201135057 六、發明說明： 【發明所屬之技術領域】 本發明係隸屬於電動百葉簾之領域，特別係針對百葉 簾上升、下降及葉片調整之作動模組加以改良之發明創 作，此發明創作並不限於百葉簾，亦可應用於各種窗簾之 上升、下降之遙控操作。 【先前技術】 按，百葉窗簾美觀實用且清理便利，廣為消費者採講 使用，而一般百葉窗簾係以手動方式控制葉片的上升、下 降或透光角度的調整。而在手動調整方面，係、使用者以拉 繩將百葉窗簾錄或拉升至適當位置，❿透光肖度，則以 ^干進彳了葉片則的轉動，藉關整至使用者所需之室内 %境’在操作上有其不便之冑，因此便有— 簾之產品問世。 栗由 • 如我國專利公告號323731「戶外百葉窗」專利案 觀6066號「電動百葉窗裝置」專利案、或M299773’「、電動 3 = Γ案、™。「百葉窗板葉片組擺轉 角^電動控制方法與裝置」專利案等所示之結構。惟一 ^電，百#窗簾其控㈣統並無法將葉片作難角度 嘁入至内光線自動調控的控制模 控’不僅控制上較為不便，因此有加以改善之動調 、本發明人乃針㈣述習用創作問題深人探 时，並藉由多年從事相關產業之研發與製造經驗，積衣極^ 201135057 求解決之道，經過長期努力之研究與發展，终於 =明『電動百嶋動控制模組』’以改善習用創: 【發明内容】 『2發明f主要目的，在於解決上翻問題而提供-種 電動百葉”動控制馳』，其係令钱百葉簾 將控制葉片角度調整融入上升、下降控制模組 5時透過追光控龍組自動調控室内光線以提 上的便利性與作動的順暢、穩定性。 〃 緣以達成上述之功效目的，本發明『電動 控制模組』，其機構的組成至少包含一百葉簾、馬達 機構，以及電控單元等構件。該百葉簾係一橫樑下方利用 右干拉繩連接若干葉片所構成。而傳動機構係與馬達也 接’包含-傳動軸，以及套組於該傳動轴上之數捲轴，且 各該捲軸分職有二相對之線繩，並令各該線繩與該葉片 連結。又該電控單元錢於㈣馬達適#處，内建有預設 之上升、下降及追縫組，更包含—位於使用端之搖控器。 係7馬達透過電控單元的控制，再利㈣傳動機構帶動百 葉簾作上升、下降’以及料之動作，俾能方便使用者透 過遙控器㈣百葉簾之料與葉片角叙雜。其令： A上升控制模組之作動，係開始後，先通過馬達 之電流偵測百葉簾是否在最高位置； ★ 3 A丨右疋，則在延遲若干時間後，再重複偵測一次百葉 簾疋否在最南位置’若是’則在清除暫存的高度行程資料 後進入睡眠模式，若不是，則重複；此動作係以镇測百 201135057 ‘ 葉簾是否上升至最高位置。 A1若不是，則同時執行A2偵測前一動作是否為下 降，若是，則馬達不作動，進入睡眠模式，若不是，則馬 達執行上升動作；並反覆偵測百葉簾是否已達最高位置而 產生過電流。 B下降控制模組之作動，係開始後，先利用馬達收放 百葉簾之長度計算出是否到底； B1若是，則在延遲若干時間後，再重複計算一次百葉 Φ 簾是否到底，若是，則在清除暫存的行程資料後，進入睡 眠模式，若不是，則重複；此動作係以偵測百葉簾是否下 降至最底位置。 B1若不是，則同時執行B2先利用百葉簾最大長度減 百葉簾目前長度，以判別目前百葉簾長度是否為最大長 度：若是，暫存器存入最大長度，馬達停止運轉，若不是， 則偵測前一動作是否為上升；若是，則馬達停止運轉，並 進入睡眠模式，若不是，則馬達執行下降動作；並反覆偵 籲測百葉簾是否已達最底位置。 C追光控制模組之作動，係開始後，先利用通過馬達 之電流偵測百葉簾是否在最高位置； C1若是，則在延遲若干時間後，再重複偵測一次百葉 簾是否在最高位置，若是，則在清除暫存的高度行程資料 \ 後，進入睡眠模式，若不是，則重複； C1若不是，則同時執行C2偵測前一動作是否為上升 或下降動作，若是，則馬達停止作動，並在計算及儲存暫 存器目前百葉簾的長度值後，進入睡眠模式；接著進行追 5 201135057 是，到要求亮度，若没有令百葉簾之葉片 口。·£E，若疋，則馬達停正作動； 使用述上升、1Γ降及追料控制模組之設計，能方便 2過遙控H㈣百麵之料姆以度之調整， ^堇此提昇操作上的便利性與作動的順暢、穩定性，同時 更能降低成本，提昇產業競爭性。 有關本發明所採狀技術、手段及其功效，兹舉一較 佳實施例並配合圖式詳細說明於後，相信本發明上述之目 的、構造及特徵，當可由之得—深人而具體的瞭解。 【實施方式】 ㈣參閱第-〜十三圖所示，本創作『電動百举簾 控制模組』係由-百葉簾（10)、馬達（20)13 構（3 0)，以及電控單元（4〇)等構件組成。复中. 該百葉簾（10)係一橫樑（11)下方利用若干拉 繩（12)連接若干葉片（1 3)，緣於此乃—般f 不再贅述。 該馬達（2 0)係-般通過電流後可產生旋動力源之 構件，設於該橫樑（1 1)上，一踹盥兮你m 1 y 和興5亥傳動機構（3 0 ) 連結。 該傳動機構（3 〇)至少由一與該馬達（2 〇)組接 之傳動軸（3 1 )、數套組於該傳動軸（3 i ) ’ 2 )’以及分別設於各該捲軸（3 2 )相對二側之若 (3 3 )，並令各該線繩（3 3 )與該等葉片（i 3 )作連 動之結合。 該電控單元（4Q)係設於該百葉簾（丨Q)適當處， 201135057 内建有奸電子零件及程式㈣懸，㈣龍組包含上 升下降及追光模組，另外亦包含一位於使用端之搖控 (41)。 利用上述構件，係令馬達（2 0)透過電控單元（4 0)的控制’利用該傳動機構（3 〇)帶動百葉簾（1 〇 ) 作上升、下降，以及追光等控制模組之動作，俾能方便使 用者透過遙控器控制百葉簾（1 Q)的升降與葉片（工3) 角度調整。兹進-步配合第十—〜十三圖所示，將本發明 特點之上升、下降與追光模組之作動說明於后： .A上升控制模組之作動，係開始後，先判斷『是否發 生過電流』，即利用通過馬達（2 Q )之電流偵測百葉簾X 〇)是否在最高位置。 八 A1若是，則在延遲若干時間後，再重複判斷一次『是 否發生過電流』’若是，則在清除暫存的高度行程資料後， 進入睡眠模式’若不是，則重複。此動作係以偵測百葉簾 是否上升至最高位置。 g Α1若不是，則執行Α2偵測前一動作是否為下降，若 疋則馬達（2 0)不作動，並在執行初始化下降 標動作後，進人睡眠模式；若不是，則馬達（）、: 上升動作。 s B下降控制模組之作動，係開始後，先判斷『計時器 是否發生溢位』’即利用馬達（2 〇 )收放百葉簾（° 之長度計算出是否到底。 士。若是，則在延遲若干時間後，再重複判斷一次『計 時器是否發生溢位』，若是，則在清除暫存的行程資料後， 7 201135057 亮起到底指示燈，並進入睡眠模式；若不是，貝 反覆偵測百葉簾是否已達最底位置。 、’ B丨若不是’則執行B2，先利用百葉簾最产 (BLV一MAX )減百葉簾目前長度(BLV—TMp)，以判別『: f是否為零』’亦即目前百葉簾長度是否為最大長度^ 是’暫存器存入最大長度，馬達（2 〇 )停止運轉Γ並進 入睡眠模式；若不是’則偵測前一動作是否為上升，若^， 則馬達（2 0)停止運轉後，執行初始化 = :作並進入睡眠模式’若不是，則馬達(2。= C追光控制模組之作動，係開始後，先_『是 過電流』，即利用通過馬達(2 〇)之電流偵 0)是否在最高位置。 1 〇若是，則在延遲若干時間後，再重複判斷—次 過若是，則在清除暫存的高度行程資料後， 動作。並反覆_百葉簾是二'最高：則重複前-斷的Γ據若為不是，則執行C2判斷是否執行追光動作，而判 若是’則· C2小偵測前一動作是否為上升，若是， 停止作動’並初始化上升索引指標，進人睡眠狀態； =二2行⑶偵測前一動作是否為下降，若是，則 止作動，並初始化下降㈣指標；若不是，則叫 ^是否達到要求光線；若不是，此時電控單以40) 動馬達（2 0)執行上升動作帶動該捲轴（3 2)上之 201135057 線繩（3 3)動作，而令各該線繩（3 3)帶動 〇)之葉片（13)作角度之調整，達到追光動作的進^ =已達到要求光線’則馬達停止作動，並在計算及錯 存杏目則百葉簾的長度值，並在初始 再進入睡眠模式； ’丨㈣後’ 哭目馬料止作動，結料及储存暫存 ::相長度值’並在初始化追询指標後，進 藉此’利用上述上升、下降及追光等控制模 能方便使用者透過遙控器（4上） °又汁， 升降舆葉川3)角度之調整===之 =動_暢，㈣時二== 亦未毛現有相同的構造存在在先 . 發明專利要件，爱依法提出4。疋以，本發明實已具備 上述實施例，僅用以舉例說 修飾與應用’均應包括於本發明之範 【圖式簡單說明】 7 第二圖 第'三圖 第四圖 第-圖明結構上構成要件之立體組合示意圖。 