay 丨丨^pa, the 乞 乞, the city package 2 〇舁The DC power supply 21 is fully opened, and the remote control receiving unit ^ ^ ^ 1 Q 23 receives a power-on signal, and the charging power supply 13 supplies power to the relay to cry after the thunder, and the first 4 packets such as 11 Trigger the transistor 14, so that the driver is smuggled into 11-conductor mains 2 〇 一直 has been hungry / original, supply 21, thereby making 9 ^ 478 - sub-clothing in the shutdown state power saving effect. Power consumption, and the best, but the above, is only the best example of Λ,~ 知月,,,,,,,,,,,,,,,,,,,,,,,, , that is, the early equivalent change between Tumen Valley and the content of the invention according to the scope of the invention and the description of the invention Fig. 1 is a block diagram of the remote control power saving device of the present invention. The circuit of the vehicle is also applied to the circuit 10 1260478 [Signature of main components] 1 Power saving Control module 1 2 first diode 1 4 driver (transistor) 1 6 third diode 2 1 DC power supply 24 light emitting diode 13 1 output terminal SW control switch B base
Vout直流電源 11開關元件（繼電器） 13可充電電源 I 5第二二極體 20市電 23遙控接收單元 II 0、111 接腳 1 3 2輸入端 C集極 E射極Vout DC power supply 11 Switching element (relay) 13 Rechargeable power supply I 5 second diode 20 mains 23 remote control receiving unit II 0, 111 pin 1 3 2 input C collector E emitter