係本發明葉片調整前之平㈣意圖。 =發月白葉簾上升調整之立體示意圖。 係本發明百葉簾捲收至最高之示意圖。 201135057 某片調整 第五圖’係本發明百葉簾處於上升初始狀態時 之平 面示意圖。 第'、圖係本發明百葉簾上升完成狀態時作葉片調整之另 一作動示意圖。 第七圖·係本發明百葉簾下降初始狀態時作葉片調整之作 動示意圖。 第圖.係本發明百葉簾下降完成狀態時作葉片調整之另 一作動示意圖。 ，九圖係、本發明葉片調整後之立體示意圖。 第十圖：係本發明葉片調整後之另—立體示意圖。 本發明制於蜂巢絲叙實施示意圖。 f十:圖：係本發明應用於百折式簾體之實施示意圖。 ^ 圖係本發明上升控制模組作動之方塊圖。 第十四圖：係本發明下降控制模組作動之方塊圖。 圖係本發明追光控制模組作動之方塊圖。 【主要元件符號說明】 百葉簾：（1 0 ) 拉繩：（1 2 ) 馬達：（2 0 ) 傳動軸：（3 1 ) 線繩：（3 3 ) 搖控器：（4 1 ) 橫樑：（1 1 ) 葉片：（1 3) 傳動機構：（3 〇 ) 捲軸：（3 2 ) 電控單元：（4 〇 )201135057 VI. Description of the Invention: [Technical Field of the Invention] The present invention belongs to the field of electric blinds, and in particular to the invention of the actuating module for raising, lowering and adjusting the blade of the venetian blind, the invention is not created. Limited to venetian blinds, it can also be applied to the remote control of the rise and fall of various curtains. [Prior Art] According to the venetian blinds, the blinds are beautiful and practical, and are easy to clean. They are widely used by consumers. Generally, the blinds are manually controlled to adjust the rise, fall or light angle of the blades. In terms of manual adjustment, the user or the user pulls or pulls the blinds to the appropriate position with a drawstring, and the light is transmitted through the blade, and the rotation of the blade is used to complete the user's needs. The indoor environment of the interior has its inconvenience in operation, so there is a product of the curtain. Li Yu • Such as China Patent Bulletin No. 323731 "Outdoor Shutters" Patent Case View No. 6066 "Electric Blinds" Patent Case, or M299773'", Electric 3 = Γ, TM. "Slater blade group swing angle ^ electric control method And the structure shown in the device patent case. The only ^ electric, hundred # curtains control (four) and can not make the blade into a difficult angle into the control of the internal light control mode control 'not only control is more inconvenient, so there are to improve the tone, the inventor is the needle (four) The problem of customary creation is deeply explored, and through years of experience in research and development and manufacturing of related industries, the accumulation of clothing is extremely successful. 201135057 Seeking solutions, after long-term efforts of research and development, finally = Ming "Electric control system" Group "to improve the use of the creation: [Summary of the invention] "2 The main purpose of the invention is to solve the problem of upturning and provide an electric louver", which controls the venetian blind to control the adjustment of the blade angle. When the control module 5 is lowered, the room light is automatically adjusted by the chasing light control group to improve the convenience and smoothness and stability of the operation. The purpose of the invention is to achieve the above-mentioned effects, and the mechanism of the present invention is an "electric control module". The composition comprises at least one hundred curtains, a motor mechanism, and an electronic control unit, etc. The venetian blind is formed by connecting a plurality of blades with a right dry drawstring under a beam. The moving mechanism and the motor are also connected to the 'include-drive shaft, and the plurality of spools that are set on the drive shaft, and each of the spools has two opposing cords, and each of the cords is coupled to the blade. In addition, the electronic control unit is in the (four) motor-fitted area, with built-in preset rise, fall and chase groups, and more includes - the remote control at the use end. The 7 motor is controlled by the electronic control unit, and then (4) The transmission mechanism drives the venetian blinds to rise and fall, and the action of the material, so that the user can easily communicate with the blade angle through the remote control (4) venetian blinds. The order of the A rise control module is activated. Firstly, the current of the motor is used to detect whether the venetian blind is at the highest position; ★ 3 A 丨 right 疋, after a delay of a certain time, repeat the detection of the venetian blind 疋 whether in the southernmost position, if it is, then clear the temporary storage After the altitude travel data, enter the sleep mode, if not, repeat; this action is to check whether the curtain is raised to the highest position. If A1 is not, then the A2 detection will be performed at the same time, if the previous action is decreased, if yes, Then the motor is not Move, enter the sleep mode, if not, the motor performs the rising action; and repeatedly detects whether the venetian blind has reached the highest position and generates an overcurrent. B. The control of the falling control module, after the start, the motor is used to retract the venetian blind The length is calculated as to whether it is the end; if B1 is, then after a certain delay, repeat the calculation of whether the louver φ curtain is in the end, and if so, after entering the temporary travel data, enter the sleep mode, if not, repeat; The action is to detect whether the venetian blind is lowered to the bottom position. B1 If not, the B2 firstly uses the maximum length of the venetian blind to reduce the current length of the venetian blind to determine whether the current venetian blind length is the maximum length: if yes, the temporary register The maximum length is stored, the motor stops running, if not, it detects whether the previous action is rising; if not, the motor stops running and enters the sleep mode, if not, the motor performs the lowering motion; and repeatedly detects the venetian blind Has it reached the bottom position? After the start of the C-tracking control module, the current through the motor is used to detect whether the venetian blind is at the highest position; if C1, then after a delay, the venetian blind is repeatedly detected at the highest position. If yes, after clearing the temporarily stored height travel data\, enter sleep mode, if not, repeat; C1 if not, execute C2 to detect whether the previous action is rising or falling, and if so, the motor stops acting. And after calculating and storing the length value of the current venetian blind of the register, enter the sleep mode; then proceed to chase 5 201135057 Yes, to the required brightness, if there is no blade opening of the venetian blind. ·£E, if 疋, then the motor stops working; using the design of the rise, 1 Γ drop and the chasing control module, it is convenient to adjust the height of the H (four) hundred faces by the remote control, ^ 堇 this lifting operation The convenience and smoothness and stability of the operation, while reducing costs and improving industrial competitiveness. The above-mentioned objects, structures and features of the present invention will be described in detail with reference to the preferred embodiments of the present invention. To understanding. [Embodiment] (4) Referring to Figures -13, the creation of the "Electric Hundred Curtain Control Module" consists of - venetian blind (10), motor (20) 13 (30), and electronic control unit. (4〇) and other components. Fuzhong. The venetian blind (10) is connected to a plurality of blades (1 3) by a plurality of pull cords (12) under a beam (11), and thus is not repeated here. The motor (20) is a component that can generate a rotary power source after passing current, and is disposed on the beam (1 1), and connects with your m 1 y and Xing 5 Hai transmission mechanism (30). The transmission mechanism (3 〇) is composed of at least one transmission shaft (3 1 ) connected to the motor (2 〇), a plurality of sets of the transmission shaft (3 i ) ' 2 )', and respectively disposed on each of the reels ( 3 2 ) Relative to the two sides (3 3 ), and the combination of the ropes (3 3 ) and the blades (i 3 ). The electronic control unit (4Q) is located at the appropriate location of the venetian blind (丨Q). The 201135057 has built-in electronic components and programs (4). The (4) Dragon Group includes a rise and fall and a chasing module. Remote control (41). By using the above-mentioned components, the motor (20) is controlled by the electronic control unit (40) to drive the venetian blind (1 〇) to rise, lower, and follow-up control modules through the transmission mechanism (3 〇). The action allows the user to control the lifting and the blade (3) angle adjustment of the venetian blind (1 Q) through the remote control. In the following steps, the ups and downs of the features of the present invention and the actions of the chasing module are described as follows: .A rise control module is activated, after the start, the first judgment is made Whether or not an overcurrent occurs, that is, whether the louvered curtain X 〇 is detected by the current of the motor (2 Q ) is at the highest position. If there is a delay, the A1 is repeated for a certain period of time, and then it is judged again whether or not "overcurrent has occurred". If it is, the temporary height information is cleared and the sleep mode is entered. If not, the process is repeated. This action is to detect if the blinds are raised to the highest position. g Α1 If not, execute Α2 to detect whether the previous action is falling. If 疋, then the motor (20) does not move, and after performing the initializing down-standard action, enter the sleep mode; if not, the motor(), : Upward action. After the start of the control module, the system starts to judge whether the timer has overflowed. After delaying for a certain period of time, it is repeated to judge whether the timer has overflowed. If it is, after the temporary trip data is cleared, 7 201135057 lights up to the end and enters sleep mode; if not, it repeats detection. Whether the venetian blind has reached the bottom position. If 'B丨 is not' then perform B2, first use the venetian blinds (BLV-MAX) to reduce the current length of the venetian blinds (BLV-TMp) to determine whether: f: is zero 』 'Is the current length of the venetian blind is the maximum length ^ is the maximum length of the temporary storage, the motor (2 〇) stops running and enters sleep mode; if not, it detects whether the previous action is rising, if ^, then after the motor (20) stops running, perform initialization =: and enter sleep mode. If not, then the motor (2. = C chasing control module is activated, after the system starts, first _ "is over current" , that is, through the motor (2 〇) The current detection 0) is at the highest position. 1 〇 If yes, after a certain delay, repeat the judgment. If the time is over, then after the temporary height travel data is cleared, the action is repeated. Repeatedly _ venetian blind is The second 'highest: If the data of the pre-break-before-break is repeated, then C2 is executed to determine whether to perform the chasing action, and if it is 'then C2 small, it is detected whether the previous action is rising, and if so, stop the action' and initialize Ascending index indicator, entering sleep state; = 2 or 2 lines (3) detecting whether the previous action is falling, if yes, then stop acting, and initializing the falling (four) indicator; if not, then calling ^ whether the required light is reached; if not, this At the time of the electric control, the motor (20) performs the ascending action to drive the 201135057 cord (3 3) on the reel (3 2), and the blades of each of the cords (3 3) are driven. (13) Adjust the angle to achieve the follow-up action ^ = has reached the required light 'the motor stops acting, and in the calculation and misplacement of the apricot eye venetian blind length value, and then enter the sleep mode at the beginning; '丨(4) After 'Crying, the horse is ready to stop, knot And storage temporary storage:: phase length value 'and after initializing the query indicator, enter the 'using the above-mentioned rising, falling and chasing light control mode can facilitate the user through the remote control (4) ° juice, lift 舆Ye Chuan 3) Angle adjustment =====动_畅, (4) 时二== Also the same structure exists in the first. The invention patent element, love is proposed according to law. The present invention has the above-described embodiments, and is merely used to exemplify the modifications and applications, which should be included in the scope of the present invention. [Simplified description of the drawings] 7 Second Figure, FIG. 3, FIG. A schematic view of the three-dimensional combination of structural components. It is intended to be flat (four) before the adjustment of the blade of the present invention. = Stereoscopic diagram of the rise and adjustment of the white leaf curtain. The schematic diagram of the venetian blind of the present invention is taken to the highest. 201135057 A piece of adjustment The fifth figure is a schematic view of the plane in which the venetian blind of the present invention is in an ascending initial state. The first diagram is a schematic diagram of another operation of the blade adjustment when the venetian blind of the present invention is completed. Fig. 7 is a schematic diagram showing the operation of the blade adjustment when the venetian blind of the present invention is lowered in the initial state. Fig. is a schematic view showing another operation of the blade adjustment when the venetian blind of the present invention is lowered. , Nine diagrams, a three-dimensional schematic diagram of the blade of the invention after adjustment. Fig. 10 is a perspective view showing the adjustment of the blade of the present invention. The invention is a schematic diagram of the implementation of the honeycomb. f: Figure: is a schematic diagram of the implementation of the present invention applied to a hundred-fold curtain. ^ Figure is a block diagram of the operation of the rising control module of the present invention. Figure 14 is a block diagram of the operation of the falling control module of the present invention. The figure is a block diagram of the operation of the chasing control module of the present invention. [Main component symbol description] Venetian blind: (1 0 ) Pull cord: (1 2 ) Motor: (2 0 ) Drive shaft: (3 1 ) Cord: (3 3 ) Remote controller: (4 1 ) Beam: (1 1 ) Blade: (1 3) Transmission: (3 〇) Reel: (3 2 ) Electronic Control Unit: (4 〇